pax_global_header00006660000000000000000000000064147246263070014525gustar00rootroot0000000000000052 comment=08b1b85896ab2cfc29df65ec1be91cec9b14cc96 omake-omake-0.10.7/000077500000000000000000000000001472462630700140005ustar00rootroot00000000000000omake-omake-0.10.7/.appveyor.yml000066400000000000000000000006671472462630700164570ustar00rootroot00000000000000platform: - x86 environment: FORK_USER: ocaml FORK_BRANCH: master CYG_ROOT: C:\cygwin64 matrix: - OPAM_SWITCH: 4.04.0+msvc32 - OPAM_SWITCH: 4.04.2+mingw64 install: - ps: iex ((new-object net.webclient).DownloadString("https://raw.githubusercontent.com/$env:FORK_USER/ocaml-ci-scripts/$env:FORK_BRANCH/appveyor-install.ps1")) build_script: - call %CYG_ROOT%\bin\bash.exe -l %APPVEYOR_BUILD_FOLDER%\appveyor-opam.sh omake-omake-0.10.7/.gitignore000066400000000000000000000021711472462630700157710ustar00rootroot00000000000000*.native *.byte *.annot *.opt *.cmo *.cma *.cmi *.a *.o *.cmx *.cmxs *.cmxa *.cmt *.cmti *.out *.install *.default *.i.mli *.magic .\#* \#*\# *~ *.omc *omakedb* src/shell/omake_shell_parse.ml src/shell/omake_shell_parse.mli omake-boot .config .preconfig boot/ src/env/omake_ast_lex.ml src/env/omake_ast_parse.ml src/env/omake_ast_parse.mli src/env/omake_ast_parse.mly src/env/omake_exp_parse.ml src/env/omake_exp_parse.mli src/env/omake_gen_parse src/shell/omake_shell_sys.ml src/magic/omake_gen_magic src/magic/omake_magic.ml src/main/cvs_realclean src/main/omake src/main/osh src/main/prelim_omake src/util/ocaml_patch.ml src/libmojave/lm_thread_core.ml src/libmojave/lm_thread_pool.ml doc/html/* doc/ps/* doc/info/* doc/txt/* doc/tex/* tmp/ *.tmp *.run omakerun omaketop omakeutop Makefile.tmp1 Makefile.tmp3 top_config.ml omake.spec mk/preconfig packages/ test/**/stdout test/**/output test/**/result.log test/**/lock test/**/test.dump test/**/test.i test/shell/Test6/b/ test/shell/Test7/a test/shell/Test7/a.deps test/simple/Test1/x test/targets/Test1/A/ test/targets/Test3/b test/targets/Test5/b test/vmount/Test1/build/foo .pc patches omake-omake-0.10.7/.merlin000066400000000000000000000005021472462630700152640ustar00rootroot00000000000000S src/ast B src/ast S src/build B src/build S src/builtin B src/builtin S src/clib B src/clib S src/env B src/env S src/eval B src/eval S src/exec B src/exec S src/front B src/front S src/ir B src/ir S src/libmojave B src/libmojave S src/magic B src/magic S src/main B src/main S src/shell B src/shell S src/top B src/top omake-omake-0.10.7/.ocamlinit000066400000000000000000000001001472462630700157470ustar00rootroot00000000000000(* -*-mode:caml -*- *) #install_printer Lm_symbol.dump_symbol;; omake-omake-0.10.7/.travis.yml000066400000000000000000000010421472462630700161060ustar00rootroot00000000000000language: c os: - linux - osx env: - OCAML_VERSION=4.05 INSTALL_XQUARTZ=false - OCAML_VERSION=4.08 INSTALL_XQUARTZ=false - OCAML_VERSION=4.09 INSTALL_XQUARTZ=false sudo: required install: - wget https://raw.githubusercontent.com/ocaml/ocaml-travisci-skeleton/master/.travis-ocaml.sh - bash -ex .travis-ocaml.sh - eval `opam config env` && ocamlc -version - eval `opam config env` && ./configure - eval `opam config env` && make - eval `opam config env` && make install script: - cd test && eval `opam config env` && omake omake-omake-0.10.7/BOOTSTRAPPING.org000066400000000000000000000117151472462630700165510ustar00rootroot00000000000000* boot The bootstrap uses the file =src/Makefile= and =src/Makefile.nt= with default options, like CC=cc. If something goes wrong, you can edit these files by hand to suit your taste. However, the *src/Makefiles* are *generated*, and they will be clobbered when you run omake for the first time. ** make bootstrap omake_gen_parse * library ** lm #+BEGIN_EXAMPLE ocamlc -g -a -o lm.cma lm_printf.cmo lm_debug.cmo lm_heap.cmo lm_list_util.cmo lm_array_util.cmo lm_set_sig.cmo lm_set.cmo lm_map_sig.cmo lm_map.cmo lm_int_set.cmo lm_termsize.cmo lm_terminfo.cmo lm_arg.cmo lm_index.cmo lm_thread_sig.cmo lm_thread_core.cmo lm_thread.cmo lm_string_util.cmo lm_string_set.cmo lm_hash_sig.cmo lm_hash.cmo lm_symbol.cmo lm_location.cmo lm_position.cmo lm_filename_util.cmo lm_uname.cmo lm_thread_pool.cmo lm_channel.cmo lm_lexer.cmo lm_parser.cmo lm_unix_util.cmo lm_glob.cmo lm_db.cmo lm_notify.cmo lm_fs_case_sensitive.cmo ocamlc -g -custom -o omake_gen_magic unix.cma lm.cma omake_gen_magic.cmo #+END_EXAMPLE ** omake_gen_magic src/magic/omake_gen_magic.ml #+BEGIN_EXAMPLE ocamlc -g -custom -o omake_gen_magic unix.cma lm.cma omake_gen_magic.cmo #+END_EXAMPLE ** magic boot/omake_magic.ml #+BEGIN_EXAMPLE ./omake_gen_magic -o omake_magic.ml --version version.txt --magic --cache-files lm_filename_util.ml lm_hash.ml lm_location.ml lm_map.ml lm_position.ml lm_set.ml lm_symbol.ml omake_value_type.ml omake_cache.ml omake_cache_type.ml omake_node.ml omake_command_digest.ml --omc-files lm_filename_util.ml lm_hash.ml lm_location.ml lm_symbol.ml lm_map.ml lm_set.ml omake_node.ml omake_ir.ml --omo-files lm_filename_util.ml lm_hash.ml lm_lexer.ml lm_location.ml lm_map.ml lm_parser.ml lm_position.ml lm_set.ml lm_symbol.ml omake_value_type.ml omake_cache_type.ml omake_ir.ml omake_node.ml omake_env.ml ocamlc -g -c omake_magic.ml ocamlc -g -a -o magic.cma omake_magic.cmo #+END_EXAMPLE ** util #+BEGIN_EXAMPLE ocamlc -g -a -o util.cma fmarshal.cmo ocaml_patch.cmo omake_util.cmo omake_wild.cmo omake_print_util.cmo omake_readline.cmo omake_printf.cmo omake_marshal.cmo omake_handle_table.cmo #+END_EXAMPLE ** ast #+BEGIN_EXAMPLE ocamlc -g -a -o ast.cma omake_ast.cmo omake_ast_util.cmo omake_ast_print.cmo #+END_EXAMPLE ** ir #+BEGIN_EXAMPLE ocamlc -g -a -o ir.cma omake_options.cmo omake_symbol.cmo omake_state.cmo omake_node_type.cmo omake_node_sig.cmo omake_node.cmo omake_virtual_id.cmo omake_install.cmo omake_ir.cmo omake_var.cmo omake_ir_util.cmo omake_ir_print.cmo omake_ir_free_vars.cmo omake_lexer.cmo omake_parser.cmo omake_value_type.cmo omake_command_type.cmo omake_value_print.cmo omake_pos.cmo omake_shell_type.cmo omake_command.cmo omake_cache_type.cmo omake_cache.cmo #+END_EXAMPLE ** env #+BEGIN_EXAMPLE ocamlc -g -a -o env.cma omake_env.cmo omake_exn_print.cmo omake_ast_parse.cmo omake_ast_lex.cmo omake_exp_parse.cmo omake_exp_lex.cmo omake_ir_ast.cmo omake_ir_semant.cmo omake_command_digest.cmo #+END_EXAMPLE ** eval #+BEGIN_EXAMPLE ocamlc -g -a -o eval.cma omake_eval.cmo omake_value.cmo #+END_EXAMPLE ** shell #+BEGIN_EXAMPLE ocamlc -g -a -o shell.cma omake_shell_parse.cmo omake_shell_lex.cmo omake_shell_sys_type.cmo omake_shell_sys.cmo omake_shell_job.cmo omake_shell_completion.cmo #+END_EXAMPLE ** builtin #+BEGIN_EXAMPLE ocamlc -g -linkall -a -o builtin.cma omake_builtin_base.cmo omake_builtin_arith.cmo omake_builtin_file.cmo omake_builtin_fun.cmo omake_builtin_io.cmo omake_builtin_io_fun.cmo omake_builtin_sys.cmo omake_builtin_target.cmo omake_builtin_shell.cmo omake_builtin_rule.cmo omake_builtin_test.cmo omake_builtin_object.cmo #+END_EXAMPLE ** clib #+BEGIN_EXAMPLE cc -I"`ocamlc -where`" -c lm_heap.c cc -I"`ocamlc -where`" -c lm_channel.c cc -I"`ocamlc -where`" -c lm_printf.c cc -I"`ocamlc -where`" -c lm_ctype.c cc -I"`ocamlc -where`" -c lm_uname_ext.c cc -I"`ocamlc -where`" -c lm_unix_cutil.c cc -I"`ocamlc -where`" -c lm_compat_win32.c cc -I"`ocamlc -where`" -c readline.c cc -I"`ocamlc -where`" -c omake_shell_sys.c cc -I"`ocamlc -where`" -c fam_win32.c cc -I"`ocamlc -where`" -c fam_kqueue.c cc -I"`ocamlc -where`" -c fam_inotify.c cc -I"`ocamlc -where`" -c lm_notify.c cc -I"`ocamlc -where`" -c lm_termsize.c cc -I"`ocamlc -where`" -c lm_terminfo.c cc -I"`ocamlc -where`" -c lm_fs_case_sensitive.c rm -f clib.a ar cq clib.a lm_heap.o lm_channel.o lm_printf.o lm_ctype.o lm_uname_ext.o lm_unix_cutil.o lm_compat_win32.o readline.o omake_shell_sys.o fam_win32.o fam_kqueue.o fam_inotify.o lm_notify.o lm_termsize.o lm_terminfo.o lm_fs_case_sensitive.o #+END_EXAMPLE ** boot/omake #+BEGIN_EXAMPLE ocamlc -g -custom -o omake -cclib clib.a unix.cma lm.cma util.cma magic.cma ast.cma ir.cma env.cma exec.cma eval.cma shell.cma build.cma builtin.cma omake_shell.cmo omake_main.cmo #+END_EXAMPLE * exe omake-omake-0.10.7/COMMENTS000066400000000000000000000006271472462630700151550ustar00rootroot00000000000000*** curry branch - What happens to exports from curried functions? curry.f() = export public.X = 1 fun() => println($X) - The arity of a ValPrim is used for partial application, but the arities are often wrong. - It is assumed that a primitive function, when partially applied, takes -all- the keyword arguments. Nearly all the primitives will choke if passed a keyword. omake-omake-0.10.7/CONTRIBUTORS.org000066400000000000000000000002661472462630700164520ustar00rootroot00000000000000 Originally developed by Jason Hickey and Alex Norgin. Now maintained by Hongbo Zhang(bobzhang1988@gmail.com) Performance improvements by Gerd Stolpmann omake-omake-0.10.7/ChangeLog000066400000000000000000000015331472462630700155540ustar00rootroot000000000000002024-12-06 Chris Spiel Make OMake buildable with OCaml-5.3. * src/build/omake_build.ml: Rename all identifiers called `effect' to something else because `effect' has become a keyword in newer versions of OCaml. Patch by kit-ty-kate. 2023-02-24 Gerd Stolpmann * release omake-0.10.6 * Fix the code so that omake is buildable with OCaml-5.0.0 * Fix a regression: build omake when ocamlopt is unavailable 2022-06-12 Gerd Stolpmann * release omake-0.10.5. The only change is a fix in the install script 2022-06-06 Gerd Stolpmann * release omake-0.10.4. This release contains the GitHub PRs 100 to 147 (so far accepted). 2017-11-04 Gerd Stolpmann * release omake-0.10.3 2016-01-03 Gerd Stolpmann * Starting another changelog omake-omake-0.10.7/ChangeLog_old.txt000066400000000000000000000165241472462630700172360ustar00rootroot00000000000000For a more verbose changelog, see http://omake.metaprl.org/changelog.html OMake 0.9.8.6 [10/26/2010] - Added keyword and optional function arguments. - Added "program" syntax. - Added support for partial and curried function applications. - Added a high-quality C parser, LaTeX parser and LaTeX spellchecker - New functions added: localtime, gmtime, mktime, normalize-tm, utimes, digest-string, url-escaped, find-all, addprefixes - Numerous bugs fixed OMake 0.9.8.5 [08/07/2007] - Fixed Ctrl-C handling on Windows (with now correctly interrupt OMake) - Added .STATIC and .MEMO rules, allowing defining lazy computations and lazy memoization maps - Added export sections, making it much easier to manage variable scoping - Fields in sub-objects can now be referenced directly - Many new built-in and library functions - Significant bug-fixes OMake 0.9.8.4 [06/04/2007] - Fixed a file descriptor leak - A few other minor bug fixes OMake 0.9.8.3 [06/01/2007] OMake 0.9.8.2 [skipped] - Made it easy to define default ("implicit") rules for phony targets. - Detect case-insensitive filesystems on Unix-like operating systems (especially important under Mac OS X). - A number of performance improvements. - Documentation improvements. OMake 0.9.8.1 [03/16/2007] - Added a large number of new built-in and standard library functions - Extented the autocomfiguration section of the standard library - A number of improvements in the interactive osh shell. - A number of improvements in the library of standard build recipes - Documentation improvements. - A number of other improvements and bugfixes. OMake 0.9.8 [12/11/2006] - The conversion from OMake expressions to shell command lines went through a major redesign to make it more consistent and less ad-hoc. - OMake documentation was significantly reorganized. - OCaml build rules: Added experimental improved dependency scanner using the upcoming "ocamldep -modules" feature; added support for the Menhir parser-generator. - Added a number of new options to control OMake's output and verbosity; OMake is now more silent by default. - Many more improvements and bug fixes. OMake 0.9.6.9 [04/11/2006] - Significantly improved C++ support; minor improvements in OCaml support. - Significantly updated the default (sample) OMakefile. - Significantly improved the performance of the built-in find command. - Several other bug fixes and improvements. - A number of documentation fixes and improvements. OMake 0.9.6.8 [01/23/2006] - Fixed a bug in PATH-expansion for pipelines. - Improved the handling of the ".PHONY" nodes. - Added a remove-project-directories function. - Documentation fixes. - A few other bugfixes and improvements. OMake 0.9.6.7 [12/28/2005] - Added basic support for C++. - Portability improvements. - OCaml.om improvements. - Minor documentation fixes. - A few other bugfixes and improvements. OMake 0.9.6.6 [11/05/2005] - Made sure OMake compiles fine with both OCaml 3.08 and 3.09. - A few minor bugfixes and improvements. OMake 0.9.6.5 [09/14/2005] - Improved support for configure-style scripts. - LaTeX rules improvements. - Fixed the "which" function and ocamlfind support under Cygwin. - New built-in functions: get-registry (Windows-only), removeprefix, html-string. - Improved processing of complex shell pipelines. - A number of documentation fixes. - Numerous other bug fixes and improvements. OMake 0.9.6 [07/17/2005] - Added "static" sections that are evaluated once. - Added :value: dependencies, where a target depends on a computed value, rather than a file. - Changed the meaning of the .SCANNER rules. .SCANNER rules are now much more similar to normal rules. - Added file locking for the .omakedb and .omc files. - Fixed issues where files were being expanded during the string->array conversion. - Rule execution now fails when any shell command fails, even those in nested sections. - Regular expressions now handle \(...\) arguments correctly. Also, the lexer has better performance, searching is now roughly linear time. - Added .SUBDIRS bodies, which can be used instead of the OMakefile in a subdirectory. - Added the vmount function to define a "virtual mount" of one directory over another. - Better accessibility of the build rules and dependencies from OMake scripts. - Improved the latex-related rules. - The Map object is completely changed. - Other bug fixes and improvements. OMake 0.9.5 [skipped] OMake 0.9.4 [01/04/2005] - Portability improvements. OMake should now compile and work under Windows 2000, Windows NT and FreeBSD. A number of Windows-specific bugs are fixed. A Windows installer is added. - OMake now uses the built-in versions of the following commands: cp, mv, mkdir, rm, rmdir, chmod - Improvements to the filesystem watch functionality. In particular, the build will now restart if a change to one of the OMakefiles is detected. - Added a USE_OCAMLFIND variable that can be used to force or prohibit the usage of ocamlfind in a project (by default USE_OCAMLFIND is set to true iff the ocamlfind executable is found in path). - Added a "--force-dotomake" option to create all .omc and .omo files under $HOME/.omake/cache and a "--dotomake" option to specify an alternative to $HOME/.omake - Added :squash: dependencies (that specify that the dependency must be built, but when the dependency changes, it does not cause the target to be rebuilt). - OMake will now read ~/.omakeinit and ~/.omakerc files on startup. - Improved the latex-related rules. - Documentation improvements. - Bugs fixed: 142, 153, 311, 313, 314, 316, 332, 333, 339, 350, 360, 361, 366, 367, 368, 374, 375. See http://bugzilla.metaprl.org/buglist.cgi?bug_id=142,153,311,313,314,316,332,333,339,350,360,361,366,367,368,374,375 for details. OMake 0.9.3 [10/18/2004] - OMake now supports ocamlfind in its default configuration file (thanks to Bardur Arantsson for the initial patch). - OMake should now also work with OCaml 3.07 (in addition to 3.08). - A large number of bug fixes, including: o OMake should now compile correctly under Cygwin (thanks to Peter Jolly who provided the patch), o "double-colon" rules (that allow specifying multiple rules for the same target) should now work correctly, o kqueue-based file system monitoring (Mac OS X, FreeBSD) should now work correctly o array definitions should now work better. - Added a work around for the command line length limitation of lib.exe on Windows - Filesystem monitoring functionality now provides a choice whether to continue monitoring once the project is built successfully. OMake 0.9.2 [09/08/2004] - Bugs fixed: o "make install" will no longer create $HOME/.omake as root; o the -custom option is now a part of OCAML_BYTE_LINK_FLAGS and can be easily disabled; o omake should now allow specifying dependencies for the same file more than once. - The OMakeroot.src, OMakeroot.default and OMakefile.default are now under MIT license to allow users to freely borrow from them into their own omake build files. (The rest of OMake is still under GPL). - Fixed a number of typos and formatting errors in documentation. omake-omake-0.10.7/INSTALL000066400000000000000000000105601472462630700150330ustar00rootroot00000000000000-*- Mode: text; fill-column: 70 -*- UNIFIED BUILD SCRIPTS In version 0.10 the build scripts have changed a lot. In particular, the scripts have been unified and are now the same under Unix and Windows. Also, no external "make" or "nmake" utility is needed anymore. Under Unix, you can simply do now ./configure && make && make install to install omake. The "configure" script takes a few arguments, see "./configure -help" for a list. Under Windows, the equivalent is (and this actually also works under Unix): ocaml configure.ml ocaml build.ml ocaml build.ml -install The scripts are essentially the same, just wrapped in a little bit different way. INSTALLATION WITH EXPLICIT BOOTSTRAP omake is designed to build itself. Of course you must be wondering how we build in the first place! If you already have a working copy of omake (for instance, by downloading and installing it from somewhere else like omake.metaprl.org), you can skip the bootstrap, and directly run: ocaml build.ml -no-bootstrap which picks up the working copy of omake found in PATH. Otherwise, let's assume you do don't have omake already installed and you want to build it. -- Bootstrapping -- Bootstrapping is done with the script "make.ml", which is actually implementing most of the functionality of a traditional Unix "make" utility. With the help of "make.ml", you can build a limited version of omake that you can then use to complete the install. NOTE: The bootstrap uses the file src/Makefile with default options, like CC=cc. If something goes wrong, you can edit these files by hand to suit your taste. However, the src/Makefiles are generated, and they will be clobbered when you run omake for the first time. To be safe, if you decide to modify them, save your changes in some safe place, not /tmp. There is a build driver "build.ml" that runs "make.ml" with the right options: ocaml build.ml -no-bootstrap -build => Skip the bootstrap, and build omake with omake ocaml build.ml -auto-bootstrap -build => Do the bootstrap when necessary ocaml build.ml -force-bootstrap -build => Enforce the bootstrap The bootstrap is always followed by the regular omake build. -- Detailed configuration -- omake maintains its own detailed configuration in the file .config. This file is written at the beginning of the regular build, but once it exists, it is not overwritten. You can modify it as you need it. -- Environment -- Environment variables: - PREFIX (make all, make install) specifies the prefix for OMake installation (defaults to /usr/local) - LIBDIR (make all, make install) specifies the location for OMake library directory (defaults to $PREFIX/lib) - BINDIR (make install) specifies the location for OMake binaries (defaults to $PREFIX/bin) - INSTALL_ROOT (make install) specifies a "packaging root" for the installation. Namely, omake will be installed under $INSTALL_ROOT/$LIBDIR and $INSTALL_ROOT/$BINDIR, but the omake binary will be compiled to look for its files under $LIBDIR. Please note that the first time OMake is built, the PREFIX, LIBDIR and BINDIR variables are wrtten into the .config file in the root of the sources tree. If the .config file exists, then the variables present there have precedence over the environment variables. -- Win32 bootstrap -- Win32 is supported both for the MinGW and for the MSVC toolchains- The native Win32 build is faster than a Cygwin executable; it is recommended. However, no matter what you do, execution times on Win32 will be substantially longer than on Unix (I'm not sure why; I'm guessing that Win32 is a pig). NOTE: Note that if you call any native executable from a Cygwin shell, and you signal it (for example, with control-C), Cygwin immediately terminates the process. This is a well-known problem with Cygwin. It also means that when you abort omake from a Cygwin shell, it will not have a chance to save its work. Next time you run omake, it will have forgotten everything it did before you aborted it. Please complain to the Cygwin people at www.cygwin.com if you would like this to change. Please be nice. They already know about this issue. One way to avoid this problem is to run omake from a dos-prompt. You can also run osh in a console window if you want a usable shell. -- Finishing the install -- Do ocaml build.ml -install to install omake. omake-omake-0.10.7/LIBS.org000066400000000000000000000000251472462630700152370ustar00rootroot00000000000000 * boot * main omake-omake-0.10.7/LICENSE000066400000000000000000000431031472462630700150060ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Lesser General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. (Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. (This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA. Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) year name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. omake-omake-0.10.7/LICENSE.OMake000066400000000000000000000027301472462630700160020ustar00rootroot00000000000000 OMake terms and conditions. July 15, 2006 The OMake program is distributed under licensing terms described in each source file. Generally speaking, this means that one of three licenses are used. The libmojave library is distributed under the terms if the GNU Lesser General Public License (LGPL). See the file LICENSE.libmojave for more details. The OMake scripts are distributed under the terms of the MIT license. The MIT license applies only to the portion of OMake where the MIT license is specifically indicated in the source code. The OMake program is distributed under terms of the GNU General Public License as published by the Free Software Foundation, version 2 of the License. The license is distributed in the file LICENSE. In addition, as a special exception, the copyright holders give permission to link the code of portions of this program with the Objective Caml runtime, under certain conditions as described in each individual source file, and distribute linked combinations including the two. You must obey the GNU General Public License in all respects for all of the code used other than Objective Caml. If you modify file(s) with this exception, you may extend this exception to your version of the file(s), but you are not obligated to do so. If you do not wish to do so, delete this exception statement from your version. If you delete this exception statement from all source files in the program, then also delete it here. omake-omake-0.10.7/Makefile000066400000000000000000000014031472462630700154360ustar00rootroot00000000000000OCAML = ocaml OCAMLFLAGS = -safe-string -strict-sequence -I +unix -I +str .PHONY: all bootstrap force-bootstrap install default clean doc package # # Bootstrap program is omake-boot # default: bootstrap bootstrap: $(OCAML) $(OCAMLFLAGS) build.ml -auto-bootstrap OCAML="$(OCAML)" force-bootstrap: $(OCAML) $(OCAMLFLAGS) build.ml -force-bootstrap OCAML="$(OCAML)" all: $(OCAML) $(OCAMLFLAGS) build.ml -build OCAML="$(OCAML)" install: $(OCAML) $(OCAMLFLAGS) build.ml -install OCAML="$(OCAML)" clean: $(OCAML) $(OCAMLFLAGS) build.ml -clean OCAML="$(OCAML)" doc: OMAKELIB=`pwd`/lib ./src/main/omake doc # omake version is taken from the version.txt file! package: OMAKELIB=`pwd`/lib ./src/main/omake clean-package OMAKELIB=`pwd`/lib ./src/main/omake package omake-omake-0.10.7/OMakefile000066400000000000000000000333441472462630700155660ustar00rootroot00000000000000######################################################################## # Configuration. # ################################### # DEV MODE # Turn it off when release # BYTE_ENABLED=true # NATIVE_ENABLED=false ################################### open build/C open build/svn_realclean include mk/defaults include mk/make_gen BOOTDIR=$(dir boot) BUILDDIR=$(dir .) .PHONY: realclean distclean clean install all main .PHONY: dvi html info pdf ps txt # documentation targets # # Location of the OCaml library # if $(not $(defined CAMLLIB)) CAMLLIB = $(dir $(string $(getenv CAMLLIB, $(getenv OCAMLLIB, $(OCAMLLIB))))) export # # Architecture-specific configuration # if $(equal $(OSTYPE), Win32) # # Extra options for the C compiler # if $(equal $(CCOMPTYPE), msvc) CFLAGS += /MT /DWIN32 /W4 export else CFLAGS += -DWIN32 -g -O2 -Wall -Wno-unused -isystem$(CAMLLIB) export # # Don't build man pages # MAN_ENABLED = false # # Always use threads # THREADS_ENABLED = true export else # # Extra options for the C compiler # CFLAGS += -g -O2 -Wall -Wno-unused # # We never need threads on Unix # THREADS_ENABLED = false export # # General options # SCANNER_MODE = error # # OCaml options # OCAMLFLAGS[] = -safe-string -strict-sequence -g -w -a-40 -I +unix if $(THREADS_ENABLED) OCAMLFLAGS += -thread export compiler_config(a_compiler) = config = $(Map) foreach(key_value_line => ..., $(shella $(a_compiler) -config)) export config lex($(open-in-string $(key_value_line))) case $'^\([^:]*\):[[:blank:]]*\(.*\)$' export config config = $(config.add $1, $2) return $(config) static. = OCAMLOPT_OPTIMIZER_FLAGS[] = if $(NATIVE_ENABLED) OCAMLOPT_CONFIG = $(compiler_config $(OCAMLOPT)) ConfMsgChecking($'if ocamlopt was compiled with flambda') if $(and $(OCAMLOPT_CONFIG.mem flambda), $(equal $(OCAMLOPT_CONFIG.find flambda), true)) ConfMsgResult($'yes') OCAMLOPT_OPTIMIZER_FLAGS[] = -O3 export else ConfMsgResult($'no') export OCAMLOPTFLAGS[] = $(OCAMLFLAGS) $(OCAMLOPT_OPTIMIZER_FLAGS) # # Support for profiling # if $(not $(defined NATIVE_PROFILE)) NATIVE_PROFILE = false export if $(NATIVE_PROFILE) OCAMLOPTFLAGS += -p -inline 0 CFLAGS += -pg if $(equal $(NATIVE_PROFILE), compact) OCAMLOPTFLAGS += -compact export export # # Libraries (without suffixes) # OCAML_OTHER_LIBS = unix if $(THREADS_ENABLED) OCAML_OTHER_LIBS += threads export # # C options # INCLUDES += $(CAMLLIB) . EXTRA_CLIBS[] = if $(READLINE_ENABLED) CFLAGS += $(READLINE_CFLAGS) EXTRA_CLIBS += $(READLINE_CLIBS) export if $(NCURSES_ENABLED) CFLAGS += $(NCURSES_CFLAGS) EXTRA_CLIBS += $(NCURSES_CLIBS) export if $(FAM_ENABLED) CFLAGS += $(FAM_CFLAGS) EXTRA_CLIBS += $(FAM_CLIBS) export OCAML_LINK_FLAGS = $(mapprefix -cclib, $(set $(EXTRA_CLIBS))) # # Name of the genmagic program # VERSION_TXT = $(file version.txt) GENMAGIC = $(file src/magic/omake_gen_magic) ######################################################################## # Clean up # CLEAN = rm -rf *.cm* *~ .\#* *.o *.obj *.a *.lib *.exe *.omc *.install *.tmp clean: $(CLEAN) boot .config.omc .config.local.omc .omakedb* mk/*.omc .omake omake-boot$(EXE) lib/*.default download if $(not $(defined FORCE_REALCLEAN)) FORCE_REALCLEAN = false export realclean: clean svn_realclean $(if $(FORCE_REALCLEAN), -f) -i .omakedb -i .omakedb.lock -i .config -i .config.local ######################################################################## # Source code # .SUBDIRS: src ######################################################################## # Packaging # .PHONY: rpm tar zip pkg dmg osxclean publish .PHONY: package VERSION=$(string $(cat version.txt)) BASENAME = omake-$(VERSION) PUBFILES[] = README.md README.WIN32 INSTALL LICENSE LICENSE.OMake ChangeLog ChangeLog_old.txt CONTRIBUTORS.org omake.spec omake.spec.in omake.aip version.txt OMakefile OMakeroot Makefile configure configure.ml build build.ml make make.ml src/OMakefile src/Makefile src/*/OMakefile src/*/*.ml src/*/*.mly src/*/*.mll src/*/*.mli src/*/*.h src/*/*.c src/env/omake_ast_parse.input lib/OMakefile.default lib/OMakeroot.default lib/OMakeroot.install lib/OMakeroot.om lib/Pervasives.install lib/Pervasives.om lib/boot/Default lib/boot/License lib/build/*.install lib/build/*.om lib/configure/*.install lib/configure/*.om lib/parse/C/*.install lib/parse/C/*.om lib/parse/LaTeX/*.install lib/parse/LaTeX/*.om lib/web/*.install lib/web/*.om mk/defaults mk/make_config mk/make_gen mk/osconfig_mingw.mk mk/osconfig_msvc.mk mk/osconfig_unix.mk doc/OMakefile doc/omake.1 doc/html/*.html doc/html/*.css doc/images/*.ai doc/images/*.eps doc/images/*.gif doc/images/*.psd doc/info/omake-doc.info doc/info/omake-doc.info-* doc/ps/omake-doc.pdf doc/src/*.hva doc/src/*.sty doc/src/*.tex doc/txt/omake-doc.txt bench/OMakefile bench/mandel/Test1 osx_resources/Description.plist osx_resources/Info.plist.in osx_resources/OMake.pmproj osx_resources/installer_files/License.txt osx_resources/installer_files/preflight osx_resources/installer_files/ReadMe.txt test/awk/Test2/stdout.expected test/awk/Test2/awk.osh test/awk/Test2/run.osh test/awk/Test3/stdout.expected test/awk/Test3/awk.osh test/awk/Test3/run.osh test/awk/Test1/stdout.expected test/awk/Test1/awk.osh test/awk/Test1/run.osh test/awk/Awk.out test/awk/Awk.in test/awk/Subst.in test/awk/Test4/Subst.in test/awk/Test4/Subst.out.expected test/awk/Test4/OMakeroot test/awk/Test4/OMakefile test/awk/Test4/run.osh test/syntax/Test2 test/syntax/Test3 test/syntax/Test1 test/exec/Test1/xxx test/exec/Test1/OMakeroot test/exec/Test1/OMakefile test/parse/C/Test2/test.c test/parse/C/Test2/OMakeroot test/parse/C/Test2/OMakefile test/parse/C/Test3/test.c test/parse/C/Test3/OMakeroot test/parse/C/Test3/OMakefile test/parse/C/Test1/test.c test/parse/C/Test1/OMakeroot test/parse/C/Test1/OMakefile test/parse/C/test2.c test/exn/Test2 test/exn/Test3/exn.om test/exn/Test3/run.osh test/exn/Test5 test/exn/Test4 test/vmount/Test1/src/foo.c test/vmount/Test1/src/OMakefile test/vmount/Test1/build/.dummy test/vmount/Test1/OMakeroot test/vmount/Test1/OMakefile test/simple/Test7 test/simple/Test2/a/x/.dummy test/simple/Test2/a/y/.dummy test/simple/Test2/OMakeroot test/simple/Test2/OMakefile test/simple/Test9 test/simple/Test10 test/simple/Test3/OMakeroot test/simple/Test3/OMakefile test/simple/Test5 test/simple/Test1/OMakeroot test/simple/Test1/OMakefile test/simple/Test12 test/simple/Test8/stdout.expected test/simple/Test8/simple.om test/simple/Test8/run.osh test/simple/Test11 test/simple/Test4/stdout.expected test/simple/Test4/simple.om test/simple/Test4/run.osh test/simple/Test6 test/diff.om test/targets/Test2/OMakeroot test/targets/Test2/OMakefile test/targets/Test3/OMakeroot test/targets/Test3/OMakefile test/targets/Test3/run.osh test/targets/Test5/OMakeroot test/targets/Test5/run.osh test/targets/Test1/OMakeroot test/targets/Test1/OMakefile test/targets/Test4/OMakeroot test/curry/Test2 test/curry/Test3 test/curry/Test5 test/curry/Test1 test/curry/Test4 test/object/Test13 test/object/Test09 test/object/Test10 test/object/Test17 test/object/Test18 test/object/Test15 test/object/Test16 test/object/Test11 test/object/Test03 test/object/Test14 test/object/Test05 test/object/Test07 test/object/Test06 test/object/Test04 test/object/Test08 test/object/Test02 test/object/Test01/stdout.expected test/object/Test01/OMakeroot test/object/Test01/OMakefile test/object/Test01/run.osh test/object/Test01/object.om test/regex/Test2 test/regex/Test3 test/regex/Test1 test/regex/Test4 test/memo/Test2/stdout.expected test/memo/Test2/OMakeroot test/memo/Test2/run.osh test/memo/Test3/stdout.expected test/memo/Test3/OMakeroot test/memo/Test3/run.osh test/memo/Test5/stdout.expected test/memo/Test5/run.osh test/memo/Test5/fib.om test/memo/Test1/stdout.expected test/memo/Test1/OMakeroot test/memo/Test1/run.osh test/memo/Test4/stdout.expected test/memo/Test4/memo.om test/memo/Test4/run.osh test/memo/Test6/test.om test/memo/Test6/OMakeroot test/OMakefile test/README test/lazy/Test1 test/return/Test2 test/return/Test1 test/static/Test2/stdout.expected test/static/Test2/OMakeroot test/static/Test2/run.osh test/static/Test3/stdout.expected test/static/Test3/OMakeroot test/static/Test3/run.osh test/static/Test1/stdout.expected test/static/Test1/OMakeroot test/static/Test1/run.osh test/calculator/Test test/calculator/Test.input1 test/calculator/Test.input2 test/keyword/Test2 test/keyword/Test3 test/keyword/Test5 test/keyword/Test1 test/keyword/Test4 test/keyword/Test6 test/shell/Test7/OMakeroot test/shell/Test2/stdout.expected test/shell/Test2/OMakeroot test/shell/Test2/OMakefile test/shell/Test2/run.osh test/shell/Test3/run.osh test/shell/Test5 test/shell/Test1/shell.om test/shell/Test1/run.osh test/shell/Test4/run.osh test/shell/Test6/run.osh PUBFILES_EXCLUDE[] = src/env/omake_ast_parse.mly src/libmojave/lm_thread_core.ml src/libmojave/lm_thread_pool.ml src/magic/omake_magic.ml src/shell/omake_shell_sys.ml package: packages/$(BASENAME).tar.gz packages/$(BASENAME): rm -rf packages/$(BASENAME) mkdir -p packages/$(BASENAME) foreach(pat => ..., $(PUBFILES)) files = $(glob $(pat)) foreach(file => ..., $(files)) if $(test -f $(file)) mkdir -p packages/$(BASENAME)/$(dirname $(file)) cp $(file) packages/$(BASENAME)/$(file) foreach(file => ..., $(PUBFILES_EXCLUDE)) rm -f packages/$(BASENAME)/$(file) packages/$(BASENAME).tar.gz: packages/$(BASENAME) section cd packages rm -f $(BASENAME).tar.gz tar czf $(BASENAME).tar.gz $(BASENAME) .PHONY: clean-package rm -rf packages/$(BASENAME) rm -f packages/$(BASENAME).tar.gz rpm: version.txt make_rpm make_checkout ./make_rpm dmg: version.txt ./make_dmg dmg pkg: version.txt ./make_dmg pkg osxclean: version.txt ./make_dmg clean omake.spec: omake.spec.in echo $"%define index $(RELEASE)" > $@ echo $"Version: $(VERSION)" >> $@ cat $< >> $@ .DEFAULT: omake.spec ######################################################################## # Documentation # .SUBDIRS: doc .PHONY: doc doc: doc/txt doc/info doc/html doc/tex ######################################################################## # Standard library # .SUBDIRS: $(subdirs C, lib) %.install: %.om $(GENMAGIC)$(EXE) $(VERSION_TXT) $(GENMAGIC) -o $@ --version $(VERSION_TXT) --root $< clean: $(CLEAN) STDLIBFILES = $(find lib -name *.om) INSTALLFILES = $(replacesuffixes .om, .install, $(STDLIBFILES)) STDLIBNAMES = $(removesuffix .om, $(in lib, $(STDLIBFILES))) BOOTFILES[] = lib/boot/License lib/boot/Default DEFAULTFILES[] = lib/OMakeroot.default lib/OMakefile.default lib/OMakeroot.default: $(BOOTFILES) fprint($@, $(OMakeroot)) lib/OMakefile.default: $(BOOTFILES) fprint($@, $(OMakefile)) ######################################################################## # Installation # all: $(DEFAULTFILES) $(INSTALLFILES) $(ROOT)/src/Makefile # omaketop omaketop: src/clib/clib.a src/libmojave/lm.cma src/front/frt.cma src/top/boot_repl.cma src/magic/magic.cma src/ast/ast.cma src/ir/ir.cma src/env/env.cma src/eval/eval.cma src/shell/shell.cma src/exec/exec.cma src/build/build.cma src/builtin/builtin.cma $(OCAMLC) -custom -verbose -I +compiler-libs -linkall ocamlcommon.cma ocamlbytecomp.cma ocamltoplevel.cma unix.cma src/clib/clib.a src/libmojave/lm.cma src/front/frt.cma src/top/boot_repl.cma src/magic/magic.cma src/ast/ast.cma src/ir/ir.cma src/env/env.cma src/eval/eval.cma src/shell/shell.cma src/exec/exec.cma src/build/build.cma src/builtin/builtin.cma -cclib -lreadline topstart.cmo -o $@ omakeutop:src/clib/clib.a src/libmojave/lm.cma src/front/frt.cma src/top/boot_repl.cma src/magic/magic.cma src/ast/ast.cma src/ir/ir.cma src/env/env.cma src/eval/eval.cma src/shell/shell.cma src/exec/exec.cma src/build/build.cma src/builtin/builtin.cma src/top/myutop.cmo ocamlfind ocamlc -custom -o omakeutop -thread -linkpkg -linkall -predicates create_toploop \ -package compiler-libs.toplevel,utop src/clib/clib.a src/libmojave/lm.cma src/front/frt.cma src/top/boot_repl.cma src/magic/magic.cma src/ast/ast.cma src/ir/ir.cma src/env/env.cma src/eval/eval.cma src/shell/shell.cma src/exec/exec.cma src/build/build.cma src/builtin/builtin.cma -cclib -lreadline src/top/myutop.cmo install: $(DEFAULTFILES) $(INSTALLFILES) mkdir -p $(INSTALL_LIBDIR)/omake cp -f -m 444 $(DEFAULTFILES) $(INSTALL_LIBDIR)/omake/ foreach(name => ..., $(STDLIBNAMES)) node = $(file $(INSTALL_LIBDIR)/omake/$(name).om) mkdir -p $(dirof $(node)) cp -f -m 444 lib/$(name).install $(node) ######################################################################## # Testing # .PHONY: check bench .SUBDIRS: test bench omake-omake-0.10.7/OMakeroot000066400000000000000000000007441472462630700156300ustar00rootroot00000000000000# # We want the ocamldep-omake to be accessible through the standard path. # PATH[] += $(dir ocamldep) # # Do not search elsewhere for standard libraries # OMAKEPATH[] = . $(dir lib) # # Include the standard configuration # include build/C include build/OCaml include build/LaTeX # # Include the definition functions # include boot/License include boot/Default # # Include configuration utilities # include configure/Configure # # Include the OMakefile # .SUBDIRS: . omake-omake-0.10.7/README.md000066400000000000000000000005041472462630700152560ustar00rootroot00000000000000omake ===== This is the new home of omake. Please see also the project page at http://projects.camlcity.org/projects/omake.html for downloads, and documentation. Resources: - Travis (Linux and Mac CI): https://travis-ci.org/ocaml-omake/omake - Appveyor (Windows CI): https://ci.appveyor.com/project/gerdstolpmann/omake omake-omake-0.10.7/RELEASE-HOWTO000066400000000000000000000011041472462630700156750ustar00rootroot00000000000000- check that git is clean - update version strings: ./version.txt ./doc/src/omake-doc.tex - update ChangeLog - rebuild ./configure make clean make - doc: (need hevea and latex, otherwise it'll fail) cd doc mkdir -p html tex txt ps info omake --configure omake clean omake html txt tex info omake distclean - check that docs have been rebuilt - (omake clean-package) omake package - check packages/omake- - tag version! - scp packages/omake-.tar.gz cityd@camlcity: - git tag omake- git push origin master --tags omake-omake-0.10.7/bench/000077500000000000000000000000001472462630700150575ustar00rootroot00000000000000omake-omake-0.10.7/bench/OMakefile000066400000000000000000000061231472462630700166400ustar00rootroot00000000000000# # Collect all tests. # TESTS = $(find . -regex $'^Test[0-9]*$') TestMap = $(empty-map) foreach(tst => ..., $(TESTS)) d = $(dir $(dirname $(tst))) TestMap = if $(TestMap.mem $d) value $(TestMap.add $d, $(array $(TestMap.find $d), $(tst))) else value $(TestMap.add $d, $(tst)) export TestMap private.TestDir = $(dir .) runtest(subtest) = setenv(OMAKEPATH, $(absname $(ROOT)/lib)) setenv(OMAKEFLAGS, $"--no--progress --no--print-status") PATH[] = $(absname $(ROOT)/src/main) $(PATH) if $(test -f $(subtest)) echo "running osh $(subtest)" >> $(resultfile) res = $(shell-code osh $(subtest) >>& $(resultfile)) export res elseif $(test -f $(subtest)/run.osh) cd $(subtest) echo "running osh run.osh" >>& $(resultfile) res = $(shell-code osh run.osh >>& $(resultfile)) export res elseif $(test -f $(subtest)/OMakeroot -o -f $(subtest)/Root.om) cd $(subtest) echo "running omake in $(absname .)" >> $(resultfile) rm -f .omakedb res = $(shell-code omake >>& $(resultfile)) export res else echo $"*** Don't know how to run tests in $(subtest)!" >> $(resultfile) eprintln($"*** Don't know how to run tests in $(in $(TestDir), $(subtest))!") res = 1 export res # Exit code 2 is a suggestion, not an error if $(equal $(res), 0) value success elseif $(equal $(res), 2) value note else value failure static. = HAS_DATE = $(CheckProg date) Shell. += testit(argv) = result = $"Tested $(in .., $(dir .)): " failures = false notes = false subtests = $(file $(set $(TestMap.find $(dir .)))) if $(public.HAS_DATE) date > $(resultfile) else fprint($(resultfile), $"Starting tests in $(in $(ROOT), $(dir .)):") foreach(subtest => ..., $(subtests)) echo >> $(resultfile) echo $"==== $(subtest)" >> $(resultfile) switch $(runtest $(subtest)) case success result = $(result). echo "--- success" >> $(resultfile) export case note result = $(result)N notes = true echo "--- note" >> $(resultfile) export default result = $(result)E failures = true echo "*** failure" >> $(resultfile) export export if $(failures) result += $"$(nl) *** SOME TESTS FAILED! See $(in $(ROOT), $(resultfile)) for details" export elseif $(notes) result += $"$(nl) --- See notes $(in $(ROOT), $(resultfile)) for details" export println($(result)) .SUBDIRS: $(TestMap.keys) resultfile = $(file result.log) bench: /.PHONY/all :effects: $(resultfile) testit $(resultfile) clean: rm -f $(resultfile) *.omc Test*/.omakedb* Test*/*.omc Test*/stdout Test*/output CLEAN[] = mandel/*.ppm clean: rm -rf *.omc $(CLEAN) omake-omake-0.10.7/bench/mandel/000077500000000000000000000000001472462630700163175ustar00rootroot00000000000000omake-omake-0.10.7/bench/mandel/Test1000066400000000000000000000036001472462630700172410ustar00rootroot00000000000000#!/usr/bin/env osh # # Compute an image of the Mandelbrot set. This is a benchmark # program. It isn't intended that it be the most efficient # implementation, we just want to stress the numerical # routines. # # It generates a pgm image. You can use the ppm tools, or xv, # to view the result. # .LANGUAGE: program # # Program constants # dimen: the dimension of the image # bound: the maximum value for each pixel # dimen = 128 bound = 255 # # Fixed-point numbers. # fix-shift = 24 fix-int(i) = value i << fix-shift fix-add(i, j) = value i + j fix-sub(i, j) = value i - j fix-mul(i, j) = return ((i >> (fix-shift / 2)) * (j >> (fix-shift / 2))) fix-mul-int(i, j) = value i * j fix-div-int(i, j) = value i / j # # Compute a point in the Mandelbrot set. # compute(x, y) = loop(k, usex, usey) = if k = 0 value k else xsqr = fix-mul(usex, usex) ysqr = fix-mul(usey, usey) if fix-add(xsqr, ysqr) > fix-int(4) value k else new-usey = fix-add(fix-mul(fix-int(2), fix-mul(usex, usey)), y) new-usex = fix-add(fix-sub(xsqr, ysqr), x) loop(k - 1, new-usex, new-usey) loop(bound, x, y) # # Main function # Plot the Mandelbrot set at position (x, y). # the dimension of the image is scale. The arguments are # fixpoint numbers. # mandel(x, y, scale) = left = fix-sub(x, fix-div-int(scale, 2)) top = fix-sub(y, fix-div-int(scale, 2)) step = fix-div-int(scale, dimen) println($"""P2 """"""""# Creator mandel.om """"""""$(dimen) """"""""$(dimen) """"""""255 """) i = 0 while i < dimen j = 0 line[] = while j < dimen x = fix-add(left, fix-mul-int(step, i)) y = fix-add(top, fix-mul-int(step, j)) line[] += compute(x, y) j = j + 1 println($"$(line)") i = i + 1 stdout = fopen($'mandel.ppm', $'w') mandel(fix-int(-1), 0, fix-int(2)) close(stdout) omake-omake-0.10.7/build000077500000000000000000000000451472462630700150240ustar00rootroot00000000000000#! /bin/sh exec ocaml build.ml "$@" omake-omake-0.10.7/build.ml000066400000000000000000000263031472462630700154350ustar00rootroot00000000000000(* This file is distributed under the terms and conditions of the GNU GPL (General Public License), as detailed in the file LICENSE. Copyright (C) 2016 by Gerd Stolpmann. *) (* Bootstrap build driver for omake *) (* You can override the commands ocaml, ocamlc, ocamlopt on the command-line, e.g. ocaml build.ml OCAML=myocaml *) #warnings "-3";; #load "str.cma";; #load "unix.cma";; open Printf module StrMap = Map.Make(String) module StrSet = Set.Make(String) let ocaml vars = try StrMap.find "OCAML" vars with Not_found -> "ocaml" let ocamlc vars = try StrMap.find "OCAMLC" vars with Not_found -> "ocamlc" let ocamlopt vars = try StrMap.find "OCAMLOPT" vars with Not_found -> "ocamlopt" let rec restart f arg = try f arg with | Unix.Unix_error(Unix.EINTR,_,_) -> restart f arg let rec fold_lines f number acc fh = match try let line = input_line fh in let n = String.length line in let line = if n > 0 && line.[n-1] = '\r' then String.sub line 0 (n-1) else line in Some line with End_of_file -> None with | Some line -> let acc' = f number line acc in fold_lines f (number+1) acc' fh | None -> acc let with_command cmd parse = let ch = Unix.open_process_in cmd in try let data = parse ch in let status = Unix.close_process_in ch in match status with | Unix.WEXITED 0 -> data | Unix.WEXITED n -> failwith ("Command exited with error: " ^ cmd) | _ -> failwith ("Command exited with signal: " ^ cmd) with | Unix.Unix_error(code,_,name) -> ignore(Unix.close_process_in ch); let prefix = if name = "" then "" else name ^ ": " in raise (Sys_error(prefix ^ Unix.error_message code)) let bytecomp_c_compiler_re = Str.regexp "^bytecomp_c_compiler: \\(.*\\)$" let ws_re = Str.regexp "[ \t]+" let ocaml_cc vars = try StrMap.find "OCAML_CC" vars with Not_found -> with_command "ocamlc -config" (fold_lines (fun i line acc -> if Str.string_match bytecomp_c_compiler_re line 0 then let full = Str.matched_group 1 line in let words = Str.split ws_re full in List.hd words else acc ) 1 "cc" ) let ocaml_cflags vars = try StrMap.find "OCAML_CFLAGS" vars with Not_found -> with_command "ocamlc -config" (fold_lines (fun i line acc -> if Str.string_match bytecomp_c_compiler_re line 0 then let full = Str.matched_group 1 line in let words = Str.split ws_re full in String.concat " " (List.tl words) else acc ) 1 "" ) let exec_command env prog args = try let cmd = String.concat " " (prog :: List.map Filename.quote (Array.to_list args)) in printf "%s\n%!" cmd; let env = Array.of_list (List.map (fun (n,v) -> n ^ "=" ^ v) env) in let env = Array.append env (Unix.environment()) in let args = Array.append [| prog |] args in let pid = Unix.create_process_env prog args env Unix.stdin Unix.stdout Unix.stderr in let _, st = Unix.waitpid [] pid in match st with | Unix.WEXITED 0 -> () | Unix.WEXITED n -> failwith ("Command exited with error: " ^ cmd) | _ -> failwith ("Command exited with signal: " ^ cmd) with | Unix.Unix_error(code,_,name) -> let prefix = if name = "" then "" else name ^ ": " in raise (Sys_error(prefix ^ Unix.error_message code)) let copy src dest = (* only for small files... *) let f_src = open_in_bin src in let n = in_channel_length f_src in let data = Bytes.create n in really_input f_src data 0 n; close_in f_src; let f_dest = open_out_bin dest in output f_dest data 0 n; flush f_dest; close_out f_dest let copy_executable src dest = let need_exe = Sys.file_exists (src ^ ".exe") in let with_exe file = if need_exe then file ^ ".exe" else file in let src = with_exe src in let dest = with_exe dest in copy src dest; Unix.chmod dest 0o755 let touch file = let f = open_out_gen [ Open_wronly; Open_append; Open_creat ] 0o666 file in close_out f let safe_mkdir file = try Unix.mkdir file 0o777 with | Unix.Unix_error(Unix.EEXIST,_,_) -> () let is_dir dir = (* Sys.file_exists (Filename.concat dir ".") - doesn't work under Windows *) try let st = Unix.stat dir in Unix.(st.st_kind = S_DIR) with | Unix.Unix_error _ -> false let rec find dir pattern = (* pattern: regexp of the files to match in this directory *) let re = Str.regexp pattern in let allfiles = Array.to_list (Sys.readdir dir) in let allpaths = List.map (Filename.concat dir) allfiles in let files = List.filter (fun n -> Str.string_match re n 0 ) allfiles in let paths = List.map (Filename.concat dir) files in let subdirs = List.filter is_dir allpaths in let subpaths = List.flatten (List.map (fun dir -> find dir pattern) subdirs) in paths @ subpaths let safe_remove path = try Sys.remove path with Sys_error _ -> () let safe_remove_list l = List.iter safe_remove l let system_re = Str.regexp "^system: \\(.*\\)$" let get_system vars = let cmd = sprintf "%s -config" (ocamlc vars) in with_command cmd (fold_lines (fun i line acc -> if Str.string_match system_re line 0 then Str.matched_group 1 line else acc ) 1 "unknown" ) let have_ocamlopt vars = let cmd = ocamlopt vars in Sys.command cmd = 0 let configure_bootstrap vars = safe_mkdir "boot"; copy "src/Makefile" "boot/Makefile"; touch "boot/Makefile.dep"; ( match get_system vars with | "mingw" | "mingw64" -> copy "mk/osconfig_mingw.mk" "boot/osconfig.mk" | "win32" | "win64" -> copy "mk/osconfig_msvc.mk" "boot/osconfig.mk" | _ -> copy "mk/osconfig_unix.mk" "boot/osconfig.mk" ); let ocaml_cc_val = ocaml_cc vars in let ocaml_cflags_val = ocaml_cflags vars in let f = open_out_gen [Open_wronly; Open_append; Open_binary] 0 "boot/osconfig.mk" in fprintf f "\n\n# additions from build.ml:\n"; fprintf f "OCAML_CC = %s\n" ocaml_cc_val; fprintf f "OCAML_CFLAGS = %s\n" ocaml_cflags_val; close_out f let make self makedir vars target = let dir = Filename.dirname self in let args = StrMap.fold (fun n v acc -> (n ^ "=" ^ v) :: acc) vars [] in let args_a = Array.of_list ("-I" :: "+str" :: "-I" :: "+unix" :: Filename.concat dir "make.ml" :: "-C" :: makedir :: target :: args) in exec_command [] (ocaml vars) args_a let run_bootstrap self vars = configure_bootstrap vars; let vars = if have_ocamlopt vars then StrMap.add "PREFERRED" ".opt" (StrMap.add "OCAMLSUFFIX" ".opt" vars) else vars in make self "boot" vars "Makefile.dep"; make self "boot" vars "omake" let do_bootstrap self vars ty = match ty with | `Force -> run_bootstrap self vars; ("boot/omake", "src/main/prelim_omake") | `Disable -> ("omake", "omake") | `Auto -> if not (Sys.file_exists "boot/omake") && not (Sys.file_exists "boot/omake.exe") then run_bootstrap self vars; ("boot/omake", "src/main/prelim_omake") let run_omake omake env vars args = let args1 = StrMap.fold (fun n v acc -> (n ^ "=" ^ v) :: acc) vars [] in exec_command env omake (Array.of_list (args @ args1)) let do_action self vars action omake1 omake2 = let env = [ "OMAKEFLAGS", ""; "OMAKEPATH", "lib" ] in match action with | `Build -> if not (Sys.file_exists ".preconfig") then failwith "Unconfigured. Run the configure script first!"; touch ".config"; run_omake omake1 env vars [ "--dotomake"; ".omake"; "--force-dotomake"; "-j1"; "main" ]; (* Windows cannot replace running executables. Create a copy. *) if omake1 <> omake2 then copy_executable "src/main/omake" "src/main/prelim_omake"; run_omake omake2 env vars [ "--dotomake"; ".omake"; "--force-dotomake"; "-j1"; "all" ] | `Install -> run_omake omake2 env vars [ "--dotomake"; ".omake"; "--force-dotomake"; "install" ] | `Clean -> safe_remove ".config"; if Sys.file_exists "boot" then find "boot" ".*" |> safe_remove_list; find "." ".*\\.omc" |> safe_remove_list; find "src" ".*\\.cmi" |> safe_remove_list; find "src" ".*\\.cmo" |> safe_remove_list; find "src" ".*\\.cmx" |> safe_remove_list; find "src" ".*\\.o" |> safe_remove_list; find "src" ".*\\.cmxa" |> safe_remove_list; find "src" ".*\\.a" |> safe_remove_list; find "src" ".*\\.so" |> safe_remove_list; find "src" ".*\\.dll" |> safe_remove_list; find "src" ".*\\.exe" |> safe_remove_list; safe_remove "src/env/omake_ast_parse.mly"; safe_remove "src/libmojave/lm_thread_core.ml"; safe_remove "src/libmojave/lm_thread_pool.ml"; safe_remove "src/magic/omake_magic.ml"; safe_remove "src/shell/omake_shell_sys.ml"; safe_remove "src/main/omake"; safe_remove "src/main/prelim_omake"; safe_remove "src/main/osh"; safe_remove ".omakedb"; safe_remove ".omakedb.lock" let set_re = Str.regexp "^\\([^=]+\\)=\\(.*\\)$" let main() = let self = Sys.argv.(0) in let self = if Filename.is_relative self then Filename.concat (Sys.getcwd()) self else self in let bootstrap = ref `Auto in let action = ref `Build in let vars = ref StrMap.empty in let setvar name value = vars := StrMap.add name value !vars in Arg.parse [ "-force-bootstrap", Arg.Unit (fun () -> bootstrap := `Force), " do the bootstrap again"; "-no-bootstrap", Arg.Unit (fun () -> bootstrap := `Disable), " no bootstrap, instead use the omake from $PATH"; "-auto-bootstrap", Arg.Unit (fun () -> bootstrap := `Auto), " do the bootstrap if needed - this is the default"; "-build", Arg.Unit (fun () -> action := `Build), " action: build omake - this is the default"; "-install", Arg.Unit (fun () -> action := `Install), " action: install omake"; "-clean", Arg.Unit (fun () -> action := `Clean), " action: clean up"; ] (fun s -> if Str.string_match set_re s 0 then let name = Str.matched_group 1 s in let value = Str.matched_group 2 s in setvar name value else raise(Arg.Bad ("Don't know what to do with: " ^ s)) ) "ocaml build.ml [options] (var=value) ..."; let boot_omake, made_omake = if !action = `Clean then "", "" else do_bootstrap self !vars !bootstrap in do_action self !vars !action boot_omake made_omake let () = try main() with | Failure msg | Arg.Bad msg | Sys_error msg -> flush stdout; prerr_endline msg; flush stderr; exit 1 omake-omake-0.10.7/config_rpm000066400000000000000000000014631472462630700160520ustar00rootroot00000000000000#!/bin/sh # # Configuration variables for RPM packages # PATH=/bin:/usr/bin:/usr/bin/X11:/usr/X11R6/bin:/usr/local/bin # # Version number # OMAKE=`/bin/pwd` ARCHTYPE=i386 RPMROOT="`rpmbuild --showrc | grep '^-[0-9]*: _topdir' | sed -e 's,.*_topdir[[:space:]]*,,'`" if [ -d "$HOME/RPM" -a ! -d "$RPMROOT" ]; then RPMROOT="$HOME/RPM" fi if grep -q '^[^ ]*-[^ ]*$' version.txt; then VERSION=`sed -e 's/-.*//' < version.txt` RELEASE=`sed -e 's/[^-]*-//' < version.txt` else VERSION=`cat version.txt` RELEASE=0.devel fi # # Name of the RPM files # TARBALL=omake-$VERSION-$RELEASE.tar.gz SRC_ZIP=omake-$VERSION-$RELEASE.src.zip BINFILE=omake-$VERSION-$RELEASE.$ARCHTYPE.rpm SRCFILE=omake-$VERSION-$RELEASE.src.rpm # # Location of tftpboot directory # TFTPBOOT=/tftpboot/rh8.0 export PATH VERSION RELEASE omake-omake-0.10.7/configure000077500000000000000000000000721472462630700157060ustar00rootroot00000000000000#! /bin/sh exec ocaml -I +str -I +unix configure.ml "$@" omake-omake-0.10.7/configure.ml000066400000000000000000000061711472462630700163200ustar00rootroot00000000000000(* This file is distributed under the terms and conditions of the GNU GPL (General Public License), as detailed in the file LICENSE. Copyright (C) 2016 by Gerd Stolpmann. *) (* Configuration script for omake *) #warnings "-3";; #load "str.cma";; #load "unix.cma";; open Printf let is_windows = Sys.os_type = "Win32" let path = if is_windows then let re = Str.regexp ";" in Str.split re (Sys.getenv "PATH") else let re = Str.regexp ":" in Str.split re (Sys.getenv "PATH") let find_in_path prog = let prog = if is_windows then prog ^ ".exe" else prog in List.find (fun p -> Sys.file_exists (Filename.concat p prog)) path let prefix = try ref (Filename.dirname (find_in_path "ocamlc")) with | Not_found -> prerr_endline "ocamlc not found; aborting"; exit 1 let bad_version1 = Str.regexp "^[0123]\\..*" let bad_version2 = Str.regexp "^4.0[012]\\..*" let check_ocaml_version() = let ch = Unix.open_process_in "ocamlc -version" in let line = input_line ch in let status = Unix.close_process_in ch in if status <> Unix.WEXITED 0 then failwith "Cannot run: ocamlc -version"; if Str.string_match bad_version1 line 0 || Str.string_match bad_version2 line 0 then failwith "The ocaml version is too old. Need at least 4.03"; () let gnu_re1 = Str.regexp "--\\([-A-Za-z0-9]+\\)=\\(.*\\)$" let gnu_re2 = Str.regexp "--\\([-A-Za-z0-9]+\\)$" let gnu_options argv = let argv = Array.to_list argv in let argv = List.mapi (fun i arg -> if i > 0 && Str.string_match gnu_re1 arg 0 then ["-" ^ Str.matched_group 1 arg; Str.matched_group 2 arg] else if i > 0 && Str.string_match gnu_re2 arg 0 then ["-" ^ Str.matched_group 1 arg ] else [arg] ) argv in Array.of_list (List.flatten argv) let main() = let no_readline = ref false in let no_ncurses = ref false in let no_fam = ref false in Arg.parse_argv (gnu_options Sys.argv) [ "-prefix", Arg.Set_string prefix, " Install prefix"; "-disable-readline", Arg.Set no_readline, " Disable readline support"; "-disable-ncurses", Arg.Set no_ncurses, " Disable ncurses support"; "-disable-fam", Arg.Set no_fam, " Disable FAM support"; ] (fun s -> raise(Arg.Bad ("Unexpected: " ^ s)) ) "usage: configure [options]"; check_ocaml_version(); let f = open_out ".preconfig" in fprintf f "public.PREFIX = %s\n\n" !prefix; List.iter (fun (disabled, name) -> fprintf f "# %s: %s\n" name (if disabled then "disabled" else "auto"); fprintf f "%spublic.%s = false\n\n" (if disabled then "" else "#") name; ) [ !no_readline, "READLINE_ENABLED"; !no_ncurses, "NCURSES_ENABLED"; !no_fam, "FAM_ENABLED"; ]; close_out f; printf "Wrote .preconfig\n%!"; (try Sys.remove ".config" with Sys_error _ -> () ) let () = try main() with | Failure msg | Arg.Bad msg | Arg.Help msg | Sys_error msg -> flush stdout; prerr_endline msg; flush stderr; exit 1 omake-omake-0.10.7/doc/000077500000000000000000000000001472462630700145455ustar00rootroot00000000000000omake-omake-0.10.7/doc/OMakefile000066400000000000000000000157171472462630700163370ustar00rootroot00000000000000# # Manual Page # install: mkdir -p $(INSTALL_MANDIR)/man1 cp -f -m 444 omake.1 $(INSTALL_MANDIR)/man1 ln-or-cp $(INSTALL_MANDIR)/man1/omake.1 $(INSTALL_MANDIR)/man1/osh.1 # # Documentation files # BUILTIN = $(dir $(ROOT)/src/builtin) MAN_BASE_FILES[] = $(BUILTIN)/omake_builtin_base.ml $(BUILTIN)/omake_builtin_arith.ml $(BUILTIN)/omake_builtin_fun.ml $(BUILTIN)/omake_builtin_object.ml $(BUILTIN)/omake_builtin_file.ml $(BUILTIN)/omake_builtin_test.ml MAN_SYSTEM_FILES[] = $(BUILTIN)/omake_builtin_io.ml $(BUILTIN)/omake_builtin_io_fun.ml $(BUILTIN)/omake_builtin_sys.ml $(BUILTIN)/omake_builtin_shell.ml MAN_PERVASIVES_FILES[] = $(LIB)/Pervasives.om $(BUILTIN)/omake_builtin_rule.ml $(BUILTIN)/omake_builtin_target.ml MAN_ROOT_FILES[] = $(LIB)/build/Common.om $(LIB)/build/C.om $(LIB)/build/OCaml.om $(LIB)/build/LaTeX.om MAN_CONFIGURE_FILES[] = $(LIB)/configure/Configure.om $(LIB)/configure/ncurses.om $(LIB)/configure/readline.om $(LIB)/configure/snprintf.om MAN_BASE_FILES = $(file $(MAN_BASE_FILES)) MAN_SYSTEM_FILES = $(file $(MAN_SYSTEM_FILES)) MAN_PERVASIVES_FILES = $(file $(MAN_PERVASIVES_FILES)) MAN_ROOT_FILES = $(file $(MAN_ROOT_FILES)) MAN_CONFIGURE_FILES = $(file $(MAN_CONFIGURE_FILES)) MAN_ALL_FILES[] = $(MAN_BASE_FILES) $(MAN_SYSTEM_FILES) $(MAN_PERVASIVES_FILES) $(MAN_ROOT_FILES) $(MAN_CONFIGURE_FILES) ######################################################################## # Documentation # Shell. += # # Extract the text between the following delimiters. # # \begin{doc} # ... # \end{doc} # extract-doc-text(argv) = print = false awk(b, $(argv)) case $'\\end\{doc\}' print = false export case $'\\begin\{doc\}' print = true export default if $(print) println($0) remove-leading-comment-text(argv) = fsubst() case $'^[ \t]*[*#] ?' value extract-docs(argv) = extract-doc-text $(argv) | remove-leading-comment-text # # Extract the documentation from the src files. # ExtractManDocument(dst, files) = tex/$(dst).tex: $(files) extract-docs $(files) > $@ ExtractManDocument(omake-base, $(MAN_BASE_FILES)) ExtractManDocument(omake-system, $(MAN_SYSTEM_FILES)) ExtractManDocument(omake-pervasives, $(MAN_PERVASIVES_FILES)) ExtractManDocument(omake-root, $(MAN_ROOT_FILES)) ExtractManDocument(omake-autoconf, $(MAN_CONFIGURE_FILES)) # # All the TeX files - both generated and the source ones. # TEX_FILES[] = src/omake-doc src/omake-index src/omake-examples src/omake-detail src/omake-build-examples src/omake-detail src/omake-language-naming src/omake-language-examples src/omake-options src/omake-language src/omake-detail src/omake-rules tex/omake-base tex/omake-system tex/omake-pervasives tex/omake-root tex/omake-autoconf src/osh src/omake-grammar TEX_FILES = $(file $(addsuffix .tex, $(TEX_FILES))) # # HTML files that will be generated out of the ocaml-doc one # HTML_FILES[] = omake-doc.css omake-contents.html omake.html omake-quickstart.html omake-build-examples.html omake-language.html omake-detail.html omake-language-naming.html omake-language-examples.html omake-rules.html omake-base.html omake-system.html omake-shell.html omake-pervasives.html omake-build.html osh.html omake-options.html omake-grammar.html omake-all-index.html omake-var-index.html omake-fun-index.html omake-obj-index.html omake-target-index.html omake-option-index.html omake-references.html omake-toc.html omake-autoconf.html HTML_FILES = $(file $(addprefix html/, $(HTML_FILES))) # # Generated info files. # # XXX: HACK: we do not know how many pieces we'd have. For now we hardcode the number. # NUM_INFOS = 11 INFO_BASE = $(file info/omake-doc.info) INFO_FILES[] = $(INFO_BASE) section i = 1 while $(le $i, $(NUM_INFOS)) INFO_FILES[] += $(file $(INFO_BASE)-$(i)) i = $(add $i, 1) export INFO_FILES public.HEVEA = hevea public.HACHA = hacha .STATIC: HEVEA_DIR = HEVEA_VERSION = HAVE_HEVEA_PROG = $(and $(CheckProg $(HEVEA)), $(CheckProg $(HACHA))) if $(HAVE_HEVEA_PROG) ConfMsgChecking(for $(HEVEA) configs and version) HEVEA_VERSION = $(shell $(HEVEA) -version) HEVEA_DIR = $(dir $(last $(HEVEA_VERSION))) HEVEA_VERSION = $(nth 1, $(HEVEA_VERSION)) ConfMsgResult($(HEVEA_VERSION) in $(HEVEA_DIR)) export HEVEA_DIR HEVEA_VERSION HEVEA_OK = $(and $(HAVE_HEVEA_PROG) $(test -d $(HEVEA_DIR)) $(test -f $(HEVEA_DIR)/hevea.sty)) if $(not $(HEVEA_OK)) ConfMsgWarn($'Hevea not found or Hevea installation is incomplete;') ConfMsgWarn($'will neither be able to build plain text, Info,') ConfMsgWarn($'nor HTML version of OMake documentation') HEVEA_OPTIONS = -fix -I 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412.77637 720.81445 417.02637 ] /Length 1917 3 R /Resources << /ExtGState << /R1 4 4 R >> >> /Group 1918 2 R >> stream 0 0 0 1 K 0 i 1 w 4 M 0 j 0 J []0 d /RelativeColorimetric ri /R1 gs 720.3145 417.0264 m 720.3145 412.7764 l S endstream endobj 1917 3 obj 111 endobj 1918 2 obj << /Type /Group /S /Transparency /I false /K false >> endobj 1920 2 obj << /Type /XObject /Subtype /Form /FormType 1 /Name /Fm246 /Matrix [ 1 0 0 1 0 0 ] /BBox [ 725.76758 412.77637 726.76758 417.02637 ] /Length 1923 2 R /Resources << /ExtGState << /R1 4 4 R >> >> /Group 1924 2 R >> stream 0 0 0 1 K 0 i 1 w 4 M 0 j 0 J []0 d /RelativeColorimetric ri /R1 gs 726.2676 417.0264 m 726.2676 412.7764 l S endstream endobj 1923 2 obj 111 endobj 1924 2 obj << /Type /Group /S /Transparency /I false /K false >> endobj 1927 2 obj << /Type /XObject /Subtype /Form /FormType 1 /Name /Fm247 /Matrix [ 1 0 0 1 0 0 ] /BBox [ 731.72266 412.77637 732.72266 417.02637 ] /Length 1928 2 R /Resources << /ExtGState << /R1 4 4 R >> >> 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i 1 w 4 M 0 j 0 J []0 d /RelativeColorimetric ri /R1 gs 797.7148 417.0264 m 797.7148 412.7764 l S endstream endobj 1990 3 obj 111 endobj 1991 2 obj << /Type /Group /S /Transparency /I false /K false >> endobj 1994 2 obj << /Type /XObject /Subtype /Form /FormType 1 /Name /Fm259 /Matrix [ 1 0 0 1 0 0 ] /BBox [ 803.16797 412.77637 804.16797 417.02637 ] /Length 1996 2 R /Resources << /ExtGState << /R1 4 4 R >> >> /Group 1998 2 R >> stream 0 0 0 1 K 0 i 1 w 4 M 0 j 0 J []0 d /RelativeColorimetric ri /R1 gs 803.668 417.0264 m 803.668 412.7764 l S endstream endobj 1996 2 obj 109 endobj 1998 2 obj << /Type /Group /S /Transparency /I false /K false >> endobj 2000 3 obj << /Type /XObject /Subtype /Form /FormType 1 /Name /Fm260 /Matrix [ 1 0 0 1 0 0 ] /BBox [ 416.16797 412.77637 804.16797 417.02637 ] /Length 2002 2 R /Resources << /ExtGState << /R1 4 4 R /R6 1631 2 R >> /XObject << /Fm196 1627 3 R /Fm197 1633 3 R /Fm198 1638 2 R /Fm199 1644 2 R /Fm200 1649 3 R /Fm201 1655 2 R /Fm202 1660 2 R 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Do Q q /R6 gs /Fm242 Do Q q /R6 gs /Fm243 Do Q q /R6 gs /Fm244 Do Q q /R6 gs /Fm245 Do Q q /R6 gs /Fm246 Do Q q /R6 gs /Fm247 Do Q q /R6 gs /Fm248 Do Q q /R6 gs /Fm249 Do Q q /R6 gs /Fm250 Do Q q /R6 gs /Fm251 Do Q q /R6 gs /Fm252 Do Q q /R6 gs /Fm253 Do Q q /R6 gs /Fm254 Do Q q /R6 gs /Fm255 Do Q q /R6 gs /Fm256 Do Q q /R6 gs /Fm257 Do Q q /R6 gs /Fm258 Do Q q /R6 gs /Fm259 Do Q endstream endobj 2002 2 obj 1409 endobj 2003 2 obj << /Type /Group /S /Transparency /I false /K true >> endobj 2006 2 obj << /Type /XObject /Subtype /Form /FormType 1 /Name /Fm261 /Matrix [ 1 0 0 1 0 0 ] /BBox [ 416.16797 433.27637 417.16797 437.52637 ] /Length 2007 2 R /Resources << /ExtGState << /R1 4 4 R >> >> /Group 2008 2 R >> stream 0 0 0 1 K 0 i 1 w 4 M 0 j 0 J []0 d /RelativeColorimetric ri /R1 gs 416.668 437.5264 m 416.668 433.2764 l S endstream endobj 2007 2 obj 109 endobj 2008 2 obj << /Type /Group /S /Transparency /I false /K false >> endobj 2010 3 obj << /Type /ExtGState /ca 1 /CA 1 /BM /Normal 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/Root 1 0 R >> startxref 22221 %%EOF omake-omake-0.10.7/doc/images/omake.eps000066400000000000000000003677571472462630700176500ustar00rootroot00000000000000%!PS-Adobe-3.1 EPSF-3.0 %%Title: omake.eps %%Creator: Adobe Illustrator(R) 9.0 %%AI8_CreatorVersion: 9.0 %AI9_PrintingDataBegin %%For: Jason Hickey %%CreationDate: 9/20/2004 %%CropBox: 0.000000 0.000000 577.359375 75.553711 %%BoundingBox: 0 0 578 76 %%HiResBoundingBox: 0.000000 0.000000 577.359375 75.553711 %%LanguageLevel: 2 %%DocumentData: Clean7Bit %%Pages: 1 %%DocumentNeededResources: %%DocumentSuppliedResources: procset Adobe_CoolType_Core 1.1 0 %%+ procset Adobe_AGM_Core 2.0 0 %%DocumentFonts: %%DocumentSuppliedFonts: %%PageOrder: Ascend %%DocumentProcessColors: Black %%DocumentCustomColors: %%CMYKCustomColor: %%RGBCustomColor: %%EndComments %%BeginDefaults %%EndDefaults %%BeginProlog %%BeginResource: procset Adobe_AGM_Core 2.0 0 %%Version: 2.0 0 %%Copyright: Copyright (C) 1997-1999 Adobe Systems, Inc. All Rights Reserved. systemdict /setpacking known { currentpacking true setpacking } if userdict /Adobe_AGM_Core 233 dict dup begin put /nd{ null def }bind def /Adobe_AGM_Core_Id /Adobe_AGM_Core_2.0_0 def /AGMCORE_str256 256 string def /AGMCORE_src256 256 string def /AGMCORE_dst64 64 string def /AGMCORE_srcLen nd /AGMCORE_save nd /AGMCORE_graphicsave nd /AGMCORE_imagestring0 nd /AGMCORE_imagestring1 nd /AGMCORE_imagestring2 nd /AGMCORE_imagestring3 nd /AGMCORE_imagestring4 nd /AGMCORE_imagestring5 nd /AGMCORE_c 0 def /AGMCORE_m 0 def /AGMCORE_y 0 def /AGMCORE_k 0 def /AGMCORE_mbuf () def /AGMCORE_ybuf () def /AGMCORE_kbuf () def /AGMCORE_gbuf () def /AGMCORE_bbuf () def /AGMCORE_cmykbuf 4 array def /AGMCORE_screen [currentscreen] cvx def /AGMCORE_tmp 0 def /AGMCORE_arg1 nd /AGMCORE_arg2 nd /AGMCORE_&setgray nd /AGMCORE_&image nd /AGMCORE_&colorimage nd /AGMCORE_&imagemask nd /AGMCORE_&setcolor nd /AGMCORE_&setcolorspace nd /AGMCORE_&&setcolorspace nd /AGMCORE_cyan_plate nd /AGMCORE_magenta_plate nd /AGMCORE_yellow_plate nd /AGMCORE_black_plate nd /AGMCORE_plate_ndx nd /AGMCORE_get_ink_data nd /AGMCORE_is_cmyk_sep nd /AGMCORE_in_rip_sep nd /AGMCORE_host_sep nd /AGMCORE_will_host_sep nd /AGMCORE_avoid_L2_sep_space nd /AGMCORE_composite_job nd /AGMCORE_producing_seps nd /AGMCORE_ccimage_exists nd /AGMCORE_ps_level -1 def /AGMCORE_ps_version -1 def /AGMCORE_environ_ok nd /AGMCORE_CSA_cache 0 dict def /AGMCORE_CSD_cache 0 dict def /AGMCORE_pattern_cache 0 dict def /AGMCORE_currentoverprint false def /AGMCORE_deltaX nd /AGMCORE_deltaY nd /AGMCORE_name nd /AGMCORE_sep_special nd /AGMCORE_ndx nd /AGMCORE_err_strings nd /AGMCORE_cur_err nd /AGMCORE_ovp nd /AGMCORE_CRD_cache where{ pop }{ /AGMCORE_CRD_cache 0 dict def }ifelse /bdf { bind def } bind def /xdf { exch def } def /ldf { load def } def /ddf { put } def /xddf { 3 -1 roll put } def /xpt { exch put } def /bdict { mark } def /edict { counttomark 2 idiv dup dict begin {def} repeat pop currentdict end }def /ps_level /languagelevel where{ pop languagelevel }{ 1 }ifelse def /level2 ps_level 2 ge def /level3 ps_level 3 ge def /ps_version {version cvr} stopped { -1 }if def /ndf { 1 index where{ pop pop pop }{ dup xcheck {bind}if def }ifelse } def /skip_image { has_color ne{ dup 256 idiv {currentfile AGMCORE_str256 readstring pop pop}repeat currentfile AGMCORE_str256 0 4 -1 roll 256 mod getinterval readstring pop pop }{ pop }ifelse } def /addprocs { 2{/exec load}repeat 3 1 roll [ 5 1 roll ] bind cvx } def /colorbuf { 0 1 2 index length 1 sub { dup 2 index exch get 255 exch sub 2 index 3 1 roll put } for } def /makereadonlyarray { /packedarray where {pop packedarray} {array astore readonly} ifelse } def /getspotfunction { AGMCORE_screen exch pop exch pop dup type /dicttype eq { dup /HalftoneType get 1 eq { /SpotFunction get } { dup /HalftoneType get 2 eq { /GraySpotFunction get } { pop {abs exch abs 2 copy add 1 gt {1 sub dup mul exch 1 sub dup mul add 1 sub} {dup mul exch dup mul add 1 exch sub}ifelse}bind } ifelse } ifelse } if } def /clp_npth { clip newpath } def /eoclp_npth { eoclip newpath } def /stkpath_clp_npth { strokepath clip newpath } def /stk_n_clp_npth { gsave stroke grestore clip newpath } def /npth_clp { newpath clip } def /graphic_setup { /AGMCORE_graphicsave save def concat 0 setgray 0 setlinecap 0 setlinejoin 1 setlinewidth [] 0 setdash 10 setmiterlimit newpath false setoverprint false setstrokeadjust userdict begin /showpage {} def mark } def /graphic_cleanup { cleartomark end AGMCORE_graphicsave restore } def /compose_error_msg { grestoreall initgraphics /Helvetica findfont 10 scalefont setfont /AGMCORE_deltaY 100 def /AGMCORE_deltaX 310 def /AGMCORE_arg2 xdf /AGMCORE_arg1 xdf clippath pathbbox newpath pop pop 36 add exch 36 add exch moveto 0 AGMCORE_deltaY rlineto AGMCORE_deltaX 0 rlineto 0 AGMCORE_deltaY neg rlineto AGMCORE_deltaX neg 0 rlineto closepath 0 AGMCORE_&setgray gsave 1 AGMCORE_&setgray fill grestore 1 setlinewidth gsave stroke grestore currentpoint AGMCORE_deltaY 15 sub add exch 8 add exch moveto /AGMCORE_deltaY 12 def /AGMCORE_tmp 0 def AGMCORE_err_strings exch get { dup 32 eq { pop AGMCORE_str256 0 AGMCORE_tmp getinterval dup (.) ne AGMCORE_arg1 0 lt and { pop } { stringwidth pop currentpoint pop add AGMCORE_deltaX 28 add gt { currentpoint AGMCORE_deltaY sub exch pop clippath pathbbox pop pop pop 44 add exch moveto } if AGMCORE_str256 0 AGMCORE_tmp getinterval show ( ) show } ifelse 0 1 AGMCORE_str256 length 1 sub { AGMCORE_str256 exch 0 put }for /AGMCORE_tmp 0 def } { dup 94 eq { pop AGMCORE_arg1 0 ge { AGMCORE_arg1 AGMCORE_str256 cvs dup /AGMCORE_tmp exch length def AGMCORE_str256 exch 0 exch putinterval AGMCORE_str256 0 AGMCORE_tmp getinterval stringwidth pop currentpoint pop add AGMCORE_deltaX 28 add gt { currentpoint AGMCORE_deltaY sub exch pop clippath pathbbox pop pop pop 44 add exch moveto } if AGMCORE_str256 0 AGMCORE_tmp getinterval show } { /AGMCORE_arg1 0 def } ifelse 0 1 AGMCORE_str256 length 1 sub { AGMCORE_str256 exch 0 put }for /AGMCORE_tmp 0 def AGMCORE_arg1 0 ne { /AGMCORE_arg1 AGMCORE_arg2 def } if } { AGMCORE_str256 exch AGMCORE_tmp exch put /AGMCORE_tmp AGMCORE_tmp 1 add def }ifelse } ifelse } forall } bdf level2{ /AGMCORE_map_reserved_ink_name { dup type /stringtype eq{ dup /Red eq{ pop (_Red_) }{ dup /Green eq{ pop (_Green_) }{ dup /Blue eq{ pop (_Blue_) }{ dup /Cyan eq{ pop (_Cyan_) }{ dup /Magenta eq{ pop (_Magenta_) }{ dup /Yellow eq{ pop (_Yellow_) }{ dup /Black eq{ pop (_Black_) }{ dup / eq{ pop (Process) }if }ifelse }ifelse }ifelse }ifelse }ifelse }ifelse }ifelse }if }def }if /doc_setup{ Adobe_AGM_Core begin /AGMCORE_will_host_separate xdf /AGMCORE_ps_version xdf /AGMCORE_ps_level xdf errordict /AGM_handleerror known not { errordict /AGM_handleerror errordict /handleerror get put errordict /handleerror { Adobe_AGM_Core begin $error /newerror get AGMCORE_cur_err null ne and { $error /newerror false put AGMCORE_cur_err /AGMCORE_bad_environ eq { /AGMCORE_bad_environ AGMCORE_ps_level AGMCORE_ps_version } { AGMCORE_cur_err 0 0 } ifelse compose_error_msg } if $error /newerror true put end errordict /AGM_handleerror get exec } bind put }if /AGMCORE_environ_ok ps_level AGMCORE_ps_level ge ps_version AGMCORE_ps_version ge and AGMCORE_ps_level -1 eq or def AGMCORE_environ_ok not {/AGMCORE_cur_err /AGMCORE_bad_environ def} if /AGMCORE_&setgray systemdict/setgray get def level2{ /AGMCORE_&setcolor systemdict/setcolor get def /AGMCORE_&setcolorspace systemdict/setcolorspace get def /AGMCORE_&&setcolorspace /setcolorspace ldf }if /AGMCORE_&image systemdict/image get def /AGMCORE_&imagemask systemdict/imagemask get def /colorimage where{ pop /AGMCORE_&colorimage /colorimage ldf }if /AGMCORE_in_rip_sep level2{ currentpagedevice/Separations 2 copy known{ get }{ pop pop false }ifelse }{ false }ifelse def level2 not{ /xput{ dup load dup length exch maxlength eq{ dup dup load dup length dup 0 eq {pop 1} if 2 mul dict copy def }if load begin def end }def }{ /xput{ load 3 1 roll put }def }ifelse /AGMCORE_gstate_known{ where{ /Adobe_AGM_Core_Id known }{ false }ifelse }ndf /AGMCORE_GSTATE AGMCORE_gstate_known not{ /AGMCORE_GSTATE 21 dict def /AGMCORE_tmpmatrix matrix def /AGMCORE_gstack 32 array def /AGMCORE_gstackptr 0 def /AGMCORE_gstacksaveptr 0 def /AGMCORE_gstackframekeys 7 def /AGMCORE_&gsave /gsave ldf /AGMCORE_&grestore /grestore ldf /AGMCORE_&grestoreall /grestoreall ldf /AGMCORE_&save /save ldf /AGMCORE_gdictcopy { begin { def } forall end }def /AGMCORE_gput { AGMCORE_gstack AGMCORE_gstackptr get 3 1 roll put }def /AGMCORE_gget { AGMCORE_gstack AGMCORE_gstackptr get exch get }def /gsave { AGMCORE_&gsave AGMCORE_gstack AGMCORE_gstackptr get AGMCORE_gstackptr 1 add dup 32 ge {limitcheck} if Adobe_AGM_Core exch /AGMCORE_gstackptr exch put AGMCORE_gstack AGMCORE_gstackptr get AGMCORE_gdictcopy }def /grestore { AGMCORE_&grestore AGMCORE_gstackptr 1 sub dup AGMCORE_gstacksaveptr lt {1 add} if Adobe_AGM_Core exch /AGMCORE_gstackptr exch put }def /grestoreall { AGMCORE_&grestoreall Adobe_AGM_Core /AGMCORE_gstackptr AGMCORE_gstacksaveptr put }def /save { AGMCORE_&save AGMCORE_gstack AGMCORE_gstackptr get AGMCORE_gstackptr 1 add dup 32 ge {limitcheck} if Adobe_AGM_Core begin /AGMCORE_gstackptr exch def /AGMCORE_gstacksaveptr AGMCORE_gstackptr def end AGMCORE_gstack AGMCORE_gstackptr get AGMCORE_gdictcopy }def 0 1 AGMCORE_gstack length 1 sub { AGMCORE_gstack exch AGMCORE_gstackframekeys dict put } for }if /currentcmykcolor [0 0 0 0] AGMCORE_gput /currentstrokeadjust false AGMCORE_gput /currentcolorspace [/DeviceGray] AGMCORE_gput /sep_tint 0 AGMCORE_gput /sep_colorspace_dict null AGMCORE_gput /indexed_colorspace_dict null AGMCORE_gput /currentcolor_intent () AGMCORE_gput end }def /page_setup { Adobe_AGM_Core begin /setcmykcolor { 4 copy AGMCORE_cmykbuf astore /currentcmykcolor exch AGMCORE_gput 1 sub 4 1 roll 3 { 3 index add neg dup 0 lt { pop 0 } if 3 1 roll } repeat setrgbcolor pop }ndf /AGMCORE_ccimage_exists /customcolorimage where {pop true}{false} ifelse def /currentcmykcolor { /currentcmykcolor AGMCORE_gget aload pop }ndf /setoverprint { pop }ndf /currentoverprint { false }ndf /AGMCORE_deviceDPI 72 0 matrix defaultmatrix dtransform dup mul exch dup mul add sqrt def /AGMCORE_cyan_plate 1 0 0 0 test_cmyk_color_plate def /AGMCORE_magenta_plate 0 1 0 0 test_cmyk_color_plate def /AGMCORE_yellow_plate 0 0 1 0 test_cmyk_color_plate def /AGMCORE_black_plate 0 0 0 1 test_cmyk_color_plate def /AGMCORE_plate_ndx AGMCORE_cyan_plate{ 0 }{ AGMCORE_magenta_plate{ 1 }{ AGMCORE_yellow_plate{ 2 }{ AGMCORE_black_plate{ 3 }{ 4 }ifelse }ifelse }ifelse }ifelse def /AGMCORE_composite_job AGMCORE_cyan_plate AGMCORE_magenta_plate and AGMCORE_yellow_plate and AGMCORE_black_plate and def /AGMCORE_producing_seps AGMCORE_composite_job not AGMCORE_in_rip_sep or def /AGMCORE_host_sep AGMCORE_producing_seps AGMCORE_in_rip_sep not and def /AGM_preserve_spots /AGM_preserve_spots where{ pop AGM_preserve_spots }{ systemdict/setdistillerparams known product (Adobe PostScript Parser) ne and AGMCORE_producing_seps or }ifelse def AGMCORE_host_sep AGMCORE_will_host_separate not and { /AGMCORE_cur_err /AGMCORE_color_space_onhost_seps def AGMCORE_color_space_onhost_seps }if /AGMCORE_avoid_L2_sep_space version cvr 2012 lt level2 and AGMCORE_producing_seps not and def /AGMCORE_is_cmyk_sep AGMCORE_cyan_plate AGMCORE_magenta_plate or AGMCORE_yellow_plate or AGMCORE_black_plate or def /AGM_avoid_0_cmyk where{ pop AGM_avoid_0_cmyk }{ AGM_preserve_spots }ifelse { /setcmykcolor[ {4 copy add add add 0 eq currentoverprint and{pop 0.0005}if}/exec cvx /setcmykcolor load dup type/operatortype ne{/exec cvx}if ]cvx def }if AGMCORE_host_sep{ /AGMCORE_get_ink_data AGMCORE_cyan_plate{ {pop pop pop} }{ AGMCORE_magenta_plate{ {4 3 roll pop pop pop} }{ AGMCORE_yellow_plate{ {4 2 roll pop pop pop} }{ {4 1 roll pop pop pop} }ifelse }ifelse }ifelse def }if AGMCORE_in_rip_sep{ /setcustomcolor { exch aload pop dup 7 1 roll inRip_spot_has_ink not { 4 {4 index mul 4 1 roll} repeat /DeviceCMYK setcolorspace 6 -2 roll pop pop }{ Adobe_AGM_Core begin /AGMCORE_k xdf /AGMCORE_y xdf /AGMCORE_m xdf /AGMCORE_c xdf end [/Separation 4 -1 roll /DeviceCMYK {dup AGMCORE_c mul exch dup AGMCORE_m mul exch dup AGMCORE_y mul exch AGMCORE_k mul} ] setcolorspace }ifelse setcolor }ndf /setseparationgray { [/Separation (All) /DeviceGray {}] setcolorspace_opt 1 exch sub setcolor }ndf }{ /setseparationgray { AGMCORE_&setgray }ndf }ifelse /findcmykcustomcolor { 5 makereadonlyarray }ndf /setcustomcolor { exch aload pop pop 4 {4 index mul 4 1 roll} repeat setcmykcolor pop }ndf /has_color /colorimage where{ AGMCORE_producing_seps{ pop true }{ systemdict eq }ifelse }{ false }ifelse def /map_index { 1 index mul exch getinterval {255 div} forall }def level2{ /mo /moveto ldf /ln /lineto ldf /cv /curveto ldf /knockout_unitsq { 1 setgray 0 0 1 1 rectfill }def /level2ScreenFreq{ begin 60 HalftoneType 1 eq{ pop Frequency }if HalftoneType 2 eq{ pop GrayFrequency }if HalftoneType 5 eq{ pop Default level2ScreenFreq }if end }def /currentScreenFreq{ currenthalftone level2ScreenFreq }def /invert_image_samples { Adobe_AGM_Core/AGMCORE_tmp Decode length ddf /Decode [ Decode 1 get Decode 0 get] def }def /knockout_image_samples { Operator/imagemask ne{ /Decode [1 1] def }if }def /get_gstate { AGMCORE_GSTATE begin /AGMCORE_GSTATE_ctm AGMCORE_tmpmatrix currentmatrix def /AGMCORE_GSTATE_clr_spc currentcolorspace def /AGMCORE_GSTATE_clr_indx 0 def /AGMCORE_GSTATE_clr_comps 12 array def mark currentcolor counttomark {AGMCORE_GSTATE_clr_comps AGMCORE_GSTATE_clr_indx 3 -1 roll put /AGMCORE_GSTATE_clr_indx AGMCORE_GSTATE_clr_indx 1 add def} repeat pop /AGMCORE_GSTATE_fnt rootfont def /AGMCORE_GSTATE_lw currentlinewidth def /AGMCORE_GSTATE_lc currentlinecap def /AGMCORE_GSTATE_lj currentlinejoin def /AGMCORE_GSTATE_ml currentmiterlimit def currentdash /AGMCORE_GSTATE_do xdf /AGMCORE_GSTATE_da xdf /AGMCORE_GSTATE_sa currentstrokeadjust def /AGMCORE_GSTATE_clr_rnd currentcolorrendering def /AGMCORE_GSTATE_op currentoverprint def /AGMCORE_GSTATE_bg currentblackgeneration cvlit def /AGMCORE_GSTATE_ucr currentundercolorremoval cvlit def currentcolortransfer cvlit /AGMCORE_GSTATE_gy_xfer xdf cvlit /AGMCORE_GSTATE_b_xfer xdf cvlit /AGMCORE_GSTATE_g_xfer xdf cvlit /AGMCORE_GSTATE_r_xfer xdf /AGMCORE_GSTATE_ht currenthalftone def /AGMCORE_GSTATE_flt currentflat def end }ndf /set_gstate { AGMCORE_GSTATE begin AGMCORE_GSTATE_ctm setmatrix AGMCORE_GSTATE_clr_spc setcolorspace AGMCORE_GSTATE_clr_indx {AGMCORE_GSTATE_clr_comps AGMCORE_GSTATE_clr_indx 1 sub get /AGMCORE_GSTATE_clr_indx AGMCORE_GSTATE_clr_indx 1 sub def} repeat setcolor AGMCORE_GSTATE_fnt setfont AGMCORE_GSTATE_lw setlinewidth AGMCORE_GSTATE_lc setlinecap AGMCORE_GSTATE_lj setlinejoin AGMCORE_GSTATE_ml setmiterlimit AGMCORE_GSTATE_da AGMCORE_GSTATE_do setdash AGMCORE_GSTATE_sa setstrokeadjust AGMCORE_GSTATE_clr_rnd setcolorrendering AGMCORE_GSTATE_op setoverprint AGMCORE_GSTATE_bg cvx setblackgeneration AGMCORE_GSTATE_ucr cvx setundercolorremoval AGMCORE_GSTATE_r_xfer cvx AGMCORE_GSTATE_g_xfer cvx AGMCORE_GSTATE_b_xfer cvx AGMCORE_GSTATE_gy_xfer cvx setcolortransfer AGMCORE_GSTATE_ht /HalftoneType get dup 9 eq exch 100 eq or { currenthalftone /HalftoneType get AGMCORE_GSTATE_ht /HalftoneType get ne { mark AGMCORE_GSTATE_ht {sethalftone} stopped cleartomark } if }{ AGMCORE_GSTATE_ht sethalftone } ifelse AGMCORE_GSTATE_flt setflat end }ndf AGMCORE_producing_seps not{ /setcolorspace where{ /Adobe_AGM_Core_Id known not }{ true }ifelse { /setcolorspace { dup type dup /arraytype eq exch /packedarraytype eq or{ dup 0 get dup /Separation eq{ pop [ exch {} forall ] dup dup 1 get AGMCORE_map_reserved_ink_name 1 exch put }{ /DeviceN eq { [ exch {} forall ] dup dup 1 get [ exch {AGMCORE_map_reserved_ink_name} forall ] 1 exch put }if }ifelse }if AGMCORE_&&setcolorspace }def }if }if }{ /adj { currentstrokeadjust{ transform 0.25 sub round 0.25 add exch 0.25 sub round 0.25 add exch itransform }if }def /mo{ adj moveto }def /ln{ adj lineto }def /cv{ 6 2 roll adj 6 2 roll adj 6 2 roll adj curveto }def /knockout_unitsq { 1 setgray 8 8 1 [8 0 0 8 0 0] {} image }def /currentstrokeadjust{ /currentstrokeadjust AGMCORE_gget }def /setstrokeadjust{ /currentstrokeadjust exch AGMCORE_gput }def /currentScreenFreq{ currentscreen pop pop }def /invert_image_samples { {1 exch sub} currenttransfer addprocs settransfer }def /knockout_image_samples { { pop 1 } currenttransfer addprocs settransfer }def /setcolorspace { /currentcolorspace exch AGMCORE_gput } def /currentcolorspace { /currentcolorspace AGMCORE_gget } def /n_color_components { dup type /arraytype eq{ 0 get }if dup /DeviceGray eq{ pop 1 }{ /DeviceCMYK eq{ 4 }{ 3 }ifelse }ifelse } def /setcolor_devicecolor { dup type /arraytype eq{ 0 get }if dup /DeviceGray eq{ pop setgray }{ /DeviceCMYK eq{ setcmykcolor }{ setrgbcolor }ifelse }ifelse }def /setcolor { currentcolorspace 0 get dup /DeviceGray ne{ dup /DeviceCMYK ne{ dup /DeviceRGB ne{ dup /Separation eq{ pop currentcolorspace 3 get exec currentcolorspace 2 get }{ dup /Indexed eq{ pop currentcolorspace 3 get dup type /stringtype eq{ currentcolorspace 1 get n_color_components 3 -1 roll map_index }{ exec }ifelse currentcolorspace 1 get }{ /AGMCORE_cur_err /AGMCORE_invalid_color_space def AGMCORE_invalid_color_space }ifelse }ifelse }if }if }if setcolor_devicecolor } def }ifelse /op /setoverprint ldf /lw /setlinewidth ldf /lc /setlinecap ldf /lj /setlinejoin ldf /ml /setmiterlimit ldf /dsh /setdash ldf /sadj /setstrokeadjust ldf /gry /setgray ldf /rgb /setrgbcolor ldf /cmyk /setcmykcolor ldf /sep /setsepcolor ldf /idx /setindexedcolor ldf /colr /setcolor ldf /csacrd /set_csa_crd ldf /sepcs /setsepcolorspace ldf /idxcs /setindexedcolorspace ldf /cp /closepath ldf /clp /clp_npth ldf /eclp /eoclp_npth ldf /spclp /stkpath_clp_npth ldf /f /fill ldf /ef /eofill ldf /s /stroke ldf /sclp /stk_n_clp_npth ldf /nclp /npth_clp ldf /img /imageormask ldf /sepimg /sep_imageormask ldf /idximg /indexed_imageormask ldf /gset /graphic_setup ldf /gcln /graphic_cleanup ldf currentdict{ dup xcheck 1 index type dup /arraytype eq exch /packedarraytype eq or and { bind }if def }forall }def /page_trailer { end }def /unload{ systemdict/languagelevel known{ systemdict/languagelevel get 2 ge{ userdict/Adobe_AGM_Core 2 copy known{ undef }{ pop pop }ifelse }if }if }def /doc_trailer{ }def systemdict /findcolorrendering known{ /findcolorrendering systemdict /findcolorrendering get def }if systemdict /setcolorrendering known{ /setcolorrendering systemdict /setcolorrendering get def }if /test_cmyk_color_plate { gsave setcmykcolor currentgray 1 ne grestore }def /inRip_spot_has_ink { Adobe_AGM_Core/AGMCORE_name xddf false currentpagedevice/SeparationColorNames get{ AGMCORE_name eq or }forall }def /current_ink { dup length 0 eq{ pop true }{ Adobe_AGM_Core/ink_result false put { dup /ProcessCyan eq{ AGMCORE_cyan_plate ink_result or Adobe_AGM_Core/ink_result xddf }{ dup /ProcessMagenta eq{ AGMCORE_magenta_plate ink_result or Adobe_AGM_Core/ink_result xddf }{ dup /ProcessYellow eq{ AGMCORE_yellow_plate ink_result or Adobe_AGM_Core/ink_result xddf }{ dup /ProcessBlack eq{ AGMCORE_black_plate ink_result or Adobe_AGM_Core/ink_result xddf }{ dup /sep_colorspace_dict AGMCORE_gget dup null eq{ pop false ink_result or Adobe_AGM_Core/ink_result xddf }{ /Name get eq{ 1 setsepcolor currentgray 1 ne ink_result or Adobe_AGM_Core/ink_result xddf }{ false ink_result or Adobe_AGM_Core/ink_result xddf }ifelse }ifelse }ifelse }ifelse }ifelse }ifelse pop } forall ink_result }ifelse }def /map255_to_range { 1 index sub 3 -1 roll 255 div mul add }def /set_csa_crd { /sep_colorspace_dict null AGMCORE_gput begin CSA map_csa setcolorspace_opt set_crd end } def /setsepcolor { /sep_colorspace_dict AGMCORE_gget begin dup /sep_tint exch AGMCORE_gput TintProc end } def /sep_colorspace_proc { Adobe_AGM_Core/AGMCORE_tmp xddf /sep_colorspace_dict AGMCORE_gget begin currentdict/Components known{ Components aload pop TintMethod/Lab eq{ 2 {AGMCORE_tmp mul NComponents 1 roll} repeat LMax sub AGMCORE_tmp mul LMax add NComponents 1 roll }{ TintMethod/Subtractive eq{ NComponents{ AGMCORE_tmp mul NComponents 1 roll }repeat }{ NComponents{ 1 sub AGMCORE_tmp mul 1 add NComponents 1 roll } repeat }ifelse }ifelse }{ ColorLookup AGMCORE_tmp ColorLookup length 1 sub mul round cvi get aload pop }ifelse end } def /sep_colorspace_gray_proc { Adobe_AGM_Core/AGMCORE_tmp xddf /sep_colorspace_dict AGMCORE_gget begin GrayLookup AGMCORE_tmp GrayLookup length 1 sub mul round cvi get end } def /sep_proc_name { dup 0 get dup /DeviceRGB eq exch /DeviceCMYK eq or level2 not and has_color not and{ pop [/DeviceGray] /sep_colorspace_gray_proc }{ /sep_colorspace_proc }ifelse } def /setsepcolorspace { dup /sep_colorspace_dict exch AGMCORE_gput begin /MappedCSA CSA map_csa def Adobe_AGM_Core/AGMCORE_sep_special Name dup () eq exch (All) eq or ddf AGMCORE_avoid_L2_sep_space{ [/Indexed MappedCSA sep_proc_name 255 exch { 255 div } /exec cvx 3 -1 roll [ 4 1 roll load /exec cvx ] cvx ] setcolorspace_opt /TintProc { 255 mul setcolor }bdf }{ MappedCSA 0 get /DeviceCMYK eq currentdict/Components known and AGMCORE_sep_special not and{ /TintProc [ Components aload pop Name findcmykcustomcolor /exch cvx /setcustomcolor cvx ] cvx bdf }{ AGMCORE_host_sep Name (All) eq and{ /TintProc { 1 exch sub setseparationgray }bdf }{ AGMCORE_in_rip_sep MappedCSA 0 get /DeviceCMYK eq and AGMCORE_host_sep or Name () eq and{ /TintProc [ MappedCSA sep_proc_name exch 0 get /DeviceCMYK eq{ cvx /setcmykcolor cvx }{ cvx /setgray cvx }ifelse ] cvx bdf }{ AGMCORE_producing_seps MappedCSA 0 get dup /DeviceCMYK eq exch /DeviceGray eq or and AGMCORE_sep_special not and{ /TintProc [ /dup cvx MappedCSA sep_proc_name cvx exch 0 get /DeviceGray eq{ 1 /exch cvx /sub cvx 0 0 0 4 -1 /roll cvx }if /Name cvx /findcmykcustomcolor cvx /exch cvx AGMCORE_host_sep{ AGMCORE_is_cmyk_sep }{ Name inRip_spot_has_ink not }ifelse { /pop cvx 1 }if /setcustomcolor cvx ] cvx bdf }{ /TintProc /setcolor ldf [/Separation Name MappedCSA sep_proc_name load ] setcolorspace_opt }ifelse }ifelse }ifelse }ifelse }ifelse set_crd 1 setsepcolor end } def /setindexedcolorspace { dup /indexed_colorspace_dict exch AGMCORE_gput begin /MappedCSA CSA map_csa def AGMCORE_host_sep level2 not and{ 0 0 0 0 setcmykcolor }{ [/Indexed MappedCSA level2 not has_color not and{ dup 0 get dup /DeviceRGB eq exch /DeviceCMYK eq or{ pop [/DeviceGray] }if HiVal GrayLookup }{ HiVal currentdict/RangeArray known{ { /indexed_colorspace_dict AGMCORE_gget begin Lookup exch dup HiVal gt{ pop HiVal }if NComponents mul NComponents getinterval {} forall NComponents 1 sub -1 0{ RangeArray exch 2 mul 2 getinterval aload pop map255_to_range NComponents 1 roll }for end } bind }{ Lookup }ifelse }ifelse ] setcolorspace_opt set_crd }ifelse end }def /setindexedcolor { AGMCORE_host_sep{ /indexed_colorspace_dict AGMCORE_gget/Lookup get 4 3 -1 roll map_index setcmykcolor }{ setcolor }ifelse } def /imageormask_sys { begin save mark level2{ currentdict Operator /imagemask eq{ AGMCORE_&imagemask }{ AGMCORE_&image }ifelse }{ Width Height Operator /imagemask eq{ Decode 0 get 1 eq Decode 1 get 0 eq and ImageMatrix /DataSource load AGMCORE_&imagemask }{ BitsPerComponent ImageMatrix /DataSource load AGMCORE_&image }ifelse }ifelse cleartomark restore end }def /overprint_plate { currentoverprint{ 0 get dup /DeviceGray eq{ pop AGMCORE_black_plate not }{ /DeviceCMYK eq{ AGMCORE_is_cmyk_sep not }if }ifelse }{ false }ifelse }def /rdline { currentfile AGMCORE_str256 readline pop } def /rdcmntline { currentfile AGMCORE_str256 readline pop (%) anchorsearch {pop} if } def /filter_cmyk { dup type /filetype ne{ 0 () /SubFileDecode filter }if [ exch { AGMCORE_src256 readstring pop dup length /AGMCORE_srcLen exch def /AGMCORE_ndx 0 def AGMCORE_plate_ndx 4 AGMCORE_srcLen 1 sub{ 1 index exch get AGMCORE_dst64 AGMCORE_ndx 3 -1 roll put /AGMCORE_ndx AGMCORE_ndx 1 add def }for pop AGMCORE_dst64 0 AGMCORE_ndx getinterval } bind /exec cvx ] cvx } def /imageormask { begin SkipImageProc not{ save mark level2 AGMCORE_host_sep not and{ currentdict Operator /imagemask eq{ imagemask }{ AGMCORE_in_rip_sep currentoverprint and currentcolorspace 0 get /DeviceGray eq and{ [/Separation /Black /DeviceGray {}] setcolorspace /Decode [ Decode 1 get Decode 0 get ] def }if image }ifelse }{ Width Height Operator /imagemask eq{ Decode 0 get 1 eq Decode 1 get 0 eq and ImageMatrix /DataSource load AGMCORE_host_sep{ currentgray 1 ne{ currentdict imageormask_sys }{ currentoverprint not{ 1 AGMCORE_&setgray knockout_image_samples currentdict imageormask_sys }{ nulldevice currentdict imageormask_sys }ifelse }ifelse }{ imagemask }ifelse }{ BitsPerComponent ImageMatrix MultipleDataSources{ 0 1 NComponents 1 sub{ DataSource exch get }for }{ /DataSource load }ifelse Operator /colorimage eq{ AGMCORE_host_sep{ MultipleDataSources level2 or NComponents 4 eq and{ MultipleDataSources{ 4 {pop} repeat /DataSource [ DataSource 0 get /exec cvx DataSource 1 get /exec cvx DataSource 2 get /exec cvx DataSource 3 get /exec cvx /AGMCORE_get_ink_data cvx ] cvx def }{ /DataSource /DataSource load filter_cmyk 0 () /SubFileDecode filter def }ifelse /Decode [ Decode 0 get Decode 1 get ] def /MultipleDataSources false def /NComponents 1 def /Operator /image def AGMCORE_is_cmyk_sep{ currentoverprint InksUsed current_ink not and{ nulldevice }{ invert_image_samples }ifelse }{ currentoverprint not{ knockout_image_samples }{ nulldevice }ifelse }ifelse 1 AGMCORE_&setgray currentdict imageormask_sys }{ currentcolortransfer {pop 1} exch addprocs 4 1 roll {pop 1} exch addprocs 4 1 roll {pop 1} exch addprocs 4 1 roll {pop 1} exch addprocs 4 1 roll setcolortransfer MultipleDataSources NComponents AGMCORE_&colorimage }ifelse }{ true NComponents colorimage }ifelse }{ Operator /image eq{ AGMCORE_host_sep{ HostSepColorImage{ invert_image_samples }{ AGMCORE_black_plate not{ currentoverprint not{ knockout_image_samples }{ nulldevice }ifelse }if }ifelse 1 AGMCORE_&setgray currentdict imageormask_sys }{ image }ifelse }{ Operator/knockout eq{ pop pop pop pop pop currentoverprint InksUsed current_ink not and{ }{ currentcolorspace overprint_plate not{ knockout_unitsq }if }ifelse }if }ifelse }ifelse }ifelse }ifelse cleartomark restore }if end }def /tint_image_to_color { begin Width Height BitsPerComponent ImageMatrix /DataSource load end Adobe_AGM_Core begin /AGMCORE_mbuf 0 string def /AGMCORE_ybuf 0 string def /AGMCORE_kbuf 0 string def { colorbuf dup length AGMCORE_mbuf length ne { dup length dup dup /AGMCORE_mbuf exch string def /AGMCORE_ybuf exch string def /AGMCORE_kbuf exch string def } if dup AGMCORE_mbuf copy AGMCORE_ybuf copy AGMCORE_kbuf copy pop } addprocs {AGMCORE_mbuf}{AGMCORE_ybuf}{AGMCORE_kbuf} true 4 colorimage end } def /sep_imageormask_lev1 { begin MappedCSA 0 get dup /DeviceRGB eq exch /DeviceCMYK eq or has_color not and{ { 255 mul round cvi GrayLookup exch get } currenttransfer addprocs settransfer currentdict imageormask }{ /sep_colorspace_dict AGMCORE_gget/Components known{ MappedCSA 0 get /DeviceCMYK eq{ Components aload pop }{ 0 0 0 Components aload pop 1 exch sub }ifelse Adobe_AGM_Core/AGMCORE_k xddf Adobe_AGM_Core/AGMCORE_y xddf Adobe_AGM_Core/AGMCORE_m xddf Adobe_AGM_Core/AGMCORE_c xddf AGMCORE_y 0.0 eq AGMCORE_m 0.0 eq and AGMCORE_c 0.0 eq and{ {AGMCORE_k mul 1 exch sub} currenttransfer addprocs settransfer currentdict imageormask }{ currentcolortransfer {AGMCORE_k mul 1 exch sub} exch addprocs 4 1 roll {AGMCORE_y mul 1 exch sub} exch addprocs 4 1 roll {AGMCORE_m mul 1 exch sub} exch addprocs 4 1 roll {AGMCORE_c mul 1 exch sub} exch addprocs 4 1 roll setcolortransfer currentdict tint_image_to_color }ifelse }{ MappedCSA 0 get /DeviceGray eq { {255 mul round cvi ColorLookup exch get 0 get} currenttransfer addprocs settransfer currentdict imageormask }{ MappedCSA 0 get /DeviceCMYK eq { currentcolortransfer {255 mul round cvi ColorLookup exch get 3 get 1 exch sub} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 2 get 1 exch sub} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 1 get 1 exch sub} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 0 get 1 exch sub} exch addprocs 4 1 roll setcolortransfer currentdict tint_image_to_color }{ currentcolortransfer {pop 1} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 2 get} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 1 get} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 0 get} exch addprocs 4 1 roll setcolortransfer currentdict tint_image_to_color }ifelse }ifelse }ifelse }ifelse end }def /sep_image_lev1_sep { begin /sep_colorspace_dict AGMCORE_gget/Components known{ Components aload pop Adobe_AGM_Core/AGMCORE_k xddf Adobe_AGM_Core/AGMCORE_y xddf Adobe_AGM_Core/AGMCORE_m xddf Adobe_AGM_Core/AGMCORE_c xddf {AGMCORE_c mul 1 exch sub} {AGMCORE_m mul 1 exch sub} {AGMCORE_y mul 1 exch sub} {AGMCORE_k mul 1 exch sub} }{ {255 mul round cvi ColorLookup exch get 0 get 1 exch sub} {255 mul round cvi ColorLookup exch get 1 get 1 exch sub} {255 mul round cvi ColorLookup exch get 2 get 1 exch sub} {255 mul round cvi ColorLookup exch get 3 get 1 exch sub} }ifelse AGMCORE_get_ink_data currenttransfer addprocs settransfer currentdict imageormask_sys end }def /sep_imageormask { /sep_colorspace_dict AGMCORE_gget begin /MappedCSA CSA map_csa def begin SkipImageProc not{ save mark AGMCORE_avoid_L2_sep_space{ /Decode [ Decode 0 get 255 mul Decode 1 get 255 mul ] def }if AGMCORE_ccimage_exists MappedCSA 0 get /DeviceCMYK eq and currentdict/Components known and Name () ne and Name (All) ne and Operator /image eq and AGMCORE_producing_seps not and level2 not and { Width Height BitsPerComponent ImageMatrix [ /DataSource load /exec cvx { 0 1 2 index length 1 sub{ 1 index exch 2 copy get 255 xor put }for } /exec cvx ] cvx bind MappedCSA 0 get /DeviceCMYK eq{ Components aload pop }{ 0 0 0 Components aload pop 1 exch sub }ifelse Name findcmykcustomcolor customcolorimage }{ AGMCORE_producing_seps not{ level2{ AGMCORE_avoid_L2_sep_space not currentcolorspace 0 get /Separation ne and{ [/Separation Name MappedCSA sep_proc_name load ] setcolorspace_opt /sep_tint AGMCORE_gget setcolor }if currentdict imageormask }{ currentdict Operator /imagemask eq{ imageormask }{ sep_imageormask_lev1 }ifelse }ifelse }{ AGMCORE_host_sep{ Operator/knockout eq{ currentoverprint InksUsed current_ink not and{ }{ currentdict/ImageMatrix get concat knockout_unitsq }ifelse }{ currentgray 1 ne{ AGMCORE_is_cmyk_sep Name (All) ne and{ level2{ [ /Separation Name [/DeviceGray] { sep_colorspace_proc AGMCORE_get_ink_data 1 exch sub } bind ] AGMCORE_&setcolorspace /sep_tint AGMCORE_gget AGMCORE_&setcolor currentdict imageormask_sys }{ currentdict Operator /imagemask eq{ imageormask_sys }{ sep_image_lev1_sep }ifelse }ifelse }{ Operator/imagemask ne{ invert_image_samples }if currentdict imageormask_sys }ifelse }{ currentoverprint not Name (All) eq or{ knockout_image_samples }{ nulldevice }ifelse currentdict imageormask_sys }ifelse }ifelse }{ currentcolorspace 0 get /Separation ne{ [/Separation Name MappedCSA sep_proc_name load ] setcolorspace_opt /sep_tint AGMCORE_gget setcolor }if currentoverprint MappedCSA 0 get /DeviceCMYK eq and Name inRip_spot_has_ink not and Name (All) ne and { imageormask_l2_overprint }{ currentdict imageormask }ifelse }ifelse }ifelse }ifelse cleartomark restore }if end end }def /modify_halftone_xfer { currenthalftone dup length dict copy begin currentdict 2 index known{ 1 index load dup length dict copy begin currentdict/TransferFunction known{ /TransferFunction load }{ currenttransfer }ifelse addprocs /TransferFunction xdf currentdict end def currentdict end sethalftone }{ currentdict/TransferFunction known{ /TransferFunction load }{ currenttransfer }ifelse addprocs /TransferFunction xdf currentdict end sethalftone pop }ifelse }def /read_image_file { AGMCORE_imagefile 0 setfileposition dup /DataSource {AGMCORE_imagefile AGMCORE_imbuf readstring pop} put exch load exec }def /write_image_file { { (AGMCORE_imagefile) (w+) file } stopped{ false }{ Adobe_AGM_Core/AGMCORE_imagefile xddf Adobe_AGM_Core/AGMCORE_imbuf Width BitsPerComponent mul 7 add 8 idiv string ddf 1 1 Height { pop DataSource dup type /filetype eq{ AGMCORE_imbuf readstring pop }{ exec } ifelse AGMCORE_imagefile exch writestring }for true }ifelse }def /imageormask_l2_overprint { write_image_file{ currentcmykcolor 0 ne{ [/Separation /Black /DeviceGray {}] setcolorspace gsave /Black [{1 exch sub /sep_tint AGMCORE_gget mul} /exec cvx MappedCSA sep_proc_name cvx exch pop {4 1 roll pop pop pop 1 exch sub} /exec cvx] cvx modify_halftone_xfer Operator currentdict read_image_file grestore }if 0 ne{ [/Separation /Yellow /DeviceGray {}] setcolorspace gsave /Yellow [{1 exch sub /sep_tint AGMCORE_gget mul} /exec cvx MappedCSA sep_proc_name cvx exch pop {4 2 roll pop pop pop 1 exch sub} /exec cvx] cvx modify_halftone_xfer Operator currentdict read_image_file grestore }if 0 ne{ [/Separation /Magenta /DeviceGray {}] setcolorspace gsave /Magenta [{1 exch sub /sep_tint AGMCORE_gget mul} /exec cvx MappedCSA sep_proc_name cvx exch pop {4 3 roll pop pop pop 1 exch sub} /exec cvx] cvx modify_halftone_xfer Operator currentdict read_image_file grestore }if 0 ne{ [/Separation /Cyan /DeviceGray {}] setcolorspace gsave /Cyan [{1 exch sub /sep_tint AGMCORE_gget mul} /exec cvx MappedCSA sep_proc_name cvx exch pop {pop pop pop 1 exch sub} /exec cvx] cvx modify_halftone_xfer Operator currentdict read_image_file grestore } if AGMCORE_imagefile closefile (AGMCORE_imagefile) deletefile }{ currentdict imageormask }ifelse } def /indexed_imageormask { begin save mark currentdict AGMCORE_host_sep{ Operator/knockout eq{ /indexed_colorspace_dict AGMCORE_gget /CSA get map_csa overprint_plate not{ knockout_unitsq }if }{ AGMCORE_is_cmyk_sep{ Operator /imagemask eq{ imageormask_sys }{ level2{ indexed_image_lev2_sep }{ indexed_image_lev1_sep }ifelse }ifelse }{ currentoverprint not{ knockout_image_samples imageormask_sys }{ nulldevice currentdict imageormask_sys }ifelse }ifelse }ifelse }{ level2{ imageormask }{ Operator /imagemask eq{ imageormask }{ indexed_imageormask_lev1 }ifelse }ifelse }ifelse cleartomark restore end }def /indexed_imageormask_lev1 { /indexed_colorspace_dict AGMCORE_gget begin begin currentdict MappedCSA 0 get dup /DeviceRGB eq exch /DeviceCMYK eq or has_color not and{ {HiVal mul round cvi GrayLookup exch get HiVal div} currenttransfer addprocs settransfer imageormask }{ MappedCSA 0 get /DeviceGray eq { {HiVal mul round cvi Lookup exch get HiVal div} currenttransfer addprocs settransfer imageormask }{ MappedCSA 0 get /DeviceCMYK eq { currentcolortransfer {4 mul HiVal mul round cvi 3 add Lookup exch get HiVal div 1 exch sub} exch addprocs 4 1 roll {4 mul HiVal mul round cvi 2 add Lookup exch get HiVal div 1 exch sub} exch addprocs 4 1 roll {4 mul HiVal mul round cvi 1 add Lookup exch get HiVal div 1 exch sub} exch addprocs 4 1 roll {4 mul HiVal mul round cvi Lookup exch get HiVal div 1 exch sub} exch addprocs 4 1 roll setcolortransfer tint_image_to_color }{ currentcolortransfer {pop 1} exch addprocs 4 1 roll {3 mul HiVal mul round cvi 2 add Lookup exch get HiVal div} exch addprocs 4 1 roll {3 mul HiVal mul round cvi 1 add Lookup exch get HiVal div} exch addprocs 4 1 roll {3 mul HiVal mul round cvi Lookup exch get HiVal div} exch addprocs 4 1 roll setcolortransfer tint_image_to_color }ifelse }ifelse }ifelse end end }def /indexed_image_lev1_sep { /indexed_colorspace_dict AGMCORE_gget begin begin {4 mul HiVal mul round cvi Lookup exch get HiVal div 1 exch sub} {4 mul HiVal mul round cvi 1 add Lookup exch get HiVal div 1 exch sub} {4 mul HiVal mul round cvi 2 add Lookup exch get HiVal div 1 exch sub} {4 mul HiVal mul round cvi 3 add Lookup exch get HiVal div 1 exch sub} AGMCORE_get_ink_data currenttransfer addprocs settransfer currentdict imageormask_sys end end }def /indexed_image_lev2_sep { /indexed_colorspace_dict AGMCORE_gget begin begin currentcolorspace dup 1 /DeviceGray put dup 3 [ currentcolorspace 3 get { exch 4 mul 4 getinterval {} forall AGMCORE_get_ink_data 255 div 1 exch sub } /exec cvx ] cvx put setcolorspace currentdict Operator /imagemask eq{ AGMCORE_&imagemask }{ AGMCORE_&image }ifelse end end }def /add_csa { Adobe_AGM_Core begin /AGMCORE_CSA_cache xput end }def /map_csa { dup type /nametype eq{ Adobe_AGM_Core/AGMCORE_CSA_cache get exch get }if }def /add_csd { Adobe_AGM_Core begin /AGMCORE_CSD_cache xput end }def /get_csd { dup type /nametype eq{ Adobe_AGM_Core/AGMCORE_CSD_cache get exch get }if }def /add_pattern { Adobe_AGM_Core begin /AGMCORE_pattern_cache xput end }def /get_pattern { dup type /nametype eq{ Adobe_AGM_Core/AGMCORE_pattern_cache get exch get }if }def /set_pattern { dup /PatternType get 1 eq{ dup /PaintType get 1 eq{ false op [/DeviceGray] setcolorspace 0 setgray }if }if setpattern }def /setcolorspace_opt { dup currentcolorspace eq{ pop }{ setcolorspace }ifelse }def /updatecolorrendering { currentcolorrendering/Intent known{ currentcolorrendering/Intent get }{ null }ifelse Intent ne{ false Intent AGMCORE_CRD_cache { exch pop begin dup Intent eq{ currentdict setcolorrendering_opt end exch pop true exch exit }if end } forall pop not{ systemdict /findcolorrendering known{ Intent findcolorrendering pop /ColorRendering findresource dup length dict copy setcolorrendering_opt }if }if }if } def /add_crd { AGMCORE_CRD_cache 3 1 roll put }def /set_crd { AGMCORE_host_sep not level2 and{ currentdict/CRD known{ AGMCORE_CRD_cache CRD get dup null ne{ setcolorrendering_opt }{ pop }ifelse }{ currentdict/Intent known{ updatecolorrendering }if }ifelse }if }def /setcolorrendering_opt { dup currentcolorrendering eq{ pop }{ begin /Intent Intent def currentdict end setcolorrendering }ifelse }def /OPIimage { dup type /dicttype ne{ 10 dict begin /DataSource xdf /ImageMatrix xdf /BitsPerComponent xdf /Height xdf /Width xdf /MultipleDataSources false def /NComponents 1 def /ImageType 1 def /Decode [0 1 def] /SkipImageProc {false} def currentdict end }if dup begin /HostSepColorImage false def currentdict/Decode known not{ /Decode [ 0 currentcolorspace 0 get /Indexed eq{ 2 BitsPerComponent exp 1 sub }{ 1 }ifelse ] def }if currentdict/Operator known not{ /Operator /image def }if end /sep_colorspace_dict AGMCORE_gget null eq{ imageormask }{ gsave dup begin invert_image_samples end sep_imageormask grestore }ifelse }def /cpaint_gcomp { AGM_preserve_spots{ gsave nulldevice }if }def /cpaint_gsep { AGM_preserve_spots{ grestore currentoverprint Adobe_AGM_Core/AGMCORE_ovp xddf }{ gsave nulldevice }ifelse }def /cpaint_gend { AGM_preserve_spots{ Adobe_AGM_Core/AGMCORE_ovp get setoverprint }{ grestore }ifelse newpath }def /AGMCORE_ctm_stack bdict /push_ctm { stack length size le{ stack dup length 2 mul array dup /stack exch def copy pop }if stack size 3 -1 roll put /size size 1 add def } /pop_ctm { /size size 1 sub def size 0 lt{ /size 0 def }if stack size get } /stack 1 array /size 0 edict def /save_ctm { matrix currentmatrix AGMCORE_ctm_stack begin push_ctm end }def /restore_ctm { AGMCORE_ctm_stack begin pop_ctm end setmatrix }def /path_rez { dup 0 ne{ AGMCORE_deviceDPI exch div dup 1 lt{ pop 1 }if setflat }{ pop }ifelse }def end systemdict /setpacking known { setpacking } if %%EndResource %%BeginResource: procset Adobe_CoolType_Core 1.1 0 %%Copyright: Copyright 1997-1999 Adobe Systems Incorporated. All Rights Reserved. %%Version: 1.1 0 userdict/Adobe_CoolType_Core 40 dict dup begin put/Level2? systemdict /languagelevel known dup{pop systemdict/languagelevel get 2 ge}if def Level2? not{/currentglobal false def/setglobal/pop load def/gcheck{pop false}bind def /currentpacking false def/setpacking/pop load def}if currentpacking true setpacking/bdf{bind def}bind def/ldf{load def}bind def/doc_setup{ Adobe_CoolType_Core begin/mov/moveto ldf/nfnt/newencodedfont ldf/mfnt/makefont ldf/sfnt/setfont ldf/ufnt/undefinefont ldf/chp/charpath ldf/awsh/awidthshow ldf/wsh/widthshow ldf/ash/ashow ldf/sh/show ldf end userdict /Adobe_CoolType_Data 2 dict dup begin/WidthShowArray 256 array def /GenFauxMMInst{}bind def end put}bind def/doc_trailer{currentdict Adobe_CoolType_Core eq{end}if Adobe_CoolType_Core/unload get exec systemdict /undef known{userdict/Adobe_CoolType_Data undef}if}bind def/page_setup{ Adobe_CoolType_Core begin}bind def/page_trailer{end}bind def/unload{systemdict /languagelevel known{systemdict/languagelevel get 2 ge{userdict /Adobe_CoolType_Core 2 copy known{undef}{pop pop}ifelse}if}if}bind def/ndf{1 index where{pop pop pop}{dup xcheck{bind}if def}ifelse}def/findfont dup systemdict begin userdict begin/globaldict where{/globaldict get begin}if dup where pop exch get/globaldict where{pop end}if end end def/systemfindfont /findfont load def/undefinefont{pop}ndf/copyfont{currentglobal 3 1 roll 1 index gcheck setglobal dup null eq{0}{dup length}ifelse 2 index length add 1 add dict begin exch{1 index/FID eq{pop pop}{def}ifelse}forall dup null eq{pop} {{def}forall}ifelse currentdict end exch setglobal}bdf/newencodedfont{findfont dup length dict begin{1 index/FID ne{def}{pop pop}ifelse}forall/Encoding exch def currentdict end definefont pop}bdf/scff{$SubstituteFont begin dup type /stringtype eq{dup length exch}{null}ifelse/$sname exch def/$slen exch def /$fontname 1 index dup type/stringtype eq{cvn}if def/$used false def end findfont $SubstituteFont begin $used{currentglobal exch dup gcheck setglobal null copyfont begin/FontName $fontname def/currentdistillerparams where{pop}{ /FontInfo currentdict/FontInfo known{FontInfo null copyfont}{2 dict}ifelse dup begin/ItalicAngle $italicangle def/FontMatrix FontMatrix[1 0 ItalicAngle dup sin exch cos div 1 0 0]matrix concatmatrix readonly end 4 2 roll def def} ifelse FontName currentdict end definefont exch setglobal}if/$sname null def /$slen 0 def end}bdf/ConcatStrings{dup 0 exch{length add}forall string exch 0 exch{3 copy putinterval length add}forall pop}bind def/BeginFauxMMFont{1 index findfont pop 2 array astore ConcatStrings 3 1 roll($)exch 3 array astore ConcatStrings exch findfont currentglobal exch dup gcheck setglobal null copyfont/tempfontname exch definefont pop exch 12 dict begin/FontName exch def /FontType 0 def/FMapType 6 def/FontMatrix matrix def/PaintType 0 def}bind def /EndFauxMMFont{currentdict end dup/FontName get exch definefont exch setglobal exch mfnt sfnt}bind def/GenFauxMMInst{Adobe_CoolType_Data/GenFauxMMInst get exec}bind def/DefFauxMMInst{Adobe_CoolType_Data exch/GenFauxMMInst exch bind put}bind def/WSALoop{4 copy 1 index add 1 sub 1 exch{3 copy put pop 1 add}for pop pop 3 2 roll add exch 256 add}bind def/BuildWidthShowArray{currentfont begin FontType 0 eq dup{pop FMapType 6 eq}if{SubsVector dup length 1 sub 1 exch getinterval}{()}ifelse end Adobe_CoolType_Data/WidthShowArray get 0 0 4 3 roll{WSALoop}forall 256 2 index sub WSALoop pop pop pop}bind def/wsa{ Adobe_CoolType_Data/WidthShowArray get}bind def/?set{$SubstituteFont begin /$used false def/$fontname 4 index def end 3 index findfont $SubstituteFont begin $used{false}{dup/FontName known{dup/FontName get $fontname eq 1 index /DistillerFauxFont known not and}{false}ifelse}ifelse exch pop end{exch pop exch pop exch 2 dict dup/Found 3 index put exch findfont exch}{exch exec exch findfont 2 dict dup/Downloaded 6 5 roll put}ifelse dup/FontName 4 index put copyfont definefont pop}bind def/?str1 256 string def/?str2 256 string def /?add{1 index type/integertype eq{exch true 4 2}{false 3 1}ifelse roll 1 index findfont/Downloaded known{exec exch{exch ?str2 cvs exch findfont/Downloaded get 1 dict begin/Downloaded 1 index def ?str1 cvs length ?str1 1 index 1 add 3 index putinterval exch length 1 add 1 index add ?str1 2 index(*)putinterval ?str1 0 2 index getinterval cvn findfont ?str1 3 index(+)putinterval 2 dict dup/FontName ?str1 0 6 index getinterval cvn put dup/Downloaded Downloaded put end copyfont dup/FontName get exch definefont pop pop pop}{pop}ifelse}{pop exch{findfont dup/Found get dup length exch ?str1 cvs pop ?str1 1 index(+) putinterval ?str1 1 index 1 add 4 index ?str2 cvs putinterval ?str1 exch 0 exch 5 4 roll ?str2 cvs length 1 add add getinterval cvn 1 dict exch 1 index exch/FontName exch put copyfont dup/FontName get exch definefont pop}{pop} ifelse}ifelse}bind def/?sh{currentfont/Downloaded known{exch}if pop}bind def /?chp{currentfont/Downloaded known{pop}{false chp}ifelse}bind def/?mv{ currentfont/Downloaded known{moveto pop pop}{pop pop moveto}ifelse}bind def setpacking end userdict/$SubstituteFont 20 dict put 1 dict begin /SubstituteFont dup $error exch 2 copy known{get}{pop pop{pop/Courier}bind} ifelse def/currentdistillerparams where dup{pop pop currentdistillerparams /CannotEmbedFontPolicy 2 copy known{get/Error eq}{pop pop false}ifelse}if not{ countdictstack array dictstack 0 get begin userdict begin $SubstituteFont begin/$str 128 string def/$fontpat 128 string def/$slen 0 def/$sname null def /$match false def/$fontname null def/$used false def/$fontname null def /$italicangle 26.5 def/$findfontByEnum{dup/$fontname exch def $sname null eq{ $str cvs dup length $slen sub $slen getinterval}{pop $sname}ifelse $fontpat dup 0(fonts/*)putinterval exch 7 exch putinterval/$match false def mark{ $fontpat 0 $slen 7 add getinterval{/$match exch def exit}$str filenameforall} stopped cleartomark/$slen 0 def $match false ne{$match(fonts/)anchorsearch pop pop cvn}{/Courier}ifelse}bind def/$ROS 1 dict dup begin/Adobe 4 dict dup begin /Japan1[/Ryumin-Light/HeiseiMin-W3/GothicBBB-Medium/HeiseiKakuGo-W5 /HeiseiMaruGo-W4/Jun101-Light]def/Korea1[/HYSMyeongJo-Medium/HYGoThic-Medium] def/GB1[/STSong-Light/STHeiti-Regular]def/CNS1[/MKai-Medium/MHei-Medium]def end def end def/$cmapname null def/$buildfontname{length $str 1 index(-) putinterval 1 add $str 1 index $cmapname $fontpat cvs putinterval $cmapname length add $str exch 0 exch getinterval cvn}bind def/$findfontByROS{/$fontname exch def $ROS Registry 2 copy known{get Ordering 2 copy known{get}{pop pop[]} ifelse}{pop pop[]}ifelse false exch{dup/CIDFont resourcestatus{pop pop save 1 index/CIDFont findresource dup/WidthsOnly known{dup/WidthsOnly get}{false} ifelse exch pop exch restore{pop}{exch pop true exit}ifelse}{pop}ifelse}forall {$str cvs $buildfontname}{false(*){save exch dup/CIDFont findresource dup /WidthsOnly known{dup/WidthsOnly get not}{true}ifelse exch/CIDSystemInfo get dup/Registry get Registry eq exch/Ordering get Ordering eq and and{exch restore exch pop true exit}{pop restore}ifelse}$str/CIDFont resourceforall{ $buildfontname}{$fontname $findfontByEnum}ifelse}ifelse}bind def end end currentdict/$error known currentdict/languagelevel known and dup{pop $error /SubstituteFont known}if dup{$error}{Adobe_CoolType_Core}ifelse begin{ /SubstituteFont/CMap/Category resourcestatus{pop pop{$SubstituteFont begin /$used true def dup length $slen gt $sname null ne or $slen 0 gt and{$sname null eq{dup $str cvs dup length $slen sub $slen getinterval cvn}{$sname}ifelse dup/CMap resourcestatus{pop pop dup/$cmapname exch def/CMap findresource /CIDSystemInfo get{def}forall $findfontByROS}{pop $findfontByEnum}ifelse}{ //SubstituteFont exec}ifelse/$slen 0 def end}}{{$SubstituteFont begin/$used true def dup length $slen gt $sname null ne or $slen 0 gt and{$findfontByEnum} {//SubstituteFont exec}ifelse end}}ifelse bind readonly def}{/findfont{ $SubstituteFont begin dup systemfindfont dup/FontName known{dup/FontName get 2 index ne}{true}ifelse dup{/$used true def}if{$slen 0 gt $sname null ne 3 index length $slen gt or and{pop dup $findfontByEnum findfont dup maxlength 1 add dict begin{1 index/FID eq{pop pop}{def}ifelse}forall currentdict end definefont}{exch pop}ifelse}{exch pop}ifelse end}bind def}ifelse end end}if end %%EndResource %%EndProlog %%BeginSetup Adobe_AGM_Core/AGMCORE_err_strings 3 dict dup begin /AGMCORE_bad_environ (Environment not satisfactory for this job, which requests at least PostScript Level ^ and at least PostScript version ^. Ensure that the PPD is correct or that the PostScript level requested is supported by this printer. ) def /AGMCORE_color_space_onhost_seps (This job contains colors that will not separate with on-host methods. ) def /AGMCORE_invalid_color_space (This job contains an invalid color space. ) def end put 2 2010 true Adobe_AGM_Core/doc_setup get exec Adobe_CoolType_Core/doc_setup get exec %%EndSetup %%Page: name:1 1 %%EndPageComments %%BeginPageSetup Adobe_AGM_Core/page_setup get exec Adobe_CoolType_Core/page_setup get exec %%EndPageSetup Adobe_AGM_Core/AGMCORE_save save ddf mark /0 [/DeviceGray] add_csa /CSA /0 /1 [/DeviceCMYK] add_csa /CSA /1 /2 [/DeviceRGB] add_csa /CSA /2 cleartomark 800 path_rez 1 -1 scale 0 -75.5537 translate gsave [1 0 0 1 0 0 ] concat gsave 0 0 mo 0 75.5537 ln 577.359 75.5537 ln 577.359 0 ln clp save_ctm restore_ctm false op 0 0 0 1 cmyk %ADOBeginSubsetFont: Myriad-BoldItalic Initial %!FontType1 16 dict begin /FontInfo 15 dict dup begin /Notice (Copyright (c) 1992, 1994 Adobe Systems Incorporated. All Rights Reserved.Myriad is a trademark of Adobe Systems Incorporated may be registered in certain jurisdictions.) def /version (001.000) def /FullName (Myriad Bold Italic) def /FamilyName (Myriad) def /Weight (Bold) def /ItalicAngle -11 def /isFixedPitch false def /UnderlinePosition -100 def /UnderlineThickness 50 def end def /FontName /Myriad-BoldItalic def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0 ] def /FontBBox { -95 -250 1225 852 } def /XUID [6 41990 ] def /StrokeWidth 0 def currentdict end currentfile eexec A0B00ED5187D9C0F1ECDF51878C3AA5CAA3FFCA5020F48 69FCFE28B419AB05B54FAF315083D4CBAA039F6F2C78222B96DD9B7A2B2F6540 7F5FFD4B7AE09E3DF001E6A0F2542E98BD69945379CF84C778513B8588DAF05E 67085515BA36EA9B34646C07D9C61EECD29635C96DF5F1F26A0230A15283634F BA71ADA274F27504B683553F2DD088CDDE2EA465132F905B99F8D1C11C8851B6 609F206AEC988C888AD44C86CDB7DDB7E67FA4A6E40DC7C05D7C101DAE9FD0AC 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cleartomark /Myriad-BoldItalic findfont /Encoding get dup 77 /M put dup 79 /O put dup 97 /a put dup 101 /e put dup 107 /k put pop %ADOEndSubsetFont /Myriad-BoldItalic*1 [ 77{/.notdef}repeat /M /.notdef /O 17{/.notdef}repeat /a 3{/.notdef}repeat /e 5{/.notdef}repeat /k 148{/.notdef}repeat ] /Myriad-BoldItalic nfnt /Myriad-BoldItalic*1 findfont [41.7899 -4.20808 -4.20807 -41.7899 0 0 ]mfnt sfnt BuildWidthShowArray 35.7437 65.1064 mov 0.0416718 -0.00465393 wsa 77 get (OMak) wsh 143.853 54.2194 mov (e) sh 0.6 lw 0 lc 0 lj 4 ml [] 0 dsh true sadj 21.3438 72.5469 mo 21.3438 14.9473 ln s 28.5439 14.9473 mo 28.5439 72.5469 ln s 21.3438 22.7476 mo 28.5439 29.9478 ln s 21.3438 15.1479 mo 28.5439 22.3477 ln s 21.3438 29.9478 mo 28.5439 37.1475 ln s 21.3438 36.7476 mo 28.5439 43.9478 ln s 21.3438 43.9478 mo 28.5439 51.1479 ln s 21.3438 51.5415 mo 28.5439 58.7417 ln s 21.3438 58.7417 mo 28.5439 65.9414 ln s 21.3438 65.5415 mo 28.5439 72.7417 ln s 28.5439 22.7476 mo 21.3438 29.9478 ln s 28.5439 15.1479 mo 21.3438 22.3477 ln s 28.5439 29.9478 mo 21.3438 37.1475 ln s 28.5439 36.7476 mo 21.3438 43.9478 ln s 28.5439 43.9478 mo 21.3438 51.1479 ln s 28.5439 51.5415 mo 21.3438 58.7417 ln s 28.5439 58.7417 mo 21.3438 65.9414 ln s 28.5439 65.5415 mo 21.3438 72.7417 ln s 57.6001 14.9639 mo 0 14.9639 ln s 28.3999 14.9639 mo 35.6001 10.5581 ln 58.2437 10.5581 ln s 35.9937 14.9639 mo 43.1938 10.5581 ln s 43.1938 14.9639 mo 50.3936 10.5581 ln s 49.9937 14.9639 mo 57.1938 10.5581 ln s 35.9937 10.5581 mo 43.1938 14.9639 ln s 43.1938 10.5581 mo 50.3936 14.9639 ln s 49.9937 10.5581 mo 57.1938 14.9639 ln s 1 lc 115.24 14.9639 mo 58 14.9639 ln s 50.2939 10.5093 mo 107.894 10.5093 ln s 0 lc 65.2002 14.9639 mo 72.3999 10.5581 ln s 57.6001 14.9639 mo 64.8003 10.5581 ln s 72.3999 14.9639 mo 79.6001 10.5581 ln s 79.2002 14.9639 mo 86.4004 10.5581 ln s 86.4004 14.9639 mo 93.6001 10.5581 ln s 93.9941 14.9639 mo 101.194 10.5581 ln s 65.2002 10.5581 mo 72.3999 14.9639 ln s 57.6001 10.5581 mo 64.8003 14.9639 ln s 72.3999 10.5581 mo 79.6001 14.9639 ln s 79.2002 10.5581 mo 86.4004 14.9639 ln s 86.4004 10.5581 mo 93.6001 14.9639 ln s 93.9941 10.5581 mo 101.194 14.9639 ln s 1 lc 158.183 14.9473 mo 100.944 14.9473 ln s 93.2378 10.4927 mo 150.838 10.4927 ln s 0 lc 108.144 14.9473 mo 115.343 10.541 ln s 100.544 14.9473 mo 107.744 10.541 ln s 115.343 14.9473 mo 122.543 10.541 ln s 122.144 14.9473 mo 129.344 10.541 ln s 129.344 14.9473 mo 136.544 10.541 ln s 136.938 14.9473 mo 144.138 10.541 ln s 1 lc 144.138 14.9473 mo 150.737 10.541 ln s 0 lc 108.144 10.541 mo 115.343 14.9473 ln s 100.544 10.541 mo 107.744 14.9473 ln s 115.343 10.541 mo 122.543 14.9473 ln s 122.144 10.541 mo 129.344 14.9473 ln s 129.344 10.541 mo 136.544 14.9473 ln s 136.938 10.541 mo 144.138 14.9473 ln s 144.138 10.541 mo 151.337 14.9473 ln s 1 lc 150.938 10.541 mo 158.137 14.9473 ln s 21.3599 22.4043 mo 21.2397 14.9639 ln 24.6646 13.0273 ln 28.4399 14.9639 ln 28.4399 22.1641 ln 24.7847 18.6743 ln 21.3599 22.4043 ln f 0 lc 21.2397 14.9639 mo 24.8374 0.306641 ln 28.4399 14.9639 ln s 23.3438 6.70654 mo 27.5439 11.4463 ln s 22.1685 11.3101 mo 26.3438 6.60693 ln s 27.9937 12.9722 mo 0.666504 13.1221 ln 0.0214844 14.6851 ln 28.144 14.9639 ln 27.9937 12.9722 ln f 1.74414 13.9067 mo 24.8374 0.306641 ln 150.489 10.4238 ln s 5.62158 18.2822 mo 5.62158 18.6123 5.35156 18.8823 5.02148 18.8823 cv 1.92725 18.8823 ln 1.59717 18.8823 1.32715 18.6123 1.32715 18.2822 cv 1.32715 15.0884 ln 1.32715 14.7583 1.59717 14.4883 1.92725 14.4883 cv 5.02148 14.4883 ln 5.35156 14.4883 5.62158 14.7583 5.62158 15.0884 cv 5.62158 18.2822 ln f 154.583 34.6426 mo 157.897 14.9473 ln s save_ctm restore_ctm %ADOBeginSubsetFont: Myriad-BoldItalic AddGlyphs currentfile eexec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0000000000000000000000000000000000000000000000000000000000000000 cleartomark /Myriad-BoldItalic findfont /Encoding get dup 32 /space put dup 84 /T put dup 98 /b put dup 100 /d put dup 104 /h put dup 105 /i put dup 108 /l put dup 109 /m put dup 115 /s put dup 116 /t put dup 117 /u put dup 121 /y put pop %ADOEndSubsetFont /Myriad-BoldItalic*2 [ 32{/.notdef}repeat /space 51{/.notdef}repeat /T 13{/.notdef}repeat /b /.notdef /d 3{/.notdef}repeat /h /i 2{/.notdef}repeat /l /m 5{/.notdef}repeat /s /t /u 3{/.notdef}repeat /y 134{/.notdef}repeat ] /Myriad-BoldItalic nfnt /Myriad-BoldItalic*2 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 201.344 48.0171 mov -0.0357056 0 (Th) ash /Myriad-BoldItalic*1 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 240.547 48.0171 mov (e) sh /Myriad-BoldItalic*2 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 258.583 48.0171 mov ( ) sh /Myriad-BoldItalic*1 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 265.207 48.0171 mov 0.0357056 0 wsa 77 get (OMak) wsh 358.338 48.0171 mov (e) sh /Myriad-BoldItalic*2 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 376.374 48.0171 mov -0.0357056 0 wsa 121 get ( build syst) wsh /Myriad-BoldItalic*1 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 529.408 48.0171 mov (e) sh /Myriad-BoldItalic*2 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 547.443 48.0171 mov (m) sh grestore grestore Adobe_AGM_Core/AGMCORE_save get restore %%PageTrailer Adobe_CoolType_Core/page_trailer get exec Adobe_AGM_Core/page_trailer get exec %%Trailer Adobe_CoolType_Core/doc_trailer get exec Adobe_AGM_Core/doc_trailer get exec %%EOF gsave userdict /annotatepage 2 copy known {get exec}{pop pop} ifelse grestore showpage %AI9_PrintingDataEnd userdict /AI9_read_buffer 256 string put userdict begin /ai9_skip_data { mark { currentfile AI9_read_buffer { readline } stopped { } { not { exit } if (%AI9_PrivateDataEnd) eq { exit } if } ifelse } loop cleartomark } def end userdict 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This file is distributed under the terms and conditions of the GNU GPL .\" (General Public License), as detailed in the file LICENSE. .\" .\" Copyright (C) 2021 by Christoph L. Spiel. .\" .\" ======================================================================== .\" .\" The macros in this section are taken from "an-ext.tmac". .\" Written by Eric S. Raymond and Werner Lemberg .\" .\" Copyright (C) 2007-2018 Free Software Foundation, Inc. .\" .\" .\" Check whether we are using grohtml. .nr mH 0 .if \n(.g \ . if '\*(.T'html' \ . nr mH 1 . . .\" Map mono-width fonts to standard fonts for groff's TTY device. .if n \{\ . do ftr CR R . do ftr CI I . do ftr CB B .\} . . .ie \n(.g \{\ . \" groff has glyph entities for angle brackets. . ds la \(la\" . ds ra \(ra\" .\} .el \{\ . ds la <\" . ds ra >\" . \" groff's man macros control hyphenation with this register. . nr HY 1 .\} . .nr mS 0 . . .\" Start example. .de EX . do ds mF \\n[.fam] . nr mE \\n(.f . nf . nh . do fam C . ft CW .. . . .\" End example. .de EE . do fam \\*(mF . ft \\n(mE . fi . hy \\n(HY .. . . .\" ======================================================================== .IX Title "OMake 1" .TH OMAKE 1 "2021-11-17" .SH NAME omake, osh \- make-like build utility and its shell .SH SYNOPSIS .B omake [\fI\s-1OPTION\s0\fP.\|.\|.] [\fI\s-1TARGET\s0\fP.\|.\|.] .br .B osh [\fI\s-1OPTION\s0\fP.\|.\|.] .SH DESCRIPTION OMake constructs projects in a way similar to .BR make (1) in particular .SM GNU-\c Make. When OMake needs to spawn a shell it uses its own shell, Osh. The shell can also be used standalone either as \f(CWomake \-\-shell\fP or as .BR osh (1) if the appropriate link has been installed. .SS OMake OMake is designed for building projects that have source files in several directories. Projects are normally specified using an \fIOMakefile\fP in each of the project directories, and an \fIOMakeroot\fP file in the root directory of the project. The \fIOMakeroot\fP file specifies general build rules, and the \fIOMakefile\fPs specify the build parameters specific to each of the subdirectories. When OMake runs, it walks the configuration tree, evaluating rules from all of the \fIOMakefile\fPs. The project is then built from the entire collection of build rules. .SS Osh OMake also includes the standalone command-line interpreter \fBosh\fP that can be used as an interactive shell. This shell uses the same syntax, and provides the same features on all platforms that OMake supports, including Win32. .PP See also the OMake Manual, chapters 11, \(lqShell commands\(rq and 15, \(lqThe Osh shell\(rq. .\" Sort options in case-insensitive alphabetical order! .SH OPTIONS The options are presented in functionally related sections. Within these the options are sorted alphabetically in case-insensitive order. .PP .\" .ds NO <\s-1N\s0> \" NO => Negatable Option .ds NO \*(la\s-1N\s0\*(ra Options marked with \(oq\*(NO\(cq can be negated by prefixing them with \(oq\f(CW\-\-no\fP\(cq as, e.g., .BR \-\-no\-S " or " \-\-no\-\-print-status . Note the conserved inner double dash of the latter, though. .SS Build Control .RS 4 .TP .B \-\-absname Enforce that filenames always expand to their absolute pathnames. \*(NO .IP \fBNote:\fP This is an experimental option. It may become deprecated. .TP .B \-\-all\-dependencies If the options .BR \-\-print\-dependencies " or " \-\-show\-dependencies are given print transitive dependencies. This means that all dependencies will be printed recursively. Otherwise no effect. \*(NO .TP .B \-\-configure Recompute \f(CWstatic.\fP sections of the included omake files, instead of trusting the cached results. \*(NO .TP .B \-\-depend Do not trust the cached dependency information. This will force files to be rescanned for dependency information. \*(NO .TP .B \-\-flush\-includes Do not trust cached \fI*.omc\fP files. \*(NO .TP \fB\-j\fP \fI\s-1JOB-SPEC\s0\fP \fI\s-1JOB-SPEC\s0\fP is either the maximum number of jobs to run in parallel. .IP Or, \fI\s-1JOB-SPEC\s0\fP specifies servers for remote execution of commands in the form of a colon separated list of \fI\s-1SERVER-NAME\s0\fP\f(CW=\fP\fI\s-1NUMBER-OF-JOBS\s0\fP pairs. For example, the option .IP .in +4n .EX -j 2:small.host.org=1:large.host.org=4 .EE .IP would specify that up to 2 jobs can be executed locally, 1 on the server \f(CWsmall.host.org\fP and 4 on \f(CWlarge.host.org\fP. Each remote server must use the same filesystem location for the project. .IP Remote execution is currently an experimental feature. Remote filesystems like .SM NFS do not provide adequate file consistency for this to work. .TP .B \-k Do not stop when an error occurs; continue to build as much of the project as possible. This option is implied by .BR \-p " and " \-P . \*(NO .IP Mnemonic: \(lqkeep on making\(rq. .TP .B \-n Print commands, but do not execute them. \*(NO .IP Mnemonic: \(lqno operation\(rq. .TP .B \-P Keep on polling the filesystem for changes \(lqforever\(rq; implies .BR \-k " and " \-p . \*(NO .TP .B \-p Watch the filesystem for changes, and continue the build until it succeeds. If this option is specified, OMake will restart the build whenever source files are modified. This option implies .BR \-k . \*(NO .IP Mnemonic: \(lqpoll filesystem\(rq. .TP .B \-\-print\-dependencies Collect and print dependency information for the \fI\s-1TARGET\s0\fPs on the command line. \*(NO .TP .B \-\-project Ignore the current directory and build the project. \*(NO .TP .B \-R Ignore the current directory and build the project from its root directory. When OMake is run in a subdirectory of a project and no explicit targets are given on the command line, it would normally only build files within the current directory and its subdirectories. More precisely: it builds all the \f(CW\s-1.DEFAULT\s0\fP targets in the current directory and its subdirectories. If the \fB-R\fP option is specified, the build is performed as if OMake were run in the project root. .IP In other words, with the \fB-R\fP option all the relative targets specified on the command line will be taken relative to the project root instead of relative to the current directory. When no targets are given on the command line, all the \f(CW\s-1.DEFAULT\s0\fP targets in the project will be built regardless of the current directory. \*(NO .IP Mnemonic: \(lqroot build\(rq. .TP \fB\-\-show\-dependencies\fP \fI\s-1TARGET\s0\fP Show dependencies (only) if \fI\s-1TARGET\s0\fP is built. .TP .B \-t Update the OMake database to force all target files of the project are considered up-to-date. \*(NO .TP .B \-U Do not trust the dependency cache or cached \fIOMakefiles\fP. This will force the entire project to be rebuilt. \*(NO .TP .B \-\-verbose\-dependencies If either one of the options .BR \-\-print\-dependencies " or " \-\-show\-dependencies is in effect, print transitive dependencies. That is, print all dependencies recursively. If neither of the above options is specified, this option has no effect. \*(NO .TP .B \-warn\-error Treat warnings as errors. \*(NO .TP .B \-Wdeclare Warn about undeclared variables. \*(NO .RE .SS Output .RS 4 .TP \fB\-o\fP \fI\s-1SHORT-OPTION\s0\fP.\|.\|. Short output options alias the functionality of some options or combinations thereof. In general, an uppercase character turns the option on, whereas a lowercase character turns the option off. \fI\s-1SHORT-OPTION\s0\fP is one of following letters. .RS .TP +4n .B 0 Equivalent to .IP .in +4n .EX \-s \-\-output\-only\-errors \-\-no\-progress .EE .IP This option specifies that omake should be as quiet as possible. If any errors occur during the build, the output is delayed until the build terminates. Output from successful commands is discarded. .TP .B 1 Equivalent to .IP .in +4n .EX \-S \-\-progress \-\-output\-only\-errors .EE .IP This is a slightly more relaxed version of \(lqquiet\(rq output. The output from successful commands is discarded. The output from failed commands is printed immediately after the command complete. The output from failed commands is displayed twice: once immediately after the command completes, and again when the build completes. A progress bar is displayed so that you know when the build is active. Include the \fB\-p\fP option if you want to turn off the progress bar (for example \f(CWomake \-o 1p\fP). .TP .B 2 Equivalent to .IP .in +4n .EX \-\-progress \-\-output\-postpone .EE .IP The is even more relaxed, output from successful commands is printed. This is often useful for deinterleaving the output when using option \fB\-j\fP. .TP .BR P "\ \ (uppercase)" Equivalent to .BR \-\-progress . .TP .BR p "\ \ (lowercase)" Equivalent to .BR \-\-no\-\-progress . .TP .BR S "\ \ (uppercase)" Equivalent to .BR \-S . .TP .BR s "\ \ (lowercase)" Equivalent to .BR \-\-no\-S . .TP .BR W "\ \ (uppercase)" Equivalent to .BR \-w . .TP .BR w "\ \ (lowercase)" Equivalent to .BR \-\-no\-w . .TP .BR X "\ \ (uppercase)" Equivalent to .BR \-\-print\-exit . .TP .BR x "\ \ (lowercase)" Equivalent to .BR \-\-no\-print\-exit . .RE .TP .B \-\-output\-at\-end The output of the failed commands will be printed after OMake has finished. Off by default, unless .B \-k is enabled (directly or via .BR \-p / \-P ). \*(NO .TP .B \-\-output\-normal Relay the output of the rule commands to the OMake output right away. This is the default when no .BR \-\-output\-postpone " and no " \-\-output\-only\-errors flags are given. \*(NO .TP .B \-\-output\-only\-errors Same as .BR \-\-output\-postpone , but postponed output will only be printed for commands that fail. .IP This can be useful in reducing unwanted output so that the user can concentrate on any errors. \*(NO .TP .B \-\-output\-postpone Postpone printing command output until a rule terminates. Then print it as a single block. .IP This is useful in combination with the \fB-j\fP option, where the output of multiple subprocesses can be garbled. The diversion is printed as a single coherent unit. \*(NO .TP .B \-\-print\-exit Print the exit codes of all commands that have been run. \*(NO .TP .B \-\-print\-status Print status lines (starting with \f(CW\(oq+\(cq\fP or \f(CW\(oq-\(cq\fP). This is the default setting. \*(NO .TP .B \-\-progress Print a progress indicator; enabled by default if \fIstdout\fP is a terminal and disabled if the output has been redirected. \*(NO .TP .B \-S Do not print commands as they are executed unless they produce any output or they fail. This is the default. \*(NO .TP .B \-s Never print commands before they are executed. \*(NO .IP Mnemonic: \(lqsilent\(rq. .TP .B \-\-verbose Switch on very verbose output. This option is equivalent to .IP .in +4n .EX \-\-no\-S \-\-print-status \-\-print\-exit VERBOSE=true .EE .TP .B \-w Print the directory in \(lqmake format\(rq as commands are executed. This is mainly useful for editors that expect make-style directory information for determining the location of errors. \*(NO .RE .SS Cache Management .RS 4 .TP .B \-\-force\-dotomake Always use the directory \fI\s-1$HOME\s0/.omake\fP for \fI*.omc\fP-cache files. \*(NO .TP \fB\-\-dotomake\fP \fI\s-1DIRECTORY\s0\fP Use the specified \fI\s-1DIRECTORY\s0\fP in place of \fI\s-1$HOME\s0/.omake\fP for the storage of \fI*.omc\fP-files. .TP \fB\-\-save\-interval\fP \fI\s-1DURATION\s0\fP Save the build .SM DB (\fI.omakedb\fP) every \fI\s-1DURATION\s0\fP seconds (0 disables, default: 60). .RE .SS Shell Related .RS 4 .TP \fB\-c\fP \fI\s-1COMMAND\s0\fP Execute \fI\s-1COMMAND\s0\fP. .TP .B \-i Treat the session as interactive. \*(NO .TP .B \-\-shell Run the OMake shell: \fBosh\fP. \*(NO .RE .SS Debugging .RS 4 .TP .B \-allow\-exceptions Do not catch top-level exceptions. This option is useful if running with \f(CWOCAMLRUNPARAM=b\fP. \*(NO .TP .B \-debug\-active\-rules Debug active rules. \*(NO .TP .B \-debug\-ast\-lex Print tokens as they are scanned. \*(NO .TP .B \-debug\-build Display debugging information during the build. \*(NO .TP .B \-debug\-cache Display cache debugging information. \*(NO .TP .B \-debug\-db Debug the file database. \*(NO .TP .B \-debug\-deps Display dependency information as scanned. \*(NO .TP .B \-debug\-eval Debug the evaluator. \*(NO .TP .B \-debug\-exec Display execution debugging information. \*(NO .TP .B \-debug\-hash Show \f(CWLm_hash\fP statistics. \*(NO .TP .B \-debug\-implicit Display debugging information for implicit rule selection. \*(NO .TP .B \-debug\-lex Debug the lexer. \*(NO .TP .B \-debug\-lexgen Debug the lexer generator. \*(NO .TP .B \-debug\-notify Debug the .SM FAM .RB ( \-p filesystem watch) operations. \*(NO .TP .B \-debug\-parse Debug the parser. \*(NO .TP .B \-debug\-parsegen Debug the parser generator. \*(NO .TP .B \-debug\-parsing Debug OMake parsing operations. \*(NO .TP .B \-debug\-pos Print source position information on error. \*(NO .TP .B \-debug\-remote Debug remote execution. \*(NO .TP .B \-debug\-rule Display debugging information about rule execution. \*(NO .TP .B \-debug\-scanner Display debugging information for scanner selection. \*(NO .TP .B \-debug\-shell Debug shell operations. \*(NO .TP .B \-debug\-thread Show thread operations. \*(NO .TP .B \-extended\-rusage Print more about resource usage. \*(NO .TP .B \-instrument Do instrument functions. \*(NO .TP .B \-print\-ast Print the .SM AST after parsing. \*(NO .TP .B \-print\-files Print the files as they are read. \*(NO .TP .B \-print\-ir Print the .SM IR\c \&. \*(NO .TP .B \-print\-loc Also print locations. \*(NO .TP .B \-trace\-pos Trace the program execution. \*(NO .TP .B \-print\-rules Print the rules after evaluation. \*(NO .RE .SS Miscellaneous .RS 4 .TP .B \-\-install Install default files \fIOMakefile\fP and \fIOMakeroot\fP of an OMake project into the current directory. This is typically done only once to start an OMake project in the current directory. \*(NO .TP .B \-\-install\-all In addition to installing the default files \fIOMakefile\fP and \fIOMakeroot\fP of an OMake project into the current directory install default \fIOMakefile\fPs into each subdirectory of the current directory. .BR cvs (1) rules are used for filtering the subdirectory list. For example, \fIOMakefile\fPs are not copied into directories called .SM CVS\c \&, .SM RCCS\c \&, etc. \*(NO .TP .B \-\-install\-force Normally, OMake will prompt before it overwrites any existing \fIOMakefile\fP. If this option is given, all files are overwritten without prompting; implies .BR \-\-install . \*(NO .TP .B \-\-help Display help message and exit. .TP .B \-\-help\-all Display help message for all options and exit. .TP .B \-\-help\-debug Display help message just for the debugging-related options and exit. .TP \fB\-\-server\fP \fI\s-1SERVER-NAME\s0\fP Run as a remote server called \fI\s-1SERVER-NAME\s0\fP. .TP .B \-\-version Print the version string and the default library directory then exit. .RE .SH EXIT STATUS .TP +4n 0 No problems; everything went well. .TP 1 Build failure caused by a program with non-zero exit code. .TP 2 Not a build-related error, for example a syntax error in one of the files that constitute the OMake project. .TP 3 Bogus command-line option. .SH ENVIRONMENT .TP \fI\s-1OMAKEFLAGS\s0\fP If defined, \fI\s-1OMAKEFLAGS\s0\fP should contain a set of options exactly as they are specified on the command line. .TP \fI\s-1OMAKELIB\s0\fP If defined, \fI\s-1OMAKELIB\s0\fP refers to the installed location of the OMake standard library. This is the directory that contains \fIPervasives.om\fP etc. On a Unix system, this is often \fI/usr/lib/omake\fP or \fI/usr/local/lib/omake\fP, and on Win32 systems it is often \fIc:\eProgram\ Files\eOMake\elib\fP. .IP If not defined, OMake uses the default configured location, which can be inquired with option \fB\-\-version\fP. .IP Normally, this variable should not be set. .SH FILES .TP \fIOMakeroot\fP This file is required; it serves to identify the project root, and it contains code that sets up the project. .TP \fIOMakefile\fP Any project-specific configuration lives in the \fIOMakefile\fPs. .TP \fI.om\fP Conventional filename extension for OMake \(lqlibrary\(rq files. .TP \fI.omc\fP For performance OMake compiles all OMake-source files on the fly. Compiled OMake files receive extension \fI.omc\fP. .SH EXAMPLES .SS OMake .IP \(bu +4n This is an almost minimal \fIOMakeroot\fP file. .in +4n .EX ## Setup for building a C- or C++-project. open build/C ## Define according our configuration. DefineCommandVars() ## Include the OMakefile in this directory. \&.SUBDIRS: . .EE .IP \(bu Small \fIOMakefile\fP file to build the famous \(lqHello, world!\(rq example. .in +4n .EX ## Define target-source relationship of a C-program. CProgram(hello, hello) # we can be extension agnostic ## Define the default (and only) target. \&.DEFAULT: hello$(EXE) .EE .SS Osh .IP \(bu +4n Call \fBdate(1)\fP with some options via OMake. .in +4n .EX $ omake --shell -c 'date --universal --iso-8601=seconds' 2021-11-20T14:52:10+00:00 .EE .IP \(bu Call \fBupdate(1)\fP via Osh. .in +4n .EX $ osh -c uptime 15:54:03 up 6:41, 1 user, load average: 0.02, 0.04, 0.11 .EE .IP \(bu Interactive use. .in +4n .EX $ osh % uname --kernel-release --kernel-version 5.10.0-9-amd64 #1 SMP Debian 5.10.70-1 (2021-09-30) % ^D $ .EE .SH SEE ALSO .BR make (1), .BR sh (1). . .\" Local Variables: .\" compile-command: "groff -Tpdf -dpaper=a4 -fU-P -man -wall ./omake.1 > omake.man.pdf" .\" fill-column: 96 .\" End: omake-omake-0.10.7/doc/ps/000077500000000000000000000000001472462630700151675ustar00rootroot00000000000000omake-omake-0.10.7/doc/ps/.empty000066400000000000000000000000001472462630700163140ustar00rootroot00000000000000omake-omake-0.10.7/doc/src/000077500000000000000000000000001472462630700153345ustar00rootroot00000000000000omake-omake-0.10.7/doc/src/code.hva000066400000000000000000000001431472462630700167440ustar00rootroot00000000000000\ifhtml \newcommand{\code}[1]{{\@style{CODE}#1\@clearstyle}} \else \newcommand{\code}[1]{'#1'} \fi omake-omake-0.10.7/doc/src/code.sty000066400000000000000000000000451472462630700170060ustar00rootroot00000000000000\newcommand{\code}[1]{\texttt{{#1}}} omake-omake-0.10.7/doc/src/index.html000066400000000000000000000011141472462630700173260ustar00rootroot00000000000000 OMake Documentation
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omake-omake-0.10.7/doc/src/omake-build-examples.tex000066400000000000000000001050051472462630700220640ustar00rootroot00000000000000% % % \chapter{Additional build examples} \label{chapter:build-examples} \index{build model} \cutname{omake-build-examples.html} Let's explain the \OMake{} build model a bit more. One issue that dominates this discussion is that \OMake{} is based on global project analysis. That means you define a configuration for the \emph{entire} project, and you run \emph{one} instance of omake. For single-directory projects this doesn't mean much. For multi-directory projects it means a lot. With GNU make, you would usually invoke the \verb+make+ program recursively for each directory in the project. For example, suppose you had a project with some project root directory, containing a directory of sources \verb+src+, which in turn contains subdirectories \verb+lib+ and \verb+main+. So your project looks like this nice piece of ASCII art. \begin{verbatim} my_project/ |--> Makefile `--> src/ |---> Makefile |---> lib/ | |---> Makefile | `---> source files... `---> main/ |---> Makefile `---> source files... \end{verbatim} Typically, with GNU make, you would start an instance of \verb+make+ in \verb+my_project/+; this would in term start an instance of \verb+make+ in the \verb+src/+ directory; and this would start new instances in \verb+lib/+ and \verb+main/+. Basically, you count up the number of \verb+Makefile+s in the project, and that is the number of instances of \verb+make+ processes that will be created. The number of processes is no big deal with today's machines (sometimes contrary the the author's opinion, we no longer live in the 1970s). The problem with the scheme was that each \verb+make+ process had a separate configuration, and it took a lot of work to make sure that everything was consistent. Furthermore, suppose the programmer runs \verb+make+ in the \verb+main/+ directory, but the \verb+lib/+ is out-of-date. In this case, \verb+make+ would happily crank away, perhaps trying to rebuild files in \verb+lib/+, perhaps just giving up. With \OMake{} this changes entirely. Well, not entirely. The source structure is quite similar, we merely add some Os to the ASCII art. \begin{verbatim} my_project/ |--> OMakeroot (or Root.om) |--> OMakefile `--> src/ |---> OMakefile |---> lib/ | |---> OMakefile | `---> source files... `---> main/ |---> OMakefile `---> source files... \end{verbatim} \index{OMakefile} \index{OMakeroot} The role of each \verb+

/OMakefile+ plays the same role as each \verb+/Makefile+: it describes how to build the source files in \verb++. The OMakefile retains much of syntax and structure of the Makefile, but in most cases it is much simpler. One minor difference is the presence of the OMakeroot in the project root. The main purpose of this file is to indicate where the project root \emph{is} in the first place (in case \verb+omake+ is invoked from a subdirectory). The \verb+OMakeroot+ serves as the bootstrap file; omake starts by reading this file first. Otherwise, the syntax and evaluation of \verb+OMakeroot+ is no different from any other \verb+OMakefile+. The \emph{big} difference is that \OMake{} performs a \emph{global} analysis. Here is what happens when \verb+omake+ starts. \index{.SUBDIRS} \begin{enumerate} \item omake locates that OMakeroot file, and reads it. \item Each OMakefile points to its subdirectory OMakefiles using the .SUBDIRS target. For example, \verb+my_project/OMakefile+ has a rule, \begin{verbatim} .SUBDIRS: src \end{verbatim} and the \verb+my_project/src/OMakefile+ has a rule, \begin{verbatim} .SUBDIRS: lib main \end{verbatim} \verb+omake+ uses these rules to read and evaluate every \verb+OMakefile+ in the project. Reading and evaluation is fast. This part of the process is cheap. \item Now that the entire configuration is read, \verb+omake+ determines which files are out-of-date (using a global analysis), and starts the build process. This may take a while, depending on what exactly needs to be done. \end{enumerate} There are several advantages to this model. First, since analysis is global, it is much easier to ensure that the build configuration is consistent--after all, there is only one configuration. Another benefit is that the build configuration is inherited, and can be re-used, down the hierarchy. Typically, the root \verb+OMakefile+ defines some standard boilerplate and configuration, and this is inherited by subdirectories that tweak and modify it (but do not need to restate it entirely). The disadvantage of course is space, since this is global analysis after all. In practice rarely seems to be a concern; omake takes up much less space than your web browser even on large projects. Some notes to the GNU/BSD make user. \begin{itemize} \item OMakefiles are a lot like Makefiles. The syntax is similar, and there many of the builtin functions are similar. However, the two build systems are not the same. Some evil features (in the authors' opinions) have been dropped in \OMake{}, and some new features have been added. \item \OMake{} works the same way on all platforms, including Win32. The standard configuration does the right thing, but if you care about porting your code to multiple platforms, and you use some tricky features, you may need to condition parts of your build config on the \verb+$(OSTYPE)+ variable. \item A minor issue is that \OMake{} dependency analysis is based on MD5 file digests. That is, dependencies are based on file \emph{contents}, not file \emph{modification times}. Say goodbye to false rebuilds based on spurious timestamp changes and mismatches between local time and fileserver time. \end{itemize} \section{OMakeroot vs. OMakefile} Before we begin with examples, let's ask the first question, ``What is the difference between the project root OMakeroot and OMakefile?'' A short answer is, there is no difference, but you must have an OMakeroot file (or Root.om file). However, the normal style is that OMakeroot is boilerplate and is more-or-less the same for all projects. The OMakefile is where you put all your project-specific stuff. To get started, you don't have to do this yourself. In most cases you just perform the following step in your project root directory. \begin{itemize} \item Run \verb+omake --install+ in your project root. \end{itemize} This will create the initial OMakeroot and OMakefile files that you can edit to get started. \section{An example C project} To begin, let's start with a simple example. Let's say that we have a full directory tree, containing the following files. \begin{verbatim} my_project/ |--> OMakeroot |--> OMakefile `--> src/ |---> OMakefile |---> lib/ | |---> OMakefile | |---> ouch.c | |---> ouch.h | `---> bandaid.c `---> main/ |---> OMakefile |---> horsefly.c |---> horsefly.h `---> main.c \end{verbatim} Here is an example listing. \begin{verbatim} my_project/OMakeroot: # Include the standard configuration for C applications open build/C # Process the command-line vars DefineCommandVars() # Include the OMakefile in this directory. .SUBDIRS: . my_project/OMakefile: # Set up the standard configuration CFLAGS += -g # Include the src subdirectory .SUBDIRS: src my_project/src/OMakefile: # Add any extra options you like CFLAGS += -O2 # Include the subdirectories .SUBDIRS: lib main my_project/src/lib/OMakefile: # Build the library as a static library. # This builds libbug.a on Unix/OSX, or libbug.lib on Win32. # Note that the source files are listed _without_ suffix. StaticCLibrary(libbug, ouch bandaid) my_project/src/main/OMakefile: # Some files include the .h files in ../lib INCLUDES += ../lib # Indicate which libraries we want to link against. LIBS[] += ../lib/libbug # Build the program. # Builds horsefly.exe on Win32, and horsefly on Unix. # The first argument is the name of the executable. # The second argument is an array of object files (without suffix) # that are part of the program. CProgram(horsefly, horsefly main) # Build the program by default (in case omake is called # without any arguments). EXE is defined as .exe on Win32, # otherwise it is empty. .DEFAULT: horsefly$(EXE) \end{verbatim} Most of the configuration here is defined in the file \verb+build/C.om+ (which is part of the \OMake{} distribution). This file takes care of a lot of work, including: \begin{itemize} \item Defining the \verb+StaticCLibrary+ and \verb+CProgram+ functions, which describe the canonical way to build C libraries and programs. \item Defining a mechanism for \emph{scanning} each of the source programs to discover dependencies. That is, it defines .SCANNER rules for C source files. \end{itemize} Variables are inherited down the hierarchy, so for example, the value of CFLAGS in src/main/OMakefile is ``\verb+-g -O2+''. \section{An example OCaml project} Let's repeat the example, assuming we are using OCaml instead of C. This time, the directory tree looks like this. \begin{verbatim} my_project/ |--> OMakeroot |--> OMakefile `--> src/ |---> OMakefile |---> lib/ | |---> OMakefile | |---> ouch.ml | |---> ouch.mli | `---> bandaid.ml `---> main/ |---> OMakefile |---> horsefly.ml |---> horsefly.mli `---> main.ml \end{verbatim} The listing is only a bit different. \begin{verbatim} my_project/OMakeroot: # Include the standard configuration for OCaml applications open build/OCaml # Process the command-line vars DefineCommandVars() # Include the OMakefile in this directory. .SUBDIRS: . my_project/OMakefile: # Set up the standard configuration OCAMLFLAGS += -Wa # Do we want to use the bytecode compiler, # or the native-code one? Let's use both for # this example. NATIVE_ENABLED = true BYTE_ENABLED = true # Include the src subdirectory .SUBDIRS: src my_project/src/OMakefile: # Include the subdirectories .SUBDIRS: lib main my_project/src/lib/OMakefile: # Let's do aggressive inlining on native code OCAMLOPTFLAGS += -inline 10 # Build the library as a static library. # This builds libbug.a on Unix/OSX, or libbug.lib on Win32. # Note that the source files are listed _without_ suffix. OCamlLibrary(libbug, ouch bandaid) my_project/src/main/OMakefile: # These files depend on the interfaces in ../lib OCAMLINCLUDES += ../lib # Indicate which libraries we want to link against. OCAML_LIBS[] += ../lib/libbug # Build the program. # Builds horsefly.exe on Win32, and horsefly on Unix. # The first argument is the name of the executable. # The second argument is an array of object files (without suffix) # that are part of the program. OCamlProgram(horsefly, horsefly main) # Build the program by default (in case omake is called # without any arguments). EXE is defined as .exe on Win32, # otherwise it is empty. .DEFAULT: horsefly$(EXE) \end{verbatim} In this case, most of the configuration here is defined in the file \verb+build/OCaml.om+. In this particular configuration, files in \verb+my_project/src/lib+ are compiled aggressively with the option \verb+-inline 10+, but files in \verb+my_project/src/lib+ are compiled normally. \section{OCaml~Library with C~Dependencies} Build the OCaml~library~\verb+libstring_extra+, which depends on both, OCaml~code and C~code. \begin{verbatim} lib/ |---> OMakefile |---> string_extra.mli |---> string_extra.ml |---> index_from_opt_interface.c \end{verbatim} This is the OCaml interface file~\verb+string_extra.mli+: \begin{verbatim} (** [index_from_opt a_haystack an_initial_index a_needle] * @raise Invalid_argument if the initial index is out of range. *) val index_from_opt: string -> int -> string -> int option (** [index_from a_haystack an_initial_index a_needle] * @raise Invalid_argument if the initial index is out of range. * @raise Not_found if there is no needle in haystack after the initial index. *) val index_from: string -> int -> string -> int \end{verbatim} The associated OCaml code file~\verb+string_extra.ml+ looks like this: \begin{verbatim} external index_from_opt: string -> int -> string -> int option = "index_from_opt_interface" let index_from a_haystack an_initial_index a_needle = match index_from_opt a_haystack an_initial_index a_needle with None -> raise Not_found | Some index -> index \end{verbatim} The C~code in \verb+index_from_opt_interface.c+ is gross because we must play nice with OCaml's garbage collector. We use function~\verb+memmem+ of the GNU~C-library because OCaml~strings are not null-terminated. \begin{verbatim} #define _GNU_SOURCE /* Pull memmem(3) into scope. */ #include /* NULL, size_t; _GNU_SOURCE: memmem() */ #define CAML_NAME_SPACE /* Only define objects with "caml_" prefix. */ #include /* caml_alloc() */ #include /* caml_invalid_argument() */ #include /* CAMLlocal1(), CAMLparam1(), CAMLparam3(), * CAMLreturn(), Store_field() */ #include /* Long_val(), String_val(), Val_int(), * caml_string_length(), value */ #define Val_none Val_int(0) inline static value Val_some(value a_value) { CAMLparam1(a_value); CAMLlocal1(some); some = caml_alloc(1, 0); Store_field(some, 0, a_value); CAMLreturn(some); } CAMLprim value index_from_opt_interface(value a_haystack, value an_initial_index, value a_needle) { CAMLparam3(a_haystack, an_initial_index, a_needle); const char *const haystack = String_val(a_haystack); const size_t haystack_length = caml_string_length(a_haystack); const long initial_index = Long_val(an_initial_index); if (initial_index >= 0L && (size_t) initial_index < haystack_length) { const char *const index = memmem(haystack + initial_index, caml_string_length(a_haystack) - (size_t) initial_index, String_val(a_needle), caml_string_length(a_needle)); CAMLreturn((index == NULL) ? Val_none : Val_some(Val_int(index - haystack))); } else { caml_invalid_argument("index_from_opt_interface"); } } \end{verbatim} The \verb+OMakefile+ however is very simple; we just have to add the path to the OCaml~compiler's interface files to \verb+CFLAGS+. \begin{verbatim} OCAMLFLAGS = -g -strict-formats -strict-sequence -w +a CFLAGS = -O2 -g -Wall -Wextra -Wconversion -I$(OCAMLLIB) OCamlMixedLibrary(libstring_extra, string_extra, index_from_opt_interface) \end{verbatim} To use the library put \verb+OCAML_LIBS = libstring_extra+ in the relevant \verb+OMakefile+. \section{Handling new languages} \index{cats and dogs} The previous two examples seem to be easy enough, but they rely on the \OMake{} standard library (the files \verb+build/C+ and \verb+build/OCaml+) to do all the work. What happens if we want to write a build configuration for a language that is not already supported in the \OMake{} standard library? For this example, let's suppose we are adopting a new language. The language uses the standard compile/link model, but is not in the \OMake{} standard library. Specifically, let's say we have the following setup. \begin{itemize} \item Source files are defined in files with a \verb+.cat+ suffix (for Categorical Abstract Terminology). \item \verb+.cat+ files are compiled with the \verb+catc+ compiler to produce \verb+.woof+ files (Wicked Object-Oriented Format). \item \verb+.woof+ files are linked by the \verb+catc+ compiler with the \verb+-c+ option to produce a \verb+.dog+ executable (Digital Object Group). The \verb+catc+ also defines a \verb+-a+ option to combine several \verb+.woof+ files into a library. \item Each \verb+.cat+ can refer to other source files. If a source file \verb+a.cat+ contains a line \verb+open b+, then \verb+a.cat+ depends on the file \verb+b.woof+, and \verb+a.cat+ must be recompiled if \verb+b.woof+ changes. The \verb+catc+ function takes a \verb+-I+ option to define a search path for dependencies. \end{itemize} To define a build configuration, we have to do three things. \begin{enumerate} \item Define a \verb+.SCANNER+ rule for discovering dependency information for the source files. \item Define a generic rule for compiling a \verb+.cat+ file to a \verb+.woof+ file. \item Define a rule (as a function) for linking \verb+.woof+ files to produce a \verb+.dog+ executable. \end{enumerate} Initially, these definitions will be placed in the project root \verb+OMakefile+. \subsection{Defining a default compilation rule} Let's start with part 2, defining a generic compilation rule. We'll define the build rule as an \emph{implicit} rule. To handle the include path, we'll define a variable \verb+CAT_INCLUDES+ that specifies the include path. This will be an array of directories. To define the options, we'll use a lazy variable (Section~\ref{section:lazy}). In case there are any other standard flags, we'll define a \verb+CAT_FLAGS+ variable. \begin{verbatim} # Define the catc command, in case we ever want to override it CATC = catc # The default flags are empty CAT_FLAGS = # The directories in the include path (empty by default) INCLUDES[] = # Compute the include options from the include path PREFIXED_INCLUDES[] = $`(mapprefix -I, $(INCLUDES)) # The default way to build a .woof file %.woof: %.cat $(CATC) $(PREFIXED_INCLUDES) $(CAT_FLAGS) -c $< \end{verbatim} The final part is the build rule itself, where we call the \verb+catc+ compiler with the include path, and the \verb+CAT_FLAGS+ that have been defined. The \verb+$<+ variable represents the source file. \subsection{Defining a rule for linking} For linking, we'll define another rule describing how to perform linking. Instead of defining an implicit rule, we'll define a function that describes the linking step. The function will take two arguments; the first is the name of the executable (without suffix), and the second is the files to link (also without suffixes). Here is the code fragment. \begin{verbatim} # Optional link options CAT_LINK_FLAGS = # The function that defines how to build a .dog program CatProgram(program, files) = # Add the suffixes file_names = $(addsuffix .woof, $(files)) prog_name = $(addsuffix .dog, $(program)) # The build rule $(prog_name): $(file_names) $(CATC) $(PREFIXED_INCLUDES) $(CAT_FLAGS) $(CAT_LINK_FLAGS) -o $@ $+ # Return the program name value $(prog_name) \end{verbatim} The \verb+CAT_LINK_FLAGS+ variable is defined just in case we want to pass additional flags specific to the link step. Now that this function is defined, whenever we want to define a rule for building a program, we simply call the rule. The previous implicit rule specifies how to compile each source file, and the \verb+CatProgram+ function specifies how to build the executable. \begin{verbatim} # Build a rover.dog program from the source # files neko.cat and chat.cat. # Compile it by default. .DEFAULT: $(CatProgram rover, neko chat) \end{verbatim} \subsection{Dependency scanning} \label{section:scanner-exm}\index{.SCANNER} That's it, almost. The part we left out was automated dependency scanning. This is one of the nicer features of \OMake{}, and one that makes build specifications easier to write and more robust. Strictly speaking, it isn't required, but you definitely want to do it. The mechanism is to define a \verb+.SCANNER+ rule, which is like a normal rule, but it specifies how to compute dependencies, not the target itself. In this case, we want to define a \verb+.SCANNER+ rule of the following form. \begin{verbatim} .SCANNER: %.woof: %.cat \end{verbatim} This rule specifies that a \verb+.woof+ file may have additional dependencies that can be extracted from the corresponding \verb+.cat+ file by executing the \verb++. The \emph{result} of executing the \verb++ should be a sequence of dependencies in \OMake{} format, printed to the standard output. As we mentioned, each \verb+.cat+ file specifies dependencies on \verb+.woof+ files with an \verb+open+ directive. For example, if the \verb+neko.cat+ file contains a line \verb+open chat+, then \verb+neko.woof+ depends on \verb+chat.woof+. In this case, the \verb++ should print the following line. \begin{verbatim} neko.woof: chat.woof \end{verbatim} For an analogy that might make this clearer, consider the C programming language, where a \verb+.o+ file is produced by compiling a \verb+.c+ file. If a file \verb+foo.c+ contains a line like \verb+#include "fum.h"+, then \verb+foo.c+ should be recompiled whenever \verb+fum.h+ changes. That is, the file \verb+foo.o+ \emph{depends} on the file \verb+fum.h+. In the \OMake{} parlance, this is called an \emph{implicit} dependency, and the \verb+.SCANNER+ \verb++ would print a line like the following. \begin{verbatim} foo.o: fum.h \end{verbatim} \index{awk} Now, returning to the animal world, to compute the dependencies of \verb+neko.woof+, we should scan \verb+neko.cat+, line-by-line, looking for lines of the form \verb+open +. We could do this by writing a program, but it is easy enough to do it in \verb+omake+ itself. We can use the builtin \hyperfun{awk} to scan the source file. One slight complication is that the dependencies depend on the \verb+INCLUDE+ path. We'll use the \hyperfun{find-in-path} to find them. Here we go. \begin{verbatim} .SCANNER: %.woof: %.cat section # Scan the file deps[] = awk($<) case $'^open' deps[] += $2 export # Remove duplicates, and find the files in the include path deps = $(find-in-path $(INCLUDES), $(set $(deps))) # Print the dependencies println($"$@: $(deps)") \end{verbatim} Let's look at the parts. First, the entire body is defined in a \verb+section+ because we are computing it internally, not as a sequence of shell commands. We use the \verb+deps+ variable to collect all the dependencies. The \verb+awk+ function scans the source file (\verb+$<+) line-by-line. For lines that match the regular expression \verb+^open+ (meaning that the line begins with the word \verb+open+), we add the second word on the line to the \verb+deps+ variable. For example, if the input line is \verb+open chat+, then we would add the \verb+chat+ string to the \verb+deps+ array. All other lines in the source file are ignored. Next, the \verb+$(set $(deps))+ expression removes any duplicate values in the \verb+deps+ array (sorting the array alphabetically in the process). The \verb+find-in-path+ function then finds the actual location of each file in the include path. The final step is print the result as the string \verb+$"$@: $(deps)"+ The quotations are added to flatten the \verb+deps+ array to a simple string. \subsection{Pulling it all together} To complete the example, let's pull it all together into a single project, much like our previous example. \begin{verbatim} my_project/ |--> OMakeroot |--> OMakefile `--> src/ |---> OMakefile |---> lib/ | |---> OMakefile | |---> neko.cat | `---> chat.cat `---> main/ |---> OMakefile `---> main.cat \end{verbatim} The listing for the entire project is as follows. Here, we also include a function \verb+CatLibrary+ to link several \verb+.woof+ files into a library. \begin{verbatim} my_project/OMakeroot: # Process the command-line vars DefineCommandVars() # Include the OMakefile in this directory. .SUBDIRS: . my_project/OMakefile: ######################################################################## # Standard config for compiling .cat files # # Define the catc command, in case we ever want to override it CATC = catc # The default flags are empty CAT_FLAGS = # The directories in the include path (empty by default) INCLUDES[] = # Compute the include options from the include path PREFIXED_INCLUDES[] = $`(mapprefix -I, $(INCLUDES)) # Dependency scanner for .cat files .SCANNER: %.woof: %.cat section # Scan the file deps[] = awk($<) case $'^open' deps[] += $2 export # Remove duplicates, and find the files in the include path deps = $(find-in-path $(INCLUDES), $(set $(deps))) # Print the dependencies println($"$@: $(deps)") # The default way to compile a .cat file %.woof: %.cat $(CATC) $(PREFIXED_INCLUDES) $(CAT_FLAGS) -c $< # Optional link options CAT_LINK_FLAGS = # Build a library for several .woof files CatLibrary(lib, files) = # Add the suffixes file_names = $(addsuffix .woof, $(files)) lib_name = $(addsuffix .woof, $(lib)) # The build rule $(lib_name): $(file_names) $(CATC) $(PREFIXED_INCLUDES) $(CAT_FLAGS) $(CAT_LINK_FLAGS) -a $@ $+ # Return the program name value $(lib_name) # The function that defines how to build a .dog program CatProgram(program, files) = # Add the suffixes file_names = $(addsuffix .woof, $(files)) prog_name = $(addsuffix .dog, $(program)) # The build rule $(prog_name): $(file_names) $(CATC) $(PREFIXED_INCLUDES) $(CAT_FLAGS) $(CAT_LINK_FLAGS) -o $@ $+ # Return the program name value $(prog_name) ######################################################################## # Now the program proper # # Include the src subdirectory .SUBDIRS: src my_project/src/OMakefile: .SUBDIRS: lib main my_project/src/lib/OMakefile: CatLibrary(cats, neko chat) my_project/src/main/OMakefile: # Allow includes from the ../lib directory INCLUDES[] += ../lib # Build the program .DEFAULT: $(CatProgram main, main ../cats) \end{verbatim} Some notes. The configuration in the project \verb+OMakeroot+ defines the standard configuration, including the dependency scanner, the default rule for compiling source files, and functions for building libraries and programs. These rules and functions are inherited by subdirectories, so the \verb+.SCANNER+ and build rules are used automatically in each subdirectory, so you don't need to repeat them. \subsection{Finishing up} At this point we are done, but there are a few things we can consider. First, the rules for building cat programs is defined in the project \verb+OMakefile+. If you had another cat project somewhere, you would need to copy the \verb+OMakeroot+ (and modify it as needed). Instead of that, you should consider moving the configuration to a shared library directory, in a file like \verb+Cat.om+. That way, instead of copying the code, you could include the shared copy with an \OMake{} command \verb+open Cat+. The share directory should be added to your \verb+OMAKEPATH+ environment variable to ensure that \verb+omake+ knows how to find it. Better yet, if you are happy with your work, consider submitting it as a standard configuration (by sending a request to \verb+omake@metaprl.org+) so that others can make use of it too. \section{Collapsing the hierarchy, .SUBDIRS bodies} \index{.SUBDIRS bodies} Some projects have many subdirectories that all have the same configuration. For instance, suppose you have a project with many subdirectories, each containing a set of images that are to be composed into a web page. Apart from the specific images, the configuration of each file is the same. To make this more concrete, suppose the project has four subdirectories \verb+page1+, \verb+page2+, \verb+page3+, and \verb+page4+. Each contains two files \verb+image1.jpg+ and \verb+image2.jpg+ that are part of a web page generated by a program \verb+genhtml+. Instead of of defining a \verb+OMakefile+ in each directory, we can define it as a body to the \verb+.SUBDIRS+ command. \begin{verbatim} .SUBDIRS: page1 page2 page3 page4 index.html: image1.jpg image2jpg genhtml $+ > $@ \end{verbatim} The body of the \verb+.SUBDIRS+ is interpreted exactly as if it were the \verb+OMakefile+, and it can contain any of the normal statements. The body is evaluated \emph{in the subdirectory} for each of the subdirectories. We can see this if we add a statement that prints the current directory (\verb+$(CWD)+). \begin{verbatim} .SUBDIRS: page1 page2 page3 page4 println($(absname $(CWD))) index.html: image1.jpg image2jpg genhtml $+ > $@ # prints /home/jyh/.../page1 /home/jyh/.../page2 /home/jyh/.../page3 /home/jyh/.../page4 \end{verbatim} \subsection{Using glob patterns} Of course, this specification is quite rigid. In practice, it is likely that each subdirectory will have a different set of images, and all should be included in the web page. One of the easier solutions is to use one of the directory-listing functions, like \hyperfunn{glob} or \hyperfunn{ls}. The \verb+glob+ function takes a shell pattern, and returns an array of file with matching filenames in the current directory. \begin{verbatim} .SUBDIRS: page1 page2 page3 page4 IMAGES = $(glob *.jpg) index.html: $(IMAGES) genhtml $+ > $@ \end{verbatim} \subsection{Simplified sub-configurations} Another option is to add a configuration file in each of the subdirectories that defines directory-specific information. For this example, we might define a file \verb+BuildInfo.om+ in each of the subdirectories that defines a list of images in that directory. The \verb+.SUBDIRS+ line is similar, but we include the BuildInfo file. \begin{verbatim} .SUBDIRS: page1 page2 page3 page4 include BuildInfo # Defines the IMAGES variable index.html: $(IMAGES) genhtml $+ > $@ \end{verbatim} Where we might have the following configurations. \begin{verbatim} page1/BuildInfo.om: IMAGES[] = image.jpg page2/BuildInfo.om: IMAGES[] = ../common/header.jpg winlogo.jpg page3/BuildInfo.om: IMAGES[] = ../common/header.jpg unixlogo.jpg daemon.jpg page4/BuildInfo.om: IMAGES[] = fee.jpg fi.jpg foo.jpg fum.jpg \end{verbatim} \subsection{Computing the subdirectory list} The other hardcoded specification is the list of subdirectories \verb+page1+, ..., \verb+page4+. Rather than editing the project \verb+OMakefile+ each time a directory is added, we could compute it (again with \verb+glob+). \begin{verbatim} .SUBDIRS: $(glob page*) index.html: $(glob *.jpg) genhtml $+ > $@ \end{verbatim} Alternately, the directory structure may be hierarchical. Instead of using \verb+glob+, we could use the \verb+subdirs+ function, returns each of the directories in a hierarchy. For example, this is the result of evaluating the \verb+subdirs+ function in the omake project root. The \verb+P+ option, passed as the first argument, specifies that the listing is ``proper,'' it should not include the \verb+omake+ directory itself. \begin{verbatim} osh> subdirs(P, .) - : \end{verbatim} Using \verb+subdirs+, our example is now as follows. \begin{verbatim} .SUBDIRS: $(subdirs P, .) index.html: $(glob *.jpg) genhtml $+ > $@ \end{verbatim} In this case, \emph{every} subdirectory will be included in the project. If we are using the \verb+BuildInfo.om+ option. Instead of including every subdirectory, we could include only those that contain a \verb+BuildInfo.om+ file. For this purpose, we can use the \verb+find+ function, which traverses the directory hierarchy looking for files that match a test expression. In our case, we want to search for files with the name \verb+BuildInfo.om+. Here is an example call. \begin{verbatim} osh> FILES = $(find . -name BuildInfo.om) - : osh> DIRS = $(dirof $(FILES)) - : \end{verbatim} In this example, there are three \verb+BuildInfo.om+ files, in the \verb+doc/html+, \verb+src+, and \verb+tests/simple+ directories. The \verb+dirof+ function returns the directories for each of the files. Returning to our original example, we modify it as follows. \begin{verbatim} .SUBDIRS: $(dirof $(find . -name BuildInfo.om)) include BuildInfo # Defines the IMAGES variable index.html: $(IMAGES) genhtml $+ > $@ \end{verbatim} \subsection{Temporary directories} Sometimes, your project may include temporary directories--directories where you place intermediate results. these directories are deleted whenever the project is cleanup up. This means, in particular, that you can't place an \verb+OMakefile+ in a temporary directory, because it will be removed when the directory is removed. Instead, if you need to define a configuration for any of these directories, you will need to define it using a \verb+.SUBDIRS+ body. \begin{verbatim} section CREATE_SUBDIRS = true .SUBDIRS: tmp # Compute an MD5 digest %.digest: %.comments echo $(digest $<) > $@ # Extract comments from the source files %.comments: ../src/%.src grep '^#' $< > $@ .DEFAULT: foo.digest .PHONY: clean clean: rm -rf tmp \end{verbatim} In this example, we define the \verb+CREATE_SUBDIRS+ variable as true, so that the \verb+tmp+ directory will be created if it does not exist. The \verb+.SUBDIRS+ body in this example is a bit contrived, but it illustrates the kind of specification you might expect. The \verb+clean+ phony-target indicates that the \verb+tmp+ directory should be removed when the project is cleaned up. % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % -*- omake-omake-0.10.7/doc/src/omake-detail.tex000066400000000000000000000360651472462630700204240ustar00rootroot00000000000000% % Extra detail. % \chapter{Expressions and values} \label{chapter:extra} \cutname{omake-detail.html} \Prog{omake} provides a full programming-language including many system and IO functions. The language is object-oriented -- everything is an object, including the base values like numbers and strings. The \Prog{omake} language can be characterized as follows: \begin{itemize} \item Scoping is by default dynamic. \item The language is mostly functional, and side effects on variables are normally passed on from scope to scope via an explicit \verb+export+ directive, instead of directly mutating variables \item Evaluation is normally eager -- that is, expressions are evaluated as soon as they are encountered. \end{itemize} To illustrate these features, we will use the \Cmd{osh}{1} omake program shell. The \Cmd{osh}{1} program provides a toploop, where expressions can be entered and the result printed. \Cmd{osh}{1} normally interprets input as command text to be executed by the shell, so in many cases we will use the \verb+value+ form to evaluate an expression directly. \begin{verbatim} osh> 1 *** omake error: File -: line 1, characters 0-1 command not found: 1 osh> value 1 - : "1" : Sequence osh> ls -l omake -rwxrwxr-x 1 jyh jyh 1662189 Aug 25 10:24 omake* \end{verbatim} \section{Dynamic scoping} Dynamic scoping means that the value of a variable is determined by the most recent binding of the variable in scope at runtime. Consider the following program. \begin{verbatim} OPTIONS = a b c f() = println(OPTIONS = $(OPTIONS)) g() = OPTIONS = d e f f() \end{verbatim} If \verb+f()+ is called without redefining the \verb+OPTIONS+ variable, the function should print the string \verb+OPTIONS = a b c+. In contrast, the function \verb+g()+ redefines the \verb+OPTIONS+ variable and evaluates \verb+f()+ in that scope, which now prints the string \verb+OPTIONS = d e f+. The body of \verb+g+ defines a local scope -- the redefinition of the \verb+OPTIONS+ variable is local to \verb+g+ and does not persist after the function terminates. \begin{verbatim} osh> g() OPTIONS = d e f osh> f() OPTIONS = a b c \end{verbatim} Dynamic scoping can be tremendously helpful for simplifying the code in a project. For example, the \File{OMakeroot} file defines a set of functions and rules for building projects using such variables as \verb+CC+, \verb+CFLAGS+, etc. However, different parts of a project may need different values for these variables. For example, we may have a subdirectory called \verb+opt+ where we want to use the \verb+-03+ option, and a subdirectory called \verb+debug+ where we want to use the \verb+-g+ option. Dynamic scoping allows us to redefine these variables in the parts of the project without having to redefine the functions that use them. \begin{verbatim} section CFLAGS = -O3 .SUBDIRS: opt section CFLAGS = -g .SUBDIRS: debug \end{verbatim} However, dynamic scoping also has drawbacks. First, it can become confusing: you might have a variable that is intended to be private, but it is accidentally redefined elsewhere. For example, you might have the following code to construct search paths. \begin{verbatim} PATHSEP = : make-path(dirs) = return $(concat $(PATHSEP), $(dirs)) make-path(/bin /usr/bin /usr/X11R6/bin) - : "/bin:/usr/bin:/usr/X11R6/bin" : String \end{verbatim} However, elsewhere in the project, the \verb+PATHSEP+ variable is redefined as a directory separator \verb+/+, and your function suddenly returns the string \verb+/bin//usr/bin//usr/X11R6/bin+, obviously not what you want. The \verb+private+ block is used to solve this problem. Variables that are defined in a \verb+private+ block use static scoping -- that is, the value of the variable is determined by the most recent definition in scope in the source text. \begin{verbatim} private PATHSEP = : make-path(dirs) = return $(concat $(PATHSEP), $(dirs)) PATHSEP = / make-path(/bin /usr/bin /usr/X11R6/bin) - : "/bin:/usr/bin:/usr/X11R6/bin" : String \end{verbatim} \section{Functional evaluation} This has two aspects: First of all, functions are values like other values: \begin{verbatim} p(f, x) = y = $(f $(x), 1) println($"The value is $(y)") p($(add), 5) # prints 6 p($(sub), 5) # prints 4 \end{verbatim} The other aspect is that variables (and thus the whole environment) can exist in several versions: The assignment to a variable creates first a second version in the current block, and is not directly applied to the orignal variable, unless it is finally ``exported''. (Note that in previous versions of the manual you could read here that there ``is no assignment operator''. On the surface this is of course not true, as we provide such an operator. This comment referred to the implementation, which represents environments as functional maps from names to values, and reduces assignment to a functional update of the current environment, yielding to a new version.) \section{Exporting the environment} \label{section:export}\index{export} The \verb+export+ directive can be used to propagate all or part of an inner scope back to its parent. If used without arguments, the entire scope is propagated back to the parent; otherwise the arguments specify which part of the environment to propagate. The most common usage is to export some or all of the definitions in a conditional block. In the following example, the variable \verb+B+ is bound to 2 after the conditional. The \verb+A+ variable is not redefined. \begin{verbatim} if $(test) A = 1 B = $(add $(A), 1) export B else B = 2 export \end{verbatim} If the \verb+export+ directive is used without an argument, all of the following is exported: \begin{itemize} \item The values of all the dynamically scoped variables (as described in Section~\ref{section:public}). \item The current working directory. \item The current Unix environment. \item The current implicit rules and implicit dependencies (see also Section~\ref{section:implicit-scoping}). \item The current set of ``phony'' target declarations (see Sections~\ref{target:.PHONY} and~\ref{section:PHONY-scoping}). \end{itemize} If the \verb+export+ directive is used with an argument, the argument expression is evaluated and the resulting value is interpreted as follows: \begin{itemize} \item If the value is empty, everything is exported, as described above. \item If the value represents a environment (or a partial environment) captured using the \hyperfun{export}, then the corresponding environment or partial environment is exported. \item Otherwise, the value must be a sequence of strings specifying which items are to be propagated back. The following strings have special meaning: \begin{itemize} \item \index{.RULE}\verb+.RULE+ --- implicit rules and implicit dependencies. \item \index{.PHONY}\verb+.PHONY+ --- the set of ``phony'' target declarations. \end{itemize} All other strings are interpreted as names of the variables that need to be propagated back. \end{itemize} For example, in the following (somewhat artificial) example, the variables \verb+A+ and \verb+B+ will be exported, and the implicit rule will remain in the environment after the section ends, but the variable \verb+TMP+ and the target \verb+tmp_phony+ will remain unchanged. \begin{verbatim} section A = 1 B = 2 TMP = $(add $(A), $(B)) .PHONY: tmp_phony tmp_phony: prepare_foo %.foo: %.bar tmp_phony compute_foo $(TMP) $< $@ export A B .RULE \end{verbatim} \subsection{Export regions} \newinreorg The \verb+export+ directive does not need to occur at the end of a block. An export is valid from the point where it is specified to the end of the block in which it is contained. In other words, the export is used in the program that follows it. This can be especially useful for reducing the amount of code you have to write. In the following example, the variable \verb+CFLAGS+ is exported from the both branches of the conditional. \begin{verbatim} export CFLAGS if $(equal $(OSTYPE), Win32) CFLAGS += /DWIN32 else CFLAGS += -UWIN32 \end{verbatim} \subsection{Returning values from exported regions} \newinreorg The use of export does not affect the value returned by a block. The value is computed as usual, as the value of the last statement in the block, ignoring the export. For example, suppose we wish to implement a table that maps strings to unique integers. Consider the following program. \begin{verbatim} # Empty map table = $(Map) # Add an entry to the table intern(s) = export if $(table.mem $s) table.find($s) else private.i = $(table.length) table = $(table.add $s, $i) value $i intern(foo) intern(boo) intern(moo) # Prints "boo = 1" println($"boo = $(intern boo)") \end{verbatim} % Given a string \verb+s+, the function \verb+intern+ returns either the value already associated with \verb+s+, or assigns a new value. In the latter case, the table is updated with the new value. The \verb+export+ at the beginning of the function means that the variable \verb+table+ is to be exported. The bindings for \verb+s+ and \verb+i+ are not exported, because they are private. \label{section:eager} Evaluation in \Prog{omake} is eager. That is, expressions are evaluated as soon as they are encountered by the evaluator. One effect of this is that the right-hand-side of a variable definition is expanded when the variable is defined. \begin{verbatim} osh> A = 1 - : "1" osh> A = $(A)$(A) - : "11" \end{verbatim} In the second definition, \verb+A = $(A)$(A)+, the right-hand-side is evaluated first, producing the sequence \verb+11+. Then the variable \verb+A+ is \emph{redefined} as the new value. When combined with dynamic scoping, this has many of the same properties as conventional imperative programming. \begin{verbatim} osh> A = 1 - : "1" osh> printA() = println($"A = $A") osh> A = $(A)$(A) - : "11" osh> printA() 11 \end{verbatim} In this example, the print function is defined in the scope of \verb+A+. When it is called on the last line, the dynamic value of \verb+A+ is \verb+11+, which is what is printed. However, dynamic scoping and imperative programming should not be confused. The following example illustrates a difference. The second \verb+printA+ is not in the scope of the definition \verb+A = x$(A)$(A)x+, so it prints the original value, \verb+1+. \begin{verbatim} osh> A = 1 - : "1" osh> printA() = println($"A = $A") osh> section A = x$(A)$(A)x printA() x11x osh> printA() 1 \end{verbatim} See also Section~\ref{section:lazy} for further ways to control the evaluation order through the use of ``lazy'' expressions. \section{Objects} \Prog{omake} is an object-oriented language. Everything is an object, including base values like numbers and strings. In many projects, this may not be so apparent because most evaluation occurs in the default toplevel object, the \verb+Pervasives+ object, and few other objects are ever defined. However, objects provide additional means for data structuring, and in some cases judicious use of objects may simplify your project. Objects are defined with the following syntax. This defines \verb+name+ to be an object with several methods an values. \begin{verbatim} name. = # += may be used as well extends parent-object # optional class class-name # optional # Fields X = value Y = value # Methods f(args) = body g(arg) = body \end{verbatim} An \verb+extends+ directive specifies that this object inherits from the specified \verb+parent-object+. The object may have any number of \verb+extends+ directives. If there is more than on \verb+extends+ directive, then fields and methods are inherited from all parent objects. If there are name conflicts, the later definitions override the earlier definitions. The \verb+class+ directive is optional. If specified, it defines a name for the object that can be used in \verb+instanceof+ operations, as well as \verb+::+ scoping directives discussed below. The body of the object is actually an arbitrary program. The variables defined in the body of the object become its fields, and the functions defined in the body become its methods. \section{Field and method calls} The fields and methods of an object are named using \verb+object.name+ notation. For example, let's define a one-dimensional point value. \begin{verbatim} Point. = class Point # Default value x = $(int 0) # Create a new point new(x) = x = $(int $(x)) return $(this) # Move by one move() = x = $(add $(x), 1) return $(this) osh> p1 = $(Point.new 15) osh> value $(p1.x) - : 15 : Int osh> p2 = $(p1.move) osh> value $(p2.x) - : 16 : Int \end{verbatim} The \verb+$(this)+ variable always represents the current object. The expression \verb+$(p1.x)+ fetches the value of the \verb+x+ field in the \verb+p1+ object. The expression \verb+$(Point.new 15)+ represents a method call to the \verb+new+ method of the \verb+Point+ object, which returns a new object with 15 as its initial value. The expression \verb+$(p1.move)+ is also a method call, which returns a new object at position 16. Note that objects are functional --- it is not possible to modify the fields or methods of an existing object in place. Thus, the \verb+new+ and \verb+move+ methods return new objects. \section{Method override} Suppose we wish to create a new object that moves by 2 units, instead of just 1. We can do it by overriding the \verb+move+ method. \begin{verbatim} Point2. = extends $(Point) # Override the move method move() = x = $(add $(x), 2) return $(this) osh> p2 = $(Point2.new 15) osh> p3 = $(p2.move) osh> value $(p3.x) - : 17 : Int \end{verbatim} However, by doing this, we have completely replaced the old \verb+move+ method. \section{Super calls} Suppose we wish to define a new \verb+move+ method that just calls the old one twice. We can refer to the old definition of move using a super call, which uses the notation \verb+$(classname::name )+. The \verb+classname+ should be the name of the superclass, and \verb+name+ the field or method to be referenced. An alternative way of defining the \verb+Point2+ object is then as follows. \begin{verbatim} Point2. = extends $(Point) # Call the old method twice move() = this = $(Point::move) return $(Point::move) \end{verbatim} Note that the first call to \verb+$(Point::move)+ redefines the current object (the \verb+this+ variable). This is because the method returns a new object, which is re-used for the second call. % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % -*- % vim:tw=100:fo=tcq: omake-omake-0.10.7/doc/src/omake-doc.tex000066400000000000000000000164001472462630700177160ustar00rootroot00000000000000\batchmode \documentclass[dvipdfm]{book} \usepackage{hevea} \usepackage{code} \usepackage{xspace} %\usepackage[latin1]{inputenc} \usepackage[english]{babel} \usepackage{url} \usepackage{index} \usepackage{hyperref} \addtocounter{tocdepth}{1} \addtocounter{secnumdepth}{1} \newcommand{\OMake}{OMake\xspace} \newcommand{\authors}{Jason Hickey, Aleksey Nogin, \emph{et. al.}} \newcommand{\Version}{0.10.7} \title{The \OMake{} user guide and reference manual (version \Version{})} \author{\authors} % % Backwards-compatibility with the LaTeX2Man package % \newcommand{\Prog}[1]{\texttt{#1}} \newcommand{\File}[1]{\texttt{#1}} \newcommand{\Cmd}[2]{\texttt{#1}(#2)} \newcommand{\Arg}[1]{\texttt{#1}} \newcommand{\Opt}[1]{\texttt{#1}} \newcommand{\OptArg}[2]{\texttt{#1 <#2>}} \newcommand{\oOpt}[1]{[\texttt{#1}]} \newcommand{\oArg}[1]{\texttt{#1}} \newcommand{\oOptArg}[2]{[\texttt{#1 <#2>}]} \newcommand\Date{\today} \date{\Date} % % Versions % \newcommand\newinreorg{\textit{This feature was introduced in version 0.9.8.5.}} \newcommand\newinkeyword{\textit{This feature was introduced in version 0.9.8.6.}} % % Identifiers. % \newcommand\idsection[1]{\subsection{#1}} \newcommand\varlabel[2]{\paragraph{#2}\hypertarget{var:#1}{}\index{#2}\index[var]{#2}} \newcommand\var[1]{\varlabel{#1}{#1}} \newcommand\funref[1]{\hypertarget{fun:#1}{}\label{function:#1}\index{#1}\index[fun]{#1}} \newcommand\fun[1]{\idsection{#1}\funref{#1}} \newcommand\funlabel[2]{\idsection{#2}\hypertarget{fun:#1}{}\index{#2}\index[fun]{#2}} \newcommand\twofuns[2]{\idsection{{#1}, {#2}}\funref{#1}\funref{#2}} \newcommand\twofunslabel[4]{\idsection{{#2}, {#4}}\hypertarget{fun:#1}{}\index{#2}\index[fun]{#2}\hypertarget{fun:#3}{}\index{#4}\index[fun]{#4}} \newcommand\threefuns[3]{\idsection{{#1}, {#2}, {#3}}\funref{#1}\funref{#2}\funref{#3}} \newcommand\threefunslabel[6]{\idsection{{#2}, {#4}, {#6}}\hypertarget{fun:#1}{}\index{#2}\index[fun]{#2}\hypertarget{fun:#3}{}\index{#4}\index[fun]{#4}\hypertarget{fun:#5}{}\index{#6}\index[fun]{#6}} \newcommand\fourfuns[4]{\idsection{{#1}, {#2}, {#3}, {#4}}\funref{#1}\funref{#2}\funref{#3}\funref{#4}} \newcommand\sixfuns[6]{\idsection{{#1}, {#2}, {#3}, {#4}, {#5}, {#6}}\funref{#1}\funref{#2}\funref{#3}\funref{#4}\funref{#5}\funref{#6}} \newcommand\formref[1]{\funref{#1}} \newcommand\form[1]{\idsection{#1}\funref{#1}} \newcommand\objref[1]{\hypertarget{obj:#1}{}\label{object:#1}\index{#1}\index[obj]{#1}} \newcommand\obj[1]{\idsection{#1}\objref{#1}} \newcommand\targetlabelref[2]{\index{#2}\index[target]{#2}\label{target:#1}} \newcommand\targetref[1]{\index{#1}\index[target]{#1}\label{target:#1}} \newcommand\target[1]{\idsection{#1}\targetref{#1}} \newcommand\optionref[1]{\index{#1}\index[opt]{#1}\label{option:#1}} \newcommand\option[1]{\idsection{\texttt{#1}}\optionref{#1}} \newstyle{.verbatim}{margin-left:3ex; 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\end{rawhtml} \heading} \htmlfoot{\heading} \begin{document} \htmlprefix{\OMake{} manual: } \maketitle \begin{htmlonly} \ahref{omake-doc.html}{All the documentation on a single page} \textbf{\OMake{} table of contents} \end{htmlonly} \tableofcontents \label{chapter:contents} \cutname{omake-contents.html} \input{omake-index} \input{omake-examples} \input{omake-build-examples} \input{omake-language} \input{omake-language-naming} \input{omake-detail} \input{omake-language-examples} \input{omake-rules} \input{../tex/omake-base} \input{../tex/omake-system} \input{../tex/omake-pervasives} {\renewcommand\idsection[1]{\subsubsection{#1}}\input{../tex/omake-root}} \input{../tex/omake-autoconf} \input{osh} \appendix \input{omake-options} \input{omake-grammar} \printindex[default] \cutname{omake-all-index.html} \printindex[var] \cutname{omake-var-index.html} \printindex[fun] \cutname{omake-fun-index.html} \printindex[obj] \cutname{omake-obj-index.html} \printindex[target] \cutname{omake-target-index.html} \printindex[opt] \cutname{omake-option-index.html} \chapter{References} \label{chapter:references} \cutname{omake-references.html} \section{See Also} omake(1) (Chapter~\ref{chapter:omake}), osh(1) (Chapter~\ref{chapter:osh}), make(1) \section{Version} Version: \Version\ of \Date. \section{License and Copyright} \copyright\ 2003-2006, Mojave Group, Caltech This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; version 2 of the License. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. \section{Original Author} \noindent \authors \\ Caltech 256-80 \\ Pasadena, CA 91125, USA \\ Email: \texttt{omake-devel@metaprl.org} \\ WWW: \url{http://www.cs.caltech.edu/~jyh} and \url{http://nogin.org/} \section{Maintainer} \noindent OMake is maintained by Gerd Stolpmann, \texttt{gerd@gerd-stolpmann.de}. \\ WWW: \url{http://projects.camlcity.org/projects/omake.html} \\ Mailing list: \texttt{omake@lists.ocaml.org}, \\ \url{http://lists.ocaml.org/listinfo/omake} \end{document} %% \IfFileExists{rcsinfo.sty}{ %% \setDate{\rcsInfoLongDate} %% }{ %% \setDate{April 11, 2006} %%%% must be manually set, if rcsinfo is not present %% } omake-omake-0.10.7/doc/src/omake-examples.tex000066400000000000000000000466051472462630700210010ustar00rootroot00000000000000% % Soem examples. % \chapter{\OMake{} quickstart guide} \label{chapter:quickstart} \cutname{omake-quickstart.html} \section{Description} \Prog{omake} is designed for building projects that might have source files in several directories. Projects are normally specified using an \File{OMakefile} in each of the project directories, and an \File{OMakeroot} file in the root directory of the project. The \File{OMakeroot} file specifies general build rules, and the \File{OMakefile}s specify the build parameters specific to each of the subdirectories. When \Prog{omake} runs, it walks the configuration tree, evaluating rules from all of the \File{OMakefile}s. The project is then built from the entire collection of build rules. \subsection{Automatic dependency analysis} Dependency analysis has always been problematic with the \Cmd{make}{1} program. \Prog{omake} addresses this by adding the \verb+.SCANNER+ target, which specifies a command to produce dependencies. For example, the following rule \begin{verbatim} .SCANNER: %.o: %.c $(CC) $(INCLUDE) -MM $< \end{verbatim} is the standard way to generate dependencies for \verb+.c+ files. \Prog{omake} will automatically run the scanner when it needs to determine dependencies for a file. \subsection{Content-based dependency analysis} Dependency analysis in omake uses MD5 digests to determine whether files have changed. After each run, \Prog{omake} stores the dependency information in a file called \File{.omakedb} in the project root directory. When a rule is considered for execution, the command is not executed if the target, dependencies, and command sequence are unchanged since the last run of \Prog{omake}. As an optimization, \Prog{omake} does not recompute the digest for a file that has an unchanged modification time, size, and inode number. \section{For users already familiar with make} For users already familiar with the \Cmd{make}{1} command, here is a list of differences to keep in mind when using \Prog{omake}. \begin{itemize} \item In \Prog{omake}, you are much less likely to define build rules of your own. The system provides many standard functions (like \hyperfunn{StaticCLibrary} and \hyperfunn{CProgram}), described in Chapter~\ref{chapter:build}, to specify these builds more simply. \item Implicit rules using \verb+.SUFFIXES+ and the \verb+.suf1.suf2:+ are not supported. You should use wildcard patterns instead \verb+%.suf2: %.suf1+. \item Scoping is significant: you should define variables and \verb+.PHONY+ targets (see Section~\ref{target:.PHONY}) before they are used. \item Subdirectories are incorporated into a project using the \verb+.SUBDIRS:+ target (see Section~\ref{target:.SUBDIRS}). \end{itemize} \section{Building a small C program} To start a new project, the easiest method is to change directories to the project root and use the command \verb+omake --install+ to install default \File{OMakefile}s. \begin{verbatim} $ cd ~/newproject $ omake --install *** omake: creating OMakeroot *** omake: creating OMakefile *** omake: project files OMakefile and OMakeroot have been installed *** omake: you should edit these files before continuing \end{verbatim} The default \File{OMakefile} contains sections for building C and OCaml programs. For now, we'll build a simple C project. Suppose we have a C file called \verb+hello_code.c+ containing the following code: \begin{verbatim} #include int main(int argc, char **argv) { printf("Hello world\n"); return 0; } \end{verbatim} To build the program a program \verb+hello+ from this file, we can use the \hyperfun{CProgram}. The \File{OMakefile} contains just one line that specifies that the program \verb+hello+ is to be built from the source code in the \verb+hello_code.c+ file (note that file suffixes are not passed to these functions). \begin{verbatim} CProgram(hello, hello_code) \end{verbatim} Now we can run \Prog{omake} to build the project. Note that the first time we run \Prog{omake}, it both scans the \verb+hello_code.c+ file for dependencies, and compiles it using the \verb+cc+ compiler. The status line printed at the end indicates how many files were scanned, how many were built, and how many MD5 digests were computed. \begin{verbatim} $ omake hello *** omake: reading OMakefiles *** omake: finished reading OMakefiles (0.0 sec) - scan . hello_code.o + cc -I. -MM hello_code.c - build . hello_code.o + cc -I. -c -o hello_code.o hello_code.c - build . hello + cc -o hello hello_code.o *** omake: done (0.5 sec, 1/6 scans, 2/6 rules, 5/22 digests) $ omake *** omake: reading OMakefiles *** omake: finished reading OMakefiles (0.1 sec) *** omake: done (0.1 sec, 0/4 scans, 0/4 rules, 0/9 digests) \end{verbatim} If we want to change the compile options, we can redefine the \verb+CC+ and \verb+CFLAGS+ variables \emph{before} the \verb+CProgram+ line. In this example, we will use the \verb+gcc+ compiler with the \verb+-g+ option. In addition, we will specify a \verb+.DEFAULT+ target to be built by default. The \verb+EXE+ variable is defined to be \verb+.exe+ on \verb+Win32+ systems; it is empty otherwise. \begin{verbatim} CC = gcc CFLAGS += -g CProgram(hello, hello_code) .DEFAULT: hello$(EXE) \end{verbatim} Here is the corresponding run for \Prog{omake}. \begin{verbatim} $ omake *** omake: reading OMakefiles *** omake: finished reading OMakefiles (0.0 sec) - scan . hello_code.o + gcc -g -I. -MM hello_code.c - build . hello_code.o + gcc -g -I. -c -o hello_code.o hello_code.c - build . hello + gcc -g -o hello hello_code.o *** omake: done (0.4 sec, 1/7 scans, 2/7 rules, 3/22 digests) \end{verbatim} We can, of course, include multiple files in the program. Suppose we write a new file \verb+hello_helper.c+. We would include this in the project as follows. \begin{verbatim} CC = gcc CFLAGS += -g CProgram(hello, hello_code hello_helper) .DEFAULT: hello$(EXE) \end{verbatim} \section{Larger projects} As the project grows it is likely that we will want to build libraries of code. Libraries can be built using the \verb+StaticCLibrary+ function. Here is an example of an \File{OMakefile} with two libraries. \begin{verbatim} CC = gcc CFLAGS += -g FOO_FILES = foo_a foo_b BAR_FILES = bar_a bar_b bar_c StaticCLibrary(libfoo, $(FOO_FILES)) StaticCLibrary(libbar, $(BAR_FILES)) # The hello program is linked with both libraries LIBS = libfoo libbar CProgram(hello, hello_code hello_helper) .DEFAULT: hello$(EXE) \end{verbatim} \section{Subdirectories} As the project grows even further, it is a good idea to split it into several directories. Suppose we place the \verb+libfoo+ and \verb+libbar+ into subdirectories. In each subdirectory, we define an \File{OMakefile} for that directory. For example, here is an example \File{OMakefile} for the \verb+foo+ subdirectory. \begin{verbatim} INCLUDES += .. ../bar FOO_FILES = foo_a foo_b StaticCLibrary(libfoo, $(FOO_FILES)) \end{verbatim} Note the the \verb+INCLUDES+ variable is defined to include the other directories in the project. Now, the next step is to link the subdirectories into the main project. The project \File{OMakefile} should be modified to include a \verb+.SUBDIRS:+ target. \begin{verbatim} # Project configuration CC = gcc CFLAGS += -g # Subdirectories .SUBDIRS: foo bar # The libraries are now in subdirectories LIBS = foo/libfoo bar/libbar CProgram(hello, hello_code hello_helper) .DEFAULT: hello$(EXE) \end{verbatim} Note that the variables \verb+CC+ and \verb+CFLAGS+ are defined \emph{before} the \verb+.SUBDIRS+ target. These variables remain defined in the subdirectories, so that \verb+libfoo+ and \verb+libbar+ use \verb+gcc -g+. If the two directories are to be configured differently, we have two choices. The \File{OMakefile} in each subdirectory can be modified with its configuration (this is how it would normally be done). Alternatively, we can also place the change in the root \File{OMakefile}. \begin{verbatim} # Default project configuration CC = gcc CFLAGS += -g # libfoo uses the default configuration .SUBDIRS: foo # libbar uses the optimizing compiler CFLAGS += -O3 .SUBDIRS: bar # Main program LIBS = foo/libfoo bar/libbar CProgram(hello, hello_code hello_helper) .DEFAULT: hello$(EXE) \end{verbatim} Note that the way we have specified it, the \verb+CFLAGS+ variable also contains the \verb+-O3+ option for the \verb+CProgram+, and \verb+hello_code.c+ and \verb+hello_helper.c+ file will both be compiled with the \verb+-O3+ option. If we want to make the change truly local to \verb+libbar+, we can put the \verb+bar+ subdirectory in its own scope using the \verb+section+ form. \begin{verbatim} # Default project configuration CC = gcc CFLAGS += -g # libfoo uses the default configuration .SUBDIRS: foo # libbar uses the optimizing compiler section CFLAGS += -O3 .SUBDIRS: bar # Main program does not use the optimizing compiler LIBS = foo/libfoo bar/libbar CProgram(hello, hello_code hello_helper) .DEFAULT: hello$(EXE) \end{verbatim} Later, suppose we decide to port this project to \verb+Win32+, and we discover that we need different compiler flags and an additional library. \begin{verbatim} # Default project configuration if $(equal $(OSTYPE), Win32) CC = cl /nologo CFLAGS += /DWIN32 /MT export else CC = gcc CFLAGS += -g export # libfoo uses the default configuration .SUBDIRS: foo # libbar uses the optimizing compiler section CFLAGS += $(if $(equal $(OSTYPE), Win32), $(EMPTY), -O3) .SUBDIRS: bar # Default libraries LIBS = foo/libfoo bar/libbar # We need libwin32 only on Win32 if $(equal $(OSTYPE), Win32) LIBS += win32/libwin32 .SUBDIRS: win32 export # Main program does not use the optimizing compiler CProgram(hello, hello_code hello_helper) .DEFAULT: hello$(EXE) \end{verbatim} Note the use of the \verb+export+ directives to export the variable definitions from the if-statements. Variables in \Prog{omake} are \emph{scoped}---variables in nested blocks (blocks with greater indentation), are not normally defined in outer blocks. The \verb+export+ directive specifies that the variable definitions in the nested blocks should be exported to their parent block. Finally, for this example, we decide to copy all libraries into a common \verb+lib+ directory. We first define a directory variable, and replace occurrences of the \verb+lib+ string with the variable. \begin{verbatim} # The common lib directory LIB = $(dir lib) # phony target to build just the libraries .PHONY: makelibs # Default project configuration if $(equal $(OSTYPE), Win32) CC = cl /nologo CFLAGS += /DWIN32 /MT export else CC = gcc CFLAGS += -g export # libfoo uses the default configuration .SUBDIRS: foo # libbar uses the optimizing compiler section CFLAGS += $(if $(equal $(OSTYPE), Win32), $(EMPTY), -O3) .SUBDIRS: bar # Default libraries LIBS = $(LIB)/libfoo $(LIB)/libbar # We need libwin32 only on Win32 if $(equal $(OSTYPE), Win32) LIBS += $(LIB)/libwin32 .SUBDIRS: win32 export # Main program does not use the optimizing compiler CProgram(hello, hello_code hello_helper) .DEFAULT: hello$(EXE) \end{verbatim} In each subdirectory, we modify the \File{OMakefile}s in the library directories to install them into the \verb+$(LIB)+ directory. Here is the relevant change to \File{foo/OMakefile}. \begin{verbatim} INCLUDES += .. ../bar FOO_FILES = foo_a foo_b StaticCLibraryInstall(makelib, $(LIB), libfoo, $(FOO_FILES)) \end{verbatim} Directory (and file names) evaluate to relative pathnames. Within the \verb+foo+ directory, the \verb+$(LIB)+ variable evaluates to \verb+../lib+. As another example, instead of defining the \verb+INCLUDES+ variable separately in each subdirectory, we can define it in the toplevel as follows. \begin{verbatim} INCLUDES = $(ROOT) $(dir foo bar win32) \end{verbatim} In the \verb+foo+ directory, the \verb+INCLUDES+ variable will evaluate to the string \verb+.. . ../bar ../win32+. In the \verb+bar+ directory, it would be \verb+.. ../foo . ../win32+. In the root directory it would be \verb+. foo bar win32+. \section{Other things to consider} \Prog{omake} also handles recursive subdirectories. For example, suppose the \verb+foo+ directory itself contains several subdirectories. The \File{foo/OMakefile} would then contain its own \verb+.SUBDIRS+ target, and each of its subdirectories would contain its own \verb+OMakefile+. \section{Building OCaml programs} By default, \Prog{omake} is also configured with functions for building OCaml programs. The functions for OCaml program use the \verb+OCaml+ prefix. For example, suppose we reconstruct the previous example in OCaml, and we have a file called \verb+hello_code.ml+ that contains the following code. \begin{verbatim} open Printf let () = printf "Hello world\n" \end{verbatim} An example \File{OMakefile} for this simple project would contain the following. \begin{verbatim} # Use the byte-code compiler BYTE_ENABLED = true NATIVE_ENABLED = false OCAMLCFLAGS += -g # Build the program OCamlProgram(hello, hello_code) .DEFAULT: hello.run \end{verbatim} Next, suppose the we have two library subdirectories: the \verb+foo+ subdirectory is written in C, the \verb+bar+ directory is written in OCaml, and we need to use the standard OCaml \verb+Unix+ module. \begin{verbatim} # Default project configuration if $(equal $(OSTYPE), Win32) CC = cl /nologo CFLAGS += /DWIN32 /MT export else CC = gcc CFLAGS += -g export # Use the byte-code compiler BYTE_ENABLED = true NATIVE_ENABLED = false OCAMLCFLAGS += -g # library subdirectories INCLUDES += $(dir foo bar) OCAMLINCLUDES += $(dir foo bar) .SUBDIRS: foo bar # C libraries LIBS = foo/libfoo # OCaml libraries OCAML_LIBS = bar/libbar # Also use the Unix module OCAML_OTHER_LIBS = unix # The main program OCamlProgram(hello, hello_code hello_helper) .DEFAULT: hello \end{verbatim} The \File{foo/OMakefile} would be configured as a C library. \begin{verbatim} FOO_FILES = foo_a foo_b StaticCLibrary(libfoo, $(FOO_FILES)) \end{verbatim} The \File{bar/OMakefile} would build an ML library. \begin{verbatim} BAR_FILES = bar_a bar_b bar_c OCamlLibrary(libbar, $(BAR_FILES)) \end{verbatim} \section{The OMakefile and OMakeroot files} \label{section:omakeroot} \index{OMakefile} \index{OMakeroot} \Prog{\OMake} uses the \File{OMakefile} and \File{OMakeroot} files for configuring a project. The syntax of these files is the same, but their role is slightly different. For one thing, every project must have exactly one \File{OMakeroot} file in the project root directory. This file serves to identify the project root, and it contains code that sets up the project. In contrast, a multi-directory project will often have an \File{OMakefile} in each of the project subdirectories, specifying how to build the files in that subdirectory. Normally, the \File{OMakeroot} file is boilerplate. The following listing is a typical example. \begin{verbatim} include $(STDLIB)/build/Common include $(STDLIB)/build/C include $(STDLIB)/build/OCaml include $(STDLIB)/build/LaTeX # Redefine the command-line variables DefineCommandVars(.) # The current directory is part of the project .SUBDIRS: . \end{verbatim} The \verb+include+ lines include the standard configuration files needed for the project. The \verb+$(STDLIB)+ represents the \Prog{omake} library directory. The only required configuration file is \verb+Common+. The others are optional; for example, the \verb+$(STDLIB)/build/OCaml+ file is needed only when the project contains programs written in OCaml. The \verb+DefineCommandVars+ function defines any variables specified on the command line (as arguments of the form \verb+VAR=+). The \verb+.SUBDIRS+ line specifies that the current directory is part of the project (so the \verb+OMakefile+ should be read). Normally, the \verb+OMakeroot+ file should be small and project-independent. Any project-specific configuration should be placed in the \verb+OMakefiles+ of the project. \section{Multiple version support} \index{vmount} \OMake{} version \verb+0.9.6+ introduced preliminary support for multiple, simultaneous versions of a project. Versioning uses the \verb+vmount(dir1, dir2)+ function, which defines a ``virtual mount'' of directory \verb+dir1+ over directory \verb+dir2+. A ``virtual mount'' is like a transparent mount in Unix, where the files from \verb+dir1+ appear in the \verb+dir2+ namespace, but new files are created in \verb+dir2+. More precisely, the filename \verb+dir2/foo+ refers to: a) the file \verb+dir1/foo+ if it exists, or b) \verb+dir2/foo+ otherwise. The \verb+vmount+ function makes it easy to specify multiple versions of a project. Suppose we have a project where the source files are in the directory \verb+src/+, and we want to compile two versions, one with debugging support and one optimized. We create two directories, \File{debug} and \File{opt}, and mount the \File{src} directory over them. \begin{verbatim} section CFLAGS += -g vmount(-l, src, debug) .SUBDIRS: debug section CFLAGS += -O3 vmount(-l, src, opt) .SUBDIRS: opt \end{verbatim} Here, we are using \verb+section+ blocks to define the scope of the \verb+vmount+---you may not need them in your project. The \verb+-l+ option is optional. It specifies that files form the \verb+src+ directory should be linked into the target directories (or copied, if the system is Win32). The links are added as files are referenced. If no options are given, then files are not copied or linked, but filenames are translated to refer directly to the \verb+src/+ files. Now, when a file is referenced in the \verb+debug+ directory, it is linked from the \verb+src+ directory if it exists. For example, when the file \verb+debug/OMakefile+ is read, the \verb+src/OMakefile+ is linked into the \verb+debug/+ directory. The \verb+vmount+ model is fairly transparent. The \verb+OMakefile+s can be written \emph{as if} referring to files in the \verb+src/+ directory---they need not be aware of mounting. However, there are a few points to keep in mind. \section{Notes} \begin{itemize} \item When using the \verb+vmount+ function for versioning, it wise to keep the source files distinct from the compiled versions. For example, suppose the source directory contained a file \verb+src/foo.o+. When mounted, the \verb+foo.o+ file will be the same in all versions, which is probably not what you want. It is better to keep the \verb+src/+ directory pristine, containing no compiled code. \item When using the \verb+vmount -l+ option, files are linked into the version directory only if they are referenced in the project. Functions that examine the filesystem (like \verb+$(ls ...)+) may produce unexpected results. \end{itemize} % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % -*- omake-omake-0.10.7/doc/src/omake-grammar.tex000066400000000000000000001047311472462630700206040ustar00rootroot00000000000000% % A more formal description of the grammar. % \chapter{\OMake{} grammar} \label{chapter:grammar} \cutname{omake-grammar.html} \section{\OMake{} lexical conventions} The \OMake{} language is based on the language for GNU/BSD make, where there are few lexical conventions. Strictly speaking, there are no keywords, and few special symbols. \subsection{Comments} Comments begin with the \verb+#+ character and continue to the end-of-line. Text within a comment is unrestricted. Examples. \begin{verbatim} # This is a comment # This $comment contains a quote " character \end{verbatim} \subsection{Special characters} The following characters are special in some contexts. \begin{verbatim} $ ( ) , . = : " ' ` \ # \end{verbatim} \begin{itemize} \item \verb+$+ is used to denote a variable reference, or function application. \item Parentheses \verb+)+, \verb+(+ are argument deliminters. \item The command \verb+,+ is an argument separator. \item The period symbol \verb+.+ is a name separator. \item The equality symbol \verb+=+ denotes a definition. \item The colon symbol \verb+:+ is used to denote rules, and (optionally) to indicate that an expression is followed by an indented body. \item The quotation symbols \verb+"+ and \verb+'+ delimit character strings. \item The symbol \verb+#+ is the first character of a constant. \item The escape symbol \verb+\+ is special \emph{only when} followed by another special character. In this case, the special status of the second character is removed, and the sequence denotes the second character. Otherwise, the \verb+\+ is not special. Examples: \begin{itemize} \item \verb+\$+: the \verb+$+ character (as a normal character). \item \verb+\#+: the \verb+#+ character (as a normal character). \item \verb+\\+: the \verb+\+ character (as a normal character). \item \verb+c\:\Windows\moo\#boo+: the string \verb+c:\Windows\moo#boo+. \end{itemize} \end{itemize} \subsection{Identifiers} Identifiers (variable names) are drawn from the ASCII alphanumeric characters as well as \verb+_+, \verb+-+, \verb+~+, \verb+@+. Case is significant; the following identifiers are distinct: \verb+FOO+, \verb+Foo+, \verb+foo+. The identifier may begin with any of the valid characters, including digits. Using \verb+egrep+ notation, the regular expression for identifiers is defined as follows. \begin{verbatim} identifier ::= [-@~_A-Za-z0-9]+ \end{verbatim} The following are legal identifiers. \begin{verbatim} Xyz hello_world seventy@nine 79-32 Gnus~Gnats CFLAGS \end{verbatim} The following are not legal identifiers. \begin{verbatim} x+y hello&world \end{verbatim} \subsection{Command identifiers} The following words have special significance when they occur as the \emph{first} word of a program line. They are not otherwise special. \begin{verbatim} case catch class declare default do else elseif export extends finally if import include match open raise return section switch try value when while \end{verbatim} \subsection{Variable references} A variable reference is denoted with the \verb+$+ special character followed by an identifier. If the identifier name has more than one character, it must be enclosed in parentheses. The parenthesized version is most common. The following are legal variable references. \begin{verbatim} $(Xyz) $(hello_world) $(seventy@nine) $(79-32) $(Gnus~Gnats) $(CFLAGS) \end{verbatim} Single-character references also include several additional identifiers, including \verb+&*<^?][+. The following are legal single-character references. \begin{verbatim} $@ $& $* $< $^ $+ $? $[ $] $A $_ $a $b $x $1 $2 $3 \end{verbatim} Note that a non-parenthesized variable reference is limited to a single character, even if it is followed by additional legal identifier charqcters. Suppose the value of the \verb+$x+ variable is 17. The following examples illustrate evaluation. \begin{verbatim} $x evaluates to 17 foo$xbar evaluates to foo17bar foo$(x)bar evaluates to foo17bar \end{verbatim} The special sequence \verb+$$+ represents the character literal \verb+$+. That is, the two-character sequences \verb+\$+ and \verb+$$+ are normally equalivalent. \subsection{String constants} \label{section:quotes} Literal strings are defined with matching string delimiters. A left string delimiter begins with the dollar-sign \verb+$+, and a non-zero number of single-quote or double-quote characters. The string is terminated with a matching sequence of quotation symbols. The delimiter quotation may not be mixed; it must contain only single-quote characters, or double-quote characters. The following are legal strings. \begin{verbatim} $'Hello world' $"""printf("Hello world\n")""" $'''' Large "block" of text # spanning ''multiple'' lines'''' \end{verbatim} The string delimiters are \emph{not} included in the string constant. In the single-quote form, the contents of the string are interpreted verbatim--there are no special characters. The double-quote form permits expression evaluation within the string, denoted with the \verb+$+ symbol. The following are some examples. \begin{verbatim} X = Hello Y = $""$X world"" # Hello world Z = $'''$X world''' # $X world I = 3 W = $"6 > $(add $I, 2)" # 6 > 5 \end{verbatim} Note that quotation symbols without a leading \verb+$+ are not treated specially by \OMake{}. The quotation symbols is included in the sequence. \begin{verbatim} osh>println('Hello world') 'Hello world' osh>println($'Hello world') Hello world osh>X = Hello - : "Hello" : Sequence osh>println('$X world') Hello world \end{verbatim} \section{The \OMake{} grammar} \OMake{} programs are constructed from expressions and statements. Generally, an input program consists of a sequence of statements, each of which consists of one or more lines. Indentation is significant--if a statement consists of more than one line, the second and remaining lines (called the \emph{body}) are usually indented relative to the first line. \subsection{Expressions} The following table lists the syntax for expressions. \begin{tabular}{rcl} \emph{expr} & ::= &\\ & & \emph{(empty)}\\ & & -- Text (see note)\\ & | & \emph{text}\\ & | & \emph{string-literal}\\ & & -- Applications\\ & | & \emph{dollar} \verb++\\ & | & \emph{dollar} \verb+(+ \emph{pathid} \emph{args} \verb+)+\\ & & -- Concatenation\\ & | & \emph{expr} \emph{expr}\\ \\ \emph{dollar} & ::= & \verb+$+ | \verb+$`+ | \verb+$,+ \\ \emph{pathid} & ::= &\\ & & \emph{id}\\ & | & \emph{pathid} \verb+.+ \emph{id}\\ \\ \emph{arg} & ::= & \emph{expr} -- excluding special characters \verb+)(,+)\\ \emph{args} & ::= & \emph{(empty)} | \emph{arg}, ..., \emph{arg} \end{tabular} An \emph{expression} is a sequence composed of text, string-literals, variables references and function applications. Text is any sequence of non-special characters. \subsubsection{Inline applications} An \emph{application} is the application of a function to zero-or-more arguments. Inline applications begin with one of the ``dollar'' sequences \verb+$+, \verb+$`+, or \verb+$,+. The application itself is specified as a single character (in which case it is a variable reference), or it is a parenthesized list including a function identifier \emph{pathid}, and zero-or-more comma-separated arguments \emph{args}. The arguments are themselves a variant of the expressions where the special character \verb+)(,+ are not allowed (though any of these may be made non-special with the \verb+\+ escape character). The following are some examples of valid expressions. \begin{itemize} \item \verb+xyz abc+ The text sequence ``\verb+xyz abc+'' \item \verb+xyz$wabc+ A text sequence containing a reference to the variable \verb+w+. \item \verb+$(addsuffix .c, $(FILES))+ An application of the function \verb+addsuffix+, with first argument \verb+.c+, and second argument \verb+$(FILES)+. \item \verb+$(a.b.c 12)+ This is a method call. The variable \verb+a+ must evaluate to an object with a field \verb+b+, which must be an object with a method \verb+c+. This method is called with argument \verb+12+. \end{itemize} The additional dollar sequences specify evaluation order, \verb+$`+ (lazy) and \verb+$,+ (eager), as discussed in the section on dollar modifiers (Section~\ref{section:dollar}). \subsection{Statements and programs} The following table lists the syntax of statements and programs. \begin{tabular}{rcl} \emph{params} & ::= & \emph{(empty)} | \emph{id}, ..., \emph{id}\\ \\ \emph{target} & ::= & \emph{expr} -- excluding special character \verb+:+\\ \\ \emph{program} & ::= & \emph{stmt} \verb++ ... \verb++ \emph{stmt}\\ \\ \emph{stmt} & ::= &\\ & & -- Special forms\\ & | & \texttt{command} \emph{expr} \emph{optcolon-body}\\ & | & \texttt{command} ( \emph{args} ) \emph{optcolon-body}\\ & | & \texttt{catch} \emph{id} ( \emph{id} ) \emph{optcolon-body}\\ & | & \texttt{class} \emph{id} ... \emph{id}\\ \\ & & -- Variable definitions\\ & | & \emph{pathid} \{+\}= \emph{expr}\\ & | & \emph{pathid} \{+\}= \verb++ \emph{indented-body}\\ & | & \emph{pathid}\verb+[]+ \{+\}= \emph{expr}\\ & | & \emph{pathid}\verb+[]+ \{+\}= \verb++ \emph{indented-exprs}\\ \\ & & -- Functions\\ & | & \emph{pathid}(\emph{args}) \emph{optcolon-body}\\ & | & \emph{pathid}(\emph{params}) = \verb++ \emph{indented-body}\\ \\ & & -- Objects\\ & | & \emph{pathid} \verb+.+ \{+\}= \verb++ \emph{indented-body}\\ \\ & & -- Rules\\ & | & \emph{target} \texttt{:} \emph{target} \emph{rule-options} \verb++ \emph{indented-body}\\ & | & \emph{target} \texttt{::} \emph{target} \emph{rule-options} \verb++ \emph{indented-body}\\ & | & \emph{target} \texttt{:} \emph{target} \texttt{:} \emph{target} \emph{rule-options} \verb++ \emph{indented-body}\\ & | & \emph{target} \texttt{::} \emph{target} \texttt{:} \emph{target} \emph{rule-options} \verb++ \emph{indented-body}\\ \\ & & -- Shell commands\\ & | & \emph{expr}\\ \\ \emph{indented-body} & ::= & \emph{(empty)}\\ & | & \emph{indented-stmt} \verb++ ... \verb++ \emph{indented-stmt}\\ \\ \emph{indented-exprs} & ::= & \emph{(empty)}\\ & | & \emph{indented-expr} \verb++ ... \verb++ \emph{indented-expr}\\ \\ \emph{optcolon-body} & ::= & \emph{(empty)}\\ & | & \verb++ \emph{indented-body}\\ & | & \texttt{:} \verb++ \emph{indented-body}\\ \\ \emph{rule-option} & ::= & \emph{:id:} \emph{target}\\ \emph{rule-options} & ::= & \emph{(empty)}\\ & | & \emph{rule-options} \emph{rule-option} \end{tabular} \subsubsection{Special forms} The special forms include the following. \index{if}\index{elseif}\index{else}% \textbf{Conditionals} (see the section on conditionals --- Section~\ref{section:conditionals}). The \verb+if+ command should be followed by an expression that represents the condition, and an indented body. The conditional may be followed by \verb+elseif+ and \verb+else+ blocks. \begin{verbatim} if expr indented-body elseif expr indented-body ... else indented-body \end{verbatim} \index{match}% \textbf{matching} (see the section on matching --- Section~\ref{section:match}). The \verb+switch+ and \verb+match+ commands perform pattern-matching. All cases are optional. Each case may include \verb+when+ clauses that specify additional matching conditions. \begin{verbatim} match(expr) case expr indented-body when expr indented-body ... case expr indented-body default indented-body \end{verbatim} \index{try}% \textbf{Exceptions} (see also the \hyperfun{try} documentation). The \verb+try+ command introduces an exception handler. Each \verb+name+ is the name of a class. All cases, including \verb+catch+, \verb+default+, and \verb+finally+ are optional. The \verb+catch+ and \verb+default+ clauses contain optional \verb+when+ clauses. \begin{verbatim} try indented-body catch name1(id1) indented-body when expr indented-body ... catch nameN(idN) indented-body default indented-body finally indented-body \end{verbatim} The \verb+raise+ command is used to raise an exception. \begin{verbatim} raise expr \end{verbatim} \index{section}% \textbf{section} (see the \verb+section+ description in Section~\ref{section:section}). The \verb+section+ command introduces a new scope. \begin{verbatim} section indented-body \end{verbatim} \index{include}\index{open}% \textbf{include, open} (see also Section~\ref{section:include}). The \verb+include+ command performs file inclusion. The expression should evaluate to a file name. The \verb+open+ form is like include, but it performs the inclusion only if the inclusion has not already been performed. The \verb+open+ form is usually used to include library files. [jyh-- this behavior will change in subsequent revisions.] \begin{verbatim} include expr open expr \end{verbatim} \index{return}% \textbf{return} (see the description of functions in Section~\ref{section:functions}). The \verb+return+ command terminates execution and returns a value from a function. \begin{verbatim} return expr \end{verbatim} \index{value}% \textbf{value} (see the description of functions in Section~\ref{section:functions}). The \verb+value+ command is an identity. Syntactically, it is used to coerce a n expression to a statement. \begin{verbatim} value expr \end{verbatim} \index{export}% \textbf{export} (see the section on scoping --- Section~\ref{section:export}). The \verb+export+ command exports a environment from a nested block. If no arguments are given, the entire environment is exported. Otherwise, the export is limited to the specified identifiers. \begin{verbatim} export expr \end{verbatim} \index{while}% \textbf{while} (see also the \hyperfun{while} description). The \verb+while+ command introduces a \verb+while+ loop. \begin{verbatim} while expr indented-body \end{verbatim} \index{class}\index{extends}% \textbf{class, extends} (see the section on objects --- Section~\ref{section:objects}). The \verb+class+ command specifies an identifier for an object. The \verb+extends+ command specifies a parent object. \begin{verbatim} class id extends expr \end{verbatim} \subsubsection{Variable definitions} See the section on variables (Section~\ref{section:variables}). The simplest variable definition has the following syntax. The \verb+=+ form is a new definition. The += form appends the value to an existing definition. \begin{verbatim} id = expr id += expr osh> X = 1 - : "1" : Sequence osh> X += 7 - : "1" " " "7" : Sequence \end{verbatim} A multi-line form is allowed, where the value is computed by an indented body. \begin{verbatim} id {+}= indented-body osh> X = Y = HOME println(Y is $Y) getenv($Y) Y is HOME - : "/home/jyh" : Sequence \end{verbatim} The name may be qualified qith one of the \verb+public+, \verb+prtected+, or \verb+private+ modifiers. Public variables are dynamically scoped. Protected variables are fields in the current object. Private variables are statically scoped. [jyh: revision 0.9.9 introduces modular namespaces; the meaning of these qualifiers is slightly changed.] \begin{verbatim} public.X = $(addsuffix .c, 1 2 3) protected.Y = $(getenv HOME) private.Z = $"Hello world" \end{verbatim} \subsubsection{Applications and function definitions} See the section on functions (Section~\ref{section:functions}). A function-application statement is specified as a function name, followed a parenthesized list of comma-separated arguments. \begin{verbatim} osh> println($"Hello world") osh> FILES = 1 2 3 - : 1 2 3 osh> addsuffix(.c, $(FILES)) - : 1.c 2.c 3.c # The following forms are equivalent osh> value $(println $"Hello world") osh> value $(addsuffix .c, $(FILES)) - : 1.c 2.c 3.c \end{verbatim} If the function application has a body, the body is passed (lazily) to the function as its first argument. [jyh: in revision 0.9.8 support is incomplete.] When using \verb+osh+, the application must be followed by a colon \verb+:+ to indicate that the application has a body. \begin{verbatim} # In its 3-argument form, the foreach function takes # a body, a variable, and an array. The body is evaluated # for each element of the array, with the variable bound to # the element value. # # The colon is required only for interactive sessions. osh> foreach(x => 1 2 3): add($x, 1) - : 2 3 4 \end{verbatim} Functions are defined in a similar form, where the parameter list is specified as a comma-separated list of identifiers, and the body of the function is indented. \begin{verbatim} osh> f(i, j) = add($i, $j) - : osh> f(3, 7) - : 10 : Int \end{verbatim} \subsubsection{Objects} See the section on objects (Section~\ref{section:objects}). Objects are defined as an identifier with a terminal period. The body of the object is indented. \begin{verbatim} Obj. = class Obj X = 1 Y = $(sub $X, 12) new(i, j) = X = $i Y = $j value $(this) F() = add($X, $Y) println($Y) \end{verbatim} The body of the object has the usual form of an indented body, but new variable definitions are added to the object, not the global environment. The object definition above defines an object with (at least) the fields \verb+X+ and \verb+Y+, and methods \verb+new+ and \verb+F+. The name of the object is defined with the \verb+class+ command as \verb+Obj+. The \verb+Obj+ itself has fields \verb+X = 1+ and \verb+Y = -11+. The \verb+new+ method has the typical form of a constructor-style method, where the fields of the object are initialized to new values, and the new object returned (\verb+$(this)+ refers to the current object). The \verb+F+ method returns the sum of the two fields \verb+X+ and \verb+Y+. When used in an object definition, the += form adds the new definitions to an existing object. \begin{verbatim} pair. = x = 1 y = 2 pair. += y = $(add $y, 3) # pair now has fields (x = 1, and y = 5) \end{verbatim} The \verb+extends+ form specifies inheritance. Multiple inheritance is allowed. At evaluation time, the \verb+extends+ directive performs inclusion of the entire parent object. \begin{verbatim} pair. = x = 1 y = 2 depth. = z = 3 zoom(dz) = z = $(add $z, $(dz)) return $(this) triple. = extends $(pair) extends $(depth) crazy() = zoom($(mul $x, $y)) \end{verbatim} In this example, the \verb+triple+ object has three fields x, y, and z; and two methods \verb+zoom+ and \verb+crazy+. \subsubsection{Rules} See the chapter on rules (Chapter~\ref{chapter:rules}). A rule has the following parts. \begin{enumerate} \item A sequence of targets; \item one or two colons; \item a sequence of \emph{dependencies} and \emph{rule options}; \item and an indented body. \end{enumerate} The targets are the files to be built, and the dependencies are the files it depends on. If two colons are specified, it indicates that there may be multiple rules to build the given targets; otherwise only one rule is allowed. If the target contains a \verb+%+ character, the rule is called \emph{implicit}, and is considered whenever a file matching that pattern is to be built. For example, the following rule specifies a default rule for compiling OCaml files. \begin{verbatim} %.cmo: %.ml %.mli $(OCAMLC) -c $< \end{verbatim} This rule would be consulted as a default way of building any file with a \verb+.cmo+ suffix. The dependencies list is also constructed based on the pattern match. For example, if this rule were used to build a file \verb+foo.cmo+, then the dependency list would be \verb+foo.ml foo.mli+. There is also a three-part version of a rule, where the rule specification has three parts. \begin{verbatim} targets : patterns : dependencies rule-options indented-body \end{verbatim} In this case, the patterns \emph{must} contain a single \verb+%+ character. Three-part rules are also considered \emph{implicit}. For example, the following defines a default rule for the \verb+clean+ target. \begin{verbatim} .PHONY: clean clean: %: rm -f *$(EXT_OBJ) *$(EXT_LIB) \end{verbatim} Three-part implicit rules are inherited by the subdirectories in the exact same way as with the usual two-part implicit rules. There are several special targets, including the following. \begin{itemize} \item \verb+.PHONY+ : declare a ``phony'' target. That is, the target does not correspond to a file. \item \verb+.ORDER+ : declare a rule for dependency ordering. \item \verb+.INCLUDE+ : define a rule to generate a file for textual inclusion. \item \verb+.SUBDIRS+ : specify subdirectories that are part of the project. \item \verb+.SCANNER+ : define a rule for dependency scanning. \end{itemize} There are several rule options. \begin{itemize} \item \verb+:optional: dependencies+ the subsequent dependencies are optional, it is acceptable if they do not exist. \item \verb+:exists: dependencies+ the subsequent dependencies must exist, but changes to not affect whether this rule is considered out-of-date. \item \verb+:effects: targets+ the subsequent files are side-effects of the rule. That is, they may be created and/or modified while the rule is executing. Rules with overlapping side-effects are never executed in parallel. \item \verb+:scanner: name+ the subsequent name is the name of the \verb+.SCANNER+ rule for the target to be built. \item \verb+:value: expr+ the \verb+expr+ is a ``value'' dependency. The rule is considered out-of-date whenever the value of the \verb+expr+ changes. \end{itemize} Several variables are defined during rule evaluation. % We use \char* even for printable chars for consistency. \begin{itemize} \item \verb+$*+\index{\char36\char42}\index[var]{\char42} : the name of the target with the outermost suffix removed. \item \verb+$>+\index{\char36\char62}\index[var]{\char62} : the name of the target with all suffixes removed. \item \verb+$@+\index{\char36\char64}\index[var]{\char64} : the name of the target. \item \verb+$^+\index{\char36\char94}\index[var]{\char94} : the explicit file dependencies, sorted alphabetically, with duplicates removed. \item \verb.$+.\index{\char36\char43}\index[var]{\char43} : all explicit file dependencies, with order preserved. \item \verb+$<+\index{\char36\char60}\index[var]{\char60} : the first explicit file dependency. \item \verb+$&+\index{\char36\char38}\index[var]{\char38} : the free values of the rule (often used in \verb+:value:+ dependencies). \end{itemize} \subsubsection{Shell commands} See the chapter on shell commands (Chapter~\ref{chapter:shell}). While it is possible to give a precise specification of shell commands, the informal description is simpler. Any non-empty statement where each prefix is \emph{not} one of the other statements, is considered to be a shell command. Here are some examples. \begin{verbatim} ls -- shell command echo Hello world > /dev/null -- shell command echo(Hello world) -- function application echo(Hello world) > /dev/null -- syntax error echo Hello: world -- rule X=1 getenv X -- variable definition env X=1 getenv X -- shell command if true -- special form \if true -- shell command "if" true -- shell command \end{verbatim} %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Evaluation % \section{Dollar modifiers} \label{section:dollar} Inline applications have a function and zero-or-more arguments. Evaluation is normally strict: when an application is evaluated, the function identifier is evaluated to a function, the arguments are then evaluated and the function is called with the evaluated arguments. The additional ``dollar'' sequences specify additional control over evaluation. The token \verb+$`+ defines a ``lazy'' application, where evaluation is delayed until a value is required. The \verb+$,+ sequence performs an ``eager'' application within a lazy context. To illustrate, consider the expression \verb+$(addsuffix .c, $(FILES))+. The \verb+addsuffix+ function appends its first argument to each value in its second argument. The following \verb+osh+ interaction demonstrates the normal bahavior. \begin{verbatim} osh> FILES[] = a b c - : osh> X = $(addsuffix .c, $(FILES)) - : osh> FILES[] = 1 2 3 # redefine FILES - : osh> println($"$X") # force the evaluation and print a.c b.c c.c \end{verbatim} When the lazy operator \verb+$`+ is used instead, evaluation is delayed until it is printed. In the following sample, the value for \verb+X+ has changed to the \verb+$(apply ..)+ form, but otherwise the result is unchanged because it it printed immediately. \begin{verbatim} osh> FILES[] = a b c - : osh> SUF = .c - : ".c" osh> X = $`(addsuffix $(SUF), $(FILES)) - : $(apply global.addsuffix ...) osh> println($"$X") # force the evaluation and print a.c b.c c.c \end{verbatim} However, consider what happens if we redefine the \verb+FILES+ variable after the definition for \verb+X+. In the following sample, the result changes because evaluation occurs \emph{after} the values for \verb+FILES+ has been redefined. \begin{verbatim} osh> FILES[] = a b c - : osh> SUF = .c - : ".c" osh> X = $`(addsuffix $(SUF), $(FILES)) - : $(apply global.addsuffix ...) osh> SUF = .x osh> FILES[] = 1 2 3 osh> println($"$X") # force the evaluation and print 1.x 2.x 3.x \end{verbatim} In some cases, more explicit control is desired over evaluation. For example, we may wish to evaluate \verb+SUF+ early, but allow for changes to the \verb+FILES+ variable. The \verb+$,(SUF)+ expression forces early evaluation. \begin{verbatim} osh> FILES[] = a b c - : osh> SUF = .c - : ".c" osh> X = $`(addsuffix $,(SUF), $(FILES)) - : $(apply global.addsuffix ...) osh> SUF = .x osh> FILES[] = 1 2 3 osh> println($"$X") # force the evaluation and print 1.c 2.c 3.c \end{verbatim} \section{Programming syntax} \label{section:program-syntax} \index{program syntax} \newinkeyword The standard OMake~language is designed to make it easy to specify strings. By default, all values are strings, and strings are any sequence of text and variable references; quote symbols are not necessary. \begin{verbatim} CFLAGS += -g -Wall \end{verbatim} The tradeoff is that variable references are a bit longer, requiring the syntax \verb+$(...)+. The ``\emph{program syntax}'' inverts this behavior. The main differences are the following. \begin{itemize} \item Identifiers represent variables. \item Strings must be quoted. \item Function application is written \verb+f(exp1, ..., expN)+. \end{itemize} It is only the syntax of expressions that changes. The large scale program is as before: a program is a sequence of definitions, commands, indentation is significant, etc. However, the syntax of expressions changes, where an expression is \begin{itemize} \item the value on the right of a variable definition \verb+Var = +, or \item an argument to a function. \end{itemize} The following table lists the syntax for expressions. \begin{tabular}{rcll} e & ::= & 0, 1, 2, ... & integers\\ & | & 0.1, 1E+23, ... & floating-point constants\\ & | & x, ABC, ... & identifiers\\ & | & id\verb+::+id & scoped name\\ & | & id.id. ... id & projection\\ & | & \verb+-+ e & negation\\ & | & e \verb/+/ e | e \verb/-/ e | e \verb+*+ e | e \verb+/+ e | e \verb+%+ e & arithmetic\\ & | & e \verb+^+ e | e \verb+&+ e | e \verb+|+ e & bitwise operations\\ & | & e \verb+<<+ e | e \verb+>>+ e | e \verb+>>>+ e & shifting\\ & | & e \verb+&&+ e | e \verb+||+ e & Boolean operations\\ & | & e \verb+<+ e | e \verb+<=+ e | e \verb+=+ e | e \verb+>=+ e | e \verb+>+ e & comparisons\\ & | & e\verb+(+e\verb+,+ ...\verb+,+ e\verb+)+ & function application\\ & | & e\verb+[+e\verb+]+ & array subscripting\\ & | & \verb+(+ e \verb+)+ & parenthesized expressions\\ & | & \verb+"+ ... \verb+"+ | \verb+'+ ... \verb+'+ & strings\\ & | & \verb+$"+ ... \verb+"+ | \verb+$'+ ... \verb+'+ & strings\\ & | & \verb+$(+ ... \verb+)+ & variables and applications \end{tabular} Note that the \verb+$+-style expressions are still permitted and even \emph{required} for \begin{itemize} \item accessing instance methods of objects as well as \item interpolation of variables or code inside of double-quoted strings. \end{itemize} \subsection{Usage} Switch back and forth between conventional OMake syntax and program syntax with\index{.LANGUAGE} \begin{verbatim} .LANGUAGE: program \end{verbatim} and \begin{verbatim} .LANGUAGE: make \end{verbatim} where \verb+make+ is the default. You can mix normal and program syntax in the same file. \subsection{Examples} First, let us recover some list functions from OCaml. \begin{verbatim} .LANGUAGE: program ## Answer whether [xs] is empty. is_empty(xs) = value length(xs) = 0 ## Answer the first element of [xs]. hd(xs) = value nth(0, xs) ## Answer [xs] with the first element removed. tl(xs) = value nth-tl(1, xs) ## Re-implement the OCaml List function `map': ## val map: ('a -> 'b) -> 'a list -> 'b list ## which applies [f] to all elements of [xs]. map(f, xs) = if is_empty(xs) value xs else value array(apply(f, hd(xs)), map(f, tl(xs))) ## Re-implement the OCaml List function `mapi': ## val mapi: (int -> 'a -> 'b) -> 'a list -> 'b list ## which applies [f] to all elements of [xs] and passes the element's ## index along with the element itself. mapi(f, xs) = iter(n, xs1) = if is_empty(xs1) value xs1 else value array(apply(f, n, hd(xs1)), iter(n + int(1), tl(xs1))) value iter(int(0), xs) ## Re-implement the OCaml List function `iteri': ## val iteri: (int -> 'a -> unit) -> 'a list -> unit ## Apply [f] to all elements in [xs] and pass the array index as well ## as the array element itself. iteri(f, xs) = iter(n, xs1) = if is_empty(xs1) return else apply(f, n, hd(xs1)) iter(add(n, int(1)), tl(xs1)) iter(int(0), xs) ## Re-implement the OCaml List function `fold_left': ## val fold_left: ('a -> 'b -> 'a) -> 'a -> 'b list -> 'a ## with the usual semantics of ## f (... (f (f a x_1) x_2) ...) x_n. fold_left(f, a, xs) = if is_empty(xs) value a else value fold_left(f, apply(f, a, hd(xs)), tl(xs)) ## Select all elements of [xs] that match predicate [p]. select_if(p, xs) = if is_empty(xs) value xs else x = hd(xs) rest = tl(xs) if apply(p, x) value array(x, select_if(p, rest)) else value select_if(p, rest) \end{verbatim} When defining or using objects the program-syntax cannot be used throughout as method calls -- and every function application within -- must be written in conventional syntax. The following example implements the container data-type of a double-ended queue ("deque") on top OMake arrays. \begin{verbatim} .LANGUAGE: program Deque. = class Deque empty() = this.container_[] = value this new(a_sequence) = this.container_ = array(a_sequence) value this is_empty() = value not($(this.container_.is-nonempty)) length() = value $(this.container_.length) contents() = value this.container_ ## Access the first element. front() = value nth(0, this.container_) ## Access the last element. back() = size = $(this.container_.length) value nth(size - 1, this.container_) ## Append [an_element] to the rear end of the deque. push_back(an_element) = this.container_ = array(this.container_, an_element) value this ## Prepend [an_element] to the front end of the deque. push_front(an_element) = this.container_ = array(an_element, this.container_) value this ## Remove the last element of the deque. pop_back() = size = $(this.container_.length) this.container_ = nth-hd(size - 1, this.container_) value this ## Remove the first element of the deque. pop_front() = this.container_ = nth-tl(1, this.container_) value this ## Answer the reversed deque. reverse() = this.container_ = this.container_.rev value this ## Answer the result of mapping [a_function] over the whole ## deque (preserving the order of the elements). map(a_function) = this.container_ = $(this.container_.map $(a_function)) value this ## Simply define SELFTEST and run the file with osh(1): ## env SELFTEST= osh class--deque.om if defined-env($'SELFTEST') ws = Deque.empty printvln(ws) println($"empty? ws: $(ws.is_empty)") println($"length ws: $(ws.length)") println($'----------------------------------------') xs = $(Deque.new $(array $(int 10), $(int 11), $(int 12))) printvln(xs) println($"empty? xs: $(xs.is_empty)") println($"length xs: $(xs.length)") println($'----------------------------------------') xs0 = $(xs.push_front $(int 1)) xs1 = $(xs0.push_back $(int 99)) printvln(xs1.back) xs2 = xs1.pop_back printvln(xs2) println($'----------------------------------------') printvln(xs2.back) xs2_back = xs2.back printvln($(xs2_back.instanceof Int)) \end{verbatim} % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % -*- % vim:tw=100:fo=tcq: omake-omake-0.10.7/doc/src/omake-index.tex000066400000000000000000000052241472462630700202620ustar00rootroot00000000000000%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Short description % \chapter{Guide} \label{chapter:omake} \label{section:guide} \cutname{omake.html} If you are new to \OMake{}, you the \href{omake-quickstart.html}{omake-quickstart} presents a short introduction that describes how to set up a project. The \href{omake-build-examples.html}{omake-build-examples} gives larger examples of build projects, and \href{omake-language-examples.html}{omake-language-examples} presents programming examples. \begin{description} \item[Quickstart~\ref{chapter:quickstart}] % A quickstart guide to using \Prog{omake}. \item[Build examples~\ref{chapter:build-examples}] % Advanced build examples. \item[The \OMake{} language~\ref{chapter:language}] % The \Prog{omake} language, including a description of objects, expressions, and values. \item[Variables and naming~\ref{chapter:naming}] % Variables, names, and environments. \item[Language discussion~\ref{chapter:extra}] % Further discussion on the language, including scoping, evaluation, and objects. \item[Language examples~\ref{chapter:language-examples}] % Additional language examples. \item[Build rules~\ref{chapter:rules}] % Defining and using rules to build programs. \item[Base builtin functions~\ref{chapter:base}] % Functions and variables in the core standard library. \item[System functions~\ref{chapter:system}] % Functions on files, input/output, and system commands. \item[Shell commands~\ref{chapter:shell}] % Using the \Prog{omake} shell for command-line interpretation. \item[The standard objects~\ref{chapter:pervasives}] % Pervasives defines the built-in objects. \item[Standard build definitions~\ref{chapter:build}] % The build specifications for programming languages in the \OMake{} standard library. \item[Standard autoconfiguration functions and variables~\ref{chapter:autoconf}] % The utilities provoded by the \OMake{} standard library to simplify programming of autoconfiguration tests. \item[The interactive command interpreter~\ref{chapter:osh}] % The \Prog{osh} command-line interpreter. \item[\textbf{Appendices}] \begin{description} \item[\OMake{} command-line options~\ref{chapter:options}] % Command-line options for \Prog{omake}. % \item[The \OMake{} language grammar~\ref{chapter:grammar}] % A more precise specification of the \OMake{} language. \end{description} \item[\href{omake-doc.html}{All the documentation on a single page}] % All the \OMake{} documentation in a single page. \end{description} % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % -*- omake-omake-0.10.7/doc/src/omake-language-examples.tex000066400000000000000000000471131472462630700225550ustar00rootroot00000000000000% % Some examples. % \chapter{Additional language examples} \label{chapter:language-examples} \cutname{omake-language-examples.html} In this section, we'll explore the core language through a series of examples (examples of the build system are the topic of the Chapter~\ref{chapter:build-examples}). For most of these examples, we'll use the \verb+osh+ command interpreter. For simplicity, the values printed by \verb+osh+ have been abbreviated. \section{Strings, arrays, and sequences} The basic \OMake{} values are strings, sequences, and arrays of values: \begin{itemize} \item A string is immutable, and consists of bytes. \item An array is an immutable list of values that is automatically flattened, i.e. there is no distinction between an array of arrays and a simple array. \item A sequence can either behave as a string, and the member values are concatenated to a single string. Or, if the function expects an array, the sequence is considered as an array, and if needed, even split into elements. \end{itemize} How to define a string: \begin{verbatim} osh> X = $"1 2" - : : String \end{verbatim} Note that special characters trigger some pre-parsing, as in: \begin{verbatim} osh> X = "1 2" - : : String"> : String \end{verbatim} Despite the complex printing, the value of \verb+X+ is still \verb+"1 2"+ (including double quotes). The double quotes as such do not have a meaning, but they still cause that the space character is not considered as a separator for the elements of a sequence, as in: \begin{verbatim} osh> X = 1 2 - : "1 2" : Sequence osh> addsuffix(.c, $X) - : : Array \end{verbatim} As \verb+addsuffix+ operates on arrays, the sequence is split into elements before the suffices are added. The return value is an array. Sometimes you want to define an array explicitly. For this, use the \verb+[]+ brackets after the variable name, and list each array entry on a single indented line. \begin{verbatim} osh> A[] = Hello world $(getenv HOME) - : : Array \end{verbatim} One central property of arrays is that whitespace in the elements is taken literally. This can be useful, especially for filenames that contain whitespace. \begin{verbatim} # List the current files in the directory osh> ls -Q "fee" "fi" "foo" "fum" osh> NAME[] = Hello world - : : Array osh> touch $(NAME) osh> ls -Q "fee" "fi" "foo" "fum" "Hello world" \end{verbatim} As mentioned, nested arrays are automatically flattened: \begin{verbatim} osh> a[] = 1 2 osh> b[] = $(a) 3 $(a) - : "3" : Sequence > osh> println($(length $(b))) 5 \end{verbatim} The same holds for sequences when they are accessed as arrays. \section{Quoted strings} \label{section:quoted-strings} \index{quoted strings} A \verb+String+ is a single value; whitespace is taken literally in a string. Strings are introduced with quotes. There are four kinds of quoted elements; the kind is determined by the opening quote. The symbols \verb+'+ (single-quote) and \verb+"+ (double-quote) introduce the normal shell-style quoted elements. The quotation symbols are \emph{included} in the result string. Variables are always expanded within a quote of this kind. Note that the \Cmd{osh}{1} (Chapter~\ref{chapter:osh}) printer escapes double-quotes within the string; these are only for printing, they are not part of the string itself. \begin{verbatim} osh> A = 'Hello "world"' - : "'Hello \"world\"'" : String osh> B = "$(A)" - : "\"'Hello \"world\"'\"" : String osh> C = 'Hello \'world\'' - : "'Hello 'world''" : String \end{verbatim} The rationale for keeping the quotes as part of the string is that this makes it very convenient to construct commands that are executed by the Unix shell: \begin{verbatim} osh> F = my thesis.pdf osh> G = picture of me.png osh> H = "$(F)" "$(G)" osh> ls $(H) \end{verbatim} This constructs the command \begin{verbatim} ls "my thesis.pdf" "picture of me.png" \end{verbatim} which is then executed by the shell. The quoting remains under the control of the programmer (i.e. whether and how to quote). A second kind of quote is introduced with the \verb+$'+ and \verb+$"+ quotes. The number of opening and closing quote symbols is arbitrary. These quotations have several properties: \begin{itemize} \item The quote delimiters are not part of the string. \item Backslash \verb+\+ symbols within the string are treated as normal characters. \item The strings may span several lines. \item Variables are expanded within \verb+$"+ sequences, but not within \verb+$'+ sequences. \end{itemize} \begin{verbatim} osh> A = $'''Here $(IS) an '''' \(example\) string[''' - : "Here $(IS) an '''' \\(example\\) string[" : String osh> B = $""""A is "$(A)" """" - : "A is \"Here $(IS) an '''' \\(example\\) string[\" " : String osh> value $(A.length) - : 38 : Int osh> value $(A.nth 5) - : "$" : String osh> value $(A.rev) - : "[gnirts )\\elpmaxe(\\ '''' na )SI($ ereH" : String \end{verbatim} You can define an empty string as \begin{verbatim} X = \end{verbatim} but in expression context it is often more convenient to get the empty string via the function call \verb+$(string)+. \section{Merging} \label{section:merging} Strings and sequences both have the property that they can be merged with adjacent non-whitespace text. \begin{verbatim} osh> A = a b c - : "a b c" : Sequence osh> B = $(A).c - : : Sequence osh> value $(nth 2, $(B)) - : "c.c" : String osh> value $(length $(B)) - : 3 : Int \end{verbatim} Arrays are different. The elements of an array are never merged with adjacent text of any kind (but are flattened into the enclosing array, if any). \section{Arrays} \label{section:arrays} Arrays are defined by adding square brackets \verb+[]+ after a variable name and defining the elements with an indented body. The elements may include whitespace. \begin{verbatim} osh> A[] = a b foo bar - : : Array osh> echo $(A).c a b foo bar .c osh> value $(A.length) - : 2 : Int osh> value $(A.nth 1) - : "foo bar" : Sequence \end{verbatim} Arrays are quite helpful on systems where filenames often contain whitespace. \begin{verbatim} osh> FILES[] = c:\Documents and Settings\jyh\one file c:\Program Files\omake\second file osh> CFILES = $(addsuffix .c, $(FILES)) osh> echo $(CFILES) c:\Documents and Settings\jyh\one file.c c:\Program Files\omake\second file.c \end{verbatim} \section{Files and directories} \OMake{} projects usually span multiple directories, and different parts of the project execute commands in different directories. There is a need to define a location-independent name for a file or directory. This is done with the \verb+$(file )+ and \verb+$(dir )+ functions. \begin{verbatim} osh> mkdir tmp osh> F = $(file fee) osh> section: cd tmp echo $F ../fee osh> echo $F fee \end{verbatim} Note the use of a \verb+section:+ to limit the scope of the \verb+cd+ command. The section temporarily changes to the \verb+tmp+ directory where the name of the file is \verb+../fee+. Once the section completes, we are still in the current directory, where the name of the file is \verb+fee+. One common way to use the file functions is to define proper file names in your project \verb+OMakefile+, so that references within the various parts of the project will refer to the same file. \begin{verbatim} osh> cat OMakefile ROOT = $(dir .) TMP = $(dir tmp) BIN = $(dir bin) ... \end{verbatim} \section{Iteration, mapping, and foreach} Most builtin functions operate transparently on arrays. \begin{verbatim} osh> addprefix(-D, DEBUG WIN32) - : -DDEBUG -DWIN32 : Array osh> mapprefix(-I, /etc /tmp) - : -I /etc -I /tmp : Array osh> uppercase(fee fi foo fum) - : FEE FI FOO FUM : Array \end{verbatim} The \verb+mapprefix+ and \verb+addprefix+ functions are slightly different (the \verb+addsuffix+ and \verb+mapsuffix+ functions are similar). The \verb+addprefix+ adds the prefex to each array element. The \verb+mapprefix+ doubles the length of the array, adding the prefix as a new array element before each of the original elements. Even though most functions work on arrays, there are times when you will want to do it yourself. The \verb+foreach+ function is the way to go. The \verb+foreach+ function has two forms, but the form with a body is most useful. In this form, the function takes two arguments and a body. The second argument is an array, and the first is a variable. The body is evaluated once for each element of the array, where the variable is bound to the element. Let's define a function to add 1 to each element of an array of numbers. \begin{verbatim} osh> add1(l) = foreach(i => $l): add($i, 1) osh> add1(7 21 75) - : 8 22 76 : Array \end{verbatim} Sometimes you have an array of filenames, and you want to define a rule for each of them. Rules are not special, you can define them anywhere a statement is expected. Say we want to write a function that describes how to process each file, placing the result in the \verb+tmp/+ directory. \begin{verbatim} TMP = $(dir tmp) my-special-rule(files) = foreach(name => $(files)) $(TMP)/$(name): $(name) process $< > $@ \end{verbatim} Later, in some other part of the project, we may decide that we want to use this function to process some files. \begin{verbatim} # These are the files to process in src/lib MY_SPECIAL_FILES[] = fee.src fi.src file with spaces in its name.src my-special-rule($(MY_SPECIAL_FILES)) \end{verbatim} The result of calling \verb+my-special-rule+ is exactly the same as if we had written the following three rules explicitly. \begin{verbatim} $(TMP)/fee.src: fee.src process fee > $@ $(TMP)/fi.src: fi.src process fi.src > $@ $(TMP)/$"file with spaces in its name.src": $"file with spaces in its name.src" process $< > $@ \end{verbatim} Of course, writing these rules is not nearly as pleasant as calling the function. The usual properties of function abstraction give us the usual benefits. The code is less redundant, and there is a single location (the \verb+my-special-rule+ function) that defines the build rule. Later, if we want to modify/update the rule, we need do so in only one location. \section{Lazy expressions} \label{section:lazy} Evaluation in \Prog{omake} is normally eager. That is, expressions are evaluated as soon as they are encountered by the evaluator. One effect of this is that the right-hand-side of a variable definition is expanded when the variable is defined. There are two ways to control this behavior. The \verb+$`(v)+ form introduces lazy behavior, and the \verb+$,(v)+ form restores eager behavior. Consider the following sequence. \begin{verbatim} osh> A = 1 - : "1" : Sequence osh> B = 2 - : "2" : Sequence osh> C = $`(add $(A), $,(B)) - : $(apply add $(apply A) "2" : Sequence) osh> println(C = $(C)) C = 3 osh> A = 5 - : "5" : Sequence osh> B = 6 - : "6" : Sequence osh> println(C = $(C)) C = 7 \end{verbatim} The definition \verb+C = $`(add $(A), $,(B))+ defines a lazy application. The \verb+add+ function is not applied in this case until its value is needed. Within this expression, the value \verb+$,(B)+ specifies that \verb+B+ is to be evaluated immediately, even though it is defined in a lazy expression. The first time that we print the value of \verb+C+, it evaluates to 3 since \verb+A+ is 1 and \verb+B+ is 2. The second time we evaluate \verb+C+, it evaluates to 7 because \verb+A+ has been redefined to \verb+5+. The second definition of \verb+B+ has no effect, since it was evaluated at definition time. \subsection{A larger example of lazy expressions} Lazy expressions are not evaluated until their result is needed. Some people, including this author, frown on overuse of lazy expressions, mainly because it is difficult to know when evaluation actually happens. However, there are cases where they pay off. One example comes from option processing. Consider the specification of ``include'' directories on the command line for a C compiler. If we want to include files from /home/jyh/include and ../foo, we specify it on the command line with the options \verb+-I/home/jyh/include -I../foo+. Suppose we want to define a generic rule for building C files. We could define a \verb+INCLUDES+ array to specify the directories to be included, and then define a generic implicit rule in our root OMakefile. \begin{verbatim} # Generic way to compile C files. CFLAGS = -g INCLUDES[] = %.o: %.c $(CC) $(CFLAGS) $(INCLUDES) -c $< # The src directory builds my_widget+ from 4 source files. # It reads include files from the include directory. .SUBDIRS: src FILES = fee fi foo fum OFILES = $(addsuffix .o, $(FILES)) INCLUDES[] += -I../include my_widget: $(OFILES) $(CC) $(CFLAGS) -o $@ $(OFILES) \end{verbatim} But this is not quite right. The problem is that INCLUDES is an array of options, not directories. If we later wanted to recover the directories, we would have to strip the leading \verb+-I+ prefix, which is a hassle. Furthermore, we aren't using proper names for the directories. The solution here is to use a lazy expression. We'll define INCLUDES as a directory array, and a new variable \verb+PREFIXED_INCLUDES+ that adds the -I prefix. The \verb+PREFIXED_INCLUDES+ is computed lazily, ensuring that the value uses the most recent value of the INCLUDES variable. \begin{verbatim} # Generic way to compile C files. CFLAGS = -g INCLUDES[] = PREFIXED_INCLUDES[] = $`(addprefix -I, $(INCLUDES)) %.o: %.c $(CC) $(CFLAGS) $(PREFIXED_INCLUDES) -c $< # For this example, we define a proper name for the include directory STDINCLUDE = $(dir include) # The src directory builds my_widget+ from 4 source files. # It reads include files from the include directory. .SUBDIRS: src FILES = fee fi foo fum OFILES = $(addsuffix .o, $(FILES)) INCLUDES[] += $(STDINCLUDE) my_widget: $(OFILES) $(CC) $(CFLAGS) -o $@ $(OFILES) \end{verbatim} Note that there is a close connection between lazy values and functions. In the example above, we could equivalently define \verb+PREFIXED_INCLUDES+ as a function with zero arguments. \begin{verbatim} PREFIXED_INCLUDES() = addprefix(-I, $(INCLUDES)) \end{verbatim} \section{Scoping and exports} The \OMake{} language is functional (apart from IO and shell commands). This comes in two parts: functions are first-class, and variables are immutable (there is no assignment operator). The latter property may seem strange to users used to GNU make, but it is actually a central point of \OMake{}. Since variables can't be modified, it is impossible (or at least hard) for one part of the project to interfere with another. To be sure, pure functional programming can be awkward. In \OMake{}, each new indentation level introduces a new scope, and new definitions in that scope are lost when the scope ends. If \OMake{} were overly strict about scoping, we would wind up with a lot of convoluted code. \begin{verbatim} osh> X = 1 osh> setenv(BOO, 12) osh> if $(equal $(OSTYPE), Win32) setenv(BOO, 17) X = 2 osh> println($X $(getenv BOO)) 1 12 \end{verbatim} The \verb+export+ command presents a way out. It takes care of ``exporting'' a value (or the entire variable environment) from an inner scope to an outer one. \begin{verbatim} osh> X = 1 osh> setenv(BOO, 12) osh> if $(equal $(OSTYPE), Win32) setenv(BOO, 17) X = 2 export osh> println($X $(getenv BOO)) 2 17 \end{verbatim} Exports are especially useful in loop to export values from one iteration of a loop to the next. \begin{verbatim} # Ok, let's try to add up the elements of the array osh>sum(l) = total = 0 foreach(i => $l) total = $(add $(total), $i) value $(total) osh>sum(1 2 3) - : 0 : Int # Oops, that didn't work! osh>sum(l) = total = 0 foreach(i => $l) total = $(add $(total), $i) export value $(total) osh>sum(1 2 3) - : 6 : Int \end{verbatim} A \verb+while+ loop is another form of loop, with an auto-export. \begin{verbatim} osh>i = 0 osh>total = 0 osh>while $(lt $i, 10) total = $(add $(total), $i) i = $(add $i, 1) osh>println($(total)) 45 \end{verbatim} \section{Shell aliases} Sometimes you may want to define an \emph{alias}, an \OMake{} command that masquerades as a real shell command. You can do this by adding your function as a method to the \verb+Shell+ object. For an example, suppose we use the \verb+awk+ function to print out all the comments in a file. \begin{verbatim} osh>cat comment.om # Comment function comments(filename) = awk($(filename)) case $'^#' println($0) # File finished osh>include comment osh>comments(comment.om) # Comment function # File finished \end{verbatim} To add it as an alias, add the method (using += to preserve the existing entries in the Shell). \begin{verbatim} osh>Shell. += printcom(argv) = comments($(nth 0, $(argv))) osh>printcom comment.om > output.txt osh>cat output.txt # Comment function # File finished \end{verbatim} A shell command is passed an array of arguments \verb+argv+. This does \emph{not} include the name of the alias. \section{Input/output redirection on the cheap} As it turns out, scoping also provides a nice alternate way to perform redirection. Suppose you have already written a lot of code that prints to the standard output channel, but now you decide you want to redirect it. One way to do it is using the technique in the previous example: define your function as an alias, and then use shell redirection to place the output where you want. There is an alternate method that is easier in some cases. The variables \verb+stdin+, \verb+stdout+, and \verb+stderr+ define the standard I/O channels. To redirect output, redefine these variables as you see fit. Of course, you would normally do this in a nested scope, so that the outer channels are not affected. \begin{verbatim} osh>f() = println(Hello world) osh>f() Hello world osh>section: stdout = $(fopen output.txt, w) f() close($(stdout)) osh>cat output.txt Hello world \end{verbatim} This also works for shell commands. If you like to gamble, you can try the following example. \begin{verbatim} osh>f() = println(Hello world) osh>f() Hello world osh>section: stdout = $(fopen output.txt, w) f() cat output.txt close($(stdout)) osh>cat output.txt Hello world Hello world \end{verbatim} % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % -*- omake-omake-0.10.7/doc/src/omake-language-naming.tex000066400000000000000000000213621472462630700222060ustar00rootroot00000000000000%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Description % \chapter{Variables and Naming} \label{chapter:naming} \cutname{omake-language-naming.html} During evaluation, there are three different kinds of namespaces. Variables can be \emph{private}, or they may refer to fields in the current \emph{this} object, or they can be part of the \emph{global} namespace. The namespace can be specified directly by including an explicit qualifier before the variable name. The three namespaces are separate; a variable can be bound in one or more simultaneously. \begin{verbatim} # private namespace private.X = 1 # current object this.X = 2 # public, globally defined global.X = 3 \end{verbatim} \section{private.} \label{section:private}\index{private.} The \verb+private.+ qualifier is used to define variables that are private to the current file/scope. The values are not accessible outside the scope. Private variables are statically (lexically) scoped. \begin{bf} Unforunately, private variables have always been incorrectly implemented in every omake version. Read the section below on the issues. In version 0.10 the problems still exist, and will probably be tackled in 0.11. \end{bf} \begin{verbatim} Obj. = private.X = 1 print() = println(The value of X is: $X) # Prints: # The private value of X is: 1 Obj.print() # This is an error--X is private in Obj y = $(Obj.X) \end{verbatim} In addition, private definitions do not affect the global value of a variable. \begin{verbatim} # The public value of x is 1 x = 1 # This object uses a private value of x Obj. = private.x = 2 print() = x = 3 println(The private value of x is: $x) println(The public value of x is: $(public.x)) f() # Prints: # The private value of x is: 3 # The public value of x is: 1 Obj.print() \end{verbatim} Private variables have two additional properties. \begin{enumerate} \item Private variables are local to the file in which they are defined. \item Private variables are not exported by the \verb+export+ directive, unless they are mentioned explicitly in the \verb+export+ directive. \begin{verbatim} private. = FLAG = true section FLAG = false export # FLAG is still true section FLAG = false export FLAG # FLAG is now false \end{verbatim} \end{enumerate} As mentioned above, there are issues with private variables. In particular, when a function closure is built, the current values are remembered with the closure, and any future updates are not seen. For example: \begin{verbatim} private.X = foo f() = println($"The value of X is $(X)") f() X = bar f() \end{verbatim} This prints \verb+foo+ twice! As this is probably not what you want, the recommendation is: \begin{itemize} \item Use private variables only within functions, and do not expect that updates work across function boundaries. \item Do not export private variables at the end of a function. \item If you want to pass an anonymous function around, and want to export some private variable, consider to use the \verb+=>+ notation (see Section~\ref{section:param-bodies}). \end{itemize} These issues will likely be fixed soon. \section{this.} \index{this.} The \verb+this.+ qualifier is used to define fields that are local to an object. Object variables are dynamically scoped. \begin{verbatim} X = 1 f() = println(The public value of X is: $(X)) # Prints: # The public value of X is: 2 section X = 2 f() # X is a protected field in the object Obj. = this.X = 3 print() = println(The value of this.X is: $(X)) f() # Prints: # The value of this.X is: 3 # The public value of X is: 1 Obj.print() # This is legal, it defines Y as 3 Y = $(Obj.X) \end{verbatim} In general, it is a good idea to define object variables as protected. The resulting code is more modular because variables in your object will not produce unexpected clashes with variables defined in other parts of the project. \section{global.} \label{section:global}\index{global.} The \verb+global.+ qualifier is used to specify global dynamically-scoped variables. In the following example, the \verb+global.+ definition specifies that the binding \verb+X = 4+ is to be dynamically scoped. Global variables \emph{are not} defined as fields of an object. \begin{verbatim} X = 1 f() = println(The global value of X is: $(X)) # Prints: # The global value of X is: 2 section X = 2 f() Obj. = this.X = 3 print() = println(The protected value of X is: $(X)) global.X = 4 f() # Prints: # The protected value of X is: 3 # The global value of X is: 4 Obj.print() \end{verbatim} \section{protected.} \label{section:protected}\index{protected.} In OMake 0.9.8, \verb+protected+ is a synonym for \verb+this+. \begin{verbatim} osh>protected.x = 1 - : "1" : Sequence osh>value $(this.x) - : "1" : Sequence \end{verbatim} % In 0.9.9, this will change, so that the qualifier \verb+protected+ means (in 0.9.9) that a variable is local to the current object or file, and may not be accessed outside it. \section{public.} \label{section:public}\index{public.} In OMake 0.9.8, \verb+public+ is a synonym for \verb+global+. \begin{verbatim} osh>public.x = 1 - : "1" : Sequence osh>value $(global.x) - : "1" : Sequence \end{verbatim} % In 0.9.9, this will change, so that the qualifier \verb+public+ means (in 0.9.9) that a variable is to be accessible from outside the current file or object. \section{Qualified blocks} If several qualified variables are defined simultaneously, a block form of qualifier can be defined. The syntax is similar to an object definition, where the name of the object is the qualifier itself. For example, the following program defines two private variables \verb+X+ and \verb+Y+. \begin{verbatim} private. = X = 1 Y = 2 \end{verbatim} % The qualifier specifies a default namespace for new definitions in the block. The contents of the block is otherwise general. \begin{verbatim} private. = X = 1 Y = 2 public.Z = $(add $X, $Y) # Prints "The value of Z is 3" echo The value of Z is $Z \end{verbatim} % Stylistically, it is usually better to avoid large qualified blocks because the qualifier status can be easy to forget. For example, consider the following fragment. \begin{verbatim} private. = # Large code sequence ... # build foo.o with -g option (ERROR) CFLAGS = -g foo.o: \end{verbatim} % In this case, the programmer probably forgot that the definition of the variable \verb+CFLAGS+ is in the \verb+private+ block, so a fresh variable \verb+private.CFLAGS+ is being defined, not the global one. The target \verb+foo.o+ does \emph{not} use this definition of \verb+CFLAGS+. \section{declare} \label{section:declare}\index{declare} When a variable name is unqualified, its namespace is determined by the most recent definition or declaration that is in scope for that variable. We have already seen this in the examples, where a variable definition is qualified, but the subsequent uses are not qualified explicitly. In the following example, the first occurrence of \verb+$X+ refers to the \emph{private} definition, because that is the most recent. The public definition of \verb+X+ is still \verb+0+, but the variable must be qualified explicitly in order to access the public value. \begin{verbatim} public.X = 0 private.X = 1 public.print() = println(The value of private.X is: $X) println(The value of public.X is: $(public.X)) \end{verbatim} % Sometimes it can be useful to declare a variable without defining it. For example, we might have a function that uses a variable \verb+X+ that is to be defined later in the program. The \verb+declare+ directive can be used for this. \begin{verbatim} declare public.X public.print() = println(The value of X is $X) # Prints "The value of X is 2" X = 2 print() \end{verbatim} Finally, what about variables that are used but not explicitly qualified? In this case, the following rules are used. \begin{itemize} \item If the variable is a function parameter, it is private. \item If the variable is defined in an object, it is qualified with \verb+this.+. \item Otherwise, the variable is public. \end{itemize} % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % -*- omake-omake-0.10.7/doc/src/omake-language.tex000066400000000000000000000754521472462630700207500ustar00rootroot00000000000000%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Description % \chapter{\OMake{} concepts and syntax} \label{chapter:language} \cutname{omake-language.html} Projects are specified to \Prog{omake} with \File{OMakefile}s. The \File{OMakefile} has a format similar to a \File{Makefile}. An \File{OMakefile} has three main kinds of syntactic objects: variable definitions, function definitions, and rule definitions. \section{Variables} \label{section:variables} Variables are defined with the following syntax. The name is any sequence of alphanumeric characters, underscore \verb+_+, and hyphen \verb+-+. \begin{verbatim} = \end{verbatim} Values are defined as a sequence of literal characters and variable expansions. A variable expansion has the form \verb+$()+, which represents the value of the \verb++ variable in the current environment. Some examples are shown below. \begin{verbatim} CC = gcc CFLAGS = -Wall -g COMMAND = $(CC) $(CFLAGS) -O2 \end{verbatim} In this example, the value of the \verb+COMMAND+ variable is the string \verb+gcc -Wall -g -O2+. Unlike \Cmd{make}{1}, variable expansion is \emph{eager} and \emph{pure} (see also the section on Scoping). That is, variable values are expanded immediately and new variable definitions do not affect old ones. For example, suppose we extend the previous example with following variable definitions. \begin{verbatim} X = $(COMMAND) COMMAND = $(COMMAND) -O3 Y = $(COMMAND) \end{verbatim} In this example, the value of the \verb+X+ variable is the string \verb+gcc -Wall -g -O2+ as before, and the value of the \verb+Y+ variable is \verb+gcc -Wall -g -O2 -O3+. \section{Adding to a variable definition} Variables definitions may also use the += operator, which adds the new text to an existing definition. The following two definitions are equivalent. \begin{verbatim} # Add options to the CFLAGS variable CFLAGS = $(CFLAGS) -Wall -g # The following definition is equivalent CFLAGS += -Wall -g \end{verbatim} \section{Arrays} \index{arrays} Arrays can be defined by appending the \verb+[]+ sequence to the variable name and defining initial values for the elements as separate lines. Whitespace on each line is taken literally. The following code sequence prints \verb+c d e+. \begin{verbatim} X[] = a b c d e f println($(nth 1, $(X))) \end{verbatim} \section{Special characters and quoting} \index{quotations} The following characters are special to \Prog{omake}: \verb+$():,=#\+. To treat any of these characters as normal text, they should be escaped with the backslash character \verb+\+. \begin{verbatim} DOLLAR = \$ \end{verbatim} Newlines may also be escaped with a backslash to concatenate several lines. \begin{verbatim} FILES = a.c\ b.c\ c.c \end{verbatim} Note that the backslash is \emph{not} an escape for any other character, so the following works as expected (that is, it preserves the backslashes in the string). \begin{verbatim} DOSTARGET = C:\WINDOWS\control.ini \end{verbatim} An alternative mechanism for quoting special text is the use \verb+$"..."+ escapes. The number of double-quotations is arbitrary. The outermost quotations are not included in the text. \begin{verbatim} A = $""String containing "quoted text" "" B = $"""Multi-line text. The # character is not special""" \end{verbatim} Note that it is not possible to denote the empty string with this notation. As a workaround, call the \verb+string+ function without parameters, as in \begin{verbatim} EMPTY = $(string) \end{verbatim} \section{Function definitions} \label{section:functions} \index{functions} Functions are defined using the following syntax. \begin{verbatim} () = \end{verbatim} The parameters are a comma-separated list of identifiers, and the body must be placed on a separate set of lines that are indented from the function definition itself. For example, the following text defines a function that concatenates its arguments, separating them with a colon. \begin{verbatim} ColonFun(a, b) = return($(a):$(b)) \end{verbatim} \index{return}% The \verb+return+ expression can be used to return a value from the function. A \verb+return+ statement is not required; if it is omitted, the returned value is the value of the last expression in the body to be evaluated. NOTE: as of version \verb+0.9.6+, \verb+return+ is a control operation, causing the function to immediately return. In the following example, when the argument \verb+a+ is true, the function \verb+f+ immediately returns the value 1 without evaluating the print statement. \begin{verbatim} f(a) = if $(a) return 1 println(The argument is false) return 0 \end{verbatim} \index{value}% In many cases, you may wish to return a value from a section or code block without returning from the function. In this case, you would use the \verb+value+ operator. In fact, the \verb+value+ operator is not limited to functions, it can be used any place where a value is required. In the following definition, the variable \verb+X+ is defined as $1$ or $2$, depending on the value of $a$, then result is printed, and returned from the function. \begin{verbatim} f_value(a) = X = if $(a) value 1 else value 2 println(The value of X is $(X)) value $(X) \end{verbatim} Functions are called using the GNU-make syntax, \verb+$( + is a comma-separated list of values. For example, in the following program, the variable \verb+X+ contains the value \verb+foo:bar+. \begin{verbatim} X = $(ColonFun foo, bar) \end{verbatim} If the value of a function is not needed, the function may also be called using standard function call notation. For example, the following program prints the string ``She says: Hello world''. \begin{verbatim} Printer(name) = println($(name) says: Hello world) Printer(She) \end{verbatim} \subsection{Passing parameterized bodies} \label{section:param-bodies} It is sometimes useful to pass an argument that can be evaluated. For example, the built-in function \verb+foreach+ takes an array of values, and runs some code for every array element: \begin{verbatim} a[] = p q foreach(x => ..., $(a)) println($"Next element: $(x)") \end{verbatim} Note that you really have to write three dots - this is {\it not} an omission. The three dots reference the indented subsection immediately following. This feature is very similar to passing anonymous functions. However, there are subtle differences, in particular with respect to scoping. The parameterized body behaves much like \verb+section+, and exports of private (statically-scoped) variables to the enclosing scope are possible. \subsection{Keyword arguments} \label{section:keyword-arguments} \index{keyword arguments} \newinkeyword Functions can also have keyword parameters and arguments. The syntax of a keyword parameter/argument is \verb+[~|?] [= ]+, where the keyword name \verb++ is preceeded by the character \verb+~+ (for required arguments), or \verb+?+ (for optional arguments). If a default value \verb+= + is provided, the argument is always optional. Keyword arguments and normal anonymous arguments are completely separate. Also, it is an error to pass a keyword argument to a function that does not define it as a keyword parameter. \begin{verbatim} osh>f(x, ?y = 1, z) = add($(mul $x, 100), $(mul $y, 10), $z) - : osh>f(1, ~y = 2, 3) - : 123 : Int osh>f(1, 3, ~y = 2) - : 123 : Int osh>f(1, 3) - : 113 : Int osh>f(1, 2, 3) *** omake error: File -: line 11, characters 0-10 arity mismatch: expected 2 args, got 3 osh>f(~z = 7) *** omake error: File -: line 12, characters 0-8 no such keyword: z \end{verbatim} An optional keyword argument defaults to the empty value. \begin{verbatim} osh> g(?x) = println($">>>$x<<<") - : osh> g() >>><<< osh> g(~x = xxx) >>>xxx<<< \end{verbatim} It is an error to omit a required keyword argument. \begin{verbatim} osh> h(~x, ~y) = println(x = $x; y = $y) - : osh> h(~y = 2, ~x = 1) x = 1; y = 2 osh> h(~y = 2) *** omake error: File -: line 11, characters 0-9 keyword argument is required: x \end{verbatim} \section{Curried functions} \newinkeyword Functions that are marked with the classifier \verb+curry+ can be called with ``too many'' arguments. It is expected that a curried function returns a function that consumes the remaining arguments. All arguments must be specified. \begin{verbatim} osh>curry.f(x, y) = println($"Got two arguments: x = $x, y = $y") g(z) = add($x, $y, $z) osh> f(1, 2, 3) Got two arguments: x = 1, y = 2 - : 6 : Int osh> f(1, 2) Got two arguments: x = 1, y = 2 *** omake error: File -: line 62, characters 0-7 arity mismatch: expected 1 args, got 0 \end{verbatim} The function \verb+apply+ can be used to compute partial applications, whether or not the function is labeled as a curried function. \begin{verbatim} osh> f1(a, ~b = 2, ~c = 3, d) = println($"a = $a, b = $b, c = $c, d = $d") - : osh> f2 = $(apply $(f1), ~c = 13, 11) - : osh> f2(14, ~b = 12) a = 11, b = 12, c = 13, d = 14 osh> f2(24) a = 11, b = 2, c = 13, d = 24 \end{verbatim} \section{Comments} Comments begin with the \verb+#+ character and continue to the end of the line. \section{File inclusion} \label{section:include} \index{include}\index[fun]{include}\index{open} Files may be included with the \verb+include+ or \verb+open+ form. The included file must use the same syntax as an \File{OMakefile}. \begin{verbatim} include $(Config_file) \end{verbatim} The \verb+open+ operation is similar to an \verb+include+, but the file is included at most once. \begin{verbatim} open Config # Repeated opens are ignored, so this # line has no effect. open Config \end{verbatim} If the file specified is not an absolute filenmame, both \verb+include+ and \verb+open+ operations search for the file based on the \hypervar{OMAKEPATH}. In case of the \verb+open+ directive, the search is performed at \emph{parse} time, and the argument to \verb+open+ may not contain any expressions. \section{Scoping, sections} \label{section:section} \index{section} Scopes in \Prog{omake} are defined by indentation level. When indentation is increased, such as in the body of a function, a new scope is introduced. The \verb+section+ form can also be used to define a new scope. For example, the following code prints the line \verb+X = 2+, followed by the line \verb+X = 1+. \begin{verbatim} X = 1 section X = 2 println(X = $(X)) println(X = $(X)) \end{verbatim} This result may seem surprising--the variable definition within the \verb+section+ is not visible outside the scope of the \verb+section+. The \verb+export+ form, which will be described in detail in Section~\ref{section:export}, can be used to circumvent this restriction by exporting variable values from an inner scope. For example, if we modify the previous example by adding an \verb+export+ expression, the new value for the \verb+X+ variable is retained, and the code prints the line \verb+X = 2+ twice. \begin{verbatim} X = 1 section X = 2 println(X = $(X)) export println(X = $(X)) \end{verbatim} There are also cases where separate scoping is quite important. For example, each \File{OMakefile} is evaluated in its own scope. Since each part of a project may have its own configuration, it is important that variable definitions in one \File{OMakefile} do not affect the definitions in another. To give another example, in some cases it is convenient to specify a separate set of variables for different build targets. A frequent idiom in this case is to use the \verb+section+ command to define a separate scope. \begin{verbatim} section CFLAGS += -g %.c: %.y $(YACC) $< .SUBDIRS: foo .SUBDIRS: bar baz \end{verbatim} In this example, the \verb+-g+ option is added to the \verb+CFLAGS+ variable by the \verb+foo+ subdirectory, but not by the \verb+bar+ and \verb+baz+ directories. The implicit rules are scoped as well and in this example, the newly added yacc rule will be inherited by the \verb+foo+ subdirectory, but not by the \verb+bar+ and \verb+baz+ ones; furthermore this implicit rule will not be in scope in the current directory. \section{Conditionals} \label{section:conditionals} \index{conditionals} \index{if} Top level conditionals have the following form. \begin{verbatim} if elseif else \end{verbatim} The \verb++ expression is evaluated, and if it evaluates to a \emph{true} value (see Section~\ref{section:logic} for more information on logical values, and Boolean functions), the code for the \verb++ is evaluated; otherwise the remaining clauses are evaluated. There may be multiple \verb+elseif+ clauses; both the \verb+elseif+ and \verb+else+ clauses are optional. Note that the clauses are indented, so they introduce new scopes. When viewed as a predicate, a value corresponds to the Boolean \emph{false}, if its string representation is the empty string, or one of the strings \verb+false+, \verb+no+, \verb+nil+, \verb+undefined+, or \verb+0+. All other values are \emph{true}. The following example illustrates a typical use of a conditional. The \verb+OSTYPE+ variable is the current machine architecture. \begin{verbatim} # Common suffixes for files if $(equal $(OSTYPE), Win32) EXT_LIB = .lib EXT_OBJ = .obj EXT_ASM = .asm EXE = .exe export elseif $(mem $(OSTYPE), Unix Cygwin) EXT_LIB = .a EXT_OBJ = .o EXT_ASM = .s EXE = export else # Abort on other architectures eprintln(OS type $(OSTYPE) is not recognized) exit(1) \end{verbatim} \section{Matching} \label{section:match} \index{match}\index[fun]{match} \index{switch}\index[fun]{switch} Pattern matching is performed with the \verb+switch+ and \verb+match+ forms. \begin{verbatim} switch case case ... default \end{verbatim} The number of cases is arbitrary. The \verb+default+ clause is optional; however, if it is used it should be the last clause in the pattern match. For \verb+switch+, the string is compared with the patterns literally. \begin{verbatim} switch $(HOST) case mymachine println(Building on mymachine) default println(Building on some other machine) \end{verbatim} Patterns need not be constant strings. The following function tests for a literal match against \verb+pattern1+, and a match against \verb+pattern2+ with \verb+##+ delimiters. \begin{verbatim} Switch2(s, pattern1, pattern2) = switch $(s) case $(pattern1) println(Pattern1) case $"##$(pattern2)##" println(Pattern2) default println(Neither pattern matched) \end{verbatim} For \verb+match+ the patterns are \Cmd{egrep}{1}-style regular expressions. The numeric variables \verb+$1, $2, ...+ can be used to retrieve values that are matched by \verb+\(...\)+ expressions. \begin{verbatim} match $(NODENAME)@$(SYSNAME)@$(RELEASE) case $"mymachine.*@\(.*\)@\(.*\)" println(Compiling on mymachine; sysname $1 and release $2 are ignored) case $".*@Linux@.*2\.4\.\(.*\)" println(Compiling on a Linux 2.4 system; subrelease is $1) default eprintln(Machine configuration not implemented) exit(1) \end{verbatim} %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Objects % \section{Objects} \label{section:objects} \index{objects} \OMake{} is an object-oriented language. Generally speaking, an object is a value that contains fields and methods. An object is defined with a \verb+.+ suffix for a variable. For example, the following object might be used to specify a point $(1, 5)$ on the two-dimensional plane. \begin{verbatim} Coord. = x = 1 y = 5 print(message) = println($"$(message): the point is ($(x), $(y)") # Define X to be 5 X = $(Coord.x) # This prints the string, "Hi: the point is (1, 5)" Coord.print(Hi) \end{verbatim} The fields \verb+x+ and \verb+y+ represent the coordinates of the point. The method \verb+print+ prints out the position of the point. \section{Classes} \index{classes} We can also define \emph{classes}. For example, suppose we wish to define a generic \verb+Point+ class with some methods to create, move, and print a point. A class is really just an object with a name, defined with the \verb+class+ directive. \begin{verbatim} Point. = class Point # Default values for the fields x = 0 y = 0 # Create a new point from the coordinates new(x, y) = this.x = $(x) this.y = $(y) return $(this) # Move the point to the right move-right() = x = $(add $(x), 1) return $(this) # Print the point print() = println($"The point is ($(x), $(y)") p1 = $(Point.new 1, 5) p2 = $(p1.move-right) # Prints "The point is (1, 5)" p1.print() # Prints "The point is (2, 5)" p2.print() \end{verbatim} Note that the variable \verb+$(this)+ is used to refer to the current object. Also, classes and objects are \emph{functional}---the \verb+new+ and \verb+move-right+ methods return new objects. In this example, the object \verb+p2+ is a different object from \verb+p1+, which retains the original $(1, 5)$ coordinates. \section{Inheritance} \index{inheritance} Classes and objects support inheritance (including multiple inheritance) with the \verb+extends+ directive. The following definition of \verb+Point3D+ defines a point with \verb+x+, \verb+y+, and \verb+z+ fields. The new object inherits all of the methods and fields of the parent classes/objects. \begin{verbatim} Z. = z = 0 Point3D. = extends $(Point) extends $(Z) class Point3D print() = println($"The 3D point is ($(x), $(y), $(z))") # The "new" method was not redefined, so this # defines a new point (1, 5, 0). p = $(Point3D.new 1, 5) \end{verbatim} \section{static.} \label{section:static.} \index{static.} The \verb+static.+ object is used to specify values that are persistent across runs of \OMake{}. They are frequently used for configuring a project. Configuring a project can be expensive, so the \verb+static.+ object ensure that the configuration is performed just once. In the following (somewhat trivial) example, a \verb+static+ section is used to determine if the \LaTeX\ command is available. The \verb+$(where latex)+ function returns the full pathname for \verb+latex+, or \verb+false+ if the command is not found. \begin{verbatim} static. = LATEX_ENABLED = false print(--- Determining if LaTeX is installed ) if $(where latex) LATEX_ENABLED = true export if $(LATEX_ENABLED) println($'(enabled)') else println($'(disabled)') \end{verbatim} The \OMake standard library provides a number of useful functions for programming the \verb+static.+ tests, as described in Chapter~\ref{chapter:autoconf}. Using the standard library, the above can be rewritten as \begin{verbatim} open configure/Configure static. = LATEX_ENABLED = $(CheckProg latex) \end{verbatim} As a matter of style, a \verb+static.+ section that is used for configuration should print what it is doing using the \hyperfunn{ConfMsgChecking} and \hyperfunn{ConfMsgResult} functions (of course, most of helper functions in the standard library would do that automatically). \subsection{.STATIC} \label{section:.STATIC} \index{.STATIC} \index[target]{.STATIC} \newinreorg There is also a rule form of static section. The syntax can be any of the following three forms. \begin{verbatim} # Export all variables defined by the body .STATIC: # Specify file-dependencies .STATIC: # Specify which variables to export, as well as file dependencies .STATIC: : \end{verbatim} The \verb++ are the variable names to be defined, the \verb++ are file dependencies---the rule is re-evaluated if one of the dependencies is changed. The \verb++ and \verb++ can be omitted; if so, all variables defined in the \verb++ are exported. For example, the final example of the previous section can also be implemented as follows. \begin{verbatim} open configure/Configure .STATIC: LATEX_ENABLED = $(CheckProg latex) \end{verbatim} % The effect is much the same as using \verb+static.+ (instead of \verb+.STATIC+). However, in most cases \verb+.STATIC+ is preferred, for two reasons. First, a \verb+.STATIC+ section is lazy, meaning that it is not evaluated until one of its variables is resolved. In this example, if \verb+$(LATEX_ENABLED)+ is never evaluated, the section need never be evaluated either. This is in contrast to the \verb+static.+ section, which always evaluates its body at least once. A second reason is that a \verb+.STATIC+ section allows for file dependencies, which are useful when the \verb+.STATIC+ section is used for memoization. For example, suppose we wish to create a dictionary from a table that has key-value pairs. By using a \verb+.STATIC+ section, we can perform this computation only when the input file changes (not on every fun of \verb+omake+). In the following example the \hyperfun{awk} is used to parse the file \verb+table-file+. When a line is encountered with the form \textit{key}\verb+ = +\textit{value}, the key/value pair is added the the \verb+TABLE+. \begin{verbatim} .STATIC: table-file TABLE = $(Map) awk(table-file) case $'^\([[:alnum:]]+\) *= *\(.*\)' TABLE = $(TABLE.add $1, $2) export \end{verbatim} It is appropriate to think of a \verb+.STATIC+ section as a rule that must be recomputed whenever the dependencies of the rule change. The targets of the rule are the variables it exports (in this case, the \verb+TABLE+ variable). \subsubsection{.MEMO} \label{section:.MEMO} \index{.MEMO} \index[target]{.MEMO} A \verb+.MEMO+ rule is just like a \verb+.STATIC+ rule, except that the results are not saved between independent runs of \verb+omake+. \subsubsection{\label{sec:special-dependency-key}:key:} \index{:key:} The \verb+.STATIC+ and \verb+.MEMO+ rules also accept a \verb+:key:+ value, which specifies a ``key'' associated with the values being computed. It is useful to think of a \verb+.STATIC+ rule as a dictionary that associates keys with their values. When a \verb+.STATIC+ rule is evaluated, the result is saved in the table with the \verb+:key:+ defined by the rule (if a \verb+:key:+ is not specified, a default key is used instead). In other words, a rule is like a function. The \verb+:key:+ specifies the function ``argument'', and the rule body computes the result. To illustrate, let's use a \verb+.MEMO+ rule to implement a Fibonacci function. \begin{verbatim} fib(i) = i = $(int $i) .MEMO: :key: $i println($"Computing fib($i)...") result = if $(or $(eq $i, 0), $(eq $i, 1)) value $i else add($(fib $(sub $i, 1)), $(fib $(sub $i, 2))) value $(result) println($"fib(10) = $(fib 10)") println($"fib(12) = $(fib 12)") \end{verbatim} % When this script is run, it produces the following output. \begin{verbatim} Computing fib(10)... Computing fib(9)... Computing fib(8)... Computing fib(7)... Computing fib(6)... Computing fib(5)... Computing fib(4)... Computing fib(3)... Computing fib(2)... Computing fib(1)... Computing fib(0)... fib(10) = 55 Computing fib(12)... Computing fib(11)... fib(12) = 144 \end{verbatim} % Note that the Fibonacci computation is performed just once for each value of the argument, rather than an exponential number of times. In other words, the \verb+.MEMO+ rule has performed a memoization, hence the name. Note that if \verb+.STATIC+ were used instead, the values would be saved across runs of \verb+omake+. As a general guideline, whenever you use a \verb+.STATIC+ or \verb+.MEMO+ rule within a function body, you will usually want to use a \verb+:key:+ value to index the rule by the function argument. However, this is not required. In the following, the \verb+.STATIC+ rule is used to perform some expensive computation once. \begin{verbatim} f(x) = .STATIC: y = $(expensive-computation) add($x, $y) \end{verbatim} Additonal care should be taken for recursive functions, like the Fibonacci function. If the \verb+:key:+ is omitted, then the rule would be defined in terms of itself, resulting in a cyclic dependency. Here is the output of the Fibonacci program with an omitted \verb+:key:+. \begin{verbatim} Computing fib(10)... Computing fib(8)... Computing fib(6)... Computing fib(4)... Computing fib(2)... Computing fib(0)... fib(10) = 0 fib(12) = 0 \end{verbatim} % The reason for this behavior is that the \verb+result+ value is not saved until the base case \verb+i = 0 || i = 1+ is reached, so \verb+fib+ calls itself recursively until reaching \verb+fib(0)+, whereupon the \verb+result+ value is fixed at 0. In any case, recursive definitions are perfectly acceptable, but you will usually want a \verb+:key:+ argument so that each recursive call has a different \verb+:key:+. In most cases, this means that the \verb+:key:+ should include all arguments to the function. \section{Constants} \index{constants} Internally, OMake represents values in several forms, which we list here. \begin{itemize} \item int \begin{itemize} \item Constructor: \verb+$(int )+~\ref{function:int}. \item Object: \verb+Int+~\ref{object:Int}. \item An integer is a represented with finite precision using the OCaml representation (31 bits on a 32 platform, and 63 bits on a 64 bit platform). \item See also: arithmetic~\ref{function:add}. \end{itemize} \item float \begin{itemize} \item Constructor: \verb+$(float )+~\ref{function:float}. \item Object: \verb+Float+~\ref{object:Float}. \item A float is a floating-point value, represented in IEEE 64-bit format. \item See also: arithmetic~\ref{function:add}. \end{itemize} \item array \begin{itemize} \item Constructor: \verb+$(array , ..., )+~\ref{function:array}. \item Object: \verb+Array+~\ref{object:Array}. \item An array is a finite list of values. Arrays are also defined with an array definition \begin{verbatim} X[] = ... \end{verbatim} \item See also: \verb+nth+~\ref{function:nth}, \verb+nth-tl+~\ref{function:nth-tl}, \verb+length+~\ref{function:length}, $\ldots$ \end{itemize} \item string \begin{itemize} \item Object: \verb+String+~\ref{object:String}. \item By default, all constant character sequences represent strings, so the simple way to construct a string is to write it down. Internally, the string may be parsed as several pieces. A string often represents an array of values separated by whitespace. \begin{verbatim} osh>S = This is a string - : : Sequence osh>length($S) - : 4 : Int \end{verbatim} \item A \emph{data} string is a string where whitespace is taken literally. It represents a single value, not an array. The constructors are the quotations \verb+$"..."+ and \verb+$'...'+. \begin{verbatim} osh>S = $'''This is a string''' - : : String \end{verbatim} \item See also: Quoted strings~\ref{section:quoted-strings}. \end{itemize} \item file \begin{itemize} \item Constructor: \verb+$(file )+~\ref{function:file}. \item Object: \verb+File+~\ref{object:File}. \item A file object represents the abstract name for a file. The file object can be viewed as an absolute name; the string representation depends on the current directory. \begin{verbatim} osh>name = $(file foo) - : /Users/jyh/projects/omake/0.9.8.x/foo : File osh>echo $(name) foo osh>cd .. - : /Users/jyh/projects/omake : Dir osh>echo $(name) 0.9.8.x/foo \end{verbatim} \item See also: \verb+vmount+~\ref{function:vmount}. \end{itemize} \item directory \begin{itemize} \item Constructor: \verb+$(dir )+~\ref{function:dir}. \item Object: \verb+Dir+~\ref{object:Dir}. \item A directory object is like a file object, but it represents a directory. \end{itemize} \item map (dictionary) \begin{itemize} \item Object: \verb+Map+~\ref{object:Map}. \item A map/dictionary is a table that maps values to values. The \verb+Map+ object is the empty map. The data structure is persistent, and all operations are pure and functional. The special syntax \verb+$|key|+ can be used for keys that are strings. \begin{verbatim} osh>table = $(Map) osh>table = $(table.add x, int) osh>table. += $|y| = int osh>table.find(y) - : "int" : Sequence \end{verbatim} \end{itemize} \item channel \begin{itemize} \item Constructor: \verb+$(fopen , )+~\ref{function:fopen}. \item Objects: \verb+InChannel+~\ref{object:InChannel}, \verb+OutChannel+~\ref{object:OutChannel}. \item Channels are used for buffered input/output. \end{itemize} \item function \begin{itemize} \item Constructor: \verb+$(fun => )+~\ref{function:fun}. \item Object: \verb+Fun+~\ref{object:Fun}. \item Functions can be defined in several ways. \begin{itemize} \item As an anonymous function, \begin{verbatim} $(fun i, j => $(add $i, $j)) \end{verbatim} \item As a named function, \begin{verbatim} f(i, j) = add($i, $j) \end{verbatim} \item (\newinkeyword) As an anonymous function argument. \begin{verbatim} osh>foreach(i => $(add $i, 1), 1 2 3) - : : Array \end{verbatim} \end{itemize} \end{itemize} \item lexer \begin{itemize} \item Object: \verb+Lexer+~\ref{object:Lexer}. \item This object represents a lexer. \end{itemize} \item parser \begin{itemize} \item Object: \verb+Parser+~\ref{object:Parser}. \item This object represents a parser. \end{itemize} \end{itemize} % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % -*- omake-omake-0.10.7/doc/src/omake-options.tex000066400000000000000000000344561472462630700206570ustar00rootroot00000000000000%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Usage % \chapter{Synopsis} \label{chapter:options} \cutname{omake-options.html} \Prog{omake} \oOptArg{-j}{count} \oOpt{-k} \oOpt{-p} \oOpt{-P} \oOpt{-n} \oOpt{-s} \oOpt{-S} \oOpt{-w} \oOpt{-t} \oOpt{-u} \oOpt{-U} \oOpt{-R} \oOpt{-{}-verbose} \oOpt{-{}-project} \oOpt{-{}-depend} \oOpt{-{}-progress} \oOpt{-{}-print-status} \oOpt{-{}-print-exit} \oOpt{-{}-print-dependencies} \oOptArg{-{}-show-dependencies}{target} \oOpt{-{}-all-dependencies} \oOpt{-{}-verbose-dependencies} \oOpt{-{}-force-dotomake} \oOptArg{-{}-dotomake}{dir} \oOpt{-{}-flush-includes} \oOpt{-{}-configure} \oOptArg{-{}-save-interval}{seconds} \oOpt{-{}-install} \oOpt{-{}-install-all} \oOpt{-{}-install-force} \oOpt{-{}-version} \oOpt{-{}-absname} \oOpt{-{}-output-normal} \oOpt{-{}-output-postpone} \oOpt{-{}-output-only-errors} \oOpt{-{}-output-at-end} \oArg{filename...} \oOpt{var-definition...} %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Options % \section{General usage} For Boolean options (for example, \verb+-s+, \verb+--progress+, etc.) the option can include a prefix \verb+--no+, which inverts the usual sense of the option. For example, the option \verb+--progress+ means ``print a progress bar,'' while the option \verb+--no--progress+ means ``do not print a progress bar.'' If multiple instances of an option are specified, the final option determines the behavior of \OMake{}. In the following command line, the final \verb+--no-S+ cancels the earlier \verb+-S+. \begin{verbatim} % omake -S --progress --no-S \end{verbatim} \section{Output control} \option{-s} \verb+-s+ Never not print commands as they are executed (be ``silent''). \option{-S} \verb+-S+ Do not print commands as they are executed \emph{unless} they produce output and/or fail. This is the default. \option{-w} \verb+-w+ Print directory information in \Prog{make} format as commands are executed. This is mainly useful for editors that expect \Prog{make}-style directory information for determining the location of errors. \option{--progress} \verb+--progress+ Print a progress indicator. This option is enabled by default when the \OMake's output (\verb+stdout+) is on a terminal and disabled by default (except on Windows) when the \OMake's output is redirected. \option{--print-status} \verb+--print-status+ Print status lines (the \verb/+/ and \verb/-/ lines). \option{--print-exit} \verb+--print-exit+ Print termination codes when commands complete. \option{--verbose} \verb+--verbose+ Make \OMake{} very verbose. This option is equivalent to \verb+--no-S --print-status --print-exit VERBOSE=true+ \option{--output-normal} \verb+--output-normal+ As rule commands are executed, relay their output to the \OMake{} output right away. This is enabled by default, unless \verb+--output-postpone+ or \verb+--output-only-errors+ is enabled. \option{--output-postpone} \verb+--output-postpone+ When a rule finishes, print the output as a single block. This is useful in combination \verb+-j+ option (see Section~\ref{option:-j}), where the output of multiple subprocesses can be garbled. The diversion is printed as a single coherent unit. Note that enabling \verb+--output-postpone+ will by default disable the \verb+--output-normal+ option. This might be problematic if you have a command that decides to ask for interactive input. If the \verb+--output-postpone+ is enabled, but the \verb+--output-normal+ is not, the prompt of such a command will not be visible and it may be hard to figure out why the build appears ``stuck''. You might also consider using the \verb+--progress+ flag (see Section~\ref{option:--progress}) so that you can see when the build is active. \option{--output-only-errors} \verb+--output-only-errors+ Similar to \verb+--output-postpone+, except that the postponed output from commands that were successful will be discarded. This can be useful in reducing unwanted output so that you can concentrate on any errors. \option{--output-at-end} \verb+--output-at-end+ If any rules/commands fail, re-print the output of the failed commands when \OMake{} finishes the build. This is especially useful when any of the \verb+-k+, \verb+-p+, or \verb+-P+ options are enabled. This option is off by default. However, when \verb+-k+ is enabled --- either explicitly or via one of the \verb+-p+/\verb+-P+ options --- \verb+--output-at-end+ will be enabled by default. \option{-o} \verb+-o [01jwWpPxXsS]+ For brevity, the \verb+-o+ option is also provided to duplicate the above output options. The \verb+-o+ option takes a argument consisting of a sequence of characters. The characters are read from left-to-right; each specifies a set of output options. In general, an uppercase character turns the option \emph{on}; a lowercase character turns the option \emph{off}. \begin{description} \item[0] Equivalent to \verb+-s --output-only-errors --no-progress+ This option specifies that \verb+omake+ should be as quiet as possible. If any errors occur during the build, the output is delayed until the build terminates. Output from successful commands is discarded. \item[1] Equivalent to \verb+-S --progress --output-only-errors+ This is a slightly more relaxed version of ``quiet'' output. The output from successful commands is discarded. The output from failed commands is printed immediately after the command complete. The output from failed commands is displayed twice: once immediately after the command completes, and again when the build completes. A progress bar is displayed so that you know when the build is active. Include the `\verb+p+' option if you want to turn off the progress bar (for example \verb+omake -o 1p+). \item[2] Equivalent to \verb+--progress --output-postpone+ The is even more relaxed, output from successful commands is printed. This is often useful for deinterleaving the output when using \verb+-j+. \item[W] Equivalent to \verb+-w+ \item[w] Equivalent to \verb+--no-w+ \item[P] Equivalent to \verb+--progress+ \item[p] Equivalent to \verb+--no--progress+ \item[X] Equivalent to \verb+--print-exit+ \item[x] Equivalent to \verb+--no-print-exit+ \item[S] Equivalent to \verb+-S+ \item[s] Equivalent to \verb+--no-S+ \end{description} \section{Build options} \option{-k} \verb+-k+ Do not abort when a build command fails; continue to build as much of the project as possible. This option is implied by both \verb+-p+ and \verb+-P+ options. In turn, this option would imply the \verb+--output-at-end+ option. \option{-n} \verb+-n+ This can be used to see what would happen if the project were to be built. \option{-p} \verb+-p+ Watch the filesystem for changes, and continue the build until it succeeds. If this option is specified, \Prog{omake} will restart the build whenever source files are modified. Implies \texttt{-k}. \option{-P} \verb+-P+ Watch the filesystem for changes forever. If this option is specified, \Prog{omake} will restart the build whenever source files are modified. Implies \texttt{-k}. \option{-R} \verb+-R+ Ignore the current directory and build the project from its root directory. When \Prog{omake} is run in a subdirectory of a project and no explicit targets are given on the command line, it would normally only build files within the current directory and its subdirectories (more precisely, it builds all the \verb+.DEFAULT+ targets in the current directory and its subdirectories). If the \Opt{-R} option is specified, the build is performed as if \Prog{omake} were run in the project root. In other words, with the \verb+-R+ option, all the relative targets specified on the command line will be taken relative to the project root (instead of relative to the current directory). When no targets are given on the command line, all the \verb+.DEFAULT+ targets in the project will be built (regardless of the current directory). \option{-t} \verb+-t+ Update the \Prog{omake} database to force the project to be considered up-to-date. \option{-U} \verb+-U+ Do not trust cached build information. This will force the entire project to be rebuilt. \option{--depend} \verb+--depend+ Do not trust cached dependency information. This will force files to be rescanned for dependency information. \option{--configure} \verb+--configure+ Re-run \verb+static.+ sections of the included omake files, instead of trusting the cached results. \option{--force-dotomake} \verb+--force-dotomake+ Always use the \verb+$HOME/.omake+ for the \verb+.omc+ cache files. \option{--dotomake} \verb+--dotomake + Use the specified directory instead of the \verb+$HOME/.omake+ for the placement of the \verb+.omc+ cache files. \option{-j} \verb+-j + Run multiple build commands in parallel. The \Arg{count} specifies a bound on the number of commands to run simultaneously. In addition, the count may specify servers for remote execution of commands in the form \verb+server=count+. For example, the option \verb+-j 2:small.host.org=1:large.host.org=4+ would specify that up to 2 jobs can be executed locally, 1 on the server \verb+small.host.org+ and 4 on \verb+large.host.org+. Each remote server must use the same filesystem location for the project. Remote execution is currently an experimental feature. Remote filesystems like NFS do not provide adequate file consistency for this to work. \option{--print-dependencies} \verb+--print-dependencies+ Print dependency information for the targets on the command line. \option{--show-dependencies} \verb+--show-dependencies + Print dependency information \emph{if} the \verb+target+ is built. \option{--all-dependencies} \verb+--all-dependencies+ If either of the options \texttt{-{}-print-dependencies} or \texttt{-{}-show-dependencies} is in effect, print transitive dependencies. That is, print all dependencies recursively. If neither option \texttt{-{}-print-dependencies}, \texttt{-{}-show-dependencies} is specified, this option has no effect. \option{--verbose-dependencies} \verb+--verbose-dependencies+ If either of the options \texttt{-{}-print-dependencies} or \texttt{-{}-show-dependencies} is in effect, also print listings for each dependency. The output is very verbose, consider redirecting to a file. If neither option \texttt{-{}-print-dependencies}, \texttt{-{}-show-dependencies} is specified, this option has no effect. \option{--install} \verb+--install+ Install default files \File{OMakefile} and \File{OMakeroot} into the current directory. You would typically do this to start a project in the current directory. \option{--install-all} \verb+--install-all+ In addition to installing files \File{OMakefile} and \File{OMakeroot}, install default \File{OMakefile}s into each subdirectory of the current directory. \Cmd{cvs}{1} rules are used for filtering the subdirectory list. For example, \File{OMakefile}s are not copied into directories called \verb+CVS+, \verb+RCCS+, etc. \option{--install-force} \verb+--install-force+ Normally, \Prog{omake} will prompt before it overwrites any existing \File{OMakefile}. If this option is given, all files are forcibly overwritten without prompting. \option{--absname} \verb+--absname+ Filenames should expand to absolute pathnames. \textbf{N.B.} This is an experimental option. It may become deprecated. \option{variable definition} \verb+name=[value]+ \Prog{omake} variables can also be defined on the command line in the form \verb+name=value+. For example, the \verb+CFLAGS+ variable might be defined on the command line with the argument \verb+CFLAGS="-Wall -g"+. \section{Additional options} In addition, \Prog{omake} supports a number of debugging flags on the command line. Run \verb+omake --help+ to get a summary of these flags. \section{Environment variables} \subsection{\texttt{OMAKEFLAGS}} \index{OMAKEFLAGS} If defines, the \verb+OMAKEFLAGS+ should specify a set of options exactly as they are specified on the command line. \subsection{\texttt{OMAKELIB}} \index{OMAKELIB} If defined, the \verb+OMAKELIB+ environment variable should refer to the installed location of the \OMake{} standard library. This is the directory that contains \verb+Pervasives.om+ etc. On a Unix system, this is often \verb+/usr/lib/omake+ or \verb+/usr/local/lib/omake+, and on Win32 systems it is often \verb+c:\Program Files\OMake\lib+. If not defined, \verb+omake+ uses the default configured location. You should normally leave this unset. \section{Functions} \subsection{\texttt{OMakeFlags}} The \verb+OMakeFlags+ function can be used within an \verb+OMakefile+ to modify the set of options. The options should be specified exactly as they are on the command line. For example, if you want some specific project to be silent and display a progress bar, you can add the following line to your \verb+OMakefile+. \begin{verbatim} OMakeFlags(-S --progress) \end{verbatim} For options where it makes sense, the options are scoped like variables. For example, if you want \OMake{} to be silent for a single rule (instead of for the entire project), you can use scoping the restrict the range of the option. \begin{verbatim} section # Do not display command output when foo is constructed OMakeFlags(-S) foo: fee echo "This is a generated file" > foo cat fee >> foo chmod 555 foo \end{verbatim} \section{Option processing} When \verb+omake+ is invoked, the options are processed in the following order. \begin{enumerate} \item All options specified by the \verb+OMAKEFLAGS+ environment variable are defined globally. \item All options from the command line are defined globally. \item Any individual calls the the \verb+OMakeFlags+ function modify the options locally. \end{enumerate} \section{.omakerc} \label{section:.omakerc} \index{.omakerc} If the \verb+$(HOME)/.omakerc+ exists, it is read before any of the \verb+OMakefiles+ in your project. The \verb+.omakerc+ file is frequently used for user-specific customization. For example, instead of defining the \verb+OMAKEFLAGS+ environment variable, you could add a line to your \verb+.omakerc+. \begin{verbatim} $(HOME)/.omakerc: # My private options OMakeFlags(-S --progress) \end{verbatim} % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % vim:tw=100:fo=tcq: % -*- omake-omake-0.10.7/doc/src/omake-rules.tex000066400000000000000000000771741472462630700203220ustar00rootroot00000000000000% % % \chapter{Rules} \label{chapter:rules} \cutname{omake-rules.html} Rules are used by \OMake{} to specify how to build files. At its simplest, a rule has the following form. \begin{verbatim} : \end{verbatim} The \verb++ is the name of a file to be built. The \verb++ are a list of files that are needed before the \verb++ can be built. The \verb++ are a list of indented lines specifying commands to build the target. For example, the following rule specifies how to compile a file \verb+hello.c+. \begin{verbatim} hello.o: hello.c $(CC) $(CFLAGS) -c -o hello.o hello.c \end{verbatim} This rule states that the \File{hello.o} file depends on the \File{hello.c} file. If the \File{hello.c} file has changed, the command \verb+$(CC) $(CFLAGS) -c -o hello.o hello.c+ is to be executed to update the target file \verb+hello.o+. A rule can have an arbitrary number of commands. The individual command lines are executed independently by the command shell. The commands do not have to begin with a tab, but they must be indented from the dependency line. In addition to normal variables, the following special variables may be used in the body of a rule. % We use \char* even for printable chars for consistency. \begin{itemize} \item \verb+$*+\index{\char36\char42}\index[var]{\char42}: the target name, without a suffix. \item \verb+$@+\index{\char36\char64}\index[var]{\char64}: the target name. \item \verb+$^+\index{\char36\char94}\index[var]{\char94}: a list of the sources, in alphabetical order, with duplicates removed. \item \verb.$+.\index{\char36\char43}\index[var]{\char43}: all the sources, in the original order. \item \verb+$<+\index{\char36\char60}\index[var]{\char60}: the first source. \end{itemize} For example, the above \verb+hello.c+ rule may be simplified as follows. \begin{verbatim} hello.o: hello.c $(CC) $(CFLAGS) -c -o $@ $< \end{verbatim} Unlike normal values, the variables in a rule body are expanded lazily, and binding is dynamic. The following function definition illustrates some of the issues. \begin{verbatim} CLibrary(name, files) = OFILES = $(addsuffix .o, $(files)) $(name).a: $(OFILES) $(AR) cq $@ $(OFILES) \end{verbatim} This function defines a rule to build a program called \verb+$(name)+ from a list of \verb+.o+ files. The files in the argument are specified without a suffix, so the first line of the function definition defines a variable \verb+OFILES+ that adds the \verb+.o+ suffix to each of the file names. The next step defines a rule to build a target library \verb+$(name).a+ from the \verb+$(OFILES)+ files. The expression \verb+$(AR)+ is evaluated when the function is called, and the value of the variable \verb+AR+ is taken from the caller's scope (see also the section on Scoping). \section{Implicit rules} \index{rules, implicit} Rules may also be implicit. That is, the files may be specified by wildcard patterns. The wildcard character is \verb+%+. For example, the following rule specifies a default rule for building \verb+.o+ files. \begin{verbatim} %.o: %.c $(CC) $(CFLAGS) -c -o $@ $*.c \end{verbatim} This rule is a template for building an arbitrary \verb+.o+ file from a \verb+.c+ file. By default, implicit rules are only used for the targets in the current directory. However subdirectories included via the \verb+.SUBDIRS+ rules inherit all the implicit rules that are in scope (see also the section on Scoping). \section{Bounded implicit rules} \index{rules, bounded implicit} Implicit rules may specify the set of files they apply to. The following syntax is used. \begin{verbatim} : : \end{verbatim} For example, the following rule applies only to the files \verb+a.o+ and \verb+b.o+. \begin{verbatim} a.o b.o: %.o: %.c $(CC) $(CFLAGS) -DSPECIAL -c $*.c \end{verbatim} \section{section} \formref{section} Frequently, the commands in a rule body are expressions to be evaluated by the shell. \Prog{omake} also allows expressions to be evaluated by \Prog{omake} itself. The syntax of these ``computed rules'' uses the \verb+section+ expression. The following rule uses the \Prog{omake} IO functions to produce the target \verb+hello.c+. \begin{verbatim} hello.c: section FP = fopen(hello.c, w) fprintln($(FP), $""#include int main() { printf("Hello world\n"); }"") close($(FP)) \end{verbatim} This example uses the quotation \verb+$""...""+ (see also Section~\ref{section:quotes}) to quote the text being printed. These quotes are not included in the output file. The \verb+fopen+, \verb+fprintln+, and \verb+close+ functions perform file IO as discussed in the IO section. In addition, commands that are function calls, or special expressions, are interpreted correctly. Since the \verb+fprintln+ function can take a file directly, the above rule can be abbreviated as follows. \begin{verbatim} hello.c: fprintln($@, $""#include int main() { printf("Hello world\n"); }"") \end{verbatim} \section{section rule} \formref{section rule} Rules can also be computed using the \verb+section rule+ form, where a rule body is expected instead of an expression. In the following rule, the file \verb+a.c+ is copied onto the \verb+hello.c+ file if it exists, otherwise \verb+hello.c+ is created from the file \verb+default.c+. \begin{verbatim} hello.c: section rule if $(target-exists a.c) hello.c: a.c cat a.c > hello.c else hello.c: default.c cp default.c hello.c \end{verbatim} In an implicit rule, any special variables, for example the one for the current target~(\verb+$@+) or the first prerequisite~(\verb+$<+) are undefined; substitute \verb+$(file TARGET-PATTERN)+ and \verb+$(file SOURCE-PATTERN)+: \begin{verbatim} %.foo: %.bar section rule println($"target: $(file %.foo)") println($"prereq: $(file %.bar)") /usr/bin/printf "prerequisite was $(file %.bar)\n" > $(file %.foo) \end{verbatim} However, if the \verb+section rule+ defines its own rule heads, all special variables work as usual with respect to their rule heads: \begin{verbatim} %.cmx: %.ml section rule if $(target-exists %.mli) %.cmx %.o: %.ml %.cmi :scanner: scan-ocaml-%.ml $(OCamlOpt) -c $< elseif $(BYTE_ENABLED) %.cmx %.cmi %.o %.cmo: %.ml :scanner: scan-ocaml-%.ml $(OCamlC) -c $< $(OCamlOpt) -c $< else %.cmx %.cmi %.o: %.ml :scanner: scan-ocaml-%.ml $(OCamlOpt) -c $< \end{verbatim} \section{Special dependencies} \index{rule, options} \subsection{:effects:} \index{:effects:} Some commands produce files by side-effect. For example, the \Cmd{latex}{1}~command produces an \verb+.aux+~file as a side-effect of generating a \verb+.dvi+~file. In this case, the \verb+:effects:+~qualifier can be used to list the side-effect explicitly. \Prog{omake} is careful to avoid simultaneously running programs that have overlapping side-effects. \begin{verbatim} paper.dvi: paper.tex :effects: paper.aux latex paper \end{verbatim} \subsection{:exists:} \index{:exists:} In some cases, the contents of a dependency do not matter, only whether the file exists or not. In this case, the \verb+:exists:+~qualifier can be used for the dependency. \begin{verbatim} foo.c: a.c :exists: .flag if $(test -e .flag) $(CP) a.c $@ \end{verbatim} \noindent In contrary to a \verb+:normal:+~dependency the target of an \verb+:exists:+~prerequisite must be rebuilt if the specified file appears or disappears, but not if its contents changes. In particular a target can be built without any prerequisites marked with \verb+:exists:+. \subsection{:key:} \index{:key:} See section~\ref{sec:special-dependency-key}. \subsection{:normal:} \index{:normal:} The keyword~\verb+:normal:+ switches back to normal dependency processing after it may have been altered by any of the other special dependency modifiers. \subsection{:optional:} \index{:optional:} \verb+:optional:+~dependencies are similar to \verb+:exists:+~dependencies in that they cause a rebuild if they appear or disappear. If they exist, however, they take part in the normal comparison with the target (opposite to \verb+:squash:+~dependencies). \subsection{:scanner:} \index{:scanner:} \verb+:scanner:+ indicates that the subsequent prerequisites are the names of \verb+.SCANNER+~rules for the target to be built. See section~\ref{sec:scanner-rules}. \subsection{:squash:} \index{:squash:} A \verb+:squash:+~dependency is only active once to build the target then it is ``squashed'' which means, if the prerequisite changes after the target was built the target will \emph{not} be considered out-of-date. \subsection{:value:} \index{:value:} The \verb+:value:+~dependency is used to specify that the rule execution depends on the value of an expression. For example, the following rule \begin{verbatim} a: b c :value: $(X) ... \end{verbatim} \noindent specifies that ``a'' should be recompiled if the value of \verb+$(X)+ changes (\verb+X+ does not have to be a filename). This is intended to allow greater control over dependencies. In addition, it can be used instead of other kinds of dependencies. For example, the following rule: \begin{verbatim} a: b :exists: c commands \end{verbatim} is the same as \begin{verbatim} a: b :value: $(target-exists c) commands \end{verbatim} \noindent Notes: \begin{itemize} \item The values are arbitrary (they are not limited to variables). \item The values are evaluated at rule expansion time, so expressions containing variables like \verb+$@+, \verb+$^+, etc.\ are legal. \end{itemize} \section{\label{sec:scanner-rules}\code{.SCANNER} rules} \targetref{.SCANNER} Scanner rules define a way to specify automatic dependency scanning. A \verb+.SCANNER+ rule has the following form. \begin{verbatim} .SCANNER: target: dependencies commands \end{verbatim} The rule is used to compute additional dependencies that might be defined in the source files for the specified target. The result of executing the scanner commands \emph{must} be a sequence of dependencies in OMake format, printed to the standard output. For example, on GNU systems the \verb+gcc -MM foo.c+ produces dependencies for the file \verb+foo.c+ (based on \verb+#include+ information). We can use this to specify a scanner for C files that adds the scanned dependencies for the \verb+.o+ file. The following scanner specifies that dependencies for a file, say \verb+foo.o+ can be computed by running \verb+gcc -MM foo.c+. Furthermore, \verb+foo.c+ is a dependency, so the scanner should be recomputed whenever the \verb+foo.c+ file changes. \begin{verbatim} .SCANNER: %.o: %.c gcc -MM $< \end{verbatim} Let's suppose that the command \verb+gcc -MM foo.c+ prints the following line. \begin{verbatim} foo.o: foo.h /usr/include/stdio.h \end{verbatim} The result is that the files \verb+foo.h+ and \verb+/usr/include/stdio.h+ are considered to be dependencies of \verb+foo.o+---that is, \verb+foo.o+ should be rebuilt if either of these files changes. This works, to an extent. One nice feature is that the scanner will be re-run whenever the \verb+foo.c+ file changes. However, one problem is that dependencies in C are \emph{recursive}. That is, if the file \verb+foo.h+ is modified, it might include other files, establishing further dependencies. What we need is to re-run the scanner if \verb+foo.h+ changes too. We can do this with a \emph{value} dependency. The variable \verb+$&+ is defined as the dependency results from any previous scan. We can add these as dependencies using the \verb+digest+ function, which computes an MD5 digest of the files. \begin{verbatim} .SCANNER: %.o: %.c :value: $(digest $&) gcc -MM $< \end{verbatim} Now, when the file \verb+foo.h+ changes, its digest will also change, and the scanner will be re-run because of the value dependency (since \verb+$&+ will include \verb+foo.h+). This still is not quite right. The problem is that the C compiler uses a \emph{search-path} for include files. There may be several versions of the file \verb+foo.h+, and the one that is chosen depends on the include path. What we need is to base the dependencies on the search path. The \verb+$(digest-in-path-optional ...)+ function computes the digest based on a search path, giving us a solution that works. \begin{verbatim} .SCANNER: %.o: %.c :value: $(digest-in-path-optional $(INCLUDES), $&) gcc -MM $(addprefix -I, $(INCLUDES)) $< \end{verbatim} The standard output of the scanner rules will be captured by OMake and is not allowed to contain any content that OMake will not be able to parse as a dependency. The output is allowed to contain dependency specifications for unrelated targets, however such dependencies will be ignored. The scanner rules are allowed to produce arbitrary output on the standard error channel --- such output will be handled in the same way as the output of the ordinary rules (in other words, it will be presented to the user, when dictated by the \verb+--output-+$\ldots$ options enabled). Additional examples of the \verb+.SCANNER+ rules can be found in Section~\ref{section:scanner-exm}. \subsection{Named scanners, and the \code{:scanner:} dependencies} \index{:scanner:} Sometimes it may be useful to specify explicitly which scanner should be used in a rule. For example, we might compile \verb+.c+ files with different options, or (heaven help us) we may be using both \verb+gcc+ and the Microsoft Visual C++ compiler \verb+cl+. In general, the target of a \verb+.SCANNER+ is not tied to a particular target, and we may name it as we like. \begin{verbatim} .SCANNER: scan-gcc-%.c: %.c :value: $(digest-in-path-optional $(INCLUDES), $&) gcc -MM $(addprefix -I, $(INCLUDES)) $< .SCANNER: scan-cl-%.c: %.c :value: $(digest-in-path-optional $(INCLUDES), $&) cl --scan-dependencies-or-something $(addprefix /I, $(INCLUDES)) $< \end{verbatim} The next step is to define explicit scanner dependencies. The \verb+:scanner:+ dependency is used for this. In this case, the scanner dependencies are specified explicitly. \begin{verbatim} $(GCC_FILES): %.o: %.c :scanner: scan-gcc-%.c gcc ... $(CL_FILES): %.obj: %.c :scanner: scan-cl-%.c cl ... \end{verbatim} Explicit \verb+:scanner:+ scanner specification may also be used to state that a single \verb+.SCANNER+ rule should be used to generate dependencies for more than one target. For example, \begin{verbatim} .SCANNER: scan-all-c: $(GCC_FILES) :value: $(digest-in-path-optional $(INCLUDES), $&) gcc -MM $(addprefix -I, $(INCLUDES)) $(GCC_FILES) $(GCC_FILES): %.o: %.c :scanner: scan-all-c ... \end{verbatim} The above has the advantage of only running \Prog{gcc} once and a disadvantage that when a single source file changes, all the files will end up being re-scanned. \subsection{Notes} In most cases, you won't need to define scanners of your own. The standard installation includes default scanners (both explicitly and implicitly named ones) for C, OCaml, and \LaTeX{} files. The \hypervarx{SCANNER_MODE}{SCANNER\_MODE} controls the usage of implicit scanner dependencies. The explicit \verb+:scanner:+ dependencies reduce the chances of scanner mis-specifications. In large complicated projects it might be a good idea to set \verb+SCANNER_MODE+ to \verb+error+ and use only the named \verb+.SCANNER+ rules and explicit \verb+:scanner:+ specifications. \section{.DEFAULT} \targetref{.DEFAULT} The \verb+.DEFAULT+ target specifies a target to be built by default if \Prog{omake} is run without explicit targets. The following rule instructs \Prog{omake} to build the program \verb+hello+ by default \begin{verbatim} .DEFAULT: hello \end{verbatim} \section{.SUBDIRS} \targetref{.SUBDIRS} The \verb+.SUBDIRS+ target is used to specify a set of subdirectories that are part of the project. Each subdirectory should have its own \File{OMakefile}, which is evaluated in the context of the current environment. \begin{verbatim} .SUBDIRS: src doc tests \end{verbatim} This rule specifies that the \verb+OMakefile+s in each of the \verb+src+, \verb+doc+, and \verb+tests+ directories should be read. In some cases, especially when the \verb+OMakefile+s are very similar in a large number of subdirectories, it is inconvenient to have a separate \verb+OMakefile+ for each directory. If the \verb+.SUBDIRS+ rule has a body, the body is used instead of the \verb+OMakefile+. \begin{verbatim} .SUBDIRS: src1 src2 src3 println(Subdirectory $(CWD)) .DEFAULT: lib.a \end{verbatim} In this case, the \verb+src1+, \verb+src2+, and \verb+src3+ files do not need \verb+OMakefile+s. Furthermore, if one exists, it is ignored. The following includes the file if it exists. \begin{verbatim} .SUBDIRS: src1 src2 src3 if $(file-exists OMakefile) include OMakefile .DEFAULT: lib.a \end{verbatim} \section{.INCLUDE} \targetref{.INCLUDE} The \verb+.INCLUDE+ target is like the \verb+include+ directive, but it specifies a rule to build the file if it does not exist. \begin{verbatim} .INCLUDE: config echo "CONFIG_READ = true" > config echo CONFIG_READ is $(CONFIG_READ) \end{verbatim} You may also specify dependencies to an \verb+.INCLUDE+ rule. \begin{verbatim} .INCLUDE: config: config.defaults cp config.defaults config \end{verbatim} A word of caution is in order here. The usual policy is used for determining when the rule is out-of-date. The rule is executed if any of the following hold. \begin{itemize} \item the target does not exist, \item the rule has never been executed before, \item any of the following have changed since the last time the rule was executed, \begin{itemize} \item the target, \item the dependencies, \item the commands-text. \end{itemize} \end{itemize} In some of the cases, this will mean that the rule is executed even if the target file already exists. If the target is a file that you expect to edit by hand (and therefore you don't want to overwrite it), you should make the rule evaluation conditional on whether the target already exists. \begin{verbatim} .INCLUDE: config: config.defaults # Don't overwrite my carefully hand-edited file if $(not $(file-exists config)) cp config.defaults config \end{verbatim} \section{.PHONY} \targetref{.PHONY} A ``phony'' target is a target that is not a real file, but exists to collect a set of dependencies. Phony targets are specified with the \verb+.PHONY+ rule. In the following example, the \verb+install+ target does not correspond to a file, but it corresponds to some commands that should be run whenever the \verb+install+ target is built (for example, by running \verb+omake install+). \begin{verbatim} .PHONY: install install: myprogram.exe cp myprogram.exe /usr/bin \end{verbatim} \section{Rule scoping} \index{rule, scoping} As we have mentioned before, \Prog{omake} is a \emph{scoped} language. This provides great flexibility---different parts of the project can define different configurations without interfering with one another (for example, one part of the project might be compiled with \verb+CFLAGS=-O3+ and another with \verb+CFLAGS=-g+). But how is the scope for a target file selected? Suppose we are building a file \verb+dir/foo.o+. \Prog{omake} uses the following rules to determine the scope. \begin{itemize} \item First, if there is an \emph{explicit} rule for building \verb+dir/foo.o+ (a rule with no wildcards), the context for that rule determines the scope for building the target. \item Otherwise, the directory \verb+dir/+ must be part of the project. This normally means that a configuration file \verb+dir/OMakefile+ exists (although, see the \verb+.SUBDIRS+ section for another way to specify the \verb+OMakefile+). In this case, the scope of the target is the scope at the end of the \verb+dir/OMakefile+. \end{itemize} To illustrate rule scoping, let's go back to the example of a ``Hello world'' program with two files. Here is an example \verb+OMakefile+ (the two definitions of \verb+CFLAGS+ are for illustration). \begin{verbatim} # The executable is compiled with debugging CFLAGS = -g hello: hello_code.o hello_lib.o $(CC) $(CFLAGS) -o $@ $+ # Redefine CFLAGS CFLAGS += -O3 \end{verbatim} In this project, the target \verb+hello+ is \emph{explicit}. The scope of the \verb+hello+ target is the line beginning with \verb+hello:+, where the value of \verb+CFLAGS+ is \verb+-g+. The other two targets, \verb+hello_code.o+ and \verb+hello_lib.o+ do not appear as explicit targets, so their scope is at the end of the \verb+OMakefile+, where the \verb+CFLAGS+ variable is defined to be \verb+-g -O3+. That is, \verb+hello+ will be linked with \verb+CFLAGS=-g+ and the \verb+.o+ files will be compiled with \verb+CFLAGS=-g -O3+. We can change this behavior for any of the targets by specifying them as explicit targets. For example, suppose we wish to compile \verb+hello_lib.o+ with a preprocessor variable \verb+LIBRARY+. \begin{verbatim} # The executable is compiled with debugging CFLAGS = -g hello: hello_code.o hello_lib.o $(CC) $(CFLAGS) -o $@ $+ # Compile hello_lib.o with CFLAGS = -g -DLIBRARY section CFLAGS += -DLIBRARY hello_lib.o: # Redefine CFLAGS CFLAGS += -O3 \end{verbatim} In this case, \verb+hello_lib.o+ is also mentioned as an explicit target, in a scope where \verb+CFLAGS=-g -DLIBRARY+. Since no rule body is specified, it is compiled using the usual implicit rule for building \verb+.o+ files (in a context where \verb+CFLAGS=-g -DLIBRARY+). \subsection{Scoping of implicit rules} \label{section:implicit-scoping} Implicit rules (rules containing wildcard patterns) are \emph{not} global, they follow the normal scoping convention. This allows different parts of a project to have different sets of implicit rules. If we like, we can modify the example above to provide a new implicit rule for building \verb+hello_lib.o+. \begin{verbatim} # The executable is compiled with debugging CFLAGS = -g hello: hello_code.o hello_lib.o $(CC) $(CFLAGS) -o $@ $+ # Compile hello_lib.o with CFLAGS = -g -DLIBRARY section %.o: %.c $(CC) $(CFLAGS) -DLIBRARY -c $< hello_lib.o: # Redefine CFLAGS CFLAGS += -O3 \end{verbatim} In this case, the target \verb+hello_lib.o+ is built in a scope with a new implicit rule for building \verb+%.o+ files. The implicit rule adds the \verb+-DLIBRARY+ option. This implicit rule is defined only for the target \verb+hello_lib.o+; the target \verb+hello_code.o+ is built as normal. \subsection{Scoping of \code{.SCANNER} rules} \index{.SCANNER}\index[target]{.SCANNER} Scanner rules are scoped the same way as normal rules. If the \verb+.SCANNER+ rule is explicit (containing no wildcard patterns), then the scope of the scan target is the same as the the rule. If the \verb+.SCANNER+ rule is implicit, then the environment is taken from the \verb+:scanner:+ dependency. \begin{verbatim} # The executable is compiled with debugging CFLAGS = -g hello: hello_code.o hello_lib.o $(CC) $(CFLAGS) -o $@ $+ # scanner for .c files .SCANNER: scan-c-%.c: %.c $(CC) $(CFLAGS) -MM $< # Compile hello_lib.o with CFLAGS = -g -DLIBRARY section CFLAGS += -DLIBRARY hello_lib.o: hello_lib.c :scanner: scan-c-hello_lib.c $(CC) $(CFLAGS) -c $< # Compile hello_code.c with CFLAGS = -g -O3 section CFLAGS += -O3 hello_code.o: hello_code.c :scanner: scan-c-hello_code.c $(CC) $(CFLAGS) -c $< \end{verbatim} Again, this is for illustration---it is unlikely you would need to write a complicated configuration like this! In this case, the \verb+.SCANNER+ rule specifies that the C-compiler should be called with the \verb+-MM+ flag to compute dependencies. For the target \verb+hello_lib.o+, the scanner is called with \verb+CFLAGS=-g -DLIBRARY+, and for \verb+hello_code.o+ it is called with \verb+CFLAGS=-g -O3+. \subsection{Scoping for \code{.PHONY} targets} \label{section:PHONY-scoping}\index{.PHONY}\index[target]{.PHONY} Phony targets (targets that do not correspond to files) are defined with a \verb+.PHONY:+ rule. Phony targets are scoped as usual. The following illustrates a common mistake, where the \verb+.PHONY+ target is declared \emph{after} it is used. \begin{verbatim} # !!This example is broken!! all: hello hello: hello_code.o hello_lib.o $(CC) $(CFLAGS) -o $@ $+ .PHONY: all \end{verbatim} This doesn't work as expected because the \verb+.PHONY+ declaration occurs too late. The proper way to write this example is to place the \verb+.PHONY+ declaration first. \begin{verbatim} # Phony targets must be declared before being used .PHONY: all all: hello hello: hello_code.o hello_lib.o $(CC) $(CFLAGS) -o $@ $+ \end{verbatim} Phony targets are passed to subdirectories. As a practical matter, it is wise to declare all \verb+.PHONY+ targets in your root \verb+OMakefile+, before any \verb+.SUBDIRS+. This will ensure that 1) they are considered as phony targets in each of the subdirectories, and 2) you can build them from the project root. \begin{verbatim} .PHONY: all install clean .SUBDIRS: src lib clib \end{verbatim} Note that when a \verb+.PHONY+ target is inherited by a subdirectory via a \verb+.SUBDIRS+, a whole hierarchy of \verb+.PHONY+ targets (that are a part of the global one) is created, as described in Section~\ref{section:PHONY-hierarchy} below. \section{Running \OMake{} from a subdirectory} \label{section:running-from-subdir} Running \verb+omake foo+ asks \OMake{} to build the file \verb+foo+ in context of the \emph{whole} project, even when running from a subdirectory of the project. Therefore, if \verb+bar/baz+ is a regular target (not a \verb+.PHONY+ one), then running \verb+omake bar/baz+ and running \verb+(cd bar; omake baz)+ are usually equivalent. There are two noteworthy exceptions to the above rule: \begin{itemize} \item If the subdirectory is not a part of the project (there is no \verb+.SUBDIRS+) for it, then \OMake{} will complain if you try to run it in that directory. \item If a subdirectory contains an \verb+OMakeroot+ of its own, this would designate the subdirectory as a separate project (which is usually a bad idea and is not recommended). \end{itemize} \subsection{Phony targets in a subdirectory} \label{section:PHONY-in-subdirs}\index{.PHONY}\index[target]{.PHONY}\index{.DEFAULT}\index[target]{.DEFAULT} Suppose you have a \verb+.PHONY: clean+ declared in your root \verb+OMakefile+ and both the root \verb+OMakefile+ and the \verb+OMakefile+ in some of the subdirectories contain \verb+clean:+ rules. In this case \begin{itemize} \item Running \verb+omake clean+ in the root directory will execute all the rules (each in the appropriate directory); \item Running \verb+omake clean+ in the subdirectory will execute just its local one, as well as the ones from the subdirectories of the current directory. \end{itemize} The above equally applies to the built-in \verb+.PHONY+ targets, including \hypertargn{.DEFAULT}. Namely, if \OMake{} is executed (without argument) in the root directory of a project, all the \verb+.DEFAULT+ targets in the project will be built. On the other hand, when \OMake{} is executed (without argument) in a subdirectory, only the \verb+.DEFAULT+ targets defined in and under that subdirectory will be built. The following Section explains the underlying semantics that gives rise to the above behavior. \subsection{Hierarchy of \code{.PHONY} targets} \label{section:PHONY-hierarchy}\index{.PHONY}\index[target]{.PHONY} When the the root \verb+OMakefile+ contains a \verb+.PHONY: clean+ directive, it creates: \begin{itemize} \item A ``global'' phony target \verb+/.PHONY/clean+ (note the leading ``\verb+/+''); \item A ``relative'' phony target attached to the current directory --- \verb+.PHONY/clean+ (note the lack of the leading ``\verb+/+''); \item A dependency \verb+/.PHONY/clean: .PHONY/clean+. \end{itemize} All the \verb+clean: ...+ rules in the root \verb+OMakefile+ following this \verb+.PHONY: clean+ declaration would be interpreted as rules for the \verb+.PHONY/clean+ target. Now when \OMake{} then comes across a \verb+.SUBDIRS: foo+ directive (when it is in scope of the above \verb+.PHONY: clean+ declaration), it does the following: \begin{itemize} \item Creates a new \verb+.PHONY/foo/clean+ ``relative'' phony target; \item Creates the dependency \verb+.PHONY/clean: .PHONY/foo/clean+; \item Processes the body of the \verb+.SUBDIRS: foo+ directive, or reads the \verb+foo/OMakefile+ file, if the body is empty. While doing that, it interprets its instructions relative to the \verb+foo+ directory. In particular, all the \verb+clean: ...+ rules will be taken to apply to \verb+.PHONY/foo/clean+. \end{itemize} Now when you run \verb+omake clean+ in the root directory of the project, it is interpreted as \verb+omake .PHONY/clean+ (similar to how it happens with the normal targets), so both the rules for \verb+.PHONY/clean+ are executed and the rules for its dependency \verb+.PHONY/foo/clean+. Running \verb+(cd foo; omake clean)+ is, as for normal targets, equivalent to running \verb+omake .PHONY/foo/clean+ and only those rules that apply to \verb+.PHONY/foo/clean+ will be executed. \section{Pathnames in rules} In rules, the targets and dependencies are first translated to \emph{file} values (as in the \hyperfun{file}). They are then translated to strings for the command line. This can cause some unexpected behavior. In the following example, the \hyperfun{absname} is the absolute pathname for the file \verb+a+, but the rule still prints the relative pathname. \begin{verbatim} .PHONY: demo demo: $(absname a) echo $< # omake demo a \end{verbatim} There is arguably a good reason for this. On Win32 systems, the \verb+/+ character is viewed as an ``option specifier.'' The pathname separator is the \verb+\+ character. \OMake{} translates the filenames automatically so that things work as expected on both systems. \begin{verbatim} demo: a/b echo $< # omake demo (on a Unix system) a/b # omake demo (on a Win32 system) a\b \end{verbatim} Sometimes you may wish that target strings to be passed literally to the commands in the rule. One way to do this is to specify them literally. \begin{verbatim} SRC = a/b $(absname c/d) demo: $(SRC) echo $(SRC) # omake demo (on a Win32 system) a/b c:\...\c\d \end{verbatim} Alternately, you might wish that filenames be automatically expanded to absolute pathnames. For example, this might be useful when parsing the \OMake{} output to look for errors. For this, you can use the \verb+--absname+ option (Section~\ref{option:--absname}). If you call \verb+omake+ with the \verb+--absname+ option, all filenames will be expanded to absolute names. \begin{verbatim} # omake --absname demo (on a Unix system) /home/.../a/b /home/.../c/d \end{verbatim} Alternately, the \verb+--absname+ option is scoped. If you want to use it for only a few rules, you can use the \hyperfun{OMakeFlags} to control how it is applied. \begin{verbatim} section OMakeFlags(--absname) demo: a echo $< # omake demo /home/.../a \end{verbatim} \textbf{N.B.} The \verb+--absname+ option is currently an experimental feature. % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % vim:tw=100:fo=tcq: % -*- omake-omake-0.10.7/doc/src/omake-shell.tex000066400000000000000000000171371472462630700202700ustar00rootroot00000000000000%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Shell commands % \chapter{Shell commands} \label{chapter:shell} \cutname{omake-shell.html} \section{What is considered a shell command?} Syntactically, shell commands are any line starting with \begin{itemize} \item The name of an executable, which is looked up along \verb+PATH[]+ if it is not specified with a relative or an absolute path, \item A builtin, or \item An alias (see the documentation for the \hyperobj{Shell} for more information), \end{itemize} but \emph{not} one of the following: \begin{itemize} \item A variable definition of the form \verb+VAR=string+, \item A function call \verb+f(...)+ or method call \verb+o.f(...)+, \item A rule definition containing a colon \verb+string: ...+, or \item A special command, including the following: \begin{itemize} \item \verb+if ...+ \item \verb+switch ...+ \item \verb+match ...+ \item \verb+section ...+ \item \verb+return ...+ \end{itemize} \end{itemize} The syntax of shell commands is similar but not identical to the syntax used by the Un*x-shell~\Cmd{bash}{1}. Note: The syntax and shell usage is identical on all platforms, including Win32. To avoid portability problems on Win32, it is recommended to avoid the use of the native shell interpreter~\Cmd{cmd}{1}. Commands can be freely mixed with other code, for example \begin{verbatim} LIB = $(dir lib) println(The contents of the $(LIB) directory is:) ls $(LIB) \end{verbatim} Every command has an integer exit code, which is zero or some other integer. A command is said to \emph{succeed} if its exit code is zero. If a command terminates with a non-zero exit code, \Cmd{osh}{1} considers the execution to have failed and tells \OMake{} to abort the current process with an error. \section{Simple commands} A simple command is specified with the name of an executable optionally followed by arguments passed to this executable. Here are some examples: \begin{verbatim} ls ls -AF . echo Hello world /usr/local/bin/cc --version \end{verbatim} The command is found using the current search path in the variable~\verb+PATH[]+, which should define an array of directories containing the favored executables. A command may be prefixed by environment variable definitions with the help of the utility~\Cmd{env}{1}. \begin{verbatim} # Prints "Hello world" env X="Hello world" Y=2 printenv X # Pass the include path to the Visual C++ env include="c:\Program Files\Microsoft SDK\include" cl foo.cpp \end{verbatim} \section{Globbing} Commands may contain wildcard patterns. A pattern specifies a set of files through a limited kind of regular expression. Patterns are expanded before the function is executed. \begin{verbatim} # List all files with a .c suffix ls *.c # List all files with a single character prefix, and .c suffix ls ?.c # Rename the file hello.ml to foo.ml mv {hello,foo}.ml \end{verbatim} A comprehensive description of \OMake~glob patterns is given in Section~\ref{section:globbing}. \section{Background jobs} A command may also be placed in the background by adding an ampersand~(\verb+&+) after the command. Control immediately returns to the shell without waiting for the job to complete. The job continues to run in the background. \begin{verbatim} gcc -o hugeprogram *.c & \end{verbatim} In \Cmd{osh}{1} the ampersand acts command terminator, whereas for \Cmd{bash}{1} it is a command separator. See Section~\ref{section:job-control-builtin-functions} for some built-in job-control commands. \section{Command sequence}\label{section:command-sequence} Sequence commands by separating them with a semi-colon~(\verb+;+). The commands get executed from left to right. The exit code of the whole sequence is the exit code of the \emph{last} command executed. The exit codes of all other commands are \emph{ignored}. Notes: \begin{itemize} \item In \Cmd{osh}{1} the semicolon strictly acts as a separator. \item Each command in a sequence is executed in its own sub-shell. \item The property of ignoring all but the last command's exit code can be used to simulate GNU~Make's \verb+-+~command-prefix in recipes. \begin{verbatim} # GNU Make: ignore exit code of toposort tsort: - toposort --in-place ids.list \end{verbatim} becomes \begin{verbatim} # OMake tsort: toposort --in-place ids.list; true \end{verbatim} \end{itemize} \section{File redirection} The input and the output of a command can be redirected from and to files by adding redirection operators after the command. \begin{description} \item[Redirect input] \Prog{command} \verb+<+ \File{input-file}. \item[Redirect output] \Prog{command} \verb+>+ \File{output-file}, \Prog{command} \verb+>>+ \File{output-file}. The first form truncates \File{output-file}, the second form appends to it. \item[Redirect output and error messages] \Prog{command} \verb+>&+ \File{output-file}, \Prog{command} \verb+>>&+ \File{output-file}. Again, the first form truncates \File{output-file} and the second form appends to it. \end{description} Some examples: \begin{verbatim} # Write to the "foo" file echo Hello world > foo # Redirect input from the foo file cat < foo # Redirect standard output and errors to the foo file gcc -o boo *.c >& foo \end{verbatim} \section{Pipelines} Pipelines are sequences of commands, where the output of the command on the left-hand side of the pipe~operator (\verb+|+ and \verb+|&+) is sent to the input of the command on the right-hand side. With \verb+|+ the output is redirected, but errors are not; with \verb+|&+ both output and errors are redirected. Each command in a pipeline is executed in its own sub-shell. \begin{verbatim} # Send the output of the ls command to the printer ls *.c | lpr # Send output and errors to jyh as email gcc -o hugefile *.c |& mail jyh \end{verbatim} The pipeline's exit code is the value of the rightmost command to exit with a non-zero code, or zero if all commands exit successfully. Note that this behavior is different from ordinary command sequences (see Section~\ref{section:command-sequence}) and from most other Un*x~shells (those which supply \verb+pipefail+ set it to \verb+false+ by default), but desirable inside \OMake~recipes. \section{Conditional execution} Commands may also be composed though conditional evaluation using the \verb+||+ and \verb+&&+ syntax. The expression \verb+command1 && command2+ executes \verb+command2+ only if \verb+command1+ succeeds. The expression \verb+command1 || command2+ executes \verb+command2+ only if \verb+command1+ fails. \begin{verbatim} # Display the x/y file if possible cd x && cat y # Run foo.exe, or print an error message (test -x foo.exe && foo.exe) || echo "foo.exe is not executable" \end{verbatim} \section{Grouping} Parenthesis are used for grouping in a pipeline or conditional command. The grouped commands are executed in a separate sub-shell. In the following expression, the \verb+test+~function is used to test whether the \verb+foo.exe+ file is executable. If it is, the \verb+foo.exe+ file is executed. If the file is not executable (or if the \verb+foo.exe+ command fails), the message \verb+"foo.exe is not executable"+ is printed. \begin{verbatim} # Run foo.exe, or print an error message (test -x foo.exe && foo.exe) || echo "foo.exe is not executable" \end{verbatim} Currently \Cmd{osh}{1} does not support grouping within the current shell as does Bash with curly braces~(\verb+{}+). % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % -*- omake-omake-0.10.7/doc/src/osh-prologue.tex000066400000000000000000000004531472462630700205030ustar00rootroot00000000000000% % % \begin{Name}{1}{osh}{\authors}{Build Tools}{The OSH shell} \Prog{osh} is command interpreter based on the \Cmd{omake}{1} build system. \end{Name} % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % -*- omake-omake-0.10.7/doc/src/osh.tex000066400000000000000000000056261472462630700166600ustar00rootroot00000000000000% % % \chapter{The OSH shell} \label{chapter:osh} \cutname{osh.html} \OMake{} also includes a standalone command-line interpreter \Prog{osh} that can be used as an interactive shell. The shell uses the same syntax, and provides the same features on all platforms \Prog{omake} supports, including Win32. \section{Startup} On startup, \Prog{osh} reads the file \verb+~/.oshrc+ if it exists. The syntax of this file is the same as an \Prog{OMakefile}. The following additional variables are significant. \var{prompt} The \verb+prompt+ variable specifies the command-line prompt. It can be a simple string. \begin{verbatim} prompt = osh> \end{verbatim} Or you may choose to define it as a function of no arguments. \begin{verbatim} prompt() = return $"<$(USER):$(HOST) $(homename $(CWD))>" \end{verbatim} An example of the latter prompt is as follows. \begin{verbatim} cd links/omake \end{verbatim} If you include any "invisible" text in the prompt (such as various terminal escape sequences), they must be wrapped using the \hyperfun{prompt-invisible}. For example, to create a bold prompt on terminals that support it, you can use the following. \begin{verbatim} prompt = bold-begin = $(prompt-invisible $(tgetstr bold)) bold-end = $(prompt-invisible $(tgetstr sgr0)) value $(bold-begin)$"osh>"$(bold-end) \end{verbatim} \var{ignoreeof} If the \verb+ignoreeof+ is \verb+true+, then \verb+osh+ will not exit on a terminal end-of-file (usually \verb+^D+ on Unix systems). \section{Aliases} \index{aliases} Command aliases are defined by adding functions to the \verb+Shell.+ object. The following alias adds the \verb+-AF+ option to the \verb+ls+ command. \begin{verbatim} Shell. += ls(argv) = "ls" -AF $(argv) \end{verbatim} Quoted commands do not undergo alias expansion. The quotation \verb+"ls"+ prevents the alias from being recursive. \section{Interactive syntax} The interactive syntax in \verb+osh+ is the same as the syntax of an \verb+OMakefile+, with one exception in regard to indentation. The line before an indented block must have a colon at the end of the line. A block is terminated with a \verb+.+ on a line by itself, or \verb+^D+. In the following example, the first line \verb+if true+ has no body, because there is no colon. \begin{verbatim} # The following if has no body osh>if true # The following if has a body osh>if true: if> if true: if> println(Hello world) if> . Hello world \end{verbatim} Note that \verb+osh+ makes some effort to modify the prompt while in an indented body, and it auto-indents the text. The colon signifier is also allowed in files, although it is not required. % -*- % Local Variables: % Mode: LaTeX % fill-column: 100 % TeX-master: "paper" % TeX-command-default: "LaTeX/dvips Interactive" % End: % -*- omake-omake-0.10.7/doc/tex/000077500000000000000000000000001472462630700153455ustar00rootroot00000000000000omake-omake-0.10.7/doc/tex/.empty000066400000000000000000000000001472462630700164720ustar00rootroot00000000000000omake-omake-0.10.7/doc/txt/000077500000000000000000000000001472462630700153645ustar00rootroot00000000000000omake-omake-0.10.7/doc/txt/.empty000066400000000000000000000000001472462630700165110ustar00rootroot00000000000000omake-omake-0.10.7/doc/webpage/000077500000000000000000000000001472462630700161575ustar00rootroot00000000000000omake-omake-0.10.7/doc/webpage/changelog.html000066400000000000000000001141351472462630700210010ustar00rootroot00000000000000 The OMake CHANGELOG
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OMake Change Log

Jump to version 0.9.8.6, 0.9.8.5, 0.9.8.4, 0.9.8.3, 0.9.8.1, 0.9.8, 0.9.6.9, 0.9.6.8, 0.9.6.7, 0.9.6.6, 0.9.6.5, 0.9.6, 0.9.4, 0.9.3, 0.9.2.

See also the brief summary change log.

Version 0.9.8.6 (October 26, 2010)

This is a major feature enhancement and bugfix release
  • Added keyword and optional function arguments.

    The syntax of a keyword parameter/argument is "identifier = expr". 

       Function     Application
   -------------------------------------------
   f(a)         f(1)
   f(~a, b)     f(~a = 10, 11)     Required keyword argument
   f(?a, b)     f(~a = 10, 12)     Optional keyword argument
                f(12)              -- defaults to empty
   f(?a = 1, b) f(~a = 10, 11)     Optional keyword argument with default value
   f(~a = 1, b) f(11)              -- ~a is same as ?a if there is a default value
                f(?a = 10, 11)     -- Arguments can use ?, but it means the same thing
    Keyword arguments and normal arguments are processed independently. Normal arguments have to appear in the same order as in the parameter list, but keyword arguments can go anywhere.

    This also adds the function notation. 

        fun(x, y) =>
       add($x, $y)

    foreach(x => ..., a b c)
       println($x)
    where the "..." essentially means "parse as if the indented block below was actually an expression in here"

    Old-style foreach generate a warning.

  • Added "program" syntax. This provides a more standard programming language, where strings must be explicit, and variables represent applications.

    The outer syntax is normal; the program syntax is an ast to ast translation. The translation is turned on with the command ".LANGUAGE: program", which is scoped like "export". Here is an example: 

       #!/usr/bin/env osh
   .LANGUAGE: program

   f(x) =
      return x + 1

   println(f(f(1)))
    The normal $-style expressions are always allowed, but in program-syntax mode, identifiers stand for variables, function application is the f(e1, ..., e2) form, and there are the standard infix operators. To switch back to the default syntax, use .LANGUAGE: make

    Note, shell commands and rules never use program syntax, except within function arguments.

    This is not heavily tested.

  • Added support for partial and curried function applications. Normal funcation application still require using the correct number of arguments (as relaxed by the introduction of optional arguments), but apply function can be used to create curried and partial applications. 
       f(x,y) =
      return $(add $x, $y)

   g = $(apply $f, 2)      # Partial applications must use apply
   println($(g 3))         # 5

   ff(x) =
      gg(y) =
         return $(add $x, $y)

   println($(apply $(ff), 3, 5)) # Prints 8, also need to use apply here
    apply can also take keyword arguments.
  • A high-quality C parser was added to OMake — see lib/parse/C/Parse.om
  • Added a LaTeX parser and spellchecker - see lib/parse/LaTeX/README.txt
  • New functions added: localtime, gmtime, mktime, normalize-tm, utimes, digest-string, url-escaped, find-all, addprefixes
  • New object added: Tm
  • Bugs fixed:
    • From Bugzilla: 693, 699, 702, 707, 709, 710, 711, 712, 717
    • find no longer follows symbolic links
    • Globbing functions worked incorrectly on absolute names. Here is the previous behavior. 
         osh> ls(R, /etc/httpd)
   /home/jyh/omake/etc/httpd
    • chmod(mode, files) had a bug where the mode could not be an integer.
    • Empty mode string should be supported in cp.
    • Whitespace is not gobbled eagerly, so, for example, trailing comments work as expected. 
         X = abc   # 123
      equal($X, abc)  # this is now true
    • LaTeXDocument no longer returns the .ps file and no longet creates latex .dvi and .ps rules when USEPDFLATEX is true.
  • [Experimental] Object methods can now export their fields back into the parent object. For example, 
       Z. =
       x = 1
       f() =
           x = 2
           export
   Z.f()
   echo $(Z.x)
   # Prints "2"
    This works with arbitrary levels of nesting.

Version 0.9.8.5 (August 7, 2007)

This is a somehat major feature enhancement release
  • Made sure that Ctrl-C would correctly stop OMake on Windows, making it much easier to use -p and -P on Windows.
  • Added export sections.
    • Exports take effect for all sections within their static scope. For example, 
         section
      export
      section
         public.X = 1

   println($X)  # Prints 1
    • In addition, exports augment any existing exports. For example, 
         section
      public.X = 1
      public.Y = 2

      export X
      section
         X = 3
         Y = 4
      export Y
   # X is 3
   # Y is 2
    • Variable definitions also allow exports. For example, 
         public.X = 1
   public.f() =
      X = 2
      export

   public.Y = $f
   # X is 2
   # Y is 2
      Note: this is, of course, not the same as imperative programming, because functions can always choose not to export. In particular, the string "functions" do not export. 
         public.X = 1
   export X
   public.f() =
      X = 2
   Y = $"$f"
   # X = 1
   # Y = 2
  • Added .STATIC and .MEMO rules - an enhanced, yet lazy (delayed) version of the static. sections.
    • Basic usage: 
         .STATIC:
       println(foo)
       X = 1
   Y = $X
      The variable X is exported, with a "delayed" value. The rule is only evaluated if the value for $X is needed, but it is lazy. The definition of Y does not force evaluation.
    • .STATIC rules allow dependencies, for example:
         .STATIC: x.input
       X = $(expensive-function x.input)
      This is be evaluated if x.input changes and X is forced.
    • .STATIC rules also allow explicitly specifying which variables are exported, for example: 
         .STATIC: X: x.input
       Y = 1
       X = $Y
      Here, Y is not exported from the section.
    • By default, if a .STATIC rule is evaluated several times (for example, if the .STATIC rule is present inside a body of a function that is called several times), the result is the same set of delayed variables.
    • .STATIC rules can have :key: dependency that specify whether we are getting the same set of delayed variables or not, when re-executing the same .STATIC rule. For example, 
          g(x) =
        eprintln($"g($x)")
        add($x, 1)

    f(x) =
        .STATIC: :key: $x
            y = $(g $x)
        value $y

    println($(f 1))
    println($(f 2))
    println($(f 1))
      will call function g twice - only once for each argument, printing: 
          g(1)
    2
    g(2)
    3
    2
    • .STATIC rules have their values are stored in .omakedb, not in .omc, so they are distinct between different projects (while the static. sections in common library files are shared between projects).
    • The .MEMO rules are very similar to the .STATIC, except the .MEMO values are not preserved across runs of OMake. They are, however, preserved for the duration of OMake session.
  • Fields in sub-objects can now be referenced directly using the $(X.Y.Z) form (bug 580). For example, 
       X. =
      Y. =
         Z. =
            x = 1
   X.Y.Z.y = 2
   X.Y.Z.f() =
       value $(add $x, $y)
   echo $(X.Y.Z.f)
   # prints "3"
  • Allow functions to take their bodies as array arguments (bug 645). The [...] argument to a function call stands for an array body and ... stands for a normal body argument. For example,
       X =
      file([...])
         a
         b
         c
   - : 
       : Array
  • Corrected several cases where the exit shell alias would not do the right thing. For example, pipelines like false || exit 5 will now return the correct exit code.
  • Added a build function, so that builds can be performed from osh scripts (the function may be called only from osh).
  • build/C.om: new functions for building DLLs: DynamicCLibrary, DynamicCLibraryCopy, DynamicCLibraryInstall, DynamicCXXLibrary, DynamicCXXLibraryCXXopy, DynamicCXXLibraryInstall.
  • New built-in functions: sort (AKA Sequence.sort), replace-nth, input-line (AKA InChannel.readln), channel-name (AKA Channel.name), sequence-sub (AKA Sequence.sub).
  • New Shell alias: Shell.pwd
  • The defined, getvar, setvar now allow qualified names (e.g public.x or private.y).
  • Built-in awk will now set the FILENAME and FNR ("line number") variables when evaluating its body.
  • The run-time is now included in - exit messages (e.g. when --print-exit is enabled) - bug 680. Note that this only indicates when OMake have noticed that the command have finished, which may be quite inaccurate in parallel builds (where OMake may be busy setting up parallel jobs and not paying attention).
  • Significant code reorganization in preparation for OMake 0.9.9, should be largely transparent to the end-users

Version 0.9.8.4 (June 4, 2007)

  • Fixed a file descriptor leak
  • Fixed: $(OCAMLDEPFLAGS) should be passed to "ocamldep -modules"
  • Other minor bug fixes

Version 0.9.8.3 (June 1, 2007)

  • The 3-place rules are now considered implicit and will be inherited by subdirectories. This makes it easier to declare default rules for common targets, such as
      clean: %:
     rm -f ...
  • Allow .PHONY sections to have a body. A .PHONY declaration with a body would create a default (implicit) rule for the newly created phony target(s).
  • Detect case-insensitive filesystems on Unix-like operating systems (especially common under Mac OS X). This should make it possible to use OCAMLDEP_MODULES_ENABLED=true under Unix-like operating systems with case-insensitive filesystems.
  • Changed the default value for the OCAMLDEP_MODULES_ENABLED to $(OCAMLDEP_MODULES_AVAILABLE). In other words, ocamldep -modules will be used whenever it is available (e.g. under OCaml 3.10 or if the bytecode executable distributed with OMake can be used).
  • A number of performance improvements. In particular, the size of the .omakedb should now be significantly smaller.
  • Documentation improvements

Version 0.9.8.2

The version number 0.9.8.2 was skipped.

Version 0.9.8.1 (March 16, 2007)

  • Additional “autoconfiguration” functionality:
    • New functions in configure/Configure.om, including ConfMsgChecking, ConfMsgResult, ConfMsgYesNo, ConfMsgWarn, ConfMsgError, ConfMsgFound, TryCompileC, TryLinkC, TryRunC, RunCProg.
    • Added configure/X.om with some basic tests for X (experimental, not very well tested).
  • A number of new built-in and standard library functions: join, min, max, Map.keys, Map.values, getpwnam, getpwuid, getpwents, getgrnam, getgrgid, tgetstr, xterm-escape, prompt-invisible
  • Improvements in -p/-P (“poll”) mode:
    • Various errors in OMakefiles will now cause OMake to poll for OMakefile changes after reporting the error, instead of aborting.
    • Will watch “:optional:” and “:exists:” dependencies (but will still ignore “Delete” events for them).
  • In implicit rules, allow the source files to contain more than one instance of the % “wildcard” character.
  • Significant improvements in the command line completion in the interactive osh shell.
  • build/C.om:
    • Added StaticCXXLibrary function;
    • Use /Fo and /Fe flags in place of -o on Windows.
  • build/LaTeX.om: added some support for MikTeX.
  • A number of documentation improvements.
  • A number of other improvements and bugfixes.

Version 0.9.8 (December 11, 2006)

  • The main change in this release is that the OMake values will now be converted into the shell command lines directly (all the previous versions of OMake should first "flatten" the value into a string and then perform sh-like parsing of the resulting string). In particular, this means that:
    • All the special symbols in files and directory values will be preserved.
    • All the spaces inside the array elements will be preserved.
    • All the special symbols in OMake-quoted values ($"..." and $'...') will be preserved.
    • If the first element of the command line is a file value, neither PATH- nor alias-expansion will be performed. Note - there will also be no alias-expansion if the executable value contains quoted parts or starts with a \.
    • The Shell. aliases will now receive the values passed on the shell command line as is, not the string-expanded version. Also, if some of the arguments are the result of a glob-expansion, the alias function will receive the appropriate file values, not the strings.
    • OMake 0.9.8 will not be fully backwards-compatible with the earlier releases.
  • Major redesign of the OMake documentation (using HEVEA).
    • The documentation is significantly expanded, examples added, bugs fixed.
    • There are now a number of indices, including a index of variables, an index of functions, and an overall index.
  • OCaml.om improvements:
    • Implemented a new approach to computing the dependencies in OCaml projects in OMake. In this approach a special version of ocamldep is used to only extract the list of the external modules a file depends on and then OMake is used to map those modules to files in the include path. This eliminates the "standard" deficiency of having to generate all the relevant OCaml source files before ocamldep is called. This feature is considered highly experimental and is disabled by default. Use the OCAMLDEP_MODULES_ENABLED variable to enable.
    • Added support for the Menhir parser-generator (experimental).
  • C.om improvements:
    • Changed the CProgram function to consider LIBS to be the actual library files (_without_ the extension) that need to be linked in.
    • Improved the C scanner rule on Windows.
  • LaTeX.om improvements:
    • BSTINPUTS environment variable joins TEXINPUTS and BIBINPUTS in the list of variables initialized from the OMake's TEXINPUTS variable.
    • The list of such variables is now configurable (TEXVARS variable contains an array of names).
  • More control over the OMake output and verbosity.
    • By default, OMake is now much more silent ("-S --progress" is enabled by default when it outputs to a terminal, and "-S" is enabled in all other cases).
    • Added a --verbose option that would make OMake very verbose, when needed.
    • Added an ability to postpone and/or repeat the rule execution output (so that, for example, only the output of the rules that fail is printed, or the output of the rules that failed is repeated at the end of the omake -k execution). This feature is somewhat experimental and might change in the future versions of OMake.
    • Added the -o option for better control of OMake verbosity.
  • Added three special .PHONY targets: .BUILD_BEGIN, .BUILD_SUCCESS, and .BUILD_FAILURE. .BUILD_BEGIN is built before anything else in your project. One of .BUILD_SUCCESS or .BUILD_FAILURE is built when the build for your project terminates.
    Note:
    • This feature is experimental and is likely to change in the future versions of OMake.
    • If you want to use these targets, you should probably add them to your ~/.omakerc, rather than adding them directly to each of the projects you work on.
  • OMake will now save the .omakedb periodically, preventing the state loss in case the OMake process dies unexpectedly (for example, when Cygwin kills OMake after user presses Ctrl-C). The checkpointing interval may be configured both at compile time and via the command line.
  • The variables such as $< and $@ in rules and % in implicit rules will no longer be expanded to strings; instead they will be passed as Node ("file") values.
  • Much better handling of the exit function, a number of bugs fixed.
  • Implicit rules can no longer have target patterns referring to another directories. See bug #456 for detail.
  • New functions: Shell.ln-or-cp, html-escaped, string-escaped, encode-uri, decode-uri, random, find-targets-in-path.
  • Added an ability to turn a string into an input channel. This allows, for example, to use an OMake variable as an input to built-in awk without having to write it to a temporary file first.
  • New flags added to built-in awk and grep.
  • A large number of other bug fixes and improvements.

Version 0.9.6.9 (April 11, 2006)

  • Standard library improvements:
    • Implemented Erick Tryzelaar's idea of having *Program and *Library functions return the array with all the targets that it have defined the rules for.
    • Improved C++ support:
      • Use g++ (when present) instead of gcc as CXX.
      • Allow .cc and .c++ extensions in addition to .cpp
      • Added CXXProgram and CXXProgramInstall functions.
    • Improved OCaml support:
      • Changed USE_OCAMLFIND to be always false by default.
      • Added OCAMLC_EXISTS variable.
    • Pervasives.om: use the built-in cat by default.
    • Added a PID built-in variable.
  • Bug fixes and improvements:
    • Fixed problems with :value: dependencies in .INCLUDE rules and :squash: dependencies in implicit rules.
    • Added auto-rehashing on relative names in the PATH. In addition, you can define AUTO_REHASH = true if you want to auto-rehash on all directories in the path.
    • Comments in OMakefiles are now parsed more consistently.
    • Significantly improved the performance of the built-in find command.
  • Updated the default (sample) OMakefile.
  • A number of documentation fixes and improvements.

Version 0.9.6.8 (January 23, 2006)

  • Improved the handling of the ".PHONY" nodes, fixing a few bugs where a ".PHONY" node was used in place of a file with the same name.
  • Fixed a bug with PATH-expansion for pipelines being performed too early.
  • Added a remove-project-directories function, which will prevent the directories from being included even if there is a .SUBDIRS command for any of them.
  • OCaml.om: fixed the installation of .mli, .cmi files (which is performed by the OCamlLibraryCopy function when INSTALL_INTERFACES is enabled).
  • A number of documentation fixes and other improvements.

Version 0.9.6.7 (December 28, 2005)

  • Added basic support for C++ (Issue 389)
  • Portability improvements:
    • More portable bootstrapping Makefile
    • When lockf is not supported and we fail to lock the project because of that, print a warning message and keep going (this is fairly safe). We used to go into an infinite loop before.
  • OCaml.om improvements:
    • Added an OCAMLOPT_FOUND variable that can be used to tell whether OCAMLOPT exists.
    • Now by default, NATIVE_ENABLED and BYTE_ENABLED variables will be set to enable the "best available" compilation mode:
      • When OCAMLOPT is fould, the defaults are
        NATIVE_ENABLED=true
        BYTE_ENABLED=false
        as before.
      • Otherwise, the values are swapped.
    • Allow the usage of OCamlLibraryInstall and OCamlLibraryCopy when the destination directory is the same as the source one.
  • Fixed a (somewhat recently introduced) problem with OMake failing to properly restart when the "-p"/"-P" filesystem watch is used and OMake detects that one of the relevant OMake file have changed.
  • Couple of "-w" option improvements.
  • A number of minor documentation fixes.

Version 0.9.6.6 (November 5, 2005)

  • Made sure OMake compiles fine with both OCaml 3.08 and 3.09.
  • A few minor bugfixes and improvements:
    • Avoid giving bogus "These file are targeted separately, but appear as effects of a single rule." warnings (thanks to Florian Hars for reporting the problem).
    • LaTeX rules: do not assume that .aux will always be created (based on a patch by Cristian Tapus).
    • Fixed ocamlfind support (based on a patch by Peter Jolly).

Version 0.9.6.5 (September 14, 2005)

  • Improved support for configure-style scripts in OMake (using the run-once static. sections). OMake installation now includes a small library of useful helpful configure functions and a number of examples (ncurses, readline, fam).
  • LaTeX rules improvements, including support for TeTeX v.3 and better pdflatex support.
  • The which function should now work correctly in Cygwin. Fixed a number of issues related to using ocamlfind under Cygwin and Windows.
  • Fixed a number of bugs related to execution of complex shell pipelines.
  • New built-in functions: get-registry (Windows-only), removeprefix, html-string.
  • Fixed a problem with interactive osh sessions not handling the return operator correctly.
  • Improved handling of implicit :value: dependencies (implicit value dependencies are added for all the “free”variables in section eval). The free variable computation is more precise, and the implicit dependencies are now allowed to contain undefined variables.
  • The include foo directive will now try opening foo.om before trying to open foo. Same is true for the .INCLUDE rules.
  • A number of documentation fixes.
  • Significant changes in the setup for compiling OMake. No more autoconf, bootstapping uses make to build a feature-limited bootstrapping binary and the normal version of OMake is compiled using OMake itself. Makefiles are now generated by OMake.
  • Significant reorganization of the source three. Now the source three has a reasonable directory structure, instead of a single flat directory with all the files.
  • A number of other improvements and bug fixes.

Version 0.9.6 (July 17, 2005)

  • Added "static" sections that are evaluated once. Values defined in static sections are persistent across runs of omake. This is convenient for implementing configure-style tests in omake files.
  • Added :value: dependencies.

    Value dependencies are specified using the :value: option in rules. 

              a: b c :value: $(X)
              ...

    This rule specifies that "a" should be recompiled if the value of $(X) changes (X does not have to be a filename). This is intended to allow greater control over dependencies. In addition, it can be used in place of other kinds of dependencies. For example, the following rule: 

              a: b :exists: c
              commands
    is the same as 
              a: b :value: $(target-exists c)
              commands

    Notes:

    • The values are arbitrary (they are not limited to variables)
    • The values are evaluated at rule expansion time, so variables like $@, $^, etc are legal.

    One other significant difference is that the rule cache now uses a digest of the rule commands text, not the text itself. This has an impact on initial omake speed (I am not sure how significant it is) but the cache is smaller. Also, "section eval" should now be handled correctly.

  • Significantly changed the meaning of the .SCANNER rules. Now the .SCANNER rules are treated much more like normal rules.

    Externally, a .SCANNER rule has the usual rule form: 

           .SCANNER: target: dependencies...
          ...scanner commands...

    However, the scanner target is now decoupled from the build target, allowing a scanner result to be used for multiple build targets. For example, ocamldep produces dependencies for .cmo and .cmx files simultaneously. They can share the scanner rule by specifying an explicit :scanner: dependency. 

            .SCANNER: scan-ocaml-%.ml: %.ml
            ocamldep $lt;

        %.cmo: %.ml :scanner: scan-ocaml-%.ml
            $(OCAMLC) ...

        %.cmx %.o: %.ml :scanner: scan-ocaml-%.ml
            $(OCAMLOPT) ...

    The current convention is that scanner targets should be named scan-<language>-<source-file>.

    • If a rule has multiple :scanner: dependencies, the actual dependencies will be the union of the scanner results.
    • The .SCANNER targets use a different namespace than normal targets, so it is valid to have overlapping rules. 
                    .SCANNER: foo:
                  echo "foo: boo"

              foo: :scanner: foo
                  ...
    • For backwards compatibility, if a rule has no :scanner: dependencies, then omake will try to find a scanner with the same name as the target. So in the example above, the :scanner: foo is actually unnecessary.
  • Added file locking for the .omakedb and .omc files, so that multiple processes can be run simultaneously.
  • Fixed issues where files were being expanded during the string to array conversion.
  • Better accessibility of the build rules and dependencies from OMake scripts.

    See documentation for the Target object and the "Examining the dependency graph" Section of the OMake Documentation for more information.

  • Improved the latex-related rules.
  • Rule execution now fails when any shell command fails, even those in nested sections.
  • Regular expressions now handle \(...\) arguments correctly. Also, the lexer has better performance, searching is now roughly linear time.
  • Added .SUBDIRS bodies. If you don't want to write an OMakefile for each subdirectory, you can define a .SUBDIRS body that defines the it instead. 
            .SUBDIRS: foo boo
            println(Current directory is $(CWD))
            ...normal configuration...
  • Added the vmount function to define a "virtual mount" of one directory over another. This adds a fairly simple way to define multiple versions of a project. Suppose your source files are in a directory src/. Then one easy way to compile a version of the project is the following. 
            vmount(-l, src, x86)
        .SUBDIRS: x86

    Files from the src directory are now automatically linked into the x86 directory as needed. If you want to have multiple versions, you can use multiple directories (and multiple vmounts).

  • The Map object is now completely changed.

    The keys are now "simple" values, not just strings. Simple values include integers, floats, strings, arrays of simple values, files, and directories.

    Only the Map class has the map functions defined. If you want to have, say, a File that also includes a Map, create a subclass that extends both File and Map.

    Literal string keys can be written in the form $|key...|. This works both for definitions and uses. The usual modifiers are allowed $,|key| and $`|key|. 

          X. =
         extends $(Map)
         $|key 1| = 1
         $|key 2| = $|key 1| boo
         $|key 2| += foo
  • Bugs fixed: 158, 299, 315, 335, 338, 359, 376, 377, 379, 387, 393, 394, 397, 402, 403, 423, 425, 427, 428, 431, 441, 443, 445, 446, 447, 449, 452, 453, 454, 459, 462, 463, 464, 465, 466, 470, 471, 472, 473, 476, 477, 478, 480, 481, 482, 483, 487, 488, 489, 493
  • Numerous other improvements.

OMake 0.9.5

The version number 0.9.5 was skipped.

OMake 0.9.4 (January 4, 2005)

  • Portability improvements. OMake should now compile and work under Windows 2000, Windows NT and FreeBSD. A number of Windows-specific bugs are fixed. A Windows installer is added.
  • OMake now uses the built-in versions of the following commands: cp, mv, mkdir, rm, rmdir, chmod
  • Improvements to the filesystem watch functionality. In particular, the build will now restart if a change to one of the OMakefiles is detected.
  • Added a USE_OCAMLFIND variable that can be used to force or prohibit the usage of ocamlfind in a project (by default USE_OCAMLFIND is set to true iff the ocamlfind executable is found in path).
  • Added a --force-dotomake option to create all .omc and .omo files under $HOME/.omake/cache and a --dotomake option to specify an alternative to $HOME/.omake
  • Added :squash: dependencies (that specify that the dependency must be built, but when the dependency changes, it does not cause the target to be rebuilt).
  • OMake will now read ~/.omakeinit and ~/.omakerc files on startup.
  • Improved the latex-related rules.
  • Documentation improvements.
  • Bugs fixed: 142, 153, 311, 313, 314, 316, 332, 333, 339, 350, 360, 361, 366, 367, 368, 374, 375.

OMake 0.9.3 (October 18, 2004)

  • OMake now supports ocamlfind in its default configuration file (thanks to Bardur Arantsson for the initial patch).
  • OMake should now also work with OCaml 3.07 (in addition to 3.08).
  • A large number of bug fixes, including:
    • OMake should now compile correctly under Cygwin (thanks to Peter Jolly who provided the patch),
    • "double-colon" rules (that allow specifying multiple rules for the same target) should now work correctly,
    • kqueue-based file system monitoring (Mac OS X, FreeBSD) should now work correctly
    • array definitions should now work better.
  • Added a work around for the command line length limitation of lib.exe on Windows
  • Filesystem monitoring functionality now provides a choice whether to continue monitoring once the project is built successfully.

OMake 0.9.2 (September 8, 2004)

  • Bugs fixed:
    • "make install" will no longer create $HOME/.omake as root;
    • the -custom option is now a part of OCAML_BYTE_LINK_FLAGS and can be easily disabled;
    • omake should now allow specifying dependencies for the same file more than once.
  • The OMakeroot.src, OMakeroot.default and OMakefile.default are now under MIT license to allow users to freely borrow from them into their own omake build files. (The rest of OMake is still under GPL).
  • Fixed a number of typos and formatting errors in documentation.
omake-omake-0.10.7/doc/webpage/contribs.html000066400000000000000000000040001472462630700206620ustar00rootroot00000000000000 The OMake build system: User Contributions
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To update the information in this list, contact the OMake mailing list or Aleksey Nogin.

omake-omake-0.10.7/doc/webpage/download.html000066400000000000000000000322401472462630700206550ustar00rootroot00000000000000 Download OMake
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Download OMake

The latest release of OMake is OMake 0.9.8.6 (pre-released on October 26, 2010).

  • Latest development sources from the subversion repository (might be highly unstable and/or dangerous):
    • Browse the sources
    • Run
      svn co http://svn.metaprl.org/svnroot/mojave/omake-branches/0.9.8.x
      to check out the latest sources from the repository.
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/Length 1979 2 R /Resources << /ExtGState << /R1 4 4 R >> >> /Group 1980 3 R >> stream 0 0 0 1 K 0 i 1 w 4 M 0 j 0 J []0 d /RelativeColorimetric ri /R1 gs 785.8066 417.0264 m 785.8066 412.7764 l S endstream endobj 1979 2 obj 111 endobj 1980 3 obj << /Type /Group /S /Transparency /I false /K false >> endobj 1983 2 obj << /Type /XObject /Subtype /Form /FormType 1 /Name /Fm257 /Matrix [ 1 0 0 1 0 0 ] /BBox [ 791.26172 412.77637 792.26172 417.02637 ] /Length 1984 2 R /Resources << /ExtGState << /R1 4 4 R >> >> /Group 1987 2 R >> stream 0 0 0 1 K 0 i 1 w 4 M 0 j 0 J []0 d /RelativeColorimetric ri /R1 gs 791.7617 417.0264 m 791.7617 412.7764 l S endstream endobj 1984 2 obj 111 endobj 1987 2 obj << /Type /Group /S /Transparency /I false /K false >> endobj 1989 3 obj << /Type /XObject /Subtype /Form /FormType 1 /Name /Fm258 /Matrix [ 1 0 0 1 0 0 ] /BBox [ 797.21484 412.77637 798.21484 417.02637 ] /Length 1990 3 R /Resources << /ExtGState << /R1 4 4 R >> >> /Group 1991 2 R >> stream 0 0 0 1 K 0 i 1 w 4 M 0 j 0 J []0 d /RelativeColorimetric ri /R1 gs 797.7148 417.0264 m 797.7148 412.7764 l S endstream endobj 1990 3 obj 111 endobj 1991 2 obj << /Type /Group /S /Transparency /I false /K false >> endobj 1994 2 obj << /Type /XObject /Subtype /Form /FormType 1 /Name /Fm259 /Matrix [ 1 0 0 1 0 0 ] /BBox [ 803.16797 412.77637 804.16797 417.02637 ] /Length 1996 2 R /Resources << /ExtGState << /R1 4 4 R >> >> /Group 1998 2 R >> stream 0 0 0 1 K 0 i 1 w 4 M 0 j 0 J []0 d /RelativeColorimetric ri /R1 gs 803.668 417.0264 m 803.668 412.7764 l S endstream endobj 1996 2 obj 109 endobj 1998 2 obj << /Type /Group /S /Transparency /I false /K false >> endobj 2000 3 obj << /Type /XObject /Subtype /Form /FormType 1 /Name /Fm260 /Matrix [ 1 0 0 1 0 0 ] /BBox [ 416.16797 412.77637 804.16797 417.02637 ] /Length 2002 2 R /Resources << /ExtGState << /R1 4 4 R /R6 1631 2 R >> /XObject << /Fm196 1627 3 R /Fm197 1633 3 R /Fm198 1638 2 R /Fm199 1644 2 R /Fm200 1649 3 R /Fm201 1655 2 R /Fm202 1660 2 R 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/R6 gs /Fm196 Do Q q /R6 gs /Fm197 Do Q q /R6 gs /Fm198 Do Q q /R6 gs /Fm199 Do Q q /R6 gs /Fm200 Do Q q /R6 gs /Fm201 Do Q q /R6 gs /Fm202 Do Q q /R6 gs /Fm203 Do Q q /R6 gs /Fm204 Do Q q /R6 gs /Fm205 Do Q q /R6 gs /Fm206 Do Q q /R6 gs /Fm207 Do Q q /R6 gs /Fm208 Do Q q /R6 gs /Fm209 Do Q q /R6 gs /Fm210 Do Q q /R6 gs /Fm75 Do Q q /R6 gs /Fm211 Do Q q /R6 gs /Fm212 Do Q q /R6 gs /Fm213 Do Q q /R6 gs /Fm214 Do Q q /R6 gs /Fm215 Do Q q /R6 gs /Fm216 Do Q q /R6 gs /Fm217 Do Q q /R6 gs /Fm218 Do Q q /R6 gs /Fm219 Do Q q /R6 gs /Fm220 Do Q q /R6 gs /Fm221 Do Q q /R6 gs /Fm222 Do Q q /R6 gs /Fm223 Do Q q /R6 gs /Fm224 Do Q q /R6 gs /Fm225 Do Q q /R6 gs /Fm226 Do Q q /R6 gs /Fm227 Do Q q /R6 gs /Fm87 Do Q q /R6 gs /Fm228 Do Q q /R6 gs /Fm229 Do Q q /R6 gs /Fm230 Do Q q /R6 gs /Fm231 Do Q q /R6 gs /Fm232 Do Q q /R6 gs /Fm233 Do Q q /R6 gs /Fm234 Do Q q /R6 gs /Fm235 Do Q q /R6 gs /Fm236 Do Q q /R6 gs /Fm237 Do Q q /R6 gs /Fm238 Do Q q /R6 gs /Fm239 Do Q q /R6 gs /Fm240 Do Q q /R6 gs /Fm241 Do Q q /R6 gs /Fm242 Do Q q /R6 gs /Fm243 Do Q q /R6 gs /Fm244 Do Q q /R6 gs /Fm245 Do Q q /R6 gs /Fm246 Do Q q /R6 gs /Fm247 Do Q q /R6 gs /Fm248 Do Q q /R6 gs /Fm249 Do Q q /R6 gs /Fm250 Do Q q /R6 gs /Fm251 Do Q q /R6 gs /Fm252 Do Q q /R6 gs /Fm253 Do Q q /R6 gs /Fm254 Do Q q /R6 gs /Fm255 Do Q q /R6 gs /Fm256 Do Q q /R6 gs /Fm257 Do Q q /R6 gs /Fm258 Do Q q /R6 gs /Fm259 Do Q endstream endobj 2002 2 obj 1409 endobj 2003 2 obj << /Type /Group /S /Transparency /I false /K true >> endobj 2006 2 obj << /Type /XObject /Subtype /Form /FormType 1 /Name /Fm261 /Matrix [ 1 0 0 1 0 0 ] /BBox [ 416.16797 433.27637 417.16797 437.52637 ] /Length 2007 2 R /Resources << /ExtGState << /R1 4 4 R >> >> /Group 2008 2 R >> stream 0 0 0 1 K 0 i 1 w 4 M 0 j 0 J []0 d /RelativeColorimetric ri /R1 gs 416.668 437.5264 m 416.668 433.2764 l S endstream endobj 2007 2 obj 109 endobj 2008 2 obj << /Type /Group /S /Transparency /I false /K false >> endobj 2010 3 obj << /Type /ExtGState /ca 1 /CA 1 /BM /Normal 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/Root 1 0 R >> startxref 22221 %%EOF omake-omake-0.10.7/doc/webpage/images/omake.eps000066400000000000000000003677571472462630700212620ustar00rootroot00000000000000%!PS-Adobe-3.1 EPSF-3.0 %%Title: omake.eps %%Creator: Adobe Illustrator(R) 9.0 %%AI8_CreatorVersion: 9.0 %AI9_PrintingDataBegin %%For: Jason Hickey %%CreationDate: 9/20/2004 %%CropBox: 0.000000 0.000000 577.359375 75.553711 %%BoundingBox: 0 0 578 76 %%HiResBoundingBox: 0.000000 0.000000 577.359375 75.553711 %%LanguageLevel: 2 %%DocumentData: Clean7Bit %%Pages: 1 %%DocumentNeededResources: %%DocumentSuppliedResources: procset Adobe_CoolType_Core 1.1 0 %%+ procset Adobe_AGM_Core 2.0 0 %%DocumentFonts: %%DocumentSuppliedFonts: %%PageOrder: Ascend %%DocumentProcessColors: Black %%DocumentCustomColors: %%CMYKCustomColor: %%RGBCustomColor: %%EndComments %%BeginDefaults %%EndDefaults %%BeginProlog %%BeginResource: procset Adobe_AGM_Core 2.0 0 %%Version: 2.0 0 %%Copyright: Copyright (C) 1997-1999 Adobe Systems, Inc. All Rights Reserved. systemdict /setpacking known { currentpacking true setpacking } if userdict /Adobe_AGM_Core 233 dict dup begin put /nd{ null def }bind def /Adobe_AGM_Core_Id /Adobe_AGM_Core_2.0_0 def /AGMCORE_str256 256 string def /AGMCORE_src256 256 string def /AGMCORE_dst64 64 string def /AGMCORE_srcLen nd /AGMCORE_save nd /AGMCORE_graphicsave nd /AGMCORE_imagestring0 nd /AGMCORE_imagestring1 nd /AGMCORE_imagestring2 nd /AGMCORE_imagestring3 nd /AGMCORE_imagestring4 nd /AGMCORE_imagestring5 nd /AGMCORE_c 0 def /AGMCORE_m 0 def /AGMCORE_y 0 def /AGMCORE_k 0 def /AGMCORE_mbuf () def /AGMCORE_ybuf () def /AGMCORE_kbuf () def /AGMCORE_gbuf () def /AGMCORE_bbuf () def /AGMCORE_cmykbuf 4 array def /AGMCORE_screen [currentscreen] cvx def /AGMCORE_tmp 0 def /AGMCORE_arg1 nd /AGMCORE_arg2 nd /AGMCORE_&setgray nd /AGMCORE_&image nd /AGMCORE_&colorimage nd /AGMCORE_&imagemask nd /AGMCORE_&setcolor nd /AGMCORE_&setcolorspace nd /AGMCORE_&&setcolorspace nd /AGMCORE_cyan_plate nd /AGMCORE_magenta_plate nd /AGMCORE_yellow_plate nd /AGMCORE_black_plate nd /AGMCORE_plate_ndx nd /AGMCORE_get_ink_data nd /AGMCORE_is_cmyk_sep nd /AGMCORE_in_rip_sep nd /AGMCORE_host_sep nd /AGMCORE_will_host_sep nd /AGMCORE_avoid_L2_sep_space nd /AGMCORE_composite_job nd /AGMCORE_producing_seps nd /AGMCORE_ccimage_exists nd /AGMCORE_ps_level -1 def /AGMCORE_ps_version -1 def /AGMCORE_environ_ok nd /AGMCORE_CSA_cache 0 dict def /AGMCORE_CSD_cache 0 dict def /AGMCORE_pattern_cache 0 dict def /AGMCORE_currentoverprint false def /AGMCORE_deltaX nd /AGMCORE_deltaY nd /AGMCORE_name nd /AGMCORE_sep_special nd /AGMCORE_ndx nd /AGMCORE_err_strings nd /AGMCORE_cur_err nd /AGMCORE_ovp nd /AGMCORE_CRD_cache where{ pop }{ /AGMCORE_CRD_cache 0 dict def }ifelse /bdf { bind def } bind def /xdf { exch def } def /ldf { load def } def /ddf { put } def /xddf { 3 -1 roll put } def /xpt { exch put } def /bdict { mark } def /edict { counttomark 2 idiv dup dict begin {def} repeat pop currentdict end }def /ps_level /languagelevel where{ pop languagelevel }{ 1 }ifelse def /level2 ps_level 2 ge def /level3 ps_level 3 ge def /ps_version {version cvr} stopped { -1 }if def /ndf { 1 index where{ pop pop pop }{ dup xcheck {bind}if def }ifelse } def /skip_image { has_color ne{ dup 256 idiv {currentfile AGMCORE_str256 readstring pop pop}repeat currentfile AGMCORE_str256 0 4 -1 roll 256 mod getinterval readstring pop pop }{ pop }ifelse } def /addprocs { 2{/exec load}repeat 3 1 roll [ 5 1 roll ] bind cvx } def /colorbuf { 0 1 2 index length 1 sub { dup 2 index exch get 255 exch sub 2 index 3 1 roll put } for } def /makereadonlyarray { /packedarray where {pop packedarray} {array astore readonly} ifelse } def /getspotfunction { AGMCORE_screen exch pop exch pop dup type /dicttype eq { dup /HalftoneType get 1 eq { /SpotFunction get } { dup /HalftoneType get 2 eq { /GraySpotFunction get } { pop {abs exch abs 2 copy add 1 gt {1 sub dup mul exch 1 sub dup mul add 1 sub} {dup mul exch dup mul add 1 exch sub}ifelse}bind } ifelse } ifelse } if } def /clp_npth { clip newpath } def /eoclp_npth { eoclip newpath } def /stkpath_clp_npth { strokepath clip newpath } def /stk_n_clp_npth { gsave stroke grestore clip newpath } def /npth_clp { newpath clip } def /graphic_setup { /AGMCORE_graphicsave save def concat 0 setgray 0 setlinecap 0 setlinejoin 1 setlinewidth [] 0 setdash 10 setmiterlimit newpath false setoverprint false setstrokeadjust userdict begin /showpage {} def mark } def /graphic_cleanup { cleartomark end AGMCORE_graphicsave restore } def /compose_error_msg { grestoreall initgraphics /Helvetica findfont 10 scalefont setfont /AGMCORE_deltaY 100 def /AGMCORE_deltaX 310 def /AGMCORE_arg2 xdf /AGMCORE_arg1 xdf clippath pathbbox newpath pop pop 36 add exch 36 add exch moveto 0 AGMCORE_deltaY rlineto AGMCORE_deltaX 0 rlineto 0 AGMCORE_deltaY neg rlineto AGMCORE_deltaX neg 0 rlineto closepath 0 AGMCORE_&setgray gsave 1 AGMCORE_&setgray fill grestore 1 setlinewidth gsave stroke grestore currentpoint AGMCORE_deltaY 15 sub add exch 8 add exch moveto /AGMCORE_deltaY 12 def /AGMCORE_tmp 0 def AGMCORE_err_strings exch get { dup 32 eq { pop AGMCORE_str256 0 AGMCORE_tmp getinterval dup (.) ne AGMCORE_arg1 0 lt and { pop } { stringwidth pop currentpoint pop add AGMCORE_deltaX 28 add gt { currentpoint AGMCORE_deltaY sub exch pop clippath pathbbox pop pop pop 44 add exch moveto } if AGMCORE_str256 0 AGMCORE_tmp getinterval show ( ) show } ifelse 0 1 AGMCORE_str256 length 1 sub { AGMCORE_str256 exch 0 put }for /AGMCORE_tmp 0 def } { dup 94 eq { pop AGMCORE_arg1 0 ge { AGMCORE_arg1 AGMCORE_str256 cvs dup /AGMCORE_tmp exch length def AGMCORE_str256 exch 0 exch putinterval AGMCORE_str256 0 AGMCORE_tmp getinterval stringwidth pop currentpoint pop add AGMCORE_deltaX 28 add gt { currentpoint AGMCORE_deltaY sub exch pop clippath pathbbox pop pop pop 44 add exch moveto } if AGMCORE_str256 0 AGMCORE_tmp getinterval show } { /AGMCORE_arg1 0 def } ifelse 0 1 AGMCORE_str256 length 1 sub { AGMCORE_str256 exch 0 put }for /AGMCORE_tmp 0 def AGMCORE_arg1 0 ne { /AGMCORE_arg1 AGMCORE_arg2 def } if } { AGMCORE_str256 exch AGMCORE_tmp exch put /AGMCORE_tmp AGMCORE_tmp 1 add def }ifelse } ifelse } forall } bdf level2{ /AGMCORE_map_reserved_ink_name { dup type /stringtype eq{ dup /Red eq{ pop (_Red_) }{ dup /Green eq{ pop (_Green_) }{ dup /Blue eq{ pop (_Blue_) }{ dup /Cyan eq{ pop (_Cyan_) }{ dup /Magenta eq{ pop (_Magenta_) }{ dup /Yellow eq{ pop (_Yellow_) }{ dup /Black eq{ pop (_Black_) }{ dup / eq{ pop (Process) }if }ifelse }ifelse }ifelse }ifelse }ifelse }ifelse }ifelse }if }def }if /doc_setup{ Adobe_AGM_Core begin /AGMCORE_will_host_separate xdf /AGMCORE_ps_version xdf /AGMCORE_ps_level xdf errordict /AGM_handleerror known not { errordict /AGM_handleerror errordict /handleerror get put errordict /handleerror { Adobe_AGM_Core begin $error /newerror get AGMCORE_cur_err null ne and { $error /newerror false put AGMCORE_cur_err /AGMCORE_bad_environ eq { /AGMCORE_bad_environ AGMCORE_ps_level AGMCORE_ps_version } { AGMCORE_cur_err 0 0 } ifelse compose_error_msg } if $error /newerror true put end errordict /AGM_handleerror get exec } bind put }if /AGMCORE_environ_ok ps_level AGMCORE_ps_level ge ps_version AGMCORE_ps_version ge and AGMCORE_ps_level -1 eq or def AGMCORE_environ_ok not {/AGMCORE_cur_err /AGMCORE_bad_environ def} if /AGMCORE_&setgray systemdict/setgray get def level2{ /AGMCORE_&setcolor systemdict/setcolor get def /AGMCORE_&setcolorspace systemdict/setcolorspace get def /AGMCORE_&&setcolorspace /setcolorspace ldf }if /AGMCORE_&image systemdict/image get def /AGMCORE_&imagemask systemdict/imagemask get def /colorimage where{ pop /AGMCORE_&colorimage /colorimage ldf }if /AGMCORE_in_rip_sep level2{ currentpagedevice/Separations 2 copy known{ get }{ pop pop false }ifelse }{ false }ifelse def level2 not{ /xput{ dup load dup length exch maxlength eq{ dup dup load dup length dup 0 eq {pop 1} if 2 mul dict copy def }if load begin def end }def }{ /xput{ load 3 1 roll put }def }ifelse /AGMCORE_gstate_known{ where{ /Adobe_AGM_Core_Id known }{ false }ifelse }ndf /AGMCORE_GSTATE AGMCORE_gstate_known not{ /AGMCORE_GSTATE 21 dict def /AGMCORE_tmpmatrix matrix def /AGMCORE_gstack 32 array def /AGMCORE_gstackptr 0 def /AGMCORE_gstacksaveptr 0 def /AGMCORE_gstackframekeys 7 def /AGMCORE_&gsave /gsave ldf /AGMCORE_&grestore /grestore ldf /AGMCORE_&grestoreall /grestoreall ldf /AGMCORE_&save /save ldf /AGMCORE_gdictcopy { begin { def } forall end }def /AGMCORE_gput { AGMCORE_gstack AGMCORE_gstackptr get 3 1 roll put }def /AGMCORE_gget { AGMCORE_gstack AGMCORE_gstackptr get exch get }def /gsave { AGMCORE_&gsave AGMCORE_gstack AGMCORE_gstackptr get AGMCORE_gstackptr 1 add dup 32 ge {limitcheck} if Adobe_AGM_Core exch /AGMCORE_gstackptr exch put AGMCORE_gstack AGMCORE_gstackptr get AGMCORE_gdictcopy }def /grestore { AGMCORE_&grestore AGMCORE_gstackptr 1 sub dup AGMCORE_gstacksaveptr lt {1 add} if Adobe_AGM_Core exch /AGMCORE_gstackptr exch put }def /grestoreall { AGMCORE_&grestoreall Adobe_AGM_Core /AGMCORE_gstackptr AGMCORE_gstacksaveptr put }def /save { AGMCORE_&save AGMCORE_gstack AGMCORE_gstackptr get AGMCORE_gstackptr 1 add dup 32 ge {limitcheck} if Adobe_AGM_Core begin /AGMCORE_gstackptr exch def /AGMCORE_gstacksaveptr AGMCORE_gstackptr def end AGMCORE_gstack AGMCORE_gstackptr get AGMCORE_gdictcopy }def 0 1 AGMCORE_gstack length 1 sub { AGMCORE_gstack exch AGMCORE_gstackframekeys dict put } for }if /currentcmykcolor [0 0 0 0] AGMCORE_gput /currentstrokeadjust false AGMCORE_gput /currentcolorspace [/DeviceGray] AGMCORE_gput /sep_tint 0 AGMCORE_gput /sep_colorspace_dict null AGMCORE_gput /indexed_colorspace_dict null AGMCORE_gput /currentcolor_intent () AGMCORE_gput end }def /page_setup { Adobe_AGM_Core begin /setcmykcolor { 4 copy AGMCORE_cmykbuf astore /currentcmykcolor exch AGMCORE_gput 1 sub 4 1 roll 3 { 3 index add neg dup 0 lt { pop 0 } if 3 1 roll } repeat setrgbcolor pop }ndf /AGMCORE_ccimage_exists /customcolorimage where {pop true}{false} ifelse def /currentcmykcolor { /currentcmykcolor AGMCORE_gget aload pop }ndf /setoverprint { pop }ndf /currentoverprint { false }ndf /AGMCORE_deviceDPI 72 0 matrix defaultmatrix dtransform dup mul exch dup mul add sqrt def /AGMCORE_cyan_plate 1 0 0 0 test_cmyk_color_plate def /AGMCORE_magenta_plate 0 1 0 0 test_cmyk_color_plate def /AGMCORE_yellow_plate 0 0 1 0 test_cmyk_color_plate def /AGMCORE_black_plate 0 0 0 1 test_cmyk_color_plate def /AGMCORE_plate_ndx AGMCORE_cyan_plate{ 0 }{ AGMCORE_magenta_plate{ 1 }{ AGMCORE_yellow_plate{ 2 }{ AGMCORE_black_plate{ 3 }{ 4 }ifelse }ifelse }ifelse }ifelse def /AGMCORE_composite_job AGMCORE_cyan_plate AGMCORE_magenta_plate and AGMCORE_yellow_plate and AGMCORE_black_plate and def /AGMCORE_producing_seps AGMCORE_composite_job not AGMCORE_in_rip_sep or def /AGMCORE_host_sep AGMCORE_producing_seps AGMCORE_in_rip_sep not and def /AGM_preserve_spots /AGM_preserve_spots where{ pop AGM_preserve_spots }{ systemdict/setdistillerparams known product (Adobe PostScript Parser) ne and AGMCORE_producing_seps or }ifelse def AGMCORE_host_sep AGMCORE_will_host_separate not and { /AGMCORE_cur_err /AGMCORE_color_space_onhost_seps def AGMCORE_color_space_onhost_seps }if /AGMCORE_avoid_L2_sep_space version cvr 2012 lt level2 and AGMCORE_producing_seps not and def /AGMCORE_is_cmyk_sep AGMCORE_cyan_plate AGMCORE_magenta_plate or AGMCORE_yellow_plate or AGMCORE_black_plate or def /AGM_avoid_0_cmyk where{ pop AGM_avoid_0_cmyk }{ AGM_preserve_spots }ifelse { /setcmykcolor[ {4 copy add add add 0 eq currentoverprint and{pop 0.0005}if}/exec cvx /setcmykcolor load dup type/operatortype ne{/exec cvx}if ]cvx def }if AGMCORE_host_sep{ /AGMCORE_get_ink_data AGMCORE_cyan_plate{ {pop pop pop} }{ AGMCORE_magenta_plate{ {4 3 roll pop pop pop} }{ AGMCORE_yellow_plate{ {4 2 roll pop pop pop} }{ {4 1 roll pop pop pop} }ifelse }ifelse }ifelse def }if AGMCORE_in_rip_sep{ /setcustomcolor { exch aload pop dup 7 1 roll inRip_spot_has_ink not { 4 {4 index mul 4 1 roll} repeat /DeviceCMYK setcolorspace 6 -2 roll pop pop }{ Adobe_AGM_Core begin /AGMCORE_k xdf /AGMCORE_y xdf /AGMCORE_m xdf /AGMCORE_c xdf end [/Separation 4 -1 roll /DeviceCMYK {dup AGMCORE_c mul exch dup AGMCORE_m mul exch dup AGMCORE_y mul exch AGMCORE_k mul} ] setcolorspace }ifelse setcolor }ndf /setseparationgray { [/Separation (All) /DeviceGray {}] setcolorspace_opt 1 exch sub setcolor }ndf }{ /setseparationgray { AGMCORE_&setgray }ndf }ifelse /findcmykcustomcolor { 5 makereadonlyarray }ndf /setcustomcolor { exch aload pop pop 4 {4 index mul 4 1 roll} repeat setcmykcolor pop }ndf /has_color /colorimage where{ AGMCORE_producing_seps{ pop true }{ systemdict eq }ifelse }{ false }ifelse def /map_index { 1 index mul exch getinterval {255 div} forall }def level2{ /mo /moveto ldf /ln /lineto ldf /cv /curveto ldf /knockout_unitsq { 1 setgray 0 0 1 1 rectfill }def /level2ScreenFreq{ begin 60 HalftoneType 1 eq{ pop Frequency }if HalftoneType 2 eq{ pop GrayFrequency }if HalftoneType 5 eq{ pop Default level2ScreenFreq }if end }def /currentScreenFreq{ currenthalftone level2ScreenFreq }def /invert_image_samples { Adobe_AGM_Core/AGMCORE_tmp Decode length ddf /Decode [ Decode 1 get Decode 0 get] def }def /knockout_image_samples { Operator/imagemask ne{ /Decode [1 1] def }if }def /get_gstate { AGMCORE_GSTATE begin /AGMCORE_GSTATE_ctm AGMCORE_tmpmatrix currentmatrix def /AGMCORE_GSTATE_clr_spc currentcolorspace def /AGMCORE_GSTATE_clr_indx 0 def /AGMCORE_GSTATE_clr_comps 12 array def mark currentcolor counttomark {AGMCORE_GSTATE_clr_comps AGMCORE_GSTATE_clr_indx 3 -1 roll put /AGMCORE_GSTATE_clr_indx AGMCORE_GSTATE_clr_indx 1 add def} repeat pop /AGMCORE_GSTATE_fnt rootfont def /AGMCORE_GSTATE_lw currentlinewidth def /AGMCORE_GSTATE_lc currentlinecap def /AGMCORE_GSTATE_lj currentlinejoin def /AGMCORE_GSTATE_ml currentmiterlimit def currentdash /AGMCORE_GSTATE_do xdf /AGMCORE_GSTATE_da xdf /AGMCORE_GSTATE_sa currentstrokeadjust def /AGMCORE_GSTATE_clr_rnd currentcolorrendering def /AGMCORE_GSTATE_op currentoverprint def /AGMCORE_GSTATE_bg currentblackgeneration cvlit def /AGMCORE_GSTATE_ucr currentundercolorremoval cvlit def currentcolortransfer cvlit /AGMCORE_GSTATE_gy_xfer xdf cvlit /AGMCORE_GSTATE_b_xfer xdf cvlit /AGMCORE_GSTATE_g_xfer xdf cvlit /AGMCORE_GSTATE_r_xfer xdf /AGMCORE_GSTATE_ht currenthalftone def /AGMCORE_GSTATE_flt currentflat def end }ndf /set_gstate { AGMCORE_GSTATE begin AGMCORE_GSTATE_ctm setmatrix AGMCORE_GSTATE_clr_spc setcolorspace AGMCORE_GSTATE_clr_indx {AGMCORE_GSTATE_clr_comps AGMCORE_GSTATE_clr_indx 1 sub get /AGMCORE_GSTATE_clr_indx AGMCORE_GSTATE_clr_indx 1 sub def} repeat setcolor AGMCORE_GSTATE_fnt setfont AGMCORE_GSTATE_lw setlinewidth AGMCORE_GSTATE_lc setlinecap AGMCORE_GSTATE_lj setlinejoin AGMCORE_GSTATE_ml setmiterlimit AGMCORE_GSTATE_da AGMCORE_GSTATE_do setdash AGMCORE_GSTATE_sa setstrokeadjust AGMCORE_GSTATE_clr_rnd setcolorrendering AGMCORE_GSTATE_op setoverprint AGMCORE_GSTATE_bg cvx setblackgeneration AGMCORE_GSTATE_ucr cvx setundercolorremoval AGMCORE_GSTATE_r_xfer cvx AGMCORE_GSTATE_g_xfer cvx AGMCORE_GSTATE_b_xfer cvx AGMCORE_GSTATE_gy_xfer cvx setcolortransfer AGMCORE_GSTATE_ht /HalftoneType get dup 9 eq exch 100 eq or { currenthalftone /HalftoneType get AGMCORE_GSTATE_ht /HalftoneType get ne { mark AGMCORE_GSTATE_ht {sethalftone} stopped cleartomark } if }{ AGMCORE_GSTATE_ht sethalftone } ifelse AGMCORE_GSTATE_flt setflat end }ndf AGMCORE_producing_seps not{ /setcolorspace where{ /Adobe_AGM_Core_Id known not }{ true }ifelse { /setcolorspace { dup type dup /arraytype eq exch /packedarraytype eq or{ dup 0 get dup /Separation eq{ pop [ exch {} forall ] dup dup 1 get AGMCORE_map_reserved_ink_name 1 exch put }{ /DeviceN eq { [ exch {} forall ] dup dup 1 get [ exch {AGMCORE_map_reserved_ink_name} forall ] 1 exch put }if }ifelse }if AGMCORE_&&setcolorspace }def }if }if }{ /adj { currentstrokeadjust{ transform 0.25 sub round 0.25 add exch 0.25 sub round 0.25 add exch itransform }if }def /mo{ adj moveto }def /ln{ adj lineto }def /cv{ 6 2 roll adj 6 2 roll adj 6 2 roll adj curveto }def /knockout_unitsq { 1 setgray 8 8 1 [8 0 0 8 0 0] {} image }def /currentstrokeadjust{ /currentstrokeadjust AGMCORE_gget }def /setstrokeadjust{ /currentstrokeadjust exch AGMCORE_gput }def /currentScreenFreq{ currentscreen pop pop }def /invert_image_samples { {1 exch sub} currenttransfer addprocs settransfer }def /knockout_image_samples { { pop 1 } currenttransfer addprocs settransfer }def /setcolorspace { /currentcolorspace exch AGMCORE_gput } def /currentcolorspace { /currentcolorspace AGMCORE_gget } def /n_color_components { dup type /arraytype eq{ 0 get }if dup /DeviceGray eq{ pop 1 }{ /DeviceCMYK eq{ 4 }{ 3 }ifelse }ifelse } def /setcolor_devicecolor { dup type /arraytype eq{ 0 get }if dup /DeviceGray eq{ pop setgray }{ /DeviceCMYK eq{ setcmykcolor }{ setrgbcolor }ifelse }ifelse }def /setcolor { currentcolorspace 0 get dup /DeviceGray ne{ dup /DeviceCMYK ne{ dup /DeviceRGB ne{ dup /Separation eq{ pop currentcolorspace 3 get exec currentcolorspace 2 get }{ dup /Indexed eq{ pop currentcolorspace 3 get dup type /stringtype eq{ currentcolorspace 1 get n_color_components 3 -1 roll map_index }{ exec }ifelse currentcolorspace 1 get }{ /AGMCORE_cur_err /AGMCORE_invalid_color_space def AGMCORE_invalid_color_space }ifelse }ifelse }if }if }if setcolor_devicecolor } def }ifelse /op /setoverprint ldf /lw /setlinewidth ldf /lc /setlinecap ldf /lj /setlinejoin ldf /ml /setmiterlimit ldf /dsh /setdash ldf /sadj /setstrokeadjust ldf /gry /setgray ldf /rgb /setrgbcolor ldf /cmyk /setcmykcolor ldf /sep /setsepcolor ldf /idx /setindexedcolor ldf /colr /setcolor ldf /csacrd /set_csa_crd ldf /sepcs /setsepcolorspace ldf /idxcs /setindexedcolorspace ldf /cp /closepath ldf /clp /clp_npth ldf /eclp /eoclp_npth ldf /spclp /stkpath_clp_npth ldf /f /fill ldf /ef /eofill ldf /s /stroke ldf /sclp /stk_n_clp_npth ldf /nclp /npth_clp ldf /img /imageormask ldf /sepimg /sep_imageormask ldf /idximg /indexed_imageormask ldf /gset /graphic_setup ldf /gcln /graphic_cleanup ldf currentdict{ dup xcheck 1 index type dup /arraytype eq exch /packedarraytype eq or and { bind }if def }forall }def /page_trailer { end }def /unload{ systemdict/languagelevel known{ systemdict/languagelevel get 2 ge{ userdict/Adobe_AGM_Core 2 copy known{ undef }{ pop pop }ifelse }if }if }def /doc_trailer{ }def systemdict /findcolorrendering known{ /findcolorrendering systemdict /findcolorrendering get def }if systemdict /setcolorrendering known{ /setcolorrendering systemdict /setcolorrendering get def }if /test_cmyk_color_plate { gsave setcmykcolor currentgray 1 ne grestore }def /inRip_spot_has_ink { Adobe_AGM_Core/AGMCORE_name xddf false currentpagedevice/SeparationColorNames get{ AGMCORE_name eq or }forall }def /current_ink { dup length 0 eq{ pop true }{ Adobe_AGM_Core/ink_result false put { dup /ProcessCyan eq{ AGMCORE_cyan_plate ink_result or Adobe_AGM_Core/ink_result xddf }{ dup /ProcessMagenta eq{ AGMCORE_magenta_plate ink_result or Adobe_AGM_Core/ink_result xddf }{ dup /ProcessYellow eq{ AGMCORE_yellow_plate ink_result or Adobe_AGM_Core/ink_result xddf }{ dup /ProcessBlack eq{ AGMCORE_black_plate ink_result or Adobe_AGM_Core/ink_result xddf }{ dup /sep_colorspace_dict AGMCORE_gget dup null eq{ pop false ink_result or Adobe_AGM_Core/ink_result xddf }{ /Name get eq{ 1 setsepcolor currentgray 1 ne ink_result or Adobe_AGM_Core/ink_result xddf }{ false ink_result or Adobe_AGM_Core/ink_result xddf }ifelse }ifelse }ifelse }ifelse }ifelse }ifelse pop } forall ink_result }ifelse }def /map255_to_range { 1 index sub 3 -1 roll 255 div mul add }def /set_csa_crd { /sep_colorspace_dict null AGMCORE_gput begin CSA map_csa setcolorspace_opt set_crd end } def /setsepcolor { /sep_colorspace_dict AGMCORE_gget begin dup /sep_tint exch AGMCORE_gput TintProc end } def /sep_colorspace_proc { Adobe_AGM_Core/AGMCORE_tmp xddf /sep_colorspace_dict AGMCORE_gget begin currentdict/Components known{ Components aload pop TintMethod/Lab eq{ 2 {AGMCORE_tmp mul NComponents 1 roll} repeat LMax sub AGMCORE_tmp mul LMax add NComponents 1 roll }{ TintMethod/Subtractive eq{ NComponents{ AGMCORE_tmp mul NComponents 1 roll }repeat }{ NComponents{ 1 sub AGMCORE_tmp mul 1 add NComponents 1 roll } repeat }ifelse }ifelse }{ ColorLookup AGMCORE_tmp ColorLookup length 1 sub mul round cvi get aload pop }ifelse end } def /sep_colorspace_gray_proc { Adobe_AGM_Core/AGMCORE_tmp xddf /sep_colorspace_dict AGMCORE_gget begin GrayLookup AGMCORE_tmp GrayLookup length 1 sub mul round cvi get end } def /sep_proc_name { dup 0 get dup /DeviceRGB eq exch /DeviceCMYK eq or level2 not and has_color not and{ pop [/DeviceGray] /sep_colorspace_gray_proc }{ /sep_colorspace_proc }ifelse } def /setsepcolorspace { dup /sep_colorspace_dict exch AGMCORE_gput begin /MappedCSA CSA map_csa def Adobe_AGM_Core/AGMCORE_sep_special Name dup () eq exch (All) eq or ddf AGMCORE_avoid_L2_sep_space{ [/Indexed MappedCSA sep_proc_name 255 exch { 255 div } /exec cvx 3 -1 roll [ 4 1 roll load /exec cvx ] cvx ] setcolorspace_opt /TintProc { 255 mul setcolor }bdf }{ MappedCSA 0 get /DeviceCMYK eq currentdict/Components known and AGMCORE_sep_special not and{ /TintProc [ Components aload pop Name findcmykcustomcolor /exch cvx /setcustomcolor cvx ] cvx bdf }{ AGMCORE_host_sep Name (All) eq and{ /TintProc { 1 exch sub setseparationgray }bdf }{ AGMCORE_in_rip_sep MappedCSA 0 get /DeviceCMYK eq and AGMCORE_host_sep or Name () eq and{ /TintProc [ MappedCSA sep_proc_name exch 0 get /DeviceCMYK eq{ cvx /setcmykcolor cvx }{ cvx /setgray cvx }ifelse ] cvx bdf }{ AGMCORE_producing_seps MappedCSA 0 get dup /DeviceCMYK eq exch /DeviceGray eq or and AGMCORE_sep_special not and{ /TintProc [ /dup cvx MappedCSA sep_proc_name cvx exch 0 get /DeviceGray eq{ 1 /exch cvx /sub cvx 0 0 0 4 -1 /roll cvx }if /Name cvx /findcmykcustomcolor cvx /exch cvx AGMCORE_host_sep{ AGMCORE_is_cmyk_sep }{ Name inRip_spot_has_ink not }ifelse { /pop cvx 1 }if /setcustomcolor cvx ] cvx bdf }{ /TintProc /setcolor ldf [/Separation Name MappedCSA sep_proc_name load ] setcolorspace_opt }ifelse }ifelse }ifelse }ifelse }ifelse set_crd 1 setsepcolor end } def /setindexedcolorspace { dup /indexed_colorspace_dict exch AGMCORE_gput begin /MappedCSA CSA map_csa def AGMCORE_host_sep level2 not and{ 0 0 0 0 setcmykcolor }{ [/Indexed MappedCSA level2 not has_color not and{ dup 0 get dup /DeviceRGB eq exch /DeviceCMYK eq or{ pop [/DeviceGray] }if HiVal GrayLookup }{ HiVal currentdict/RangeArray known{ { /indexed_colorspace_dict AGMCORE_gget begin Lookup exch dup HiVal gt{ pop HiVal }if NComponents mul NComponents getinterval {} forall NComponents 1 sub -1 0{ RangeArray exch 2 mul 2 getinterval aload pop map255_to_range NComponents 1 roll }for end } bind }{ Lookup }ifelse }ifelse ] setcolorspace_opt set_crd }ifelse end }def /setindexedcolor { AGMCORE_host_sep{ /indexed_colorspace_dict AGMCORE_gget/Lookup get 4 3 -1 roll map_index setcmykcolor }{ setcolor }ifelse } def /imageormask_sys { begin save mark level2{ currentdict Operator /imagemask eq{ AGMCORE_&imagemask }{ AGMCORE_&image }ifelse }{ Width Height Operator /imagemask eq{ Decode 0 get 1 eq Decode 1 get 0 eq and ImageMatrix /DataSource load AGMCORE_&imagemask }{ BitsPerComponent ImageMatrix /DataSource load AGMCORE_&image }ifelse }ifelse cleartomark restore end }def /overprint_plate { currentoverprint{ 0 get dup /DeviceGray eq{ pop AGMCORE_black_plate not }{ /DeviceCMYK eq{ AGMCORE_is_cmyk_sep not }if }ifelse }{ false }ifelse }def /rdline { currentfile AGMCORE_str256 readline pop } def /rdcmntline { currentfile AGMCORE_str256 readline pop (%) anchorsearch {pop} if } def /filter_cmyk { dup type /filetype ne{ 0 () /SubFileDecode filter }if [ exch { AGMCORE_src256 readstring pop dup length /AGMCORE_srcLen exch def /AGMCORE_ndx 0 def AGMCORE_plate_ndx 4 AGMCORE_srcLen 1 sub{ 1 index exch get AGMCORE_dst64 AGMCORE_ndx 3 -1 roll put /AGMCORE_ndx AGMCORE_ndx 1 add def }for pop AGMCORE_dst64 0 AGMCORE_ndx getinterval } bind /exec cvx ] cvx } def /imageormask { begin SkipImageProc not{ save mark level2 AGMCORE_host_sep not and{ currentdict Operator /imagemask eq{ imagemask }{ AGMCORE_in_rip_sep currentoverprint and currentcolorspace 0 get /DeviceGray eq and{ [/Separation /Black /DeviceGray {}] setcolorspace /Decode [ Decode 1 get Decode 0 get ] def }if image }ifelse }{ Width Height Operator /imagemask eq{ Decode 0 get 1 eq Decode 1 get 0 eq and ImageMatrix /DataSource load AGMCORE_host_sep{ currentgray 1 ne{ currentdict imageormask_sys }{ currentoverprint not{ 1 AGMCORE_&setgray knockout_image_samples currentdict imageormask_sys }{ nulldevice currentdict imageormask_sys }ifelse }ifelse }{ imagemask }ifelse }{ BitsPerComponent ImageMatrix MultipleDataSources{ 0 1 NComponents 1 sub{ DataSource exch get }for }{ /DataSource load }ifelse Operator /colorimage eq{ AGMCORE_host_sep{ MultipleDataSources level2 or NComponents 4 eq and{ MultipleDataSources{ 4 {pop} repeat /DataSource [ DataSource 0 get /exec cvx DataSource 1 get /exec cvx DataSource 2 get /exec cvx DataSource 3 get /exec cvx /AGMCORE_get_ink_data cvx ] cvx def }{ /DataSource /DataSource load filter_cmyk 0 () /SubFileDecode filter def }ifelse /Decode [ Decode 0 get Decode 1 get ] def /MultipleDataSources false def /NComponents 1 def /Operator /image def AGMCORE_is_cmyk_sep{ currentoverprint InksUsed current_ink not and{ nulldevice }{ invert_image_samples }ifelse }{ currentoverprint not{ knockout_image_samples }{ nulldevice }ifelse }ifelse 1 AGMCORE_&setgray currentdict imageormask_sys }{ currentcolortransfer {pop 1} exch addprocs 4 1 roll {pop 1} exch addprocs 4 1 roll {pop 1} exch addprocs 4 1 roll {pop 1} exch addprocs 4 1 roll setcolortransfer MultipleDataSources NComponents AGMCORE_&colorimage }ifelse }{ true NComponents colorimage }ifelse }{ Operator /image eq{ AGMCORE_host_sep{ HostSepColorImage{ invert_image_samples }{ AGMCORE_black_plate not{ currentoverprint not{ knockout_image_samples }{ nulldevice }ifelse }if }ifelse 1 AGMCORE_&setgray currentdict imageormask_sys }{ image }ifelse }{ Operator/knockout eq{ pop pop pop pop pop currentoverprint InksUsed current_ink not and{ }{ currentcolorspace overprint_plate not{ knockout_unitsq }if }ifelse }if }ifelse }ifelse }ifelse }ifelse cleartomark restore }if end }def /tint_image_to_color { begin Width Height BitsPerComponent ImageMatrix /DataSource load end Adobe_AGM_Core begin /AGMCORE_mbuf 0 string def /AGMCORE_ybuf 0 string def /AGMCORE_kbuf 0 string def { colorbuf dup length AGMCORE_mbuf length ne { dup length dup dup /AGMCORE_mbuf exch string def /AGMCORE_ybuf exch string def /AGMCORE_kbuf exch string def } if dup AGMCORE_mbuf copy AGMCORE_ybuf copy AGMCORE_kbuf copy pop } addprocs {AGMCORE_mbuf}{AGMCORE_ybuf}{AGMCORE_kbuf} true 4 colorimage end } def /sep_imageormask_lev1 { begin MappedCSA 0 get dup /DeviceRGB eq exch /DeviceCMYK eq or has_color not and{ { 255 mul round cvi GrayLookup exch get } currenttransfer addprocs settransfer currentdict imageormask }{ /sep_colorspace_dict AGMCORE_gget/Components known{ MappedCSA 0 get /DeviceCMYK eq{ Components aload pop }{ 0 0 0 Components aload pop 1 exch sub }ifelse Adobe_AGM_Core/AGMCORE_k xddf Adobe_AGM_Core/AGMCORE_y xddf Adobe_AGM_Core/AGMCORE_m xddf Adobe_AGM_Core/AGMCORE_c xddf AGMCORE_y 0.0 eq AGMCORE_m 0.0 eq and AGMCORE_c 0.0 eq and{ {AGMCORE_k mul 1 exch sub} currenttransfer addprocs settransfer currentdict imageormask }{ currentcolortransfer {AGMCORE_k mul 1 exch sub} exch addprocs 4 1 roll {AGMCORE_y mul 1 exch sub} exch addprocs 4 1 roll {AGMCORE_m mul 1 exch sub} exch addprocs 4 1 roll {AGMCORE_c mul 1 exch sub} exch addprocs 4 1 roll setcolortransfer currentdict tint_image_to_color }ifelse }{ MappedCSA 0 get /DeviceGray eq { {255 mul round cvi ColorLookup exch get 0 get} currenttransfer addprocs settransfer currentdict imageormask }{ MappedCSA 0 get /DeviceCMYK eq { currentcolortransfer {255 mul round cvi ColorLookup exch get 3 get 1 exch sub} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 2 get 1 exch sub} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 1 get 1 exch sub} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 0 get 1 exch sub} exch addprocs 4 1 roll setcolortransfer currentdict tint_image_to_color }{ currentcolortransfer {pop 1} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 2 get} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 1 get} exch addprocs 4 1 roll {255 mul round cvi ColorLookup exch get 0 get} exch addprocs 4 1 roll setcolortransfer currentdict tint_image_to_color }ifelse }ifelse }ifelse }ifelse end }def /sep_image_lev1_sep { begin /sep_colorspace_dict AGMCORE_gget/Components known{ Components aload pop Adobe_AGM_Core/AGMCORE_k xddf Adobe_AGM_Core/AGMCORE_y xddf Adobe_AGM_Core/AGMCORE_m xddf Adobe_AGM_Core/AGMCORE_c xddf {AGMCORE_c mul 1 exch sub} {AGMCORE_m mul 1 exch sub} {AGMCORE_y mul 1 exch sub} {AGMCORE_k mul 1 exch sub} }{ {255 mul round cvi ColorLookup exch get 0 get 1 exch sub} {255 mul round cvi ColorLookup exch get 1 get 1 exch sub} {255 mul round cvi ColorLookup exch get 2 get 1 exch sub} {255 mul round cvi ColorLookup exch get 3 get 1 exch sub} }ifelse AGMCORE_get_ink_data currenttransfer addprocs settransfer currentdict imageormask_sys end }def /sep_imageormask { /sep_colorspace_dict AGMCORE_gget begin /MappedCSA CSA map_csa def begin SkipImageProc not{ save mark AGMCORE_avoid_L2_sep_space{ /Decode [ Decode 0 get 255 mul Decode 1 get 255 mul ] def }if AGMCORE_ccimage_exists MappedCSA 0 get /DeviceCMYK eq and currentdict/Components known and Name () ne and Name (All) ne and Operator /image eq and AGMCORE_producing_seps not and level2 not and { Width Height BitsPerComponent ImageMatrix [ /DataSource load /exec cvx { 0 1 2 index length 1 sub{ 1 index exch 2 copy get 255 xor put }for } /exec cvx ] cvx bind MappedCSA 0 get /DeviceCMYK eq{ Components aload pop }{ 0 0 0 Components aload pop 1 exch sub }ifelse Name findcmykcustomcolor customcolorimage }{ AGMCORE_producing_seps not{ level2{ AGMCORE_avoid_L2_sep_space not currentcolorspace 0 get /Separation ne and{ [/Separation Name MappedCSA sep_proc_name load ] setcolorspace_opt /sep_tint AGMCORE_gget setcolor }if currentdict imageormask }{ currentdict Operator /imagemask eq{ imageormask }{ sep_imageormask_lev1 }ifelse }ifelse }{ AGMCORE_host_sep{ Operator/knockout eq{ currentoverprint InksUsed current_ink not and{ }{ currentdict/ImageMatrix get concat knockout_unitsq }ifelse }{ currentgray 1 ne{ AGMCORE_is_cmyk_sep Name (All) ne and{ level2{ [ /Separation Name [/DeviceGray] { sep_colorspace_proc AGMCORE_get_ink_data 1 exch sub } bind ] AGMCORE_&setcolorspace /sep_tint AGMCORE_gget AGMCORE_&setcolor currentdict imageormask_sys }{ currentdict Operator /imagemask eq{ imageormask_sys }{ sep_image_lev1_sep }ifelse }ifelse }{ Operator/imagemask ne{ invert_image_samples }if currentdict imageormask_sys }ifelse }{ currentoverprint not Name (All) eq or{ knockout_image_samples }{ nulldevice }ifelse currentdict imageormask_sys }ifelse }ifelse }{ currentcolorspace 0 get /Separation ne{ [/Separation Name MappedCSA sep_proc_name load ] setcolorspace_opt /sep_tint AGMCORE_gget setcolor }if currentoverprint MappedCSA 0 get /DeviceCMYK eq and Name inRip_spot_has_ink not and Name (All) ne and { imageormask_l2_overprint }{ currentdict imageormask }ifelse }ifelse }ifelse }ifelse cleartomark restore }if end end }def /modify_halftone_xfer { currenthalftone dup length dict copy begin currentdict 2 index known{ 1 index load dup length dict copy begin currentdict/TransferFunction known{ /TransferFunction load }{ currenttransfer }ifelse addprocs /TransferFunction xdf currentdict end def currentdict end sethalftone }{ currentdict/TransferFunction known{ /TransferFunction load }{ currenttransfer }ifelse addprocs /TransferFunction xdf currentdict end sethalftone pop }ifelse }def /read_image_file { AGMCORE_imagefile 0 setfileposition dup /DataSource {AGMCORE_imagefile AGMCORE_imbuf readstring pop} put exch load exec }def /write_image_file { { (AGMCORE_imagefile) (w+) file } stopped{ false }{ Adobe_AGM_Core/AGMCORE_imagefile xddf Adobe_AGM_Core/AGMCORE_imbuf Width BitsPerComponent mul 7 add 8 idiv string ddf 1 1 Height { pop DataSource dup type /filetype eq{ AGMCORE_imbuf readstring pop }{ exec } ifelse AGMCORE_imagefile exch writestring }for true }ifelse }def /imageormask_l2_overprint { write_image_file{ currentcmykcolor 0 ne{ [/Separation /Black /DeviceGray {}] setcolorspace gsave /Black [{1 exch sub /sep_tint AGMCORE_gget mul} /exec cvx MappedCSA sep_proc_name cvx exch pop {4 1 roll pop pop pop 1 exch sub} /exec cvx] cvx modify_halftone_xfer Operator currentdict read_image_file grestore }if 0 ne{ [/Separation /Yellow /DeviceGray {}] setcolorspace gsave /Yellow [{1 exch sub /sep_tint AGMCORE_gget mul} /exec cvx MappedCSA sep_proc_name cvx exch pop {4 2 roll pop pop pop 1 exch sub} /exec cvx] cvx modify_halftone_xfer Operator currentdict read_image_file grestore }if 0 ne{ [/Separation /Magenta /DeviceGray {}] setcolorspace gsave /Magenta [{1 exch sub /sep_tint AGMCORE_gget mul} /exec cvx MappedCSA sep_proc_name cvx exch pop {4 3 roll pop pop pop 1 exch sub} /exec cvx] cvx modify_halftone_xfer Operator currentdict read_image_file grestore }if 0 ne{ [/Separation /Cyan /DeviceGray {}] setcolorspace gsave /Cyan [{1 exch sub /sep_tint AGMCORE_gget mul} /exec cvx MappedCSA sep_proc_name cvx exch pop {pop pop pop 1 exch sub} /exec cvx] cvx modify_halftone_xfer Operator currentdict read_image_file grestore } if AGMCORE_imagefile closefile (AGMCORE_imagefile) deletefile }{ currentdict imageormask }ifelse } def /indexed_imageormask { begin save mark currentdict AGMCORE_host_sep{ Operator/knockout eq{ /indexed_colorspace_dict AGMCORE_gget /CSA get map_csa overprint_plate not{ knockout_unitsq }if }{ AGMCORE_is_cmyk_sep{ Operator /imagemask eq{ imageormask_sys }{ level2{ indexed_image_lev2_sep }{ indexed_image_lev1_sep }ifelse }ifelse }{ currentoverprint not{ knockout_image_samples imageormask_sys }{ nulldevice currentdict imageormask_sys }ifelse }ifelse }ifelse }{ level2{ imageormask }{ Operator /imagemask eq{ imageormask }{ indexed_imageormask_lev1 }ifelse }ifelse }ifelse cleartomark restore end }def /indexed_imageormask_lev1 { /indexed_colorspace_dict AGMCORE_gget begin begin currentdict MappedCSA 0 get dup /DeviceRGB eq exch /DeviceCMYK eq or has_color not and{ {HiVal mul round cvi GrayLookup exch get HiVal div} currenttransfer addprocs settransfer imageormask }{ MappedCSA 0 get /DeviceGray eq { {HiVal mul round cvi Lookup exch get HiVal div} currenttransfer addprocs settransfer imageormask }{ MappedCSA 0 get /DeviceCMYK eq { currentcolortransfer {4 mul HiVal mul round cvi 3 add Lookup exch get HiVal div 1 exch sub} exch addprocs 4 1 roll {4 mul HiVal mul round cvi 2 add Lookup exch get HiVal div 1 exch sub} exch addprocs 4 1 roll {4 mul HiVal mul round cvi 1 add Lookup exch get HiVal div 1 exch sub} exch addprocs 4 1 roll {4 mul HiVal mul round cvi Lookup exch get HiVal div 1 exch sub} exch addprocs 4 1 roll setcolortransfer tint_image_to_color }{ currentcolortransfer {pop 1} exch addprocs 4 1 roll {3 mul HiVal mul round cvi 2 add Lookup exch get HiVal div} exch addprocs 4 1 roll {3 mul HiVal mul round cvi 1 add Lookup exch get HiVal div} exch addprocs 4 1 roll {3 mul HiVal mul round cvi Lookup exch get HiVal div} exch addprocs 4 1 roll setcolortransfer tint_image_to_color }ifelse }ifelse }ifelse end end }def /indexed_image_lev1_sep { /indexed_colorspace_dict AGMCORE_gget begin begin {4 mul HiVal mul round cvi Lookup exch get HiVal div 1 exch sub} {4 mul HiVal mul round cvi 1 add Lookup exch get HiVal div 1 exch sub} {4 mul HiVal mul round cvi 2 add Lookup exch get HiVal div 1 exch sub} {4 mul HiVal mul round cvi 3 add Lookup exch get HiVal div 1 exch sub} AGMCORE_get_ink_data currenttransfer addprocs settransfer currentdict imageormask_sys end end }def /indexed_image_lev2_sep { /indexed_colorspace_dict AGMCORE_gget begin begin currentcolorspace dup 1 /DeviceGray put dup 3 [ currentcolorspace 3 get { exch 4 mul 4 getinterval {} forall AGMCORE_get_ink_data 255 div 1 exch sub } /exec cvx ] cvx put setcolorspace currentdict Operator /imagemask eq{ AGMCORE_&imagemask }{ AGMCORE_&image }ifelse end end }def /add_csa { Adobe_AGM_Core begin /AGMCORE_CSA_cache xput end }def /map_csa { dup type /nametype eq{ Adobe_AGM_Core/AGMCORE_CSA_cache get exch get }if }def /add_csd { Adobe_AGM_Core begin /AGMCORE_CSD_cache xput end }def /get_csd { dup type /nametype eq{ Adobe_AGM_Core/AGMCORE_CSD_cache get exch get }if }def /add_pattern { Adobe_AGM_Core begin /AGMCORE_pattern_cache xput end }def /get_pattern { dup type /nametype eq{ Adobe_AGM_Core/AGMCORE_pattern_cache get exch get }if }def /set_pattern { dup /PatternType get 1 eq{ dup /PaintType get 1 eq{ false op [/DeviceGray] setcolorspace 0 setgray }if }if setpattern }def /setcolorspace_opt { dup currentcolorspace eq{ pop }{ setcolorspace }ifelse }def /updatecolorrendering { currentcolorrendering/Intent known{ currentcolorrendering/Intent get }{ null }ifelse Intent ne{ false Intent AGMCORE_CRD_cache { exch pop begin dup Intent eq{ currentdict setcolorrendering_opt end exch pop true exch exit }if end } forall pop not{ systemdict /findcolorrendering known{ Intent findcolorrendering pop /ColorRendering findresource dup length dict copy setcolorrendering_opt }if }if }if } def /add_crd { AGMCORE_CRD_cache 3 1 roll put }def /set_crd { AGMCORE_host_sep not level2 and{ currentdict/CRD known{ AGMCORE_CRD_cache CRD get dup null ne{ setcolorrendering_opt }{ pop }ifelse }{ currentdict/Intent known{ updatecolorrendering }if }ifelse }if }def /setcolorrendering_opt { dup currentcolorrendering eq{ pop }{ begin /Intent Intent def currentdict end setcolorrendering }ifelse }def /OPIimage { dup type /dicttype ne{ 10 dict begin /DataSource xdf /ImageMatrix xdf /BitsPerComponent xdf /Height xdf /Width xdf /MultipleDataSources false def /NComponents 1 def /ImageType 1 def /Decode [0 1 def] /SkipImageProc {false} def currentdict end }if dup begin /HostSepColorImage false def currentdict/Decode known not{ /Decode [ 0 currentcolorspace 0 get /Indexed eq{ 2 BitsPerComponent exp 1 sub }{ 1 }ifelse ] def }if currentdict/Operator known not{ /Operator /image def }if end /sep_colorspace_dict AGMCORE_gget null eq{ imageormask }{ gsave dup begin invert_image_samples end sep_imageormask grestore }ifelse }def /cpaint_gcomp { AGM_preserve_spots{ gsave nulldevice }if }def /cpaint_gsep { AGM_preserve_spots{ grestore currentoverprint Adobe_AGM_Core/AGMCORE_ovp xddf }{ gsave nulldevice }ifelse }def /cpaint_gend { AGM_preserve_spots{ Adobe_AGM_Core/AGMCORE_ovp get setoverprint }{ grestore }ifelse newpath }def /AGMCORE_ctm_stack bdict /push_ctm { stack length size le{ stack dup length 2 mul array dup /stack exch def copy pop }if stack size 3 -1 roll put /size size 1 add def } /pop_ctm { /size size 1 sub def size 0 lt{ /size 0 def }if stack size get } /stack 1 array /size 0 edict def /save_ctm { matrix currentmatrix AGMCORE_ctm_stack begin push_ctm end }def /restore_ctm { AGMCORE_ctm_stack begin pop_ctm end setmatrix }def /path_rez { dup 0 ne{ AGMCORE_deviceDPI exch div dup 1 lt{ pop 1 }if setflat }{ pop }ifelse }def end systemdict /setpacking known { setpacking } if %%EndResource %%BeginResource: procset Adobe_CoolType_Core 1.1 0 %%Copyright: Copyright 1997-1999 Adobe Systems Incorporated. All Rights Reserved. %%Version: 1.1 0 userdict/Adobe_CoolType_Core 40 dict dup begin put/Level2? systemdict /languagelevel known dup{pop systemdict/languagelevel get 2 ge}if def Level2? not{/currentglobal false def/setglobal/pop load def/gcheck{pop false}bind def /currentpacking false def/setpacking/pop load def}if currentpacking true setpacking/bdf{bind def}bind def/ldf{load def}bind def/doc_setup{ Adobe_CoolType_Core begin/mov/moveto ldf/nfnt/newencodedfont ldf/mfnt/makefont ldf/sfnt/setfont ldf/ufnt/undefinefont ldf/chp/charpath ldf/awsh/awidthshow ldf/wsh/widthshow ldf/ash/ashow ldf/sh/show ldf end userdict /Adobe_CoolType_Data 2 dict dup begin/WidthShowArray 256 array def /GenFauxMMInst{}bind def end put}bind def/doc_trailer{currentdict Adobe_CoolType_Core eq{end}if Adobe_CoolType_Core/unload get exec systemdict /undef known{userdict/Adobe_CoolType_Data undef}if}bind def/page_setup{ Adobe_CoolType_Core begin}bind def/page_trailer{end}bind def/unload{systemdict /languagelevel known{systemdict/languagelevel get 2 ge{userdict /Adobe_CoolType_Core 2 copy known{undef}{pop pop}ifelse}if}if}bind def/ndf{1 index where{pop pop pop}{dup xcheck{bind}if def}ifelse}def/findfont dup systemdict begin userdict begin/globaldict where{/globaldict get begin}if dup where pop exch get/globaldict where{pop end}if end end def/systemfindfont /findfont load def/undefinefont{pop}ndf/copyfont{currentglobal 3 1 roll 1 index gcheck setglobal dup null eq{0}{dup length}ifelse 2 index length add 1 add dict begin exch{1 index/FID eq{pop pop}{def}ifelse}forall dup null eq{pop} {{def}forall}ifelse currentdict end exch setglobal}bdf/newencodedfont{findfont dup length dict begin{1 index/FID ne{def}{pop pop}ifelse}forall/Encoding exch def currentdict end definefont pop}bdf/scff{$SubstituteFont begin dup type /stringtype eq{dup length exch}{null}ifelse/$sname exch def/$slen exch def /$fontname 1 index dup type/stringtype eq{cvn}if def/$used false def end findfont $SubstituteFont begin $used{currentglobal exch dup gcheck setglobal null copyfont begin/FontName $fontname def/currentdistillerparams where{pop}{ /FontInfo currentdict/FontInfo known{FontInfo null copyfont}{2 dict}ifelse dup begin/ItalicAngle $italicangle def/FontMatrix FontMatrix[1 0 ItalicAngle dup sin exch cos div 1 0 0]matrix concatmatrix readonly end 4 2 roll def def} ifelse FontName currentdict end definefont exch setglobal}if/$sname null def /$slen 0 def end}bdf/ConcatStrings{dup 0 exch{length add}forall string exch 0 exch{3 copy putinterval length add}forall pop}bind def/BeginFauxMMFont{1 index findfont pop 2 array astore ConcatStrings 3 1 roll($)exch 3 array astore ConcatStrings exch findfont currentglobal exch dup gcheck setglobal null copyfont/tempfontname exch definefont pop exch 12 dict begin/FontName exch def /FontType 0 def/FMapType 6 def/FontMatrix matrix def/PaintType 0 def}bind def /EndFauxMMFont{currentdict end dup/FontName get exch definefont exch setglobal exch mfnt sfnt}bind def/GenFauxMMInst{Adobe_CoolType_Data/GenFauxMMInst get exec}bind def/DefFauxMMInst{Adobe_CoolType_Data exch/GenFauxMMInst exch bind put}bind def/WSALoop{4 copy 1 index add 1 sub 1 exch{3 copy put pop 1 add}for pop pop 3 2 roll add exch 256 add}bind def/BuildWidthShowArray{currentfont begin FontType 0 eq dup{pop FMapType 6 eq}if{SubsVector dup length 1 sub 1 exch getinterval}{()}ifelse end Adobe_CoolType_Data/WidthShowArray get 0 0 4 3 roll{WSALoop}forall 256 2 index sub WSALoop pop pop pop}bind def/wsa{ Adobe_CoolType_Data/WidthShowArray get}bind def/?set{$SubstituteFont begin /$used false def/$fontname 4 index def end 3 index findfont $SubstituteFont begin $used{false}{dup/FontName known{dup/FontName get $fontname eq 1 index /DistillerFauxFont known not and}{false}ifelse}ifelse exch pop end{exch pop exch pop exch 2 dict dup/Found 3 index put exch findfont exch}{exch exec exch findfont 2 dict dup/Downloaded 6 5 roll put}ifelse dup/FontName 4 index put copyfont definefont pop}bind def/?str1 256 string def/?str2 256 string def /?add{1 index type/integertype eq{exch true 4 2}{false 3 1}ifelse roll 1 index findfont/Downloaded known{exec exch{exch ?str2 cvs exch findfont/Downloaded get 1 dict begin/Downloaded 1 index def ?str1 cvs length ?str1 1 index 1 add 3 index putinterval exch length 1 add 1 index add ?str1 2 index(*)putinterval ?str1 0 2 index getinterval cvn findfont ?str1 3 index(+)putinterval 2 dict dup/FontName ?str1 0 6 index getinterval cvn put dup/Downloaded Downloaded put end copyfont dup/FontName get exch definefont pop pop pop}{pop}ifelse}{pop exch{findfont dup/Found get dup length exch ?str1 cvs pop ?str1 1 index(+) putinterval ?str1 1 index 1 add 4 index ?str2 cvs putinterval ?str1 exch 0 exch 5 4 roll ?str2 cvs length 1 add add getinterval cvn 1 dict exch 1 index exch/FontName exch put copyfont dup/FontName get exch definefont pop}{pop} ifelse}ifelse}bind def/?sh{currentfont/Downloaded known{exch}if pop}bind def /?chp{currentfont/Downloaded known{pop}{false chp}ifelse}bind def/?mv{ currentfont/Downloaded known{moveto pop pop}{pop pop moveto}ifelse}bind def setpacking end userdict/$SubstituteFont 20 dict put 1 dict begin /SubstituteFont dup $error exch 2 copy known{get}{pop pop{pop/Courier}bind} ifelse def/currentdistillerparams where dup{pop pop currentdistillerparams /CannotEmbedFontPolicy 2 copy known{get/Error eq}{pop pop false}ifelse}if not{ countdictstack array dictstack 0 get begin userdict begin $SubstituteFont begin/$str 128 string def/$fontpat 128 string def/$slen 0 def/$sname null def /$match false def/$fontname null def/$used false def/$fontname null def /$italicangle 26.5 def/$findfontByEnum{dup/$fontname exch def $sname null eq{ $str cvs dup length $slen sub $slen getinterval}{pop $sname}ifelse $fontpat dup 0(fonts/*)putinterval exch 7 exch putinterval/$match false def mark{ $fontpat 0 $slen 7 add getinterval{/$match exch def exit}$str filenameforall} stopped cleartomark/$slen 0 def $match false ne{$match(fonts/)anchorsearch pop pop cvn}{/Courier}ifelse}bind def/$ROS 1 dict dup begin/Adobe 4 dict dup begin /Japan1[/Ryumin-Light/HeiseiMin-W3/GothicBBB-Medium/HeiseiKakuGo-W5 /HeiseiMaruGo-W4/Jun101-Light]def/Korea1[/HYSMyeongJo-Medium/HYGoThic-Medium] def/GB1[/STSong-Light/STHeiti-Regular]def/CNS1[/MKai-Medium/MHei-Medium]def end def end def/$cmapname null def/$buildfontname{length $str 1 index(-) putinterval 1 add $str 1 index $cmapname $fontpat cvs putinterval $cmapname length add $str exch 0 exch getinterval cvn}bind def/$findfontByROS{/$fontname exch def $ROS Registry 2 copy known{get Ordering 2 copy known{get}{pop pop[]} ifelse}{pop pop[]}ifelse false exch{dup/CIDFont resourcestatus{pop pop save 1 index/CIDFont findresource dup/WidthsOnly known{dup/WidthsOnly get}{false} ifelse exch pop exch restore{pop}{exch pop true exit}ifelse}{pop}ifelse}forall {$str cvs $buildfontname}{false(*){save exch dup/CIDFont findresource dup /WidthsOnly known{dup/WidthsOnly get not}{true}ifelse exch/CIDSystemInfo get dup/Registry get Registry eq exch/Ordering get Ordering eq and and{exch restore exch pop true exit}{pop restore}ifelse}$str/CIDFont resourceforall{ $buildfontname}{$fontname $findfontByEnum}ifelse}ifelse}bind def end end currentdict/$error known currentdict/languagelevel known and dup{pop $error /SubstituteFont known}if dup{$error}{Adobe_CoolType_Core}ifelse begin{ /SubstituteFont/CMap/Category resourcestatus{pop pop{$SubstituteFont begin /$used true def dup length $slen gt $sname null ne or $slen 0 gt and{$sname null eq{dup $str cvs dup length $slen sub $slen getinterval cvn}{$sname}ifelse dup/CMap resourcestatus{pop pop dup/$cmapname exch def/CMap findresource /CIDSystemInfo get{def}forall $findfontByROS}{pop $findfontByEnum}ifelse}{ //SubstituteFont exec}ifelse/$slen 0 def end}}{{$SubstituteFont begin/$used true def dup length $slen gt $sname null ne or $slen 0 gt and{$findfontByEnum} {//SubstituteFont exec}ifelse end}}ifelse bind readonly def}{/findfont{ $SubstituteFont begin dup systemfindfont dup/FontName known{dup/FontName get 2 index ne}{true}ifelse dup{/$used true def}if{$slen 0 gt $sname null ne 3 index length $slen gt or and{pop dup $findfontByEnum findfont dup maxlength 1 add dict begin{1 index/FID eq{pop pop}{def}ifelse}forall currentdict end definefont}{exch pop}ifelse}{exch pop}ifelse end}bind def}ifelse end end}if end %%EndResource %%EndProlog %%BeginSetup Adobe_AGM_Core/AGMCORE_err_strings 3 dict dup begin /AGMCORE_bad_environ (Environment not satisfactory for this job, which requests at least PostScript Level ^ and at least PostScript version ^. Ensure that the PPD is correct or that the PostScript level requested is supported by this printer. ) def /AGMCORE_color_space_onhost_seps (This job contains colors that will not separate with on-host methods. ) def /AGMCORE_invalid_color_space (This job contains an invalid color space. ) def end put 2 2010 true Adobe_AGM_Core/doc_setup get exec Adobe_CoolType_Core/doc_setup get exec %%EndSetup %%Page: name:1 1 %%EndPageComments %%BeginPageSetup Adobe_AGM_Core/page_setup get exec Adobe_CoolType_Core/page_setup get exec %%EndPageSetup Adobe_AGM_Core/AGMCORE_save save ddf mark /0 [/DeviceGray] add_csa /CSA /0 /1 [/DeviceCMYK] add_csa /CSA /1 /2 [/DeviceRGB] add_csa /CSA /2 cleartomark 800 path_rez 1 -1 scale 0 -75.5537 translate gsave [1 0 0 1 0 0 ] concat gsave 0 0 mo 0 75.5537 ln 577.359 75.5537 ln 577.359 0 ln clp save_ctm restore_ctm false op 0 0 0 1 cmyk %ADOBeginSubsetFont: Myriad-BoldItalic Initial %!FontType1 16 dict begin /FontInfo 15 dict dup begin /Notice (Copyright (c) 1992, 1994 Adobe Systems Incorporated. All Rights Reserved.Myriad is a trademark of Adobe Systems Incorporated may be registered in certain jurisdictions.) def /version (001.000) def /FullName (Myriad Bold Italic) def /FamilyName (Myriad) def /Weight (Bold) def /ItalicAngle -11 def /isFixedPitch false def /UnderlinePosition -100 def /UnderlineThickness 50 def end def /FontName /Myriad-BoldItalic def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0 ] def /FontBBox { -95 -250 1225 852 } def /XUID [6 41990 ] def /StrokeWidth 0 def currentdict end currentfile eexec A0B00ED5187D9C0F1ECDF51878C3AA5CAA3FFCA5020F48 69FCFE28B419AB05B54FAF315083D4CBAA039F6F2C78222B96DD9B7A2B2F6540 7F5FFD4B7AE09E3DF001E6A0F2542E98BD69945379CF84C778513B8588DAF05E 67085515BA36EA9B34646C07D9C61EECD29635C96DF5F1F26A0230A15283634F BA71ADA274F27504B683553F2DD088CDDE2EA465132F905B99F8D1C11C8851B6 609F206AEC988C888AD44C86CDB7DDB7E67FA4A6E40DC7C05D7C101DAE9FD0AC 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cleartomark /Myriad-BoldItalic findfont /Encoding get dup 77 /M put dup 79 /O put dup 97 /a put dup 101 /e put dup 107 /k put pop %ADOEndSubsetFont /Myriad-BoldItalic*1 [ 77{/.notdef}repeat /M /.notdef /O 17{/.notdef}repeat /a 3{/.notdef}repeat /e 5{/.notdef}repeat /k 148{/.notdef}repeat ] /Myriad-BoldItalic nfnt /Myriad-BoldItalic*1 findfont [41.7899 -4.20808 -4.20807 -41.7899 0 0 ]mfnt sfnt BuildWidthShowArray 35.7437 65.1064 mov 0.0416718 -0.00465393 wsa 77 get (OMak) wsh 143.853 54.2194 mov (e) sh 0.6 lw 0 lc 0 lj 4 ml [] 0 dsh true sadj 21.3438 72.5469 mo 21.3438 14.9473 ln s 28.5439 14.9473 mo 28.5439 72.5469 ln s 21.3438 22.7476 mo 28.5439 29.9478 ln s 21.3438 15.1479 mo 28.5439 22.3477 ln s 21.3438 29.9478 mo 28.5439 37.1475 ln s 21.3438 36.7476 mo 28.5439 43.9478 ln s 21.3438 43.9478 mo 28.5439 51.1479 ln s 21.3438 51.5415 mo 28.5439 58.7417 ln s 21.3438 58.7417 mo 28.5439 65.9414 ln s 21.3438 65.5415 mo 28.5439 72.7417 ln s 28.5439 22.7476 mo 21.3438 29.9478 ln s 28.5439 15.1479 mo 21.3438 22.3477 ln s 28.5439 29.9478 mo 21.3438 37.1475 ln s 28.5439 36.7476 mo 21.3438 43.9478 ln s 28.5439 43.9478 mo 21.3438 51.1479 ln s 28.5439 51.5415 mo 21.3438 58.7417 ln s 28.5439 58.7417 mo 21.3438 65.9414 ln s 28.5439 65.5415 mo 21.3438 72.7417 ln s 57.6001 14.9639 mo 0 14.9639 ln s 28.3999 14.9639 mo 35.6001 10.5581 ln 58.2437 10.5581 ln s 35.9937 14.9639 mo 43.1938 10.5581 ln s 43.1938 14.9639 mo 50.3936 10.5581 ln s 49.9937 14.9639 mo 57.1938 10.5581 ln s 35.9937 10.5581 mo 43.1938 14.9639 ln s 43.1938 10.5581 mo 50.3936 14.9639 ln s 49.9937 10.5581 mo 57.1938 14.9639 ln s 1 lc 115.24 14.9639 mo 58 14.9639 ln s 50.2939 10.5093 mo 107.894 10.5093 ln s 0 lc 65.2002 14.9639 mo 72.3999 10.5581 ln s 57.6001 14.9639 mo 64.8003 10.5581 ln s 72.3999 14.9639 mo 79.6001 10.5581 ln s 79.2002 14.9639 mo 86.4004 10.5581 ln s 86.4004 14.9639 mo 93.6001 10.5581 ln s 93.9941 14.9639 mo 101.194 10.5581 ln s 65.2002 10.5581 mo 72.3999 14.9639 ln s 57.6001 10.5581 mo 64.8003 14.9639 ln s 72.3999 10.5581 mo 79.6001 14.9639 ln s 79.2002 10.5581 mo 86.4004 14.9639 ln s 86.4004 10.5581 mo 93.6001 14.9639 ln s 93.9941 10.5581 mo 101.194 14.9639 ln s 1 lc 158.183 14.9473 mo 100.944 14.9473 ln s 93.2378 10.4927 mo 150.838 10.4927 ln s 0 lc 108.144 14.9473 mo 115.343 10.541 ln s 100.544 14.9473 mo 107.744 10.541 ln s 115.343 14.9473 mo 122.543 10.541 ln s 122.144 14.9473 mo 129.344 10.541 ln s 129.344 14.9473 mo 136.544 10.541 ln s 136.938 14.9473 mo 144.138 10.541 ln s 1 lc 144.138 14.9473 mo 150.737 10.541 ln s 0 lc 108.144 10.541 mo 115.343 14.9473 ln s 100.544 10.541 mo 107.744 14.9473 ln s 115.343 10.541 mo 122.543 14.9473 ln s 122.144 10.541 mo 129.344 14.9473 ln s 129.344 10.541 mo 136.544 14.9473 ln s 136.938 10.541 mo 144.138 14.9473 ln s 144.138 10.541 mo 151.337 14.9473 ln s 1 lc 150.938 10.541 mo 158.137 14.9473 ln s 21.3599 22.4043 mo 21.2397 14.9639 ln 24.6646 13.0273 ln 28.4399 14.9639 ln 28.4399 22.1641 ln 24.7847 18.6743 ln 21.3599 22.4043 ln f 0 lc 21.2397 14.9639 mo 24.8374 0.306641 ln 28.4399 14.9639 ln s 23.3438 6.70654 mo 27.5439 11.4463 ln s 22.1685 11.3101 mo 26.3438 6.60693 ln s 27.9937 12.9722 mo 0.666504 13.1221 ln 0.0214844 14.6851 ln 28.144 14.9639 ln 27.9937 12.9722 ln f 1.74414 13.9067 mo 24.8374 0.306641 ln 150.489 10.4238 ln s 5.62158 18.2822 mo 5.62158 18.6123 5.35156 18.8823 5.02148 18.8823 cv 1.92725 18.8823 ln 1.59717 18.8823 1.32715 18.6123 1.32715 18.2822 cv 1.32715 15.0884 ln 1.32715 14.7583 1.59717 14.4883 1.92725 14.4883 cv 5.02148 14.4883 ln 5.35156 14.4883 5.62158 14.7583 5.62158 15.0884 cv 5.62158 18.2822 ln f 154.583 34.6426 mo 157.897 14.9473 ln s save_ctm restore_ctm %ADOBeginSubsetFont: Myriad-BoldItalic AddGlyphs currentfile eexec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0000000000000000000000000000000000000000000000000000000000000000 cleartomark /Myriad-BoldItalic findfont /Encoding get dup 32 /space put dup 84 /T put dup 98 /b put dup 100 /d put dup 104 /h put dup 105 /i put dup 108 /l put dup 109 /m put dup 115 /s put dup 116 /t put dup 117 /u put dup 121 /y put pop %ADOEndSubsetFont /Myriad-BoldItalic*2 [ 32{/.notdef}repeat /space 51{/.notdef}repeat /T 13{/.notdef}repeat /b /.notdef /d 3{/.notdef}repeat /h /i 2{/.notdef}repeat /l /m 5{/.notdef}repeat /s /t /u 3{/.notdef}repeat /y 134{/.notdef}repeat ] /Myriad-BoldItalic nfnt /Myriad-BoldItalic*2 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 201.344 48.0171 mov -0.0357056 0 (Th) ash /Myriad-BoldItalic*1 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 240.547 48.0171 mov (e) sh /Myriad-BoldItalic*2 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 258.583 48.0171 mov ( ) sh /Myriad-BoldItalic*1 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 265.207 48.0171 mov 0.0357056 0 wsa 77 get (OMak) wsh 358.338 48.0171 mov (e) sh /Myriad-BoldItalic*2 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 376.374 48.0171 mov -0.0357056 0 wsa 121 get ( build syst) wsh /Myriad-BoldItalic*1 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 529.408 48.0171 mov (e) sh /Myriad-BoldItalic*2 findfont [36 0 0 -36 0 0 ]mfnt sfnt BuildWidthShowArray 547.443 48.0171 mov (m) sh grestore grestore Adobe_AGM_Core/AGMCORE_save get restore %%PageTrailer Adobe_CoolType_Core/page_trailer get exec Adobe_AGM_Core/page_trailer get exec %%Trailer Adobe_CoolType_Core/doc_trailer get exec Adobe_AGM_Core/doc_trailer get exec %%EOF gsave userdict /annotatepage 2 copy known {get exec}{pop pop} ifelse grestore showpage %AI9_PrintingDataEnd userdict /AI9_read_buffer 256 string put userdict begin /ai9_skip_data { mark { currentfile AI9_read_buffer { readline } stopped { } { not { exit } if (%AI9_PrivateDataEnd) eq { exit } if } ifelse } loop cleartomark } def end userdict 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_ºÿðÿ_?Üÿ¿â¿Ûÿÿÿ¿ÖßÑÿáä/ö?«ïýÿ?÷_üÿÏø_üÿŸöýÿ?̯ÿÖÿ®Óÿ¯ãÜÿoõïÉÿÏÞñÿêÿ¿áºÿñÿß?Üÿ¿â¿ÛÿÿÿÖ_Ñÿïâïýÿ?ö_üÿÏú_üÿŸõýÿ?ÌÿÖÿ¿¯ïÓÿ_ã?Üÿ?õï?ÉÿoÞ¯ñÿêÿ¿à¯»ÿñÿ_/Üÿ¿âïÛÿÿÿÕßÑÿ¯âïýÿ?õ_üÿÏü_üÿŸôýÿ?Ì_ÿÕÿ¯oÿÓÿãoÜÿõïÉÿÞ¿ñÿêÿà_»ÿòÿßýÜÿ¿âÚÿÿÿÕ?Ðÿ?ãïýÿ?ô_üÿÏþ_üÿŸóýÿ?Ì?ÿÕÿ?°ßÿÔÿ¯âÜÿôîïËÿ¯Ý¿ñÿêÿà»ÿòÿ?ýÜÿïâÚÿÿÿ?Ô¿Øÿï¿¿o?ãïýÿ?ó_üÿÏ_üÿŸòýÿ?ÌÿÕÿ±_ÿÿÔÿOâ¿ÝÿÏôî¿ËÿOÝ¿ñÿêÿߟ¼ÿóÿ¯üÛÿã?Úÿÿÿ?Ô?âÿï¿¿o??Úïýÿ?ò_üÿÏoüÿŸñýÿ?ËïÕÿ¿±ßÿÿÕÿïáßÝÿ¿ôîÌÿïÜ¿ñÿêÿß/¼ÿôÿïüÛÿã?Úÿÿÿ?Ó¯ìÿÿ¿Ÿo??Ðïýÿ?ñ_÷ÿŸðýÿ?Ë¿Ôÿ³_þÿÕÿáÜÿôîOÌÿÜÏñÿêÿÞ¿½ÿôÿoûÛÿã?ÚÿÿÿÒöÿÿ¿Ÿ??Æïýÿ?ð_ùÿŸïýÿ?ËÔÿ_³ßþÿÕÿ/â/ÜÿôîÌÿÜðÿêÿÞO½ÿõÿÏúÛÿäÚÿÿÿÑŸ¿¿Ÿ??¼ïýÿ?ï_ûÿŸîýÿ?Ë_Ôÿ¯´oýÿÖÿÏá?Üÿ?ôíÍÿÏÛðÿêÿÝß¾ÿöÿïúÛÿ?äÚÿÿïƒïýÿ?ï_ûÿÏïýÿ?Ë/Óÿ¶ïýÿÖÿ_áÜÿ/ôí¿Îÿ_ÛðÿêÿOÝ?¾ÿöÿoùïÜÿ?äÚÿÿ¿ƒïýÿ?ð_ùÿÏðýÿ?ÊÓÿ_¶üÿ×ÿïàÜÿóíÎÿÛðÿêÿ?Ü¿¿ÿ÷ÿ¯ø¿Üÿ?ä¿Úÿÿ¿ƒïýÿ?ñ_÷ÿÏñýÿ?Ê¿Ôÿ¿·ûÿ×ÿà¿Ýÿßóí_ÏÿŸÚðÿêÿ?Ü/¿ÿøÿÏø¿Üÿä¿ÚÿÿŸƒïýÿ?ò_üÿŸ_üÿÏòýÿ?ÊÓÿ¸¿ûÿ×ÿàßÝÿ¿óí/Ïÿ?Û/ðÿêÿ?ÛÀÿùÿï/÷¿ÜÿäÏÚÿÿƒïýÿ?ó_üÿŸ_üÿÏóýÿ?Ê?ÓÿŸ¹oúÿØÿŸßÜÿŸóìÐÿßÚ?ðÿêÿ?ÛßÁÿùÿOö¿Üÿäâÿß¿¿_??ïýÿ?ô_üÿŸý_üÿÏôýÿ?ÊÓÿï»ïúÿØÿà?ÜÿóìÏÑÿÚ?ðÿêÿ?Ú?Áÿúÿ_õ¿Üÿ¿äìÿß¿¿_??öïýÿ?õ_üÿŸû_üÿÏõýÿ?ʯÓÿ»¿ùÿÙÿ¿ßOÜÿOóìŸÑÿÚ?ðÿêÿ?ÙÂÿûÿô¿Üÿ¿åöÿï¿¿_??ìïýÿ?ö_üÿŸù_üÿÏöýÿ?ÊoÓÿï½oøÿÙÿ?ßÜÿ?óìoÒÿ¿Ù?ðÿêÿ/Ø¿ÃÿüÿŸó¯Üÿïå 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The OMake build system
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    Overview

    OMake is a build system designed for scalability and portability. It uses a syntax similar to make utilities you may have used, but it features many additional enhancements, including the following.

    • Support for projects spanning several directories or directory hierarchies.
    • Fast, reliable, automated, scriptable dependency analysis using MD5 digests, with full support for incremental builds.
    • Dependency analysis takes the command lines into account — whenever the command line used to build a target changes, the target is considered out-of-date.
    • Fully scriptable, includes a library that providing support for standard tasks in C, C++, OCaml, and LaTeX projects, or a mixture thereof.

      Often, a configuration file is as simple as a single line 

      .DEFAULT: $(CProgram prog, foo bar baz)
      which states that the program "prog" is built from the files foo.c, bar.c, and baz.c. This one line will also invoke the default standard library scripts for discovering implicit dependencies in C files (such as dependencies on included header files).
    • Full native support for rules that build several files at once.
    • Portability: omake provides a uniform interface on Linux/Unix (including 64-bit architectures), Win32, Cygwin, Mac OS X, and other platforms that are supported by OCaml.
    • Built-in functions that provide the most common features of programs like grep, sed, and awk. These are especially useful on Win32.
    • Active filesystem monitoring, where the build automatically restarts whenever you modify a source file. This can be very useful during the edit/compile cycle.
    • A built-in command-interpreter osh that can be used interactively.

    OMake preserves the style of syntax and rule definitions used in Makefiles, making it easy to port your project to OMake. There is no need to code in Perl (cons), or Python (scons). However, there are a few things to keep in mind:

    1. Indentation is significant, but tabs are not required.
    2. The OMake language is functional: functions are first-class and there are no side-effects apart from I/O.
    3. Scoping is dynamic.

    OMake is licensed under a mixture of the GNU GPL license (OMake engine itself) and the MIT-like license (default configuration files).

    OMake is part of the Mojave and MetaPRL projects.

    omake-omake-0.10.7/doc/webpage/omake_lists.html000066400000000000000000000057701472462630700213700ustar00rootroot00000000000000 The OMake build system: Mailing Lists
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    OMake Mailing Lists

    We mailtain several mailing lists related to OMake.

    • OMake-Announce

      OMake-Announce@metaprl.org is a low-traffic moderated list for OMake announcements. Subscribe to this list if you want to receive announcements of new OMake releases and other major OMake developments.

      [Subscribe] [Archives]

    • OMake

      OMake@metaprl.org is the main OMake list. Use this list to ask questions about OMake, get help, report problems, provide feedback, discuss the OMake build libraries and so on. Any discussions of OMake and related topics are welcome here.

      [Subscribe] [Archives]

    • OMake-Devel

      OMake-Devel@metaprl.org is the mailing list for OMake developers. Use this list if you are thinking about contributing code to OMake Build Sytem, if you want to discuss the OMake code, and so on.

      [Subscribe] [Archives]

    • OMake-CVS

      OMake-CVS@metaprl.org is a read-only mailing list that receives a new message for every commit to OMake's Subversion repository. Subscribe to this list if you want to keep a close eye on OMake development process.

      [Subscribe] [Archives]

    omake-omake-0.10.7/doc/webpage/omake_papers.html000066400000000000000000000106621472462630700215200ustar00rootroot00000000000000 The OMake build system: Publications
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    OMake Publications

    OMake: Designing a scalable build process.

    Jason Hickey and Aleksey Nogin.
    OMake: Designing a scalable build process.
    In Luciano Baresi and Reiko Heckel, editors, Fundamental Approaches to Software Engineering, 9th International Conference, FASE 2006, volume 3922 of Lecture Notes in Computer Science, pages 63–78. Springer, 2006.
    An extended version is available as California Institute of Technology technical report CaltechCSTR:2006.001.

    Refereed version: PDF, PostScript, Electronic Edition
    Technical report version: PDF, PostScript, CaltechCSTR Entry

    Abstract

    Modern software codebases are frequently large, heterogeneous, and constantly evolving. The languages and tools for software construction, including code builds and configuration management, have not been well-studied. Developers are often faced with using 1) older tools (like make) that do not scale well, 2) custom build scripts that tend to be fragile, or 3) proprietary tools that are not portable.

    In this paper, we study the build issue as a domain-specific programming problem. There are a number of challenges that are unique to the domain of build systems. We argue that a central goal is compositionality—that is, it should be possible to specify a software component in isolation and add it to a project with an assurance that the global specification will not be compromised. The next important goal is to cover the full range of complexity—from allowing very concise specifications for the most common cases to providing the flexibility to encompass projects with unusual needs. Dependency analysis, which is a prerequisite for incremental builds, must be automated in order to achieve compositionality an reliability; it also spans the full range of complexity.

    We develop a language for describing software builds and configuration. We also develop an implementation (called OMake), that addresses all the above challenges efficiently and portably. It also provides a number of features that help streamline the edit/compile development cycle.

    OMake is freely available under the GNU General Public License, and is actively being used in several large projects.

    omake-omake-0.10.7/doc/webpage/omake_users.html000066400000000000000000000145431472462630700213710ustar00rootroot00000000000000 The OMake build system: users and projects
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    OMake Users and Projects (partial list)

    The following companies, groups and projects that are known to use OMake. We have just started collecting the information about OMake users; the list is likely to contain only a small portion of all the OMake users and projects.

    To update the information in this list, contact the OMake mailing list or Aleksey Nogin.

    The above KLoc (thousands of lines of code) estimates are computed using David A. Wheeler's 'SLOCCount' utility. omake-omake-0.10.7/lib/000077500000000000000000000000001472462630700145465ustar00rootroot00000000000000omake-omake-0.10.7/lib/OMakeroot.om000066400000000000000000000025361472462630700170110ustar00rootroot00000000000000######################################################################## # General configuration. # # Copyright (C) 2003-2004 Jason Hickey and Mojave Group # # Permission is hereby granted, free of charge, to any person # obtaining a copy of this file, to deal in the File without # restriction, including without limitation the rights to use, # copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the File, and to permit persons to whom the File # is furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be # included in all copies or substantial portions of the File. # # THE FILE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES # OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. # IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY # CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, # TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE # FILE OR THE USE OR OTHER DEALINGS IN THE FILE. # # By default, include all the preconfigured build projects. # open build/C open build/OCaml open build/LaTeX ######################################################################## # Define the command-line variables. # DefineCommandVars() omake-omake-0.10.7/lib/Pervasives.om000066400000000000000000001115571472462630700172440ustar00rootroot00000000000000######################################################################## # Copyright (C) 2003-2007 Jason Hickey and Mojave Group # # Permission is hereby granted, free of charge, to any person # obtaining a copy of this file, to deal in the File without # restriction, including without limitation the rights to use, # copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the File, and to permit persons to whom the File # is furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be # included in all copies or substantial portions of the File. # # THE FILE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES # OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. # IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY # CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, # TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE # FILE OR THE USE OR OTHER DEALINGS IN THE FILE. ######################################################################## # This file defines the Pervasives module--the standard module # open to every program. This is a bootstrap file. The syntax # here is mainly normal, but it is assumed that the basic classes # are empty at this point. You never need to assume this again. # class Pervasives ######################################################################## # Common variables and utilities # public. = declare BUILD_SUMMARY declare CWD declare FS declare GLOB_ALLOW declare GLOB_IGNORE declare GLOB_OPTIONS declare NF declare NULL_DEVICE declare OMAKEPATH declare PATH declare RS declare STDLIB declare STDROOT declare TARGETS declare prompt declare EMPTY declare EMPTY_ARRAY const.EMPTY = const.EMPTY_ARRAY[] = const.NULL_DEVICE = $(if $(equal $(OSTYPE), Win32), NUL, /dev/null) const.TAB = $' ' const.false = false const.true = true shell-success(argv) = try value $(equal $(shell-code $(argv) > $(NULL_DEVICE) >& $(NULL_DEVICE)), 0) default value $(not true) last(an_array) = return $(nth $(sub $(length $(an_array)), 1), $(an_array)) Bool(v) = value $(not $(not $v)) nonempty(l) = gt($(length $l), 0) # GNU Make - like join function join(l1, l2) = result[] = while $(and $(nonempty $(l1)), $(nonempty $(l2))) x = $(nth 0, $(l1)) y = $(nth 0, $(l2)) l1 = $(nth-tl 1, $(l1)) l2 = $(nth-tl 1, $(l2)) result[] += $x$y # From GNU Make docs: If one argument has more words that the other, # the extra words are copied unchanged into the result result[] += $(l1) result[] += $(l2) value $(result) # Documented in src/builtin/omake_builtin_sys.ml xterm-escape(s) = if $(xterm-escape-begin) value $(xterm-escape-begin)$s$(xterm-escape-end) else value $(EMPTY) prompt-invisible(s) = value $(prompt-invisible-begin)$s$(prompt-invisible-end) ######################################################################## # \begin{doc} # # \chapter{The standard objects} # \label{chapter:pervasives} # \cutname{omake-pervasives.html} # # \verb+Pervasives+ defines the objects that are defined in all # programs. The following objects are defined. # # \section{Pervasives objects} # # \obj{Object} # # Parent objects: none. # # The \verb+Object+ object is the root object. # Every class is a subclass of \verb+Object+. # # It provides the following fields: # # \begin{itemize} # \item \verb+$(o.object-length)+: the number of fields and methods in the object. # \item \verb+$(o.object-mem )+: returns \verb+true+ iff the \verb++ is a field # or method of the object. # \item \verb+$(o.object-add , )+: adds the field to the object, # returning a new object. # \item \verb+$(o.object-find )+: fetches the field or method from the object; # it is equivalent to \verb+$(o.)+, but the variable can be non-constant. # \item \verb+$(o.object-map )+: maps a function over the object. The function # should take two arguments; the first is a field name, the second is the # value of that field. The result is a new object constructed from the # values returned by the function. # \item \verb+o.object-foreach+: the \verb+object-foreach+ form is equivalent to \verb+object-map+, # but with altered syntax. # # \begin{verbatim} # o.object-foreach(, ) => # # \end{verbatim} # # For example, the following function prints all the fields of an # object \verb+o+. # # \begin{verbatim} # PrintObject(o) = # o.object-foreach(v, x) => # println($(v) = $(x)) # \end{verbatim} # # The \verb+export+ form is valid in a \verb+object-foreach+ body. The following # function collects just the field names of an object. # # \begin{verbatim} # FieldNames(o) = # names[] = # o.object-foreach(v, x) => # names[] += $(v) # export # return $(names) # \end{verbatim} # \end{itemize} # # \end{doc} # Object. += class Object object-length() = return $(obj-length $(this)) object-mem(v) = return $(obj-mem $(this), $(v)) object-add(v, x) = return $(obj-add $(this), $(v), $(x)) object-find(v) = return $(obj-find $(this), $(v)) object-map(f) = return $(obj-map $(this), $(f)) curry.object-foreach() = private.THIS = $(this) g(f) = export obj-map($(THIS), $(f)) instanceof(v) = return $(obj-instanceof $(this), $(v)) public.Object = $(this.Object) # # The runtime doesn't know to include the Object module, so do it now. # extends $(Object) # # \begin{doc} # \obj{Map} # # Parent objects: \verb+Object+. # # A \verb+Map+ object is a dictionary from values to values. The \verb++ # values are restricted to simple values: integers, floating-point numbers, # strings, files, directories, and arrays of simple values. # # The Map object provides the following methods. # # \begin{itemize} # \item \verb+$(o.length)+: the number of items in the map. # \item \verb+$(o.mem )+: returns \verb+true+ iff the \verb++ is defined # in the map. # \item \verb+$(o.add , )+: adds the field to the map, # returning a new map. # \item \verb+$(o.find )+: fetches the field from the map. # \item \verb+$(o.keys)+: fetches an array of all the keys in the map, in alphabetical order. # \item \verb+$(o.values)+: fetches an array of all the values in the map, # in the alphabetical order of the corresponding keys. # \item \verb+$(o.map )+: maps a function over the map. The function # should take two arguments; the first is a field name, the second is the # value of that field. The result is a new object constructed from the # values returned by the function. # \item \verb+o.foreach+: the \verb+foreach+ form is equivalent to \verb+map+, # but with altered syntax. # # \begin{verbatim} # o.foreach(, ) => # # \end{verbatim} # # For example, the following function prints all the fields of a # map \verb+o+. # # \begin{verbatim} # PrintMap(o) = # o.foreach(v, x) => # println($(v) = $(x)) # \end{verbatim} # # The \verb+export+ form is valid in a \verb+foreach+ body. The following # function reimplements the \verb+key+ method. # # \begin{verbatim} # FieldNames(o) = # names = # o.foreach(v, x) => # names += $(v) # export # return $(names) # \end{verbatim} # \end{itemize} # # There is also simpler syntax when the key is a string. The table can be # defined using definitions with the form \verb+$|key|+ # (the number of pipe symbols \verb+|+ is allowed to vary). # # \begin{verbatim} # $|key 1| = value1 # $||key1|key2|| = value2 # The key is key1|key2 # X = $|key 1| # Define X to be the value of field $|key 1| # \end{verbatim} # # The usual modifiers are also allowed. The expression \verb+$`|key|+ represents # lazy evaluation of the key, and \verb+$,|key|+ is normal evaluation. # # \end{doc} # Map. += class Map extends $(Object) mem(v) = return $(map-mem $(this), $(v)) add(v, x) = return $(map-add $(this), $(v), $(x)) remove(v) = return $(map-remove $(this), $(v)) find(v) = return $(map-find $(this), $(v)) map(f) = export return $(map-map $(this), $(f)) curry.foreach() = private.THIS = $(this) g(f) = export map-map($(THIS), $f) length() = return $(map-length $(this)) keys() = return $(map-keys $(this)) values() = return $(map-values $(this)) ######################################################################## # \begin{doc} # \obj{Number} # # Parent objects: \verb+Object+. # # The \verb+Number+ object is the parent object for integers # and floating-point numbers. # \end{doc} # Number. += class Number extends $(Object) public.Number = $(Number) # # \begin{doc} # \obj{Int} # # Parent objects: \verb+Number+. # # The \verb+Int+ object represents integer values. # \end{doc} # Int. += class Int extends $(Number) # # \begin{doc} # \obj{Float} # # Parent objects: \verb+Number+. # # The \verb+Float+ object represents floating-point numbers. # \end{doc} # Float. += class Float extends $(Number) ######################################################################## # \begin{doc} # \obj{Sequence} # # Parent objects: \verb+Object+. # # The \verb+Sequence+ object represents a generic object containing # sequential elements. It provides the following methods. # # \begin{itemize} # \item \verb+$(s.length)+: the number of elements in the sequence. # \item \verb+$(s.is-nonempty)+: true iff the expression \verb+$(s.nth 0)+ # will complete without failure. # \item \verb+$(s.nth )+: return the n'th element of the sequence. # \item \verb+$(s.nth-tl )+: return the n'th tail of the sequence. # \item \verb+$(s.map )+: maps a function over the fields in the sequence. # The function should take one argument. The result is a new sequence # constructed from the values returned by the function. # \item \verb+s.foreach+: the \verb+foreach+ form is equivalent to \verb+map+, # but with altered syntax. # # \begin{verbatim} # s.foreach() => # # \end{verbatim} # # For example, the following function prints all the elements of the sequence. # # \begin{verbatim} # PrintSequence(s) = # s.foreach(x) => # println(Elem = $(x)) # \end{verbatim} # # The \verb+export+ form is valid in a \verb+foreach+ body. The following # function counts the number of zeros in the sequence. # # \begin{verbatim} # Zeros(s) = # count = $(int 0) # s.foreach(v) => # if $(equal $(v), 0) # count = $(add $(count), 1) # export # export # return $(count) # \end{verbatim} # # \item \verb+$(s.forall )+: tests whether each element of the sequence # satifies a predicate. # \item \verb+$(s.exists )+: tests whether the sequence contains an element # that satisfies a predicate. # \item \verb+$(s.sort )+: sorts a sequence. The \verb++ is a comparison # function. It takes two elements \verb+(x, y)+ of the sequence, compares them, and returns # a negative number if $x < y$, a positive number if $x > y$, and zero if the two elements # are equal. # # \begin{verbatim} # osh> items = $(int 0 3 -2) # osh> items.forall(x => $(gt $x, 0)) # - : bool = false # osh> items.exists(x => $(gt $x, 0)) # - : bool = true # osh> items.sort($(compare)) # - : Array = -2 3 0 # \end{verbatim} # # \end{itemize} # \end{doc} # Sequence. += class Sequence extends $(Object) length() = sequence-length($(this)) is-nonempty() = sequence-nonempty($(this)) nth(i) = sequence-nth($(this), $(i)) nth-tl(i) = sequence-nth-tl($(this), $(i)) sub(off, len) = sequence-sub($(this), $(off), $(len)) rev() = sequence-rev($(this)) map(f) = sequence-map($(f), $(this)) # Note: private exports have no effect curry.foreach() = private.THIS = $(this) g(f) = export sequence-map($(f), $(THIS)) forall(f) = sequence-forall($f, $(this)) exists(f) = sequence-exists($f, $(this)) sort(f) = sequence-sort($f, $(this)) public.Sequence = $(Sequence) # # \begin{doc} # \obj{Array} # # Parent objects: \verb+Sequence+. # # The \verb+Array+ is a random-access sequence. # It provides the following additional methods. # # \begin{itemize} # \item \verb+$(s.nth )+: returns element \verb+i+ of the sequence. # \item \verb+$(s.rev )+: returns the reversed sequence. # \end{itemize} # # \end{doc} # Array. += class Array extends $(Sequence) public.Array = $(Array) # # \begin{doc} # \obj{String} # # Parent objects: \verb+Array+. # \end{doc} # String. += class String extends $(Array) ######################################################################## # \begin{doc} # \obj{Fun} # # Parent objects: \verb+Object+. # # The \verb+Fun+ object provides the following methods. # \begin{itemize} # \item \verb+$(f.arity)+: the arity if the function. # \end{itemize} # \end{doc} # Fun. += class Fun extends $(Object) arity() = return $(sequence-length $(this)) ######################################################################## # \begin{doc} # \obj{Rule} # # Parent objects: \verb+Object+. # # The \verb+Rule+ object represents a build rule. # It does not currently have any methods. # \end{doc} # Rule. += class Rule extends $(Object) # # \begin{doc} # \obj{Target} # # Parent object: \verb+Object+. # # The \verb+Target+ object contains information collected for # a specific target file. # # \begin{itemize} # \item \verb+target+: the target file. # \item \verb+effects+: the files that may be modified by a # side-effect when this target is built. # \item \verb+scanner_deps+: static dependencies that must be built # before this target can be scanned. # \item \verb+static-deps+: statically-defined build dependencies # of this target. # \item \verb+build-deps+: all the build dependencies for the target, # including static and scanned dependencies. # \item \verb+build-values+: all the value dependencies associated # with the build. # \item \verb+build-commands+: the commands to build the target. # \item \verb+output-file+: if output was diverted to a file, # with one of the \verb+--output-*+ options~\ref{chapter:options}, # this field names that file. Otherwise it is \verb+false+. # \end{itemize} # # The object supports the following methods. # # \begin{itemize} # \item \verb+find(file)+: returns a Target object for the given file. # Raises a \verb+RuntimeException+ if the specified target is # not part of the project. # \item \verb+find-optional(file)+: returns a \verb+Target+ object # for the given file, or \verb+false+ if the file is not # part of the project. # \end{itemize} # # NOTE: the information for a target is constructed dynamically, # so it is possible that the \verb+Target+ object for a node will # contain different values in different contexts. The easiest way # to make sure that the \verb+Target+ information is complete is # to compute it within a rule body, where the rule depends on # the target file, or the dependencies of the target file. # \end{doc} # Target. += class Target extends $(Object) target = effects = scanner-deps = static-deps = build-deps = build-values = build-commands = output-file = false find(file) = return $(target $(file)) find-optional(file) = return $(target-optional $(file)) ######################################################################## # \begin{doc} # \obj{Node} # # Parent objects: \verb+Object+. # # The \verb+Node+ object is the parent object for files and directories. # It supports the following operations. # \begin{itemize} # \end{doc} # Node. += class Node extends $(Object) # # \begin{doc} # \item \verb+$(node.stat)+: returns a \verb+stat+ object for the file. If the # file is a symbolic link, the \verb+stat+ information is for the destination of # the link, not the link itself. # # # \item \verb+$(node.lstat)+: returns a \verb+stat+ object for the file or symbolic link. # \end{doc} # stat() = return $(public.stat $(this)) lstat() = return $(public.lstat $(this)) # # \begin{doc} # \item \verb+$(node.unlink)+: removes the file. # \item \verb+$(node.rename )+: renames the file. # \item \verb+$(node.link )+: creates a hard link \verb++ to this file. # \item \verb+$(node.symlink )+: create a symbolic link \verb++ to this file. # \end{doc} # unlink() = return $(public.unlink $(this)) rename(file) = return $(public.rename $(this), $(file)) link(file) = return $(public.link $(this), $(file)) symlink(file) = return $(public.symlink $(this), $(file)) # # \begin{doc} # \item \verb+$(node.chmod )+: change the permission of this file. # \item \verb+$(node.chown , )+: change the owner and group id of this file. # \end{doc} # chmod(perm) = return $(public.chmod $(this), $(perm)) chown(uid, gid) = return $(public.chown $(this), $(uid), $(gid)) public.Node = $(Node) # # \begin{doc} # \end{itemize} # \end{doc} # # # \begin{doc} # \obj{File} # # Parent objects: \verb+Node+. # # The file object represents the name of a file. # \end{doc} # File. += class File extends $(Node) # # \begin{doc} # \obj{Dir} # # Parent objects: \verb+Node+. # # The \verb+Dir+ object represents the name of a directory. # \end{doc} # Dir. += class Dir extends $(Node) ######################################################################## # \begin{doc} # \obj{Channel} # # Parent objects: \verb+Object+. # # A \verb+Channel+ is a generic IO channel. # It provides the following methods. # \begin{itemize} # \end{doc} Channel. += class Channel extends $(Object) # # \begin{doc} # \item \verb+$(o.close)+: close the channel. # \end{doc} # close() = public.close($(this)) # # \begin{doc} # \item \verb+$(o.name)+: returns the file name associated with the channel. # \end{doc} # name() = return $(public.channel-name $(this)) public.Channel = $(this.Channel) # # \begin{doc} # \end{itemize} # \end{doc} # ######################################################################## # \begin{doc} # \obj{InChannel} # # Parent objects: \verb+Channel+. # # A \verb+InChannel+ is an input channel. The variable \verb+stdin+ is the # standard input channel. # # It provides the following methods. # \begin{itemize} # \end{doc} # InChannel. += class InChannel extends $(Channel) # # \begin{doc} # \item \verb+$(InChannel.fopen )+: open a new input channel. # \end{doc} # fopen(file) = return $(public.fopen $(file), r) # # \begin{doc} # \item \verb+$(InChannel.of-string )+: open a new input channel, # using a string as input. # \end{doc} of-string = $(open-in-string) # # \begin{doc} # \item \verb+$(o.read )+: reads the given number of characters from the channel # \end{doc} read(amount) = return $(public.read $(this), $(amount)) # # \begin{doc} # \item \verb+$(o.readln)+: reads a line from the channel # \end{doc} readln() = return $(public.input-line $(this)) # # \begin{doc} # \end{itemize} # \end{doc} # ######################################################################## # \begin{doc} # \obj{OutChannel} # # Parent object: \verb+Channel+. # # A \verb+OutChannel+ is an output channel. The variables \verb+stdout+ # and \verb+stderr+ are the standard output and error channels. # # It provides the following methods. # \begin{itemize} # \end{doc} # OutChannel. += class OutChannel extends $(Channel) # # \begin{doc} # \item \verb+$(OutChannel.fopen )+: open a new output channel. # \end{doc} # fopen(file) = return $(public.fopen $(file), w) # # \begin{doc} # \item \verb+$(OutChannel.string)+: open a new output channel, # writing to a string. # \end{doc} # to-string() = return $(public.open-out-string) # # \begin{doc} # \item \verb+$(OutChannel.to-string)+: get the current string of # output, for an output channel created as \verb+OutChannel.open-string+. # \end{doc} # contents() = return $(public.out-contents $(this)) # # \begin{doc} # \item \verb+$(OutChannel.append )+: opens a new output channel, # appending to the file. # \end{doc} # append(file) = return $(public.fopen $(file), a) # # \begin{doc} # \item \verb+$(c.flush)+: flush the output channel. # \end{doc} # flush() = return $(public.flush $(this)) # # \begin{doc} # \item \verb+$(c.print )+: print a string to the channel. # \end{doc} # print(s) = return $(public.fprint $(this), $(s)) # # \begin{doc} # \item \verb+$(c.println )+: print a string to the channel, # followed by a line terminator. # \end{doc} # println(s) = return $(public.fprintln $(this), $(s)) # # \begin{doc} # \end{itemize} # \end{doc} # ######################################################################## # \begin{doc} # \obj{Location} # # Parent objects: \verb+Location+. # # The \verb+Location+ object represents a location in a file. # \end{doc} # Location. += class Location extends $(Object) to-string() = string-of-location($(this)) ######################################################################## # \begin{doc} # \obj{Exception} # # Parent objects: \verb+Object+. # # The \verb+Exception+ object is used as the base object for exceptions. # It has no fields. # \end{doc} # Exception. += class Exception extends $(Object) public.Exception = $(Exception) # # \begin{doc} # \obj{RuntimeException} # # Parent objects: \verb+Exception+. # # The \verb+RuntimeException+ object represents an exception from the # runtime system. It has the following fields. # # \begin{itemize} # \item \verb+position+: a string representing the location where the # exception was raised. # \item \verb+message+: a string containing the exception message. # \end{itemize} # \end{doc} # RuntimeException. += class RuntimeException extends $(Exception) position = no position message = no message # # \begin{doc} # \obj{UnbuildableException} # # Parent objects: \verb+Exception+. # # The \verb+UnbuildableException+ object should be used to signal that a target # is not buildable. It will be caught by functions such as # \hyperfunn{target-exists}. # This exception has the following fields: # # \begin{itemize} # \item \verb+target+: indicates which target is not buildable. # \item \verb+message+: a string containing the exception message. # \end{itemize} # \end{doc} # UnbuildableException. += class UnbuildableException extends $(Exception) message = no message target = no target ######################################################################## # System objects. # Select. += class Select extends $(Object) Pipe. += class Pipe extends $(Object) Stat. += class Stat extends $(Object) Passwd. += class Passwd extends $(Object) Group. += class Group extends $(Object) Tm. += class Tm extends $(Object) tm_sec = $(int 0) tm_min = $(int 0) tm_hour = $(int 0) tm_mday = $(int 0) tm_mon = $(int 0) tm_year = $(int 0) tm_wday = $(int 0) tm_yday = $(int 0) tm_isdst = false ######################################################################## # The shell object. # # \begin{doc} # \obj{Shell} # # Parent objects: \verb+Object+. # # The \verb+Shell+ object contains the collection of builtin functions # available as shell commands. # # You can define aliases by extending this object with additional methods. # All methods in this class are called with one argument: a single array # containing an argument list. # # \begin{itemize} # \end{doc} # Shell. += class Shell extends $(Object) # # \begin{doc} # \itemidx{echo} # # The \verb+echo+ function prints its arguments to the standard output channel. # \end{doc} # echo = $(echo) # # \begin{doc} # \itemidx{jobs} # # The \verb+jobs+ method prints the status of currently running commands. # \end{doc} # jobs = $(jobs) getpwnam = $(getpwnam) getpwuid = $(getpwuid) getgrnam = $(getgrnam) getgrgid = $(getgrgid) # # \begin{doc} # \itemidx{cd} # # The \verb+cd+ function changes the current directory. # Note that the current directory follows the usual scoping # rules. For example, the following program lists the # files in the \verb+foo+ directory, but the current # directory is not changed. # # \begin{verbatim} # section # echo Listing files in the foo directory... # cd foo # ls # # echo Listing files in the current directory... # ls # \end{verbatim} # \end{doc} # cd = $(cd) # # \begin{doc} # \itemidx{bg} # # The \verb+bg+ method places a job in the background. # The job is resumed if it has been suspended. # \end{doc} # bg = $(bg) # # \begin{doc} # \itemidx{fg} # # The \verb+fg+ method brings a job to the foreground. # The job is resumed if it has been suspended. # \end{doc} # fg = $(fg) # # \begin{doc} # \itemidx{stop} # # The \verb+stop+ method suspends a running job. # \end{doc} # stop = $(stop) # # \begin{doc} # \itemidx{wait} # # The \verb+wait+ function waits for a running job to terminate. # It is not possible to wait for a suspended job. # # The job is not brought to the foreground. If the \verb+wait+ # is interrupted, the job continues to run in the background. # \end{doc} # wait = $(wait) # # \begin{doc} # \itemidx{kill} # # The \verb+kill+ function signal a job. # # \verb+kill [signal] +. # # The signals are either numeric, or symbolic. # The symbolic signals are named as follows. # # ABRT, ALRM, HUP, ILL, KILL, QUIT, SEGV, TERM, USR1, # USR2, CHLD, STOP, TSTP, TTIN, TTOU, VTALRM, PROF. # \end{doc} # kill = $(kill) # # \begin{doc} # \itemidx{exit} # # The \verb+exit+ function terminates the current session. # \end{doc} # exit = $(exit-parent) # # \begin{doc} # \itemtwoidx{which}{where} # # See the documentation for the corresponding functions. # \end{doc} which(argv) = println($(which $(argv))) where(argv) = res[] = $(where $(argv)) res.map($(println)) return $(int 0) # # \begin{doc} # \itemidx{rehash} # # Reset the search path. # \end{doc} # rehash(argv) = rehash() # # \begin{doc} # \itemidx{ln-or-cp} \em{src} \em{dst} # # Links or copies \em{src} to \em{dst}, overwriting \em{dst}. Namely, \verb+ln-or-cp+ would first # delete the \em{dst} file (unless it is a directory), if it exists. Next it would try to create # a symbolic link \em{dst} poiting to \em{src} (it will make all the necessary adjustmnents of # relative paths). If symbolic link can not be created (\emph{e.g.} the OS or the filesystem does # not support symbolic links), it will try to create a hard link. If that fails too, it will try # to forcibly copy \em{src} to \em{dst}. # \end{doc} # ln-or-cp(argv) = if $(not $(eq $(length $(argv)), 2)) eprintln($"Shell.ln-or-cp: expected 2 arguments, received $(length $(argv)) arguments") exit(1) src = $(file $"$(nth 0, $(argv))") dst = $(file $"$(nth 1, $(argv))") if $(and $(test -e $(dst)), $(not $(test -d $(dst)))) rm($(array -f, $(dst))) if $(test -e $(dst)) # The dst might be read-only; on Windows this will prevent deletion. # Will try to fix the permissions and rm again. # If dst and src are already hardliked, this will break # the permissions on src, so we will try to restore them. src_was_ro = $(not $(test -w $(src))) chmod -f -m u+w $(dst) rm($(array -f, $(dst))) if $(and $(src_was_ro), $(test -w $(src))) chmod -f -m u-w $(src) try symlink($(src), $(dst)) default try link($(src), $(dst)) default if $(and $(test -e $(dst)), $(not $(test -d $(dst)))) # NB: $(dst) might already be a hardlink and we failed to delete it # Trying to cp in that case might cause both $(src) and $(dst) to # get truncated! eprintln($"ln-or-cp: failed to remove the destination file $(dst) before overwriting; giving up.") exit(1) return $(cp $(array -f, $(src), $(dst))) # # \begin{doc} # \itemidx{history} # # Print the current command-line history. # \end{doc} # history(argv) = lines = $(public.history) lines.map($(println)) return $(int 0) # # \begin{doc} # \itemidx{digest} # # Print the digests of the given files. # \end{doc} # digest(argv) = foreach(n => ..., $(argv)) println($"$n: $(digest $n)") value # # \begin{doc} # \item Win32 functions. # # Win32 doesn't provide very many programs for scripting, except # for the functions that are builtin to the DOS \verb+cmd.exe+. # The following functions are defined on Win32 and only on Win32. # On other systems, it is expected that these programs already # exist. # # \begin{itemize} # \end{doc} # if $(equal $(OSTYPE), Win32) # # \begin{doc} # \itemidx{grep} # # \begin{verbatim} # grep [-q] [-n] [-v] [-h] pattern files... # \end{verbatim} # # The \verb+grep+ alias calls the \Prog{omake}'s internal \hyperfun{grep}. # \end{doc} # grep = $(builtin-grep) export # # \begin{doc} # \end{itemize} # \end{doc} # # # \begin{doc} Internal versions of standard system commands. # # By default, \Prog{omake} uses internal versions of the following commands: # \verb+cp+, \verb+mv+, \verb+cat+, \verb+rm+, \verb+mkdir+, \verb+chmod+, # \verb+test+, \verb+find+. # If you really want to use the standard system versions of these # commands, set the \verb+USE_SYSTEM_COMMANDS+ as one of the first # definitions in your \verb+OMakeroot+ file. # # \begin{itemize} # \end{doc} # declare [ declare true if $(not $(defined USE_SYSTEM_COMMANDS)) # # \begin{doc} # \itemidx{pwd} # # \begin{verbatim} # pwd # \end{verbatim} # # The \verb+pwd+ alias would print the absolute path to current directory. # \end{doc} # pwd(argv) = println($(absname .)) # # \begin{doc} # \itemidx{mkdir} # # \begin{verbatim} # mkdir [-m ] [-p] files # \end{verbatim} # # The \verb+mkdir+ function is used to create directories. # The -verb+-m+ option can be used to specify the permission # mode of the created directory. If the \verb+-p+ option # is specified, the full path is created. # \end{doc} # mkdir = $(mkdir) # # \begin{doc} # \itemtwoidx{cp}{mv} # # \begin{verbatim} # cp [-f] [-i] [-v] src dst # cp [-f] [-i] [-v] files dst # mv [-f] [-i] [-v] src dst # mv [-f] [-i] [-v] files dst # \end{verbatim} # # The \verb+cp+ function copies a \verb+src+ file to # a \verb+dst+ file, overwriting it if it already exists. # If more than one source file is specified, the final file # must be a directory, and the source files are copied # into the directory. # # \begin{description} # \item[-f] Copy files forcibly, do not prompt. # \item[-i] Prompt before removing destination files. # \item[-v] Explain what is happening. # \end{description} # \end{doc} # cp = $(cp) mv = $(mv) # # \begin{doc} # \itemidx{rm} # # \begin{verbatim} # rm [-f] [-i] [-v] [-r] files # rmdir [-f] [-i] [-v] [-r] dirs # \end{verbatim} # # The \verb+rm+ function removes a set of files. # No warnings are issued if the files do not exist, or if # they cannot be removed. # # Options: # \begin{description} # \item[-f] Forcibly remove files, do not prompt. # \item[-i] Prompt before removal. # \item[-v] Explain what is happening. # \item[-r] Remove contents of directories recursively. # \end{description} # \end{doc} # rm = $(rm) rmdir = $(rmdir) # # \begin{doc} # \itemidx{chmod} # # \begin{verbatim} # chmod [-r] [-v] [-f] mode files # \end{verbatim} # # The \verb+chmod+ function changes the permissions on a set of # files or directories. This function does nothing on Win32. # The \verb+mode+ may be specified as an octal number, # or in symbolic form \verb+[ugoa]*[+-=][rwxXstugo]+. # See the man page for \verb+chmod+ for details. # # Options: # \begin{description} # \item[-r] Change permissions of all files in a directory recursively. # \item[-v] Explain what is happening. # \item[-f] Continue on errors. # \end{description} # \end{doc} # chmod = $(chmod) # # \begin{doc} # \itemidx{cat} # # \begin{verbatim} # cat files... # \end{verbatim} # # The \verb+cat+ function prints the contents of the files to stdout # \end{doc} # cat(argv)= print($(cat $(argv))) # # \begin{doc} # \itemidx{test} # # \verb+test+ \emph{expression}\\ # \verb+[+ \emph{expression} +]+\\ # \verb+[ --help+\\ # \verb+[ --version+\\ # # See the documentation for the \hyperfun{test}. # # \end{doc} # test = $(builtin-test) [ = $(builtin-test-brack) # # \begin{doc} # \itemidx{find} # # \verb+find+ \emph{expression} # # See the documentation for the \hyperfun{find}. # # \end{doc} # find = $(builtin-find) true(argv) = return true export # # \begin{doc} # \end{itemize} # \end{doc} # # # \begin{doc} # \end{itemize} # \end{doc} # # # These are all documented in Omake_builtin_io_fun. # declare parse-loc Token. = class Token loc = name = val = unit(name) = this.loc = $(parse-loc) this.name = $(name) return $(this) pair(name, val) = this.loc = $(parse-loc) this.name = $(name) this.val = $(val) return $(this) rename(name) = this.name = $(name) return $(this) Lexer. += class Lexer extends $(Object) declare channel # # For interpreting the rules # rule = $(lex-rule) # # To use a lexer, you would normally hand it a channel # from-channel(channel) = this.channel = $(channel) return $(this) lex() = return $(lex-engine $(this.channel)) lex-channel(channel) = this.channel = $(channel) return $(lex-engine $(channel)) set-line(filename, line) = set-channel-line($(channel), $(filename), $(line)) Parser. += class Parser extends $(Object) # # For interpreting the rules # rule = $(parse-rule) # # You must set the lexer # lexer = # # Start symbols # start = $(parse-start) # # Precedence operations # left = $(parse-left) right = $(parse-right) nonassoc = $(parse-nonassoc) # # Manipulating the current precedence level # prec-min = $".min" prec-max = $".max" current-prec = $".min" # # Build the parser # build = $(parse-build) # # Main parsing function # parse(sym) = return $(parse-engine $(sym)) parse-channel(sym, channel) = lexer = $(lexer.from-channel $(channel)) return $(parse-engine $(sym)) parse-file(sym, file) = channel = $(fopen $(file), r) lexer = $(lexer.from-channel $(channel)) result = $(parse-engine $(sym)) close($(channel)) return $(result) omake-omake-0.10.7/lib/boot/000077500000000000000000000000001472462630700155115ustar00rootroot00000000000000omake-omake-0.10.7/lib/boot/Default000066400000000000000000000100531472462630700170170ustar00rootroot00000000000000OMakeroot = $(License)$''' ######################################################################## # The standard OMakeroot file. # You will not normally need to modify this file. # By default, your changes should be placed in the # OMakefile in this directory. # # If you decide to modify this file, note that it uses exactly # the same syntax as the OMakefile. # # # Include the standard installed configuration files. # Any of these can be deleted if you are not using them, # but you probably want to keep the Common file. # open build/C open build/OCaml open build/LaTeX # # The command-line variables are defined *after* the # standard configuration has been loaded. # DefineCommandVars() # # Include the OMakefile in this directory. # .SUBDIRS: . ''' ######################################################################## ######################################################################## ######################################################################## OMakefile = $(License)$""" ######################################################################## # The standard OMakefile. # You will usually need to modify this file for your project. # Delete this line once you have configured this file eprintln($$(CWD)/OMakefile is not configured) ######################################################################## # Phony targets are scoped, so you probably want to declare them first. # # .PHONY: all install clean ######################################################################## # Subdirectories. # You may want to include some subdirectories in this project. # If so, define the subdirectory targets and uncomment this section. # # .SUBDIRS: ######################################################################## # C configuration. # Delete this section if you are not building C files. # ################################################ # Configuration. You might want to modify any of these # configuration variables. # # CFLAGS += # ASFLAGS += # LDFLAGS += # INCLUDES += ################################################ # Uncomment the following section if you want # to build a C program in the current directory. # # CFILES[] = # file1 # main # # MAIN = main # # .DEFAULT: $$(CProgram $$(MAIN), $$(CFILES)) ################################################ # Uncomment the following section if you want to build a C library # in the current directory. # # LIBFILES[] = # file1 # file2 # # LIB = libxxx # # .DEFAULT: $$(StaticCLibrary $$(LIB), $$(LIBFILES)) ######################################################################## # OCaml configuration. # Delete this section if you are not building OCaml files. # ################################################ # Configuration. You may want to modify any of these configuration # variables. # # # This project requires ocamlfind (default - false). # # USE_OCAMLFIND = true # # OCAMLPACKS[] = # pack1 # pack2 # # if $$(not $$(OCAMLFIND_EXISTS)) # eprintln(This project requires ocamlfind, but is was not found.) # eprintln(You need to install ocamlfind and run "omake --configure".) # exit 1 # # Include path # # OCAMLINCLUDES += # # Compile native or byte code? # # The default values are defined as follows: # # NATIVE_ENABLED = $$(OCAMLOPT_EXISTS) # BYTE_ENABLED = $$(not $$(OCAMLOPT_EXISTS)) # # Various options # # OCAMLFLAGS += # OCAMLCFLAGS += # OCAMLOPTFLAGS += # OCAML_LINK_FLAGS += # OCAML_BYTE_LINK_FLAGS += # OCAML_NATIVE_LINK_FLAGS += ################################################ # Generated files # # Workaround for the fact that ocamldep does not pay attention to .mll # and .mly files. # # OCamlGeneratedFiles(parser.ml lexer.ml) ################################################ # Build an OCaml library # # FILES[] = # file1 # file2 # # LIB = main # # .DEFAULT: $$(OCamlLibrary $$(LIB), $$(FILES)) ################################################ # Build an OCaml program # # FILES[] = # file1 # file2 # # PROGRAM = # OCAML_LIBS += # OCAML_CLIBS += # OCAML_OTHER_LIBS += # OCAML_LIB_FLAGS += # # .DEFAULT: $$(OCamlProgram $$(PROGRAM), $$(FILES)) """ omake-omake-0.10.7/lib/boot/License000066400000000000000000000016441472462630700170230ustar00rootroot00000000000000License = $"""######################################################################## # Permission is hereby granted, free of charge, to any person # obtaining a copy of this file, to deal in the File without # restriction, including without limitation the rights to use, # copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the File, and to permit persons to whom the # File is furnished to do so, subject to the following condition: # # THE FILE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES # OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. # IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, # DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR # OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE FILE OR # THE USE OR OTHER DEALINGS IN THE FILE. """ omake-omake-0.10.7/lib/build/000077500000000000000000000000001472462630700156455ustar00rootroot00000000000000omake-omake-0.10.7/lib/build/C.om000066400000000000000000000624421472462630700163740ustar00rootroot00000000000000######################################################################## # Building C files. # # Copyright (C) 2003-2007 Jason Hickey and Mojave Group # # Permission is hereby granted, free of charge, to any person # obtaining a copy of this file, to deal in the File without # restriction, including without limitation the rights to use, # copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the File, and to permit persons to whom the File # is furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be # included in all copies or substantial portions of the File. # # THE FILE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES # OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. # IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY # CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, # TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE # FILE OR THE USE OR OTHER DEALINGS IN THE FILE. open build/Common open configure/Configure # # \begin{doc} # \section{Building C and C++ code} # # \OMake{} provides extensive support for building C and C++ programs. In order to use the functions # defined in this section, you need to make sure the line # \begin{verbatim} # open build/C # \end{verbatim} # is present in your \verb+OMakeroot+ file. # # \subsection{Autoconfiguration variables} # These variables will get defined based on the ``autoconf-style'' \verb+static.+ tests executed # when you run \OMake{} for the first time. You can use them to configure your project accordingly, # and you should not redefine them. # # You can use the \verb+--configure+ command line option (Section~\ref{option:--configure}) to force # re-execution of all the tests. # # A different set of autoconfiguration tests is performed depending on the build environment # involved --- one set of tests would be performed in a \verb+Win32+ environment, and another --- # in a Unix-like environment (including Linux, OS X and Cygwin). # # \subsubsection{Unix-like systems} # \varlabel{GCC_FOUND}{GCC\_FOUND} A boolean flag specifying whether the \verb+gcc+ binary was found in your path. # \varlabel{GXX_FOUND}{GXX\_FOUND} A boolean flag specifying whether the \verb.g++. binary was found in your path. # # \subsubsection{Win32} # \varlabel{CL_FOUND}{CL\_FOUND} A boolean flag specifying whether the \verb+cl+ binary was found in your path. # \varlabel{LIB_FOUND}{LIB\_FOUND} A boolean flag specifying whether the \verb+lib+ binary was found in your path. # # \subsection{C and C++ configuration variables} # # The following variables can be redefined in your project. # # \var{CC} The name of the C compiler (on \verb+Unix+ it defaults to \verb+gcc+ when \verb+gcc+ is present and # to \verb+cc+ otherwise; on \verb+Win32+ defaults to \verb+cl /nologo+). # \var{CXX} The name of the C++ compiler (on \verb+Unix+ it defaults to \verb+gcc+ when \verb+gcc+ is present # and to \verb+c+++ otherwise; on \verb+Win32+ defaults to \verb+cl /nologo+). # \var{CPP} The name of the C preprocessor (defaults to \verb+cpp+ on \verb+Unix+, and \verb+cl /E+ on \verb+Win32+). # \var{CFLAGS} Compilation flags to pass to the C compiler (default empty on \verb+Unix+, and \verb+/DWIN32+ # on \verb+Win32+). # \var{CXXFLAGS} Compilation flags to pass to the C++ compiler (default empty on \verb+Unix+, and \verb+/DWIN32+ # on \verb+Win32+). # \var{INCLUDES} Additional directories that specify the search path to the C and C++ compilers (default is \verb+.+). # The directories are passed to the C and C++ compilers with the \verb+-I+ option. # The include path with \verb+-I+ prefixes is defined in the \verb+PREFIXED_INCLUDES+ variable. # \var{LIBS} Additional libraries needed when building a program (default is empty). # \var{CCOUT} The option to use for specifying the output file in C and C++ compilers # (defaults to \verb+-o+ on \verb+Unix+ and \verb+/Fo+ on \verb+Win32+). # \var{AS} The name of the assembler (defaults to \verb+as+ on \verb+Unix+, and \verb+ml+ on \verb+Win32+). # \var{ASFLAGS} Flags to pass to the assembler (default is empty on \verb+Unix+, and \verb+/c /coff+ # on \verb+Win32+). # \var{ASOUT} The option string that specifies the output file for \verb+AS+ (defaults to \verb+-o+ # on \verb+Unix+ and \verb+/Fo+ on \verb+Win32+). # \var{AR} The name of the program to create static libraries (defaults to \verb+ar cq+ on \verb+Unix+, # and \verb+lib+ on \verb+Win32+). # \var{LD} The name of the linker (defaults to \verb+ld+ on \verb+Unix+, and \verb+cl+ on \verb+Win32+). # \var{LDFLAGS} Options to pass to the linker (default is empty). # \varlabel{LDFLAGS_DLL}{LDFLAGS\_DLL} Options to pass to the linker when compiling a shared library (defaults to \verb+-shared+ on \verb+Unix+ and \verb+/DLL+ on \verb+Win32+). # \var{LDOUT} The option to use for specifying the output file in C and C++ linkers # (defaults to \verb+-o+ on \verb+Unix+ and \verb+/Fe+ on \verb+Win32+). # \var{YACC} The name of the \verb+yacc+ parser generator (default is \verb+yacc+ on \verb+Unix+, empty on \verb+Win32+). # \var{LEX} The name of the \verb+lex+ lexer generator (default is \verb+lex+ on \verb+Unix+, empty on \verb+Win32+). # \end{doc} # # derive a toolchain name, e.g. # toolchain-derive(foo-gcc, g++, fallback) = "foo-g++" # if foo-g++ exists, and fallback otherwise protected.toolchain-derive(cc, command, fallback) = empty = $(array) match $(cc) case $"\(.*\)-g?cc" fullcmd = $(concat $(empty), $1 $(command)) if $(exists-in-path $(fullcmd)) return $(fullcmd) else return $(fallback) default return $(fallback) # by default, we pick the C compiler that was used for building omake. # When upgrading omake, this might not be set, so fall back to the old # magic. .STATIC: # C compiler if $(equal $(CCOMPTYPE), msvc) CL_FOUND = $(CheckProg cl) LIB_FOUND = $(CheckProg lib) export else protected.GCC_FOUND1 = $(CheckProg gcc) protected.GXX_FOUND1 = $(and $(GCC_FOUND1), $(CheckProg g++)) export if $(defined OMAKE_CC) DEFAULT_CC = $(OMAKE_CC) export else if $(equal $(CCOMPTYPE), msvc) DEFAULT_CC = cl export else DEFAULT_CC = $(if $(GCC_FOUND1), gcc, cc) export export DEFAULT_CC_FOUND = $(CheckProg $(DEFAULT_CC)) DEFAULT_GCC_FOUND = false match $(DEFAULT_CC) case $"\.*-gcc" DEFAULT_GCC_FOUND = true export case $"gcc" DEFAULT_GCC_FOUND = true export if $(equal $(CCOMPTYPE), msvc) DEFAULT_CC += /nologo export # C++ compiler if $(equal $(CCOMPTYPE), msvc) DEFAULT_CXX = cl /nologo export else DEFAULT_CXX = $(toolchain-derive $(DEFAULT_CC), g++, $`(toolchain-derive $(DEFAULT_CC), c++, $(if $(GXX_FOUND1), g++, c++))) export DEFAULT_CXX_FOUND = $(CheckProg $(nth 0, $(DEFAULT_CXX))) DEFAULT_GXX_FOUND = false match $(DEFAULT_CXX) case $"\.*-g++" DEFAULT_GXX_FOUND = true export case $"g++" DEFAULT_GXX_FOUND = true export # C preprocessor if $(equal $(CCOMPTYPE), msvc) DEFAULT_CPP = cl /nologo /E export else DEFAULT_CPP = $(toolchain-derive $(DEFAULT_CC), cpp, $(DEFAULT_CC) -E) export DEFAULT_CPP_FOUND = $(CheckProg $(nth 0, $(DEFAULT_CPP))) # linker if $(equal $(CCOMPTYPE), msvc) DEFAULT_LD = cl /nologo export else DEFAULT_LD = $(toolchain-derive $(DEFAULT_CC), ld, ld) export DEFAULT_LD_FOUND = $(CheckProg $(nth 0, $(DEFAULT_LD))) # assembler if $(equal $(CCOMPTYPE), msvc) DEFAULT_AS = ml /nologo export else DEFAULT_AS = $(toolchain-derive $(DEFAULT_CC), as, as) export DEFAULT_AS_FOUND = $(CheckProg $(nth 0, $(DEFAULT_AS))) export # At this point you could insert code updating DEFAULT_CC. declare protected.CC_DEFINE declare protected.OS_CFLAGS if $(equal $(CCOMPTYPE), msvc) CC_DEFINE = /D export else CC_DEFINE = -D export if $(equal $(OSTYPE), Win32) OS_CFLAGS = $(CC_DEFINE)WIN32 public.CDLL_IMPLIES_STATIC = true export else OS_CFLAGS = public.CDLL_IMPLIES_STATIC = false export if $(equal $(CCOMPTYPE), msvc) public.CC = $(DEFAULT_CC) public.CXX = $(DEFAULT_CXX) public.CPP = $(DEFAULT_CPP) public.CFLAGS = $(OS_CFLAGS) public.CXXFLAGS = $(OS_CFLAGS) public.AR(name) = return(lib /nologo /debugtype:CV /out:$(name)) public.RANLIB = echo ranlib public.INCLUDES[] = . public.INCLUDES_OPT = /I public.CCOUT = /Fo public.LD = $(DEFAULT_LD) public.YACC = echo yacc public.LEX = echo lex public.LIBS = public.LDFLAGS = public.LDFLAGS_DLL = /DLL public.LDOUT = /Fe public.AS = $(DEFAULT_AS) public.ASOUT = /Fo public.ASFLAGS = /c /coff export else public.CC = $(DEFAULT_CC) public.GCC_FOUND = $(DEFAULT_GCC_FOUND) public.CXX = $(DEFAULT_CXX) public.GXX_FOUND = $(DEFAULT_GXX_FOUND) public.CPP = $(DEFAULT_CPP) public.CFLAGS = $(OS_CFLAGS) public.CXXFLAGS = $(OS_CFLAGS) public.AR(name) = return(ar cq $(name)) public.RANLIB = ranlib public.LD = $(DEFAULT_LD) public.INCLUDES[] = . public.INCLUDES_OPT = -I public.CCOUT = $(array -o) public.YACC = yacc public.LEX = lex public.LIBS = public.LDFLAGS = public.LDOUT = $(array -o) # MacOS X specific config if $(equal $(SYSNAME), Darwin) public.LDFLAGS_DLL = -dynamiclib export else public.LDFLAGS_DLL = -shared export public.AS = $(DEFAULT_AS) public.ASOUT = $(array -o) public.ASFLAGS = export # # Add the -I option to the includes lazily. # Don't redefine this variable unless you know what you are doing. # public.PREFIXED_INCLUDES = $`(addprefix $(INCLUDES_OPT), $(INCLUDES)) # # Special flags for compiling C files for use in OCaml # public.BYTE_CFLAGS = public.NATIVE_CFLAGS = # # Generic build rules # # public.CXX_EXTS[] = .cpp .cc .c++ %$(EXT_OBJ): %.c :scanner: scan-c-%.c $(CC) $(CFLAGS) $(PREFIXED_INCLUDES) -c $(CCOUT)$@ $< foreach(CXX_EXT => ..., $(CXX_EXTS)) %$(EXT_OBJ): %$(CXX_EXT) :scanner: scan-cxx-%$(CXX_EXT) $(CXX) $(CXXFLAGS) $(PREFIXED_INCLUDES) -c $(CCOUT)$@ $< export %$(EXT_OBJ): %$(EXT_ASM) $(AS) $(ASFLAGS) $(PREFIXED_INCLUDES) $(ASOUT)$@ $< %.c: %.y $(YACC) $< %.c: %.l $(LEX) $< # # Default C scanner # # # Make sure generated files are built before scanning # # \begin{doc} # \subsection{Generated C files} # Because the C scanners do not normally know anything about generated source files (such as # generated header files), these files may need to be created before running the scanner. # \twofuns{CGeneratedFiles}{LocalCGeneratedFiles} # \begin{verbatim} # CGeneratedFiles(files) # LocalCGeneratedFiles(files) # \end{verbatim} # # The \verb+CGeneratedFiles+ and \verb+LocalCGeneratedFiles+ functions specify files # that need to be generated before any C files are scanned for dependencies. For example, # if \verb+config.h+ and \verb+inputs.h+ are both generated files, specify: # \begin{verbatim} # CGeneratedFiles(config.h inputs.h) # \end{verbatim} # # The \verb+CGeneratedFiles+ function is \emph{global} --- its arguments will be generated # before any C files anywhere in the project are scanned for dependencies. The # \verb+LocalCGeneratedFiles+ function follows the normal scoping rules of OMake. # # \end{doc} # .PHONY: CGeneratedFilesTarget public.CGeneratedFiles(files) = CGeneratedFilesTarget: $(files) public.LocalCGeneratedFiles(files) = .SCANNER: scan-c-%: $(files) .SCANNER: scan-cxx-%: $(files) .SCANNER: %$(EXT_OBJ): $(files) export # # We use digest-path-exists value dependency to make sure the SCANNER is re-run # whenever the scanned dependencies change. # if $(equal $(CCOMPTYPE), msvc) Shell. += builtin-cc-depend(argv) = filename = $(nth 0, $(argv)) depends[] = awk(b, $(stdin)) case $'Note:.*including file: *\(.*\)$' depends[] += $(file $"$1") export case $'Hinweis:.*Einlesen der Datei: *\(.*\)$' depends[] += $(file $"$1") export case $'.[(][0-9][0-9]*[)] : (warning|(fatal |)error) [A-Z][0-9]*: ' eprintln($0) depends = $(string-escaped $(set $(depends))) objname = $(string-escaped $(rootname $(filename))$(EXT_OBJ)) println($"$(objname): $(depends)") .SCANNER: scan-c-%.c: %.c /.PHONY/CGeneratedFilesTarget :value: $(digest-in-path-optional $(INCLUDES), $&) $(CC) $(CFLAGS) $(PREFIXED_INCLUDES) /w /Zs /showIncludes $< |& builtin-cc-depend $< # # Include default rule for backwards-compatibility # .SCANNER: %$(EXT_OBJ): %.c /.PHONY/CGeneratedFilesTarget :value: $(digest-in-path-optional $(INCLUDES), $&) # $(CC) $(CFLAGS) $(PREFIXED_INCLUDES) /Zs /showIncludes $< |& builtin-cc-depend $< foreach(CXX_EXT => ..., $(CXX_EXTS)) .SCANNER: scan-cxx-%$(CXX_EXT): %$(CXX_EXT) /.PHONY/CGeneratedFilesTarget :value: $(digest-in-path-optional $(INCLUDES), $&) $(CXX) $(CXXFLAGS) $(PREFIXED_INCLUDES) /w /Zs /showIncludes $< |& builtin-cc-depend $< # # Include default rule for backwards-compatibility # .SCANNER: %$(EXT_OBJ): %$(CXX_EXT) /.PHONY/CGeneratedFilesTarget :value: $(digest-in-path-optional $(INCLUDES), $&) # $(CXX) $(CXXFLAGS) $(PREFIXED_INCLUDES) /Zs /showIncludes $< |& builtin-cc-depend $< export export else .SCANNER: scan-c-%.c: %.c /.PHONY/CGeneratedFilesTarget :value: $(digest-in-path-optional $(INCLUDES), $&) $(CC) $(CFLAGS) $(PREFIXED_INCLUDES) -MM $< # # Include default rule for backwards-compatibility # .SCANNER: %$(EXT_OBJ): %.c /.PHONY/CGeneratedFilesTarget :value: $(digest-in-path-optional $(INCLUDES), $&) # $(CC) $(CFLAGS) $(PREFIXED_INCLUDES) -MM $< foreach(CXX_EXT => ..., $(CXX_EXTS)) .SCANNER: scan-cxx-%$(CXX_EXT): %$(CXX_EXT) /.PHONY/CGeneratedFilesTarget :value: $(digest-in-path-optional $(INCLUDES), $&) $(CXX) $(CXXFLAGS) $(PREFIXED_INCLUDES) -MM $< # # Include default rule for backwards-compatibility # .SCANNER: %$(EXT_OBJ): %$(CXX_EXT) /.PHONY/CGeneratedFilesTarget :value: $(digest-in-path-optional $(INCLUDES), $&) # $(CXX) $(CXXFLAGS) $(PREFIXED_INCLUDES) -MM $< export export # Define a function to build a C-library # # \begin{doc} # \subsection{Building C programs and Libraries} # \twofuns{StaticCLibrary}{DynamicCLibrary} # # The \verb+StaticCLibrary+ builds a static library and the \verb+DynamicCLibrary+ # function builds a shared library (DLL). # # \begin{verbatim} # StaticCLibrary(, ) # DynamicCLibrary(, ) # \end{verbatim} # # The \verb++ does \emph{not} include the library suffix, and # The \verb++ list does not include the object suffix. These # are obtained from the \hypervarxn{EXT_LIB}{EXT\_LIB} (\hypervarxn{EXT_DLL}{EXT\_DLL}) # and \hypervarxn{EXT_OBJ}{EXT\_OBJ} variables. # # This function returns the library filename. # # The following command builds the library \verb+libfoo.a+ from the # files \verb+a.o b.o c.o+ on \verb+Unix+, or the library # \verb+libfoo.lib+ from the files \verb+a.obj b.obj c.obj+ # on \verb+Win32+. # # \begin{verbatim} # StaticCLibrary(libfoo, a b c) # .DEFAULT: $(StaticCLibrary libbar, a b c d) # \end{verbatim} # # \varlabel{CDLL_IMPLIES_STATIC}{CDLL\_IMPLIES\_STATIC} If the \verb+CDLL_IMPLIES_STATIC+ # variable is enabled (this is default on \verb+Win32+), all the \verb+DynamicC+ functions # would assume that creating a shared library automatically created a static one. # \end{doc} # public.StaticCLibrary(name, files) = private.OFILES = $(addsuffix $(EXT_OBJ), $(files)) private.NORMALLIB = $(file $(name)$(EXT_LIB)) if $(equal $(OSTYPE), Win32) $(NORMALLIB): $(OFILES) echo $(OFILES) > $@.tmp $(AR $@) @$@.tmp rm -f $@.tmp else $(NORMALLIB): $(OFILES) rm -f $@ $(AR $@) $(OFILES) $(RANLIB) $@ return $(NORMALLIB) public.DynamicCLibrary(name, files) = private.OFILES = $(addsuffix $(EXT_OBJ), $(files)) private.LFILES = $(addsuffix $(EXT_LIB), $(LIBS)) private.LIB = $(file $(name)$(EXT_DLL)) private.TARGETS = $(LIB) if $(CDLL_IMPLIES_STATIC) TARGETS[] += $(file $(name)$(EXT_LIB)) export TARGETS $(TARGETS): $(OFILES) $(LFILES) $(CC) $(CFLAGS) $(LDOUT)$(LIB) $(OFILES) $(LFILES) $(LDFLAGS) $(LDFLAGS_DLL) return $(TARGETS) # # Copy to an install directory # # \begin{doc} # \twofuns{StaticCLibraryCopy}{DynamicCLibraryCopy} # # The \verb+StaticCLibraryCopy+ and \verb+DynamicCLibraryCopy+ functions copy a library # to an install location. # # \begin{verbatim} # StaticCLibraryCopy(,

    , ) # DynamicCLibraryCopy(, , ) # \end{verbatim} # # The \verb++ is the name of a target (typically a \verb+.PHONY+ target); # the \verb++ is the installation directory, and \verb++ is # the library to be copied (without the library suffix). # # This function returns the filename of the library in the target directory. # # For example, the following code copies the library # \verb+libfoo.a+ to the \verb+/usr/lib+ directory. # # \begin{verbatim} # .PHONY: install # # StaticCLibraryCopy(install, /usr/lib, libfoo) # \end{verbatim} # \end{doc} # public.StaticCLibraryCopy(tag, lib, name) = # # Names of libs # private.NORMALLIB = $(file $(name)$(EXT_LIB)) private.LIBNORMAL = $(file $(lib)/$(basename $(name))$(EXT_LIB)) # # Linking the library into the root lib dir # $(LIBNORMAL): $(NORMALLIB) $(lib) :scanner: $(NOSCANNER) ln-or-cp $< $@ # # Add dependency to the tag # $(tag): $(LIBNORMAL) return $(LIBNORMAL) public.DynamicCLibraryCopy(tag, lib, name) = TARGETS = EXT_LIB = $(EXT_DLL) value $(StaticCLibraryCopy $(tag), $(lib), $(name)) if $(CDLL_IMPLIES_STATIC) TARGETS[] += $(StaticCLibraryCopy $(tag), $(lib), $(name)) export TARGETS return $(TARGETS) # # We often use them together # # \begin{doc} # \twofuns{StaticCLibraryInstall}{DynamicCLibraryInstall} # # The \verb+StaticCLibraryInstall+ and \verb+DynamicCLibraryInstall+ functions build a library, and # set the install location in one step. Return the filename of the library # in the target directory. # # \begin{verbatim} # StaticCLibraryInstall(, , , ) # DynamicCLibraryInstall(, , , ) # \end{verbatim} # # \begin{verbatim} # StaticCLibraryInstall(install, /usr/lib, libfoo, a b c) # \end{verbatim} # \end{doc} # public.StaticCLibraryInstall(tag, lib, name, files) = StaticCLibrary($(name), $(files)) return $(StaticCLibraryCopy $(tag), $(lib), $(name)) public.DynamicCLibraryInstall(tag, lib, name, files) = DynamicCLibrary($(name), $(files)) return $(DynamicCLibraryCopy $(tag), $(lib), $(name)) # # Build a .o file. This is like a library, # but use the linker instead. # # \begin{doc} # \threefuns{StaticCObject}{StaticCObjectCopy}{StaticCObjectInstall} # # These functions mirror the \verb+StaticCLibrary+, \verb+StaticCLibraryCopy+, # and \verb+StaticCLibraryInstall+ functions, but they build an \emph{object} # file (a \verb+.o+ file on \verb+Unix+, and a \verb+.obj+ file on \verb+Win32+). # \end{doc} # public.StaticCObject(name, files) = # # Generic library that can be used on byte and native-code # private.OFILES = $(addsuffix $(EXT_OBJ), $(files)) # # Names of libs # private.NORMALLIB = $(file $(name)$(EXT_OBJ)) $(NORMALLIB): $(OFILES) $(LD) $(LDFLAGS) -r $(LDOUT)$@ $(OFILES) return $(NORMALLIB) # # Copy to an install directory # public.StaticCObjectCopy(tag, lib, name) = # # Names of libs # private.NORMALLIB = $(file $(name)$(EXT_OBJ)) private.LIBNORMAL = $(file $(lib)/$(basename $(name))$(EXT_OBJ)) # # Linking the library into the root lib dir # $(LIBNORMAL): $(NORMALLIB) $(lib) :scanner: $(NOSCANNER) ln-or-cp $< $@ # # Add dependency to the tag # $(tag): $(LIBNORMAL) return $(LIBNORMAL) # # We often use them together # public.StaticCObjectInstall(tag, lib, name, files) = StaticCObject($(name), $(files)) return $(StaticCObjectCopy $(tag), $(lib), $(name)) # # Define a function to build a C-program # # \begin{doc} # \fun{CProgram} # # The \verb+CProgram+ function builds a C program from a set # of object files and libraries. # # \verb+CProgram(, )+ # # The \verb++ argument specifies the name of the program to be built; # the \verb++ argument specifies the files to be linked. The function # returns the filename of the executable. # # Additional options can be passed through the following variables. # \begin{description} # \item[CFLAGS] Flags used by the C compiler during the link step. # \item[LDFLAGS] Flags to pass to the loader. # \item[LIBS] Additional libraries to be linked. # \end{description} # # For example, the following code specifies that the program # \verb+foo+ is to be produced by linking the files \verb+bar.o+ # and \verb+baz.o+ and libraries \verb+libfoo.a+. # # \begin{verbatim} # section # LIBS = libfoo # LDFLAGS += -lbar # CProgram(foo, bar baz) # \end{verbatim} # \end{doc} # public.CProgram(name, files) = # # Generic program # private.OFILES = $(addsuffix $(EXT_OBJ), $(files)) private.NAME = $(file $(name)$(EXE)) # # XXX: Backward compatibility: We used to confuse LIBS and LDFLAGS, so need to split things out. # private.FLAGS = $(filter -%, $(LIBS)) if $(FLAGS) eprintln($""!!! WARNING: the LIBS variable should not include link flags "$(FLAGS)";"") eprintln($""!!! those should go into LDFLAGS"") LDFLAGS += $(FLAGS) LIBS = $(filter-out -%, $(LIBS)) export if $(filter %$(EXT_LIB), $(LIBS)) eprintln($""!!! WARNING: the LIBS variable should contain libraries _without_ extensions."") LIBS = $(replacesuffixes $(EXT_LIB), $"$(EMPTY)", $(LIBS)) export private.LFILES = $(addsuffix $(EXT_LIB), $(LIBS)) $(NAME): $(OFILES) $(LFILES) $(CC) $(CFLAGS) $(LDOUT)$@ $,(OFILES) $(LFILES) $(LDFLAGS) return $(NAME) # # Copy to a bin directory # # \begin{doc} # \fun{CProgramCopy} # # The \verb+CProgramCopy+ function copies a file to an install location. # # \verb+CProgramCopy(, , )+ # # \begin{verbatim} # CProgramCopy(install, /usr/bin, foo) # \end{verbatim} # \end{doc} # public.CProgramCopy(tag, bin, name) = # # Name of the program # private.NAME = $(file $(name)$(EXE)) private.BINNAME = $(file $(bin)/$(basename $(name))$(EXE)) # # Linking the program into the root bin dir # $(BINNAME): $(NAME) $(bin) :scanner: $(NOSCANNER) ln-or-cp $< $@ # # Add the dependency to the tag # $(tag): $(BINNAME) return $(BINNAME) # # We often use them together # # \begin{doc} # \fun{CProgramInstall} # # The \verb+CProgramInstall+ function specifies a program to build, # and a location to install, simultaneously. # # \verb+CProgramInstall(, , , )+ # # \begin{verbatim} # section # LIBS = libfoo # LDFLAGS += -lbar # CProgramInstall(install, /usr/bin, foo, bar baz) # \end{verbatim} # \end{doc} # public.CProgramInstall(tag, bin, name, files) = CProgram($(name), $(files)) return $(CProgramCopy $(tag), $(bin), $(name)) # # The C++ versions. # # \begin{doc} # \twofuns{CXXProgram}{CXXProgramInstall} # # The \verb+CXXProgram+ and \verb+CXXProgramInstall+ functions are # equivalent to their C counterparts, except that would use \verb+$(CXX)+ and \verb+$(CXXFLAGS)+ # for linking instead of \verb+$(CC)+ and \verb+$(CFLAGS)+. # \end{doc} # public.CXXProgram(name, files) = CC = $(CXX) CFLAGS = $(CXXFLAGS) return $(CProgram $(name), $(files)) public.CXXProgramInstall(tag, bin, name, files) = CXXProgram($(name), $(files)) return $(CProgramCopy $(tag), $(bin), $(name)) # \begin{doc} # \sixfuns{StaticCXXLibrary}{StaticCXXLibraryCopy}{StaticCXXLibraryInstall}{DynamicCXXLibrary}{DynamicCXXLibraryCopy}{DynamicCXXLibraryInstall} # # Similarly, the six \verb+CXXLibrary+ functions the C++ equivalents of the corresponding # \verb+CLibrary+ functions. # \end{doc} # public.StaticCXXLibrary(name, files) = CC = $(CXX) CFLAGS = $(CXXFLAGS) return $(StaticCLibrary $(name), $(files)) public.StaticCXXLibraryCopy(tag, lib, name) = CC = $(CXX) CFLAGS = $(CXXFLAGS) return $(StaticCLibraryCopy $(tag), $(lib), $(name)) public.StaticCXXLibraryInstall(tag, lib, name, files) = CC = $(CXX) CFLAGS = $(CXXFLAGS) return $(StaticCLibraryInstall $(tag), $(lib), $(name), $(files)) public.DynamicCXXLibrary(name, files) = CC = $(CXX) CFLAGS = $(CXXFLAGS) return $(DynamicCLibrary $(name), $(files)) public.DynamicCXXLibraryCopy(tag, lib, name) = CC = $(CXX) CFLAGS = $(CXXFLAGS) return $(DynamicCLibraryCopy $(tag), $(lib), $(name)) public.DynamicCXXLibraryInstall(tag, lib, name, files) = CC = $(CXX) CFLAGS = $(CXXFLAGS) return $(DynamicCLibraryInstall $(tag), $(lib), $(name), $(files)) omake-omake-0.10.7/lib/build/Common.om000066400000000000000000000132071472462630700174350ustar00rootroot00000000000000######################################################################## # General configuration. # # Copyright (C) 2003-2005 Jason Hickey and Mojave Group # # Permission is hereby granted, free of charge, to any person # obtaining a copy of this file, to deal in the File without # restriction, including without limitation the rights to use, # copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the File, and to permit persons to whom the File # is furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be # included in all copies or substantial portions of the File. # # THE FILE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES # OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. # IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY # CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, # TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE # FILE OR THE USE OR OTHER DEALINGS IN THE FILE. ######################################################################## # Mention a few of the other standard variables here. # # \begin{doc} # \section{The OMakeroot file} # \index{OMakeroot} # # The standard \File{OMakeroot} file defines the functions are rules # for building standard projects. # # \subsection{Variables} # \var{ROOT} The root directory of the current project. # \var{CWD} The current working directory (the directory is set for each \File{OMakefile} in the project). # \var{EMPTY} The empty string. # \var{STDROOT} The name of the standard installed \File{OMakeroot} file. # \end{doc} # ROOT = $(dir .) LIB = $(dir lib) BIN = $(dir bin) # # A default sort rule # .ORDER: .BUILDORDER # # \begin{doc} # \varlabel{ABORT_ON_COMMAND_ERROR}{ABORT\_ON\_COMMAND\_ERROR} If set to true, the construction of a target should # be aborted whenever one of the commands to build it fail. This defaults to true, # and should normally be left that way. # # \varlabel{SCANNER_MODE}{SCANNER\_MODE} This variable should be defined as one of four values # (defaults to \verb+enabled+). # \begin{description} # \item[enabled] Allow the use of default \verb+.SCANNER+ rules. Whenever a rule does # not specify a \verb+:scanner:+ dependency explicitly, try to find a # \verb+.SCANNER+ with the same target name. # \item[disabled] Never use default \verb+.SCANNER+ rules. # \item[warning] Allow the use of default \verb+.SCANNER+ rules, but print a warning # whenever one is selected. # \item[error] Do not allow the use of default \verb+.SCANNER+ rules. If a rule # does not specify a \verb+:scanner:+ dependency, and there is a default # \verb+.SCANNER+ rule, the build will terminate abnormally. # \end{description} # \end{doc} # # These are defined in Omake_builtin_base # ABORT_ON_COMMAND_ERROR = true # SCANNER_MODE = enabled ######################################################################## # Generic Unix section # # # \begin{doc} # \subsection{System variables} # # \var{INSTALL} The command to install a program (\verb+install+ on \verb+Unix+, \verb+cp+ on \verb+Win32+). # \var{PATHSEP} The normal path separator (\verb+:+ on \verb+Unix+, \verb+;+ on \verb+Win32+). # \var{DIRSEP} The normal directory separator (\verb+/+ on \verb+Unix+, \verb+\+ on \verb+Win32+). # \varlabel{EXT_OBJ}{EXT\_OBJ} File suffix for an object file (default is \verb+.o+ on \verb+Unix+, and \verb+.obj+ on \verb+Win32+). # \varlabel{EXT_LIB}{EXT\_LIB} File suffix for a static library (default is \verb+.a+ on \verb+Unix+, and \verb+.lib+ on \verb+Win32+). # \varlabel{EXT_DLL}{EXT\_DLL} File suffix for a shared library (default is \verb+.so+ on \verb+Unix+, and \verb+.dll+ on \verb+Win32+). # \varlabel{EXT_ASM}{EXT\_ASM} File suffix for an assembly file (default is \verb+.s+ on \verb+Unix+, and \verb+.asm+ on \verb+Win32+). # \var{EXE} File suffix for executables (default is empty for \verb+Unix+, and \verb+.exe+ on \verb+Win32+ and \verb+Cygwin+). # \end{doc} # # # These commands are builtin, and they are the same on all platforms. # The uppercase variables are defined for backwards compatibility only, # their usage is deprecated. # CP = cp MV = mv RM = rm -f MKDIR = mkdir RMDIR = rmdir CHMOD = chmod # We now support both msvc and mingw for Win32. CCOMPTYPE is "msvc" for the # former case and "cc" for the latter. There is some fallback code for old # omake bootstraps, though: if $(not $(defined CCOMPTYPE)) if $(equal $(OSTYPE), Win32) CCOMPTYPE = msvc export else CCOMPTYPE = cc export export #println(ccomptype: $(CCOMPTYPE)) switch $(CCOMPTYPE) case cc EXT_LIB = .a EXT_DLL = .so # but may be overridden below EXT_OBJ = .o EXT_ASM = .s EXE = # but may be overridden below export case msvc EXT_LIB = .lib EXT_DLL = .dll EXT_OBJ = .obj EXT_ASM = .asm EXE = .exe export if $(equal $(OSTYPE), Win32) # # Command names # INSTALL = cp PATHSEP = ; DIRSEP = \\ # # Common suffixes for files # EXT_DLL = .dll EXE = .exe export else # # Command names # INSTALL = install PATHSEP = : DIRSEP = / export if $(equal $(OSTYPE), Cygwin) EXE = .exe export declare LN if $(not $(defined USE_SYSTEM_COMMANDS)) if $(not $(equal $(OSTYPE), Win32)) LN = ln -sf export export else LN = ln-or-cp export # XXX: JYH: this is a total hack. # It should be the case the :scanner: $(EMPTY) turns off scanners. # NOSCANNER = /scan-dummy .SCANNER: $(NOSCANNER) @ omake-omake-0.10.7/lib/build/LaTeX.om000066400000000000000000000362321472462630700171650ustar00rootroot00000000000000######################################################################## # Building LaTeX documents. # # Copyright (C) 2003-2007 Jason Hickey and Mojave Group # # Permission is hereby granted, free of charge, to any person # obtaining a copy of this file, to deal in the File without # restriction, including without limitation the rights to use, # copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the File, and to permit persons to whom the File # is furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be # included in all copies or substantial portions of the File. # # THE FILE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES # OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. # IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY # CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, # TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE # FILE OR THE USE OR OTHER DEALINGS IN THE FILE. open build/Common ######################################################################## # LaTeX Section # # # LaTeX config # # \begin{doc} # \section{Building \LaTeX\ files} # # \OMake{} provides support for building \LaTeX\ documents, including support for automatically # running BiBTex and for producing PostScript and PDF files. In order to use the functions # defined in this section, you need to make sure the line # \begin{verbatim} # open build/LaTeX # \end{verbatim} # is present in your \verb+OMakeroot+ file. # # \subsection{Configuration variables} # # The following variables can be modified in your project. # \var{LATEX} The \LaTeX\ command (default \verb+latex+). # \varlabel{TETEX2_ENABLED}{TETEX2\_ENABLED} Flag indicating whether to use advanced \LaTeX\ options # present in TeTeX v.2 (default value is determined the first time omake reads \verb+LaTeX.src+ # and depends on the version of \LaTeX\ you have installed). # \var{LATEXFLAGS} The \LaTeX\ flags (defaults depend on the \verb+TETEX2_ENABLED+ variable) # \var{BIBTEX} The BibTeX command (default \verb+bibtex+). # \var{MAKEINDEX} The command to build an index (default \verb+makeindex+). # \var{DVIPS} The \verb+.dvi+ to PostScript converter (default \verb+dvips+). # \var{DVIPSFLAGS} Flags to pass to \verb+dvips+ (default \verb+-t letter+). # \var{DVIPDFM} The \verb+.dvi+ to \verb+.pdf+ converter (default \verb+dvipdfm+). # \var{DVIPDFMFLAGS} Flags to pass to \verb+dvipdfm+ (default \verb+-p letter+). # \var{PDFLATEX} The \verb+.latex+ to \verb+.pdf+ converter (default \verb+pdflatex+). # \var{PDFLATEXFLAGS} Flags to pass to pdflatex (default is \verb+$`(LATEXFLAGS)+). # \var{USEPDFLATEX} Flag indicating whether to use pdflatex instead of dvipdfm # to generate the \verb+.pdf+ document (default \verb+false+). # \end{doc} # declare public.LATEXFLAGS public.BIBTEX = bibtex public.MAKEINDEX = makeindex public.DVIPS = dvips public.DVIPSFLAGS = -t letter $`(if $(VERBOSE), $(EMPTY), -q) public.DVIPDFM = dvipdfm public.DVIPDFMFLAGS = -p letter public.PDFLATEX = pdflatex public.PDFLATEXFLAGS = $`(LATEXFLAGS) public.USEPDFLATEX = false public.LATEX = latex # # Configure LaTeX by checking whether some LaTeX options exist. # public. = declare FORCE_WIN32_LATEX if $(not $(defined FORCE_WIN32_LATEX)) FORCE_WIN32_LATEX = false export .STATIC: open configure/Configure # # XXX: JYH: when Cygwin latex is called from Win32, # it often segfaults, and pops up an annoying # ignore/abort window. Try to detect this case # and disable LaTeX. # # XXX: We should move the uname test into configure/uname. # OUTPUT_COMMENT_SUPPORTED = false TETEX2_ENABLED = false FILE_LINE_ERROR = LATEX_USABLE = $(CheckProg latex) if $(and $(LATEX_USABLE), $(not $(FORCE_WIN32_LATEX)), $(equal $(OSTYPE), Win32), $(CheckProg uname)) match($(shell uname)) case CYGWIN ConfMsgWarn($""" You seem to be trying to use Cygwin LaTeX on a Win32 machine. This usually doesn't work, but if you really want to use it, add the following definition to your OMakeroot. FORCE_WIN32_LATEX = true (latex disabled)""") LATEX_USABLE = false export export if $(and $(LATEX_USABLE), $(shell-success latex -help)) ConfMsgChecking(LaTeX capabilities) # # Various versions of LaTeX use different options # Look through the -help info for tetex2 options # RECORDER_ENABLED = false ERROR_ENABLED = false BROKEN_MIKTEX = false TETEX_CONFIG_TMP = $(tmpfile tetex) latex -help > $(TETEX_CONFIG_TMP) awk($(TETEX_CONFIG_TMP)) case ^-recorder RECORDER_ENABLED = true export case $'.*-recorder.*Record file names\.' # MikTeX 2.4 had a bug, where -recorder would swap inputs with outputs - # http://bugzilla.metaprl.org/show_bug.cgi?id=632 BROKEN_MIKTEX = true export case $'^ *-output-comment=' OUTPUT_COMMENT_SUPPORTED = true export case $'^ *-recorder' RECORDER_ENABLED = true export case ^-file-line-error-style FILE_LINE_ERROR = -file-line-error-style ERROR_ENABLED = true export case $'^\[-no\]-file-line-error' FILE_LINE_ERROR = -file-line-error ERROR_ENABLED = true export case $'^ *-c-style-errors' FILE_LINE_ERROR = -c-style-errors ERROR_ENABLED = true export # # TeTeX2 if both the -recorder and -file-line-error options exist # RECORDER_ENABLED = $(and $(RECORDER_ENABLED), $(not $(BROKEN_MIKTEX))) TETEX2_ENABLED = $(and $(RECORDER_ENABLED), $(ERROR_ENABLED)) ConfMsgResult(tetex2 mode $(if $(TETEX2_ENABLED), enabled, disabled)) rm $(TETEX_CONFIG_TMP) export FILE_LINE_ERROR TETEX2_ENABLED OUTPUT_COMMENT_SUPPORTED # # Compute the default flags # LATEXFLAGS_BASE = $(if $(OUTPUT_COMMENT_SUPPORTED), $'-output-comment=LaTeX Output (built with OMake)') export TETEX2_ENABLED FILE_LINE_ERROR LATEX_USABLE OUTPUT_COMMENT_SUPPORTED LATEXFLAGS_BASE LATEXFLAGS() = if $(TETEX2_ENABLED) value $(FILE_LINE_ERROR) $(LATEXFLAGS_BASE) else value $'-interaction=errorstopmode' $(LATEXFLAGS_BASE) # # Dynamically defined list of files that the TeX source depends on. # public.TEXDEPS = # # Directories in the search path. # Split them at colons to get a directory list. # public.TEXINPUTS = $(split $(PATHSEP), $(getenv TEXINPUTS, .)) # # TeX can log its inputs and outputs into an .fls file. We use the internal awk # to turn an .fls file into in appropriate dependency file format. # Shell. += protected.builtin-tex-deps(argv) = private. = dep = $(nth 0, $(argv)) f = $(nth 1, $(argv)) public. = DEPS[] = WRITES[] = $(file $f.bbl $f.ind) DEPDIR = $(dir .) awk($f.fls) case $'^PWD \(.*\)$' DEPDIR = $(dir $1) export case $'^INPUT \(.*\)$' DEPS += $(cd $(DEPDIR), $(file $1)) export case $'^OUTPUT \(.*\)$' WRITES += $(cd $(DEPDIR), $(file $1)) export if $(file-exists $f.aux) FS=$'[{}]' awk($f.aux) case $'\\bibdata\{.*\}' BIBS = $(split \,, $2) BIBS[] = $(BIBS) $(addsuffix .bib, $(BIBS)) DEPS += $(find-in-path-optional $(split \:, $(getenv BIBINPUTS)), $(BIBS)) export DEPS case $'\\bibstyle\{.*\}' BSTS = $(split \,, $2) BSTS[] = $(BSTS) $(addsuffix .bst, $(BSTS)) DEPS += $(find-in-path-optional $(split \:, $(getenv BSTINPUTS)), $(BSTS)) export DEPS export DEPS DEPS = $(set-diff $(DEPS), $(WRITES)) println($"$(string-escaped $(dep)): $(string-escaped $(DEPS))") eprintln($"$(string-escaped $(dep)): $(string-escaped $(DEPS))") protected.stdout-to-stderr(argv) = stdout = $(stderr) $(argv) protected.run-latex(argv) = if $(TETEX2_ENABLED) if $(not $(shell-success $(argv))) private.f = $(replacesuffixes .tex, $(string $(EMPTY)), $(last $(argv))) eprintln(*** Errors detected while running LaTeX on $(private.f).tex:) stdout-to-stderr grep ':[1-9][0-9]*: ' $(private.f).log exit 1 else $(argv) # # Rules for building TeX documents. # # name: the name of the document # texfiles: the TeX source files, without suffix # # Dynamic variables: # TEXINPUTS: extra directories to include in the search path # TEXDEPS: files that are implicitly included, including suffixes # # \begin{doc} # \subsection{Building \LaTeX\ documents} # \fun{LaTeXDocument} # # The \verb+LaTeXDocument+ produces a \LaTeX\ document. # # \verb+LaTeXDocument(, )+ # # The document \verb++ and \verb++ are listed without suffixes. This function # returns the filenames for the generated \verb+.ps+ (unless \hypervar{USEPDFLATEX} is set) and \verb+.pdf+ files. # # Additional variables used: # \var{TEXINPUTS} # The \LaTeX\ search path (an array of directories, default is # taken from the \verb+TEXINPUTS+ environment variable). # \var{TEXDEPS} Additional files this document depends on. # \var{TEXVARS} An array of names of the environment variables # that are to be updated based on the value of \OMake's \verb+TEXINPUTS+ variable. # Defaults to \verb+TEXINPUTS+ \verb+BIBINPUTS+ \verb+BSTINPUTS+. # \end{doc} # # Make sure generated files are built before scanning # # \begin{doc} # \twofuns{TeXGeneratedFiles}{LocalTeXGeneratedFiles} # \begin{verbatim} # TeXGeneratedFiles(files) # LocalTeXGeneratedFiles(files) # \end{verbatim} # # The \verb+TeXGeneratedFiles+ and \verb+LocalTeXGeneratedFiles+ functions specify files # that need to be generated before any \LaTeX files are scanned for dependencies. For example, # if \verb+config.tex+ and \verb+inputs.tex+ are both generated files, specify: # \begin{verbatim} # TeXGeneratedFiles(config.tex inputs.tex) # \end{verbatim} # # The \verb+TeXGeneratedFiles+ function is \emph{global} --- its arguments will be generated # before any TeX files anywhere in the project are scanned for dependencies. The # \verb+LocalTeXGeneratedFiles+ function follows the normal scoping rules of \OMake. # # \end{doc} public.TEXVARS[] = TEXINPUTS BIBINPUTS BSTINPUTS .PHONY: TeXGeneratedFilesTarget public.TeXGeneratedFiles(files) = TeXGeneratedFilesTarget: $(files) public.LocalTeXGeneratedFiles(files) = .SCANNER: scan-tex-%: $(files) export Shell. += protected.drop-dvips-junk(argv) = private.print = true awk() case $'dvips: Could not find figure file pdf:[a-z]*; continuing': print = false export case $'dvips: Unknown keyword [(].*[)] in \\special will be ignored': print = false export case $"dvips: more errors in special, being ignored": print = false export case $"dvips: [(]perhaps dvips doesn't support your macro package[?][)]": print = false export default if $(print) println($0) print = true export return true public.LaTeXDocument(name, texfiles) = name = $(file $(name)) # # TeX files all have the .tex suffix # protected.TEXFILES[] = $(name).tex $(addsuffix .tex, $(texfiles)) # # Setting the proper TEXINPUTS environment # private.INPUTS = $(concat $(PATHSEP), $(TEXINPUTS))$(PATHSEP) foreach(var => ..., $(TEXVARS)) setenv($(var), $(private.INPUTS)) export private.prog = $(if $(USEPDFLATEX), $(PDFLATEX), $(LATEX)) private.flags = $(if $(USEPDFLATEX), $(PDFLATEXFLAGS), $(LATEXFLAGS)) private.ext = $(if $(USEPDFLATEX), .pdf, .dvi) $(name)$(ext): $(TEXDEPS) $(TEXFILES) :effects: $(name).aux $(name).log $(name).ind $(name).out if $(gt $(length $(TEXVARS)), 0) echo "Enviroment variables $(concat $', ', $(TEXVARS)) set to $(getenv $(nth 0, $(TEXVARS)))" run-latex $(prog) $(flags) $(name) if $(and $(file-exists $(name).aux), $(grep q, $'\\citation', $(name).aux), $(grep q, $'\\bibdata', $(name).aux)) $(BIBTEX) $(name) run-latex $(prog) $(flags) $(name) if $(and $(file-exists $(name).idx), $(grep q, $'\\indexentry', $(name).idx)) $(MAKEINDEX) $(name) run-latex $(prog) $(flags) $(name) if $(grep q, $'Rerun to get', $(name).log) run-latex $(prog) $(flags) $(name) if $(grep q, $'Rerun to get', $(name).log) run-latex $(prog) $(flags) $(name) if $(grep q, $'Rerun to get', $(name).log) run-latex $(prog) $(flags) $(name) # # TeTeX2 has the ability to compute dependencies for us # if $(TETEX2_ENABLED) protected.SCANNER = scan-$(if $(USEPDFLATEX), pdflatex, latex)-$(name).tex .SCANNER: $(SCANNER): $(name).tex $(TEXDEPS) $(TEXFILES) /.PHONY/TeXGeneratedFilesTarget\ :value: $(USEPDFLATEX) $(find-in-path-optional $(INPUTS), $&)\ :effects: $(name).aux $(name).log $(name).ind $(name).out $(name).dvi $(name).fls echo | run-latex stdout-to-stderr $(prog) $(flags) -recorder $< builtin-tex-deps $(name)$(ext) $(name) $(name)$(ext): :scanner: $(SCANNER) if $(USEPDFLATEX) return $(file $(name).pdf) else $(name).pdf: $(name).dvi $(DVIPDFM) $(DVIPDFMFLAGS) -o $@ $(name).dvi if $(VERBOSE) $(name).ps: $(name).dvi $(DVIPS) $(DVIPSFLAGS) -o $@ $(name).dvi else $(name).ps: $(name).dvi $(DVIPS) $(DVIPSFLAGS) -o $@ $(name).dvi |& drop-dvips-junk return $(file $(name).ps $(name).pdf) # # Copy the document to a library directory # # \begin{doc} # \fun{LaTeXDocumentCopy} # # The \verb+LaTeXDocumentCopy+ copies the document to an install location. # # \verb+LaTeXDocumentCopy(, , , )+ # # This function copies just the \verb+.pdf+ and \verb+.ps+ files. # \end{doc} # public.LaTeXDocumentCopy(tag, lib, dst, src) = $(lib)/$(dst).pdf: $(src).pdf $(lib) :scanner: $(NOSCANNER) cp $< $@ $(lib)/$(dst).ps: $(src).ps $(lib) :scanner: $(NOSCANNER) cp $< $@ $(tag): $(lib)/$(dst).pdf $(lib)/$(dst).ps return $(file $(lib)/$(dst).pdf $(lib)/$(dst).ps) # # Build the document and copy it # # \begin{doc} # \fun{LaTeXDocumentInstall} # # The \verb+LaTeXDocumentInstall+ builds a document and copies it to an # install location in one step. # # \verb+LaTeXDocumentInstall(, , , , )+ # \end{doc} # public.LaTeXDocumentInstall(tag, lib, dst, src, texfiles) = LaTeXDocument($(src), $(texfiles)) return $(LaTeXDocumentCopy $(tag), $(lib), $(dst), $(src)) omake-omake-0.10.7/lib/build/OCaml.om000066400000000000000000001644071472462630700172110ustar00rootroot00000000000000######################################################################## # Building OCaml programs. # # Copyright (C) 2003-2007 Jason Hickey and Mojave Group # # Permission is hereby granted, free of charge, to any person # obtaining a copy of this file, to deal in the File without # restriction, including without limitation the rights to use, # copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the File, and to permit persons to whom the File # is furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be # included in all copies or substantial portions of the File. # # THE FILE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES # OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. # IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY # CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, # TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE # FILE OR THE USE OR OTHER DEALINGS IN THE FILE. open build/Common open configure/Configure ######################################################################## # OCaml section # # \begin{doc} # \section{Building OCaml code} # # \OMake{} provides extensive support for building OCaml code, including support for tools like # \verb+ocamlfind+, \verb+ocamlyacc+ and \verb+menhir+. In order to use the functions # defined in this section, you need to make sure the line # \begin{verbatim} # open build/OCaml # \end{verbatim} # is present in your \verb+OMakeroot+ file. # # \subsection{Autoconfiguration variables for OCaml compilation} # These variables will get defined based on the ``autoconf-style'' tests executed when you # run \OMake{} for the first time. You can use them to configure your project accordingly, # and you should not redefine them. # # You can use the \verb+--configure+ command line option (Section~\ref{option:--configure}) to force # re-execution of all the tests. # # \varlabel{OCAMLOPT_EXISTS}{OCAMLOPT\_EXISTS} True when \verb+ocamlopt+ (or \verb+ocamlopt.opt+) is # available on your machine. # \varlabel{OCAMLFIND_EXISTS}{OCAMLFIND\_EXISTS} True when the ocamlfind is available on your # machines. # \varlabel{OCAMLDEP_MODULES_AVAILABLE}{OCAMLDEP\_MODULES\_AVAILABLE} True when a version of # \verb+ocamldep+ that understands the \verb+-modules+ option is available on your machine. # \varlabel{CMXS_SUPPORTED}{CMXS\_SUPPORTED} True if "ocamlopt -shared" is supported by the compiler. # \varlabel{MENHIR_AVAILABLE}{MENHIR\_AVAILABLE} True when the Menhir parser-generator is available # on your machine. # \var{OCAMLLIB} The location of OCaml library directory (output of \verb+ocamlc -where+). Empty when no # ocamlc is found. # # \subsection{Configuration variables for OCaml compilation} # # The following variables can be redefined in your project. # \varlabel{USE_OCAMLFIND}{USE\_OCAMLFIND} Whether to use the \verb+ocamlfind+ utility (default \verb+false+) # \var{OCAMLC} The OCaml bytecode compiler (default \verb+ocamlc.opt+ if it exists # and \verb+USE_OCAMLFIND+ is not set, otherwise \verb+ocamlc+). # \var{OCAMLOPT} The OCaml native-code compiler (default \verb+ocamlopt.opt+ if it # exists and \verb+USE_OCAMLFIND+ is not set, otherwise \verb+ocamlopt+). # \var{CAMLP4} The \verb+camlp4+ preprocessor (default \verb+camlp4+). # \var{OCAMLLEX} The OCaml lexer generator (default \verb+ocamllex+). # \var{OCAMLLEXFLAGS} The flags to pass to \verb+ocamllex+ (default \verb+-q+). # \var{OCAMLYACC} The OCaml parser generator (default \verb+ocamlyacc+). # \var{OCAMLYACCFLAGS} Additional options to pass to \verb+$(OCAMLYACC)+. # \var{OCAMLDEP} The OCaml dependency analyzer (default \verb+ocamldep+). # \varlabel{OCAMLDEP_MODULES_ENABLED}{OCAMLDEP\_MODULES\_ENABLED} Instead of using \verb+OCAMLDEP+ # in a traditional \verb+make+-style fashion, run \verb+$(OCAMLDEP) -modules+ and then # postprocess the output internally to discover all the relevant generated \verb+.ml+ and # \verb+.mli+ files. See Section~\ref{section:ocaml-generated-files} for more information on # interactions between \OMake, \verb+OCAMLDEP+ and generated files. Set to # \verb+$(OCAMLDEP_MODULES_AVAILABLE)+ by default. # \var{OCAMLMKTOP} The OCaml toploop compiler (default \verb+ocamlmktop+). # \var{OCAMLLINK} The OCaml bytecode linker (default \verb+$(OCAMLC)+). # \var{OCAMLOPTLINK} The OCaml native-code linker (default \verb+$(OCAMLOPT)+). # \var{OCAMLINCLUDES} Search path to pass to the OCaml compilers (default \verb+.+). # The search path with the \verb+-I+ prefix is defined by the \verb+PREFIXED_OCAMLINCLUDES+ # variable. # \varlabel{OCAMLINCLUDES_FOR_OCAMLDEP_MODULES}{OCAMLINCLUDES\_FOR\_OCAMLDEP\_MODULES} Extra path for searching files # corresponding to dependencies returned by "ocamldep -modules". This # defaults to ".". There is normally no reason to change this value. # \var{OCAMLFIND} The \verb+ocamlfind+ utility (default \verb+ocamlfind+ if # \verb+USE_OCAMLFIND+ is set, otherwise empty). # \var{OCAMLFINDFLAGS} The flags to pass to \verb+ocamlfind+ (default empty, \verb+USE_OCAMLFIND+ must be set). # \var{OCAMLPACKS} Package names to pass to \verb+ocamlfind+ (\verb+USE_OCAMLFIND+ must be set). # \varlabel{BYTE_ENABLED}{BYTE\_ENABLED} Flag indicating whether to use the bytecode compiler (default \verb+true+, when no \verb+ocamlopt+ found, \verb+false+ otherwise). # \varlabel{NATIVE_ENABLED}{NATIVE\_ENABLED} Flag indicating whether to use the native-code compiler (default \verb+true+, when ocamlopt is found, \verb+false+ otherwise). # Both \verb+BYTE_ENABLED+ and \verb+NATIVE_ENABLED+ can be set to true; # at least one should be set to true. # \varlabel{CMXS_ENABLED}{CMXS\_ENABLED} Flag indicating whether libraries are # also created as plugins. This defaults to \verb+false+ for compatibility # with old omake versions. Set it to \verb+CMXS_SUPPORTED+ to enable this # feature when supported # \varlabel{MENHIR_ENABLED}{MENHIR\_ENABLED} Define this as \verb+true+ if you wish to use # \verb+menhir+ instead of \verb+ocamlyacc+ (default \verb+false+). # \varlabel{EXTENDED_DIGESTS}{EXTENDED\_DIGESTS} Whether to include more information into # rule digests and make it more sensitive to structural changes at the cost # of build speed (\verb+true+ or \verb+false+). # \varlabel{OCAML_CC}{OCAML\_CC} The C compiler used internally by OCaml # \varlabel{OCAML_CFLAGS}{OCAML\_CFLAGS} The C compiler flags used by OCaml # \end{doc} # public.USE_OCAMLFIND = false private.get_c_comp() = # since OCaml-4.06 private.config = $(concat $(unhexify 0a), $(shella ocamlc -config))) private.configch = $(open-in-string $(config)) scan($(configch)) case $"c_compiler:" return $(nth-tl 1, $*) return $(string) private.get_bytecomp_cflags() = # since OCaml-4.06 private.config = $(concat $(unhexify 0a), $(shella ocamlc -config))) private.configch = $(open-in-string $(config)) scan($(configch)) case $"ocamlc_cflags:" return $(nth-tl 1, $*) return $(string) private.get_bytecomp_cppflags() = # since OCaml-4.06 private.config = $(concat $(unhexify 0a), $(shella ocamlc -config))) private.configch = $(open-in-string $(config)) scan($(configch)) case $"ocamlc_cppflags:" return $(nth-tl 1, $*) return $(string) private.get_bytecomp_c_comp() = private.config = $(concat $(unhexify 0a), $(shella ocamlc -config))) private.configch = $(open-in-string $(config)) scan($(configch)) case $"bytecomp_c_compiler:" return $(nth-tl 1, $*) return $(string) .STATIC: :value: $(PATH) OCAMLFIND_EXISTS = $(CheckProg ocamlfind) OCAMLC_OPT_EXISTS = $(CheckProg ocamlc.opt) OCAMLC_EXISTS = $(or $(OCAMLC_OPT_EXISTS), $(CheckProg ocamlc)) OCAMLOPT_OPT_EXISTS = $(CheckProg ocamlopt.opt) OCAMLOPT_EXISTS = $(or $(OCAMLOPT_OPT_EXISTS), $(CheckProg ocamlopt)) OCAMLDEP_OPT_EXISTS = $(CheckProg ocamldep.opt) OCAMLLEX_OPT_EXISTS = $(CheckProg ocamllex.opt) ConfMsgChecking(whether ocamlc understands the "z" warnings) OCAML_ACCEPTS_Z_WARNING = if $(OCAMLC_EXISTS) value $(ConfMsgYesNo $(shell-success ocamlc$(if $(OCAMLC_OPT_EXISTS), .opt) -w Az)) else ConfMsgResult($"FAILED - ocamlc not found") value false ConfMsgChecking(whether ocamlopt can create cmxs plugins) CMXS_SUPPORTED = if $(OCAMLOPT_EXISTS) ok = $(ConfMsgYesNo $(shell-success ocamlopt -shared -o .dummy.cmxs)) rm(-f .dummy.cmxs) value $(ok) else ConfMsgResult($"no (ocamlopt not found)") value false # # Compile native or byte code? # NATIVE_ENABLED = $(OCAMLOPT_EXISTS) BYTE_ENABLED = $(not $(OCAMLOPT_EXISTS)) CMXS_ENABLED = false # EXTENDED_DIGESTS = false # # Figure out the params for the C compiler # private.c_comp = $(get_c_comp) if $(equal X$(string $(c_comp))X, XX) private.bytecomp_c_comp = $(get_bytecomp_c_comp) OCAML_CC = $(nth-hd 1, $(bytecomp_c_comp)) OCAML_CFLAGS = $(nth-tl 1, $(bytecomp_c_comp)) export OCAML_CC OCAML_CFLAGS else private.bytecomp_cflags = $(get_bytecomp_cflags) private.bytecomp_cppflags = $(get_bytecomp_cppflags) OCAML_CC = $(c_comp) OCAML_CFLAGS = $(bytecomp_cflags) $(bytecomp_cppflags) export OCAML_CC OCAML_CFLAGS public.OCAMLFIND = $`(if $(USE_OCAMLFIND), ocamlfind) public.OCAMLFINDFLAGS = public.LAZY_OCAMLFINDFLAGS = $`(if $(USE_OCAMLFIND), $(OCAMLFINDFLAGS)) # OCAMLC/OCAMLOPT/OCAMLDEP are now 0-ary functions instead of normal variables # because sometimes USE_OCAMLFIND is set too late by the user. public.OCAMLC() = value $(if $(OCAMLC_OPT_EXISTS), $(if $(USE_OCAMLFIND), ocamlc, ocamlc.opt), ocamlc) public.OCAMLOPT() = value $(if $(OCAMLOPT_OPT_EXISTS), $(if $(USE_OCAMLFIND), ocamlopt, ocamlopt.opt), ocamlopt) public.OCAMLDEP() = value $(if $(OCAMLDEP_OPT_EXISTS), $(if $(USE_OCAMLFIND), ocamldep, ocamldep.opt), ocamldep) public.CAMLP4 = camlp4 public.OCAMLLEX = $(if $(OCAMLLEX_OPT_EXISTS), ocamllex.opt, ocamllex) public.OCAMLLEXFLAGS = -q public.OCAMLYACC = ocamlyacc public.OCAMLYACCFLAGS = public.OCAMLMKTOP = ocamlmktop public.OCAMLLINK = $`(OCAMLC) public.OCAMLOPTLINK = $`(OCAMLOPT) .STATIC: :value: $(PATH) OCAMLLIB = if $(OCAMLC_EXISTS) ConfMsgChecking(for OCaml library location) value $(ConfMsgResult $(dir $"$(shell ocamlc -where)")) else value $(EMPTY) # # Include path # public.OCAMLINCLUDES[] = . section vmounts = $(vmount-map) OCAMLINCLUDES[] += $(vmounts.keys) export OCAMLINCLUDES public.OCAMLINCLUDES_FOR_OCAMLDEP_MODULES[] = . public.PREFIXED_OCAMLINCLUDES = $`(mapprefix -I, $(OCAMLINCLUDES)) # # Packages # public.OCAMLPACKS[] = public.PREFIXED_OCAMLPACKS =\ $`(if $(and $(USE_OCAMLFIND) $(gt $(length $(OCAMLPACKS)), 0)),\ -package $(string $(concat \,, $(OCAMLPACKS))),\ $(EMPTY)) # # Various options # # \begin{doc} # \subsection{OCaml command flags} # # The following variables specify \emph{additional} options to be passed to # the OCaml tools. # \var{OCAMLDEPFLAGS} Flags to pass to \verb+OCAMLDEP+. # \var{OCAMLPPFLAGS} Flags to pass to \verb+CAMLP4+. # \var{OCAMLCFLAGS} Flags to pass to the byte-code compiler (default \verb+-g+). # \var{OCAMLOPTFLAGS} Flags to pass to the native-code compiler (default empty). # \var{OCAMLFLAGS} Flags to pass to either compiler (default \verb+-warn-error A+). # \varlabel{OCAML_BYTE_LINK_FLAGS}{OCAML\_BYTE\_LINK\_FLAGS} Flags to pass to the byte-code linker (default empty). # \varlabel{OCAML_NATIVE_LINK_FLAGS}{OCAML\_NATIVE\_LINK\_FLAGS} Flags to pass to the native-code linker (default empty). # \varlabel{OCAML_LINK_FLAGS}{OCAML\_LINK\_FLAGS} Flags to pass to either linker. # \varlabel{MENHIR_FLAGS}{MENHIR\_FLAGS} Additional flags to pass to \verb+menhir+. # \end{doc} # declare OCAMLDEPFLAGS public.OCAMLPPFLAGS = public.OCAMLFLAGS = public.OCAMLCFLAGS = -g public.OCAMLOPTFLAGS = public.OCAMLCPPFLAGS = public.OCAML_LINK_FLAGS = $`(if $(and $(USE_OCAMLFIND) $(gt $(length $(OCAMLPACKS)), 0)), -linkpkg, $(EMPTY)) public.OCAML_BYTE_LINK_FLAGS = -custom public.OCAML_NATIVE_LINK_FLAGS = # # OCAML_LIBS contains libraries that are used as dependencies # OCAML_OTHER_LIBS contains other libraries (like unix.cma) # The lists do not include suffixes. # # OCAML_LINK_FLAGS contains extra linking information # # \begin{doc} # \subsection{Library variables} # # The following variables are used during linking. # # \varlabel{OCAML_LIBS}{OCAML\_LIBS} Libraries to pass to the linker. These libraries become dependencies # of the link step. # \varlabel{OCAML_OTHER_LIBS}{OCAML\_OTHER\_LIBS} Additional libraries to pass to the linker. These libraries are # \emph{not} included as dependencies to the link step. Typical use is for the OCaml # standard libraries like \verb+unix+ or \verb+str+. # \varlabel{OCAML_CLIBS}{OCAML\_CLIBS} C libraries to pass to the linker. # \varlabel{OCAML_LIB_FLAGS}{OCAML\_LIB\_FLAGS} Extra flags for the library linker. # \varlabel{ABORT_ON_DEPENDENCY_ERRORS}{ABORT\_ON\_DEPENDENCY\_ERRORS} # OCaml linker requires the OCaml files to be # listed in dependency order. Normally, all the functions presented in this section will automatically sort # the list of OCaml modules passed in as the \verb++ argument. However, this variable is # set to \verb+true+, the order of the files passed into these function will be left as is, but \OMake{} will # abort with an error message if the order is illegal. # # \end{doc} # public.OCAML_LIBS = public.OCAML_CLIBS = public.OCAML_OTHER_LIBS = public.OCAML_LIB_FLAGS = ######################################################################## # \begin{doc} # \subsection{Generated OCaml Files} # \label{section:ocaml-generated-files} # As of OCaml version 3.09.2, the standard \verb+ocamldep+ scanner is ``broken''. The main issue is # that it finds only those dependencies that already exist. If \verb+foo.ml+ contains a dependency # on \verb+Bar+, # \begin{verbatim} # foo.ml: # open Bar # \end{verbatim} # then the default \verb+ocamldep+ will only find the dependency if a file \verb+bar.ml+ or # \verb+bar.ml+ exists in the include path. It will not find (or print) the dependency if, for # example, only \verb+bar.mly+ exists at the time \verb+ocamldep+ is run, even though \verb+bar.ml+ # and \verb+bar.mli+ can be generated from \verb+bar.mly+. # # \OMake{} currently provides two methods for addressing this problem --- one that requires manually # specifying the generated files, and an experimental method for discovering such ``hidden'' # dependencies automatically. The # \hypervarx{OCAMLDEP_MODULES_ENABLED}{OCAMLDEP\_MODULES\_ENABLED} controls which method is # going to be used. When this variable is false, the manual specifications are expected and when it # is true, the automated discovery will be attempted. # # \twofuns{OCamlGeneratedFiles}{LocalOCamlGeneratedFiles} # \begin{verbatim} # OCamlGeneratedFiles(files) # LocalOCamlGeneratedFiles(files) # \end{verbatim} # # When the \hypervarx{OCAMLDEP_MODULES_ENABLED}{OCAMLDEP\_MODULES\_ENABLED} variable is set # to \verb+false+, the \verb+OCamlGeneratedFiles+ and \verb+LocalOCamlGeneratedFiles+ functions specify files # that need to be generated before any OCaml files are scanned for dependencies. For example, # if \verb+parser.ml+ and \verb+lexer.ml+ are both generated files, specify: # \begin{verbatim} # OCamlGeneratedFiles(parser.ml lexer.ml) # \end{verbatim} # # The \verb+OCamlGeneratedFiles+ function is \emph{global} --- its arguments will be generated # before any OCaml files anywhere in the project are scanned for dependencies. The # \verb+LocalOCamlGeneratedFiles+ function follows the normal scoping rules of OMake. # # These functions have no effect when the # \hypervarx{OCAMLDEP_MODULES_ENABLED}{OCAMLDEP\_MODULES\_ENABLED} is true. # # \subsubsection{Automatic discovery of generated files during dependency analysis} # Having to specify the generated files manually when \OMake{} could discover them automatically is # obviously suboptimal. To address this, we tell \verb+ocamldep+ to \emph{only} # find the free module names in a file and then post-process the results internally. # # This automated functionality is enabled when the # \hypervarx{OCAMLDEP_MODULES_ENABLED}{OCAMLDEP\_MODULES\_ENABLED} is set to \verb+true+. # By default, \hypervarx{OCAMLDEP_MODULES_ENABLED}{OCAMLDEP\_MODULES\_ENABLED} will be set to # \verb+$(OCAMLDEP_MODULES_AVAILABLE)+. # # Note that the \verb+ocamldep+ functionality this relies upon is only included in # the OCaml version 3.10 and higher. It's availability will be discovered automatically # and the \hypervarx{OCAMLDEP_MODULES_AVAILABLE}{OCAMLDEP\_MODULES\_AVAILABLE} # will be set accordingly. # # \end{doc} # .STATIC: ConfMsgChecking(if ocamldep understands -modules) OCAMLDEP_MODULES_AVAILABLE = $(ConfMsgYesNo $(shell-success ocamldep -modules)) public.OCAMLDEP_MODULES_ENABLED = $(OCAMLDEP_MODULES_AVAILABLE) public.OCAMLDEPFLAGS = $`(if $(and $(NATIVE_ENABLED), $(not $(OCAMLDEP_MODULES_ENABLED))), -native, $(EMPTY)) .PHONY: OCamlGeneratedFilesTarget # GS: The test on $(OCAMLDEP_MODULES_ENABLED) in only partially working. # What if we set this variable later? public.OCamlGeneratedFiles(files) = if $(OCAMLDEP_MODULES_ENABLED) # For now, we want to allow ``backwards-compatible'' projects. # eprintln($"WARNING: OCamlGeneratedFiles should not be used when OCAMLDEP_MODULES_ENABLED") # eprintln($" is set") else OCamlGeneratedFilesTarget: $(files) public.LocalOCamlGeneratedFiles(files) = if $(OCAMLDEP_MODULES_ENABLED) # For now, we want to allow ``backwards-compatible'' projects. # eprintln($"WARNING: OCamlGeneratedFiles should not be used when OCAMLDEP_MODULES_ENABLED") # eprintln($" is set") else .SCANNER: scan-ocaml-%: $(files) .SCANNER: %.cmi: $(files) .SCANNER: %.cmx %.cmo: $(files) export export # # The ocamldep -modules output has the following # form, where the indented lines are the free module names in foo.ml. # # foo.ml: # Bar # ... # # From this, we generate proper dependencies by finding the files # that can be built, using the find-targets-in-path-optional # function. # # # Print the dependencies for a ML file, based on the # .cmi files. # # If OCAMLDEP_PRESERVE_TARGETS is true, then the # ocamldep entries are taken literally (the suffix # is not replaced with .cmo/.cmx). # public.OCAMLDEP_PRESERVE_TARGETS = false public.PrintMLIDependencies(filename, cmideps) = if $(cmideps) private.base = $(string-escaped $(removesuffix $(filename))) println($"""$(base).cmi: $(string-escaped $(cmideps))""") public.PrintMLDependencies(filename, cmideps, cmxdeps) = protected.base = $(string-escaped $(removesuffix $(filename))) protected.esc = $' \' # ' protected.text = if $(cmideps) cmideps = $(string-escaped $(cmideps)) text = $""" $(base).cmo: $(cmideps) $(base).cmx $(base)$(EXT_OBJ):$(esc) $(cmideps)""" export text if $(cmxdeps) if $(not $(text)) text = $"""$(base).cmx $(base)$(EXT_OBJ):""" export text += $"""$(esc) $(string-escaped $(cmxdeps))""" export text # eprintln($(text)) println($(text)) public.PrintFileDependencies(filename, cmideps) = if $(cmideps) private.text = $"""$(string-escaped $(filename)): $(string-escaped $(cmideps))""" # eprintln($(text)) println($(text)) # # Given a set of literal dependencies, compute # the actual dependencies by finding the filenames # associated with each module. # public.PrintDependencies(filename, modules) = private.includes[] = $(OCAMLINCLUDES_FOR_OCAMLDEP_MODULES) $(OCAMLINCLUDES) if $(filename) # # Find the .cmi files that can be built # private.cmideps = $(find-ocaml-targets-in-path-optional $(includes), $(addsuffix .cmi, $(modules))) # Now produce the dependencies if $(OCAMLDEP_PRESERVE_TARGETS) PrintFileDependencies($(filename), $(cmideps)) else switch($(suffix $(filename))) case .ml protected.cmxdeps[] = if $(NATIVE_ENABLED) cmxdeps = $(find-ocaml-targets-in-path-optional $(includes), $(addsuffix .cmx, $(modules))) export PrintMLDependencies($(filename), $(cmideps), $(cmxdeps)) case .mli PrintMLIDependencies($(filename), $(cmideps)) default eprintln($"ocaml scanner: illegal filename $(filename)") exit(1) # # Post-process the output of ocamldep. # Use awk to process the input, find the targets that # exist, and then print the dependencies. # public.OCamlScannerPostproc(input) = # # Read the module names from the standard input # protected.filename = protected.modules[] = protected.vmounts = $(vmount-map) protected.vmount_source_dirs = $(vmounts.keys) protected.compare_by_length_descending(a, b) = delta_length = $(sub $(b.length), $(a.length)) value $(if $(eq $(delta_length), $(int 0)), $(compare $a, $b), $(delta_length)) protected.sorted_vmount_source_dirs = $(vmount_source_dirs.sort $(compare_by_length_descending)) awk(b, $(input)) case $'^\(.*\):[[:space:]]*\(.*\)$' PrintDependencies($(filename), $(modules)) filename = $1 sorted_vmount_source_dirs.foreach(src) => filename = $(subst $(src), $(vmounts.find $(src)), $(filename)) export modules[] = $(split $' ', $2) export case $'^ \(.*\)' # Add the dependency modules[] += $1 export default eprintln(Unrecognized ocamldep output: $0) PrintDependencies($(filename), $(modules)) Shell. += ocamldep-postproc(argv) = if $(defined ocamldep-postproc) ocamldep-postproc($(OCAMLINCLUDES_FOR_OCAMLDEP_MODULES) $(OCAMLINCLUDES), $(NATIVE_ENABLED)) else OCamlScannerPostproc($(stdin)) Shell. += ocamldep-postproc-preserve(argv) = OCAMLDEP_PRESERVE_TARGETS = true OCamlScannerPostproc($(stdin)) public.OCamlScanner(src_file) = if $(OCAMLDEP_MODULES_ENABLED) value $(OCAMLFIND) $(OCAMLDEP) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) $(OCAMLDEPFLAGS) -modules $(src_file) | ocamldep-postproc else value $(OCAMLFIND) $(OCAMLDEP) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) $(OCAMLDEPFLAGS) $(PREFIXED_OCAMLINCLUDES) $(src_file) ######################################################################## # Generic build rules. # # The order of the %.cmi rules is important. # The most recent definition is used first, if it applies. # 1. The .cmi is generated from the .mli, if it exists # 2. Otherwise it is generated from the .ml # # In case 2, make sure to use the same command text that is used for # generating the .cmo or .cmx file. This will prevent the compiler # from being called twice: once to generate the .cmi file, and again # for the .cmo or .cmx file. # CompilerNotEnabledBuildError. = extends $(UnbuildableException) class CompilerNotEnabledBuildError new(a_target) = this.target = $(a_target) this.message = $"""Compiler to build "$(a_target)" is either not enabled or not available.""" NativeCompilerNotEnabledBuildError. = extends $(CompilerNotEnabledBuildError) class NativeCompilerNotEnabledBuildError new(a_target) = this = $(CompilerNotEnabledBuildError::new $(a_target)) lead_in_sentence = $"""You are trying to build OCaml native-code file "$(a_target)".""" if $(OCAMLOPT_EXISTS) this.message = $"""$(lead_in_sentence) However, the NATIVE_ENABLED flag is not set. Include the following definition in the relevant OMakefile: NATIVE_ENABLED = true""" return $(this) else this.message = $"""$(lead_in_sentence) However, no OCaml native-code compiler (ocamlopt or ocamlopt.opt) was found during configuration.""" return $(this) ByteCompilerNotEnabledBuildError. = extends $(CompilerNotEnabledBuildError) class ByteCompilerNotEnabledBuildError new(a_target) = this = $(CompilerNotEnabledBuildError::new $(a_target)) lead_in_sentence = $"""You are trying to build OCaml byte-code file "$(a_target)".""" if $(OCAMLC_EXISTS) this.message = $"""$(lead_in_sentence) However, the BYTE_ENABLED flag is not set. Include the following definition in the relevant OMakefile: BYTE_ENABLED = true""" return $(this) else this.message = $"""$(lead_in_sentence) However, no OCaml byte-code compiler (ocamlc or ocamlc.opt) was found during configuration.""" return $(this) public.OCamlC() = value $(OCAMLFIND) $(OCAMLC) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) $(OCAMLFLAGS)\ $(OCAMLCFLAGS) $(OCAMLPPFLAGS) $(PREFIXED_OCAMLINCLUDES) public.OCamlOpt() = value $(OCAMLFIND) $(OCAMLOPT) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) $(OCAMLFLAGS)\ $(OCAMLOPTFLAGS) $(OCAMLPPFLAGS) $(PREFIXED_OCAMLINCLUDES) %.cmx: %.ml section rule if $(not $(NATIVE_ENABLED)) raise $(NativeCompilerNotEnabledBuildError.new $(file %.cmx)) elseif $(target-exists %.mli) %.cmx %$(EXT_OBJ): %.ml %.cmi :scanner: scan-ocaml-%.ml $(OCamlOpt) -o $@ -c $< elseif $(BYTE_ENABLED) %.cmx %.cmi %$(EXT_OBJ) %.cmo: %.ml :scanner: scan-ocaml-%.ml $(OCamlC) -o $(replacesuffixes .cmx, .cmo, $@) -c $< $(OCamlOpt) -o $@ -c $< else %.cmx %.cmi %$(EXT_OBJ): %.ml :scanner: scan-ocaml-%.ml $(OCamlOpt) -o $@ -c $< %$(EXT_OBJ): %.ml section rule if $(not $(NATIVE_ENABLED)) raise $(NativeCompilerNotEnabledBuildError.new $(file %$(EXT_OBJ))) elseif $(target-exists %.mli) %$(EXT_OBJ) %.cmx: %.ml %.cmi :scanner: scan-ocaml-%.ml $(OCamlOpt) -o $(replacesuffixes $(EXT_OBJ), .cmx, $@) -c $< elseif $(BYTE_ENABLED) %$(EXT_OBJ) %.cmi %.cmx %.cmo: %.ml :scanner: scan-ocaml-%.ml $(OCamlC) -o $(replacesuffixes $(EXT_OBJ), .cmo, $@) -c $< $(OCamlOpt) -o $(replacesuffixes $(EXT_OBJ), .cmx, $@) -c $< else %$(EXT_OBJ) %.cmi %.cmx: %.ml :scanner: scan-ocaml-%.ml $(OCamlOpt) -o $(replacesuffixes $(EXT_OBJ), .cmx, $@) -c $< # This is an experimental rule %.i.mli: %.ml section rule %.i.mli: %.ml %.cmi :scanner: scan-ocaml-%.ml $(OCamlC) -i -c %.ml > $@ %.cmo: %.ml section rule if $(not $(BYTE_ENABLED)) raise $(ByteCompilerNotEnabledBuildError.new $(file %.cmo)) elseif $(target-exists %.mli) %.cmo: %.ml %.cmi :scanner: scan-ocaml-%.ml $(OCamlC) -o $@ -c $< elseif $(NATIVE_ENABLED) %.cmo %.cmi %.cmx %$(EXT_OBJ): %.ml :scanner: scan-ocaml-%.ml $(OCamlC) -o $@ -c $< $(OCamlOpt) -o $(replacesuffixes .cmo, .cmx, $@) -c $< else %.cmo %.cmi: %.ml :scanner: scan-ocaml-%.ml $(OCamlC) -o $@ -c $< %.cmi: %.ml section rule if $(BYTE_ENABLED) if $(NATIVE_ENABLED) %.cmi %.cmo %.cmx %$(EXT_OBJ): %.ml :scanner: scan-ocaml-%.ml $(OCamlC) -o $(replacesuffixes .cmi, .cmo, $@) -c $< $(OCamlOpt) -o $(replacesuffixes .cmi, .cmx, $@) -c $< else %.cmi %.cmo: %.ml :scanner: scan-ocaml-%.ml $(OCamlC) -o $(replacesuffixes .cmi, .cmo, $@) -c $< else %.cmi %.cmx %$(EXT_OBJ): %.ml :scanner: scan-ocaml-%.ml $(OCamlOpt) -o $(replacesuffixes .cmi, .cmx, $@) -c $< %.cmi: %.mli :scanner: scan-ocaml-%.mli $(OCamlC) -o $@ -c $< # \begin{doc} # \fun{DeclareMLIOnly} # # Sometimes, MLI files only contain type and exception definitions. In fact, # the MLI file could also be parsed as ML file. For convenience, it is possible # to declare modules as MLI-only. In this case, an ML file needs not to be # written. Do this as follows: # # \verb+DeclareMLIOnly()+ # # where the \verb++ are without suffixes. # # Note that this really only works if the MLI file can be parsed as ML file. # Also, it is possible this results in an object to be linked in, so don't # forget to link the modules into the library or executable. # \end{doc} DeclareMLIOnly(modules) = foreach(mod => ..., $(modules)) if $(BYTE_ENABLED) if $(NATIVE_ENABLED) $(mod).cmi $(mod).cmo $(mod).cmx $(mod)$(EXT_OBJ): $(mod).mli $(OCamlC) -o $@ -c $(mod).mli $(OCamlC) -o $(replacesuffixes .cmi, .cmo, $@) -c -impl $(mod).mli $(OCamlOpt) -o $(replacesuffixes .cmi, .cmx, $@) -c -impl $(mod).mli else $(mod).cmi $(mod).cmo: $(mod).mli $(OCamlC) -o $@ -c $(mod).mli $(OCamlC) -o $(replacesuffixes .cmi, .cmo, $@) -c -impl $(mod).mli else $(mod).cmi $(mod).cmx $(mod)$(EXT_OBJ): $(mod).mli $(OCamlC) -o $@ -c $(mod).mli $(OCamlOpt) -o $(replacesuffixes .cmi, .cmx, $@) -c -impl $(mod).mli ######################################################################## # Parser generators # # # You can choose to use ocamlyacc or menhir for a parser # generator. The default is ocamlyacc. Define the # MENHIR_ENABLED as true if you would rather use menhir. # # Variables: # MENHIR : the name of the menhir executable # MENHIR_FLAGS : any additional options to pass to Menhir # MENHIR_AVAILABLE : the menhir executable is installed # MENHIR_RAW_DEPEND : menhir supports the --raw-depend option # public.MENHIR = menhir public.MENHIR_FLAGS = public.MENHIR_ENABLED = false .STATIC: MENHIR_AVAILABLE = $(CheckProg $(MENHIR)) MENHIR_RAW_DEPEND = false if $(MENHIR_AVAILABLE) ConfMsgChecking(if $(MENHIR) supports the --raw-depend option) MENHIR_RAW_DEPEND = $(ConfMsgYesNo $(shell-success $(MENHIR) -help | grep $'^ *--raw-depend')) export # Menhir is being requested. Check that it is installed. public.MenhirCheck() = if $(not $(MENHIR_AVAILABLE)) eprintln($"""!!! You are asking to use Menhir, but it is not installed.""") eprintln($"""!!! See the Menhir home page for instructions on downloading.""") eprintln($"""!!! http://cristal.inria.fr/~fpottier/menhir/""") exit(1) # Compute the correct ocamlc and ocamldep options for Menhir. public.MenhirOCamlcCommand() = MenhirCheck() private.ocamlc[] =\ $(OCAMLFIND) $(OCAMLC) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) $(OCAMLFLAGS)\ $(OCAMLCFLAGS) $(OCAMLPPFLAGS) $(PREFIXED_OCAMLINCLUDES) value --ocamlc $(quote-argv $(ocamlc)) public.MenhirOCamldepCommand(raw) = ocamldep = if $(raw) value $(OCAMLDEP) -modules $(OCAMLDEPFLAGS) else value $(OCAMLDEP) $(PREFIXED_OCAMLINCLUDES) $(OCAMLDEPFLAGS) value --ocamldep $(quote-argv $(ocamldep)) # Compute the Mendir dependency scanner command public.MenhirScannerCommand(base, src) = if $(MENHIR_ENABLED) if $(and $(MENHIR_RAW_DEPEND), $(OCAMLDEP_MODULES_ENABLED)) value $(MENHIR) $(MENHIR_FLAGS) $(MenhirOCamldepCommand true) $(base) --raw-depend $(src) | ocamldep-postproc-preserve else value $(MENHIR) $(MENHIR_FLAGS) $(MenhirOCamldepCommand false) $(base) --depend $(src) # Use Menhir if MENHIR_ENABLED, ocamlyacc otherwise public.OCamlYaccCommand(src) = if $(MENHIR_ENABLED) value $(MENHIR) $(MENHIR_FLAGS) $(MenhirOCamlcCommand) $(src) else value $(OCAMLYACC) $(OCAMLYACCFLAGS) $(src) .SCANNER: scan-ocamlyacc-%.mly: %.mly :value: $(MENHIR_ENABLED) $(OCamlScannerTargets $&) $(MenhirScannerCommand $(EMPTY), $<) %.ml %.mli: %.mly :scanner: scan-ocamlyacc-%.mly $(OCamlYaccCommand $<) # # \begin{doc} # \subsection{Using the Menhir parser generator} # # Menhir is a parser generator that is mostly compatible with # \verb+ocamlyacc+, but with many improvements. A few of these # are listed here (excerpted from the Menhir home page # \url{http://cristal.inria.fr/~fpottier/menhir/}). # # \begin{itemize} # \item Menhir's explanations are believed to be understandable by mere humans. # \item Menhir allows grammar specifications to be split over multiple files. # It also allows several grammars to share a single set of tokens. # \item Menhir is able to produce parsers that are parameterized by Objective Caml modules. # \item [Added by jyh] With the \verb+--infer+ option, Menhir can typecheck the semantic actions # in your grammar at \emph{generation} time. # \end{itemize} # # What do you need to do to use Menhir instead of \verb+ocamlyacc+? # \begin{enumerate} # \item Place the following definition before the relevant section of your project # (or at the top of your project \verb+OMakefile+ if you want to use Menhir everywhere). # # \begin{verbatim} # MENHIR_ENABLED = true # \end{verbatim} # # \item Optionally, add any desired Menhir options to the \verb+MENHIR_FLAGS+ variable. # # \begin{verbatim} # MENHIR_FLAGS += --infer # \end{verbatim} # \end{enumerate} # # With this setup, any file with a \verb+.mly+ suffix will be compiled with Menhir. # # If your grammar is split across several files, you need to specify it explicitly, # using the \verb+MenhirMulti+ function. # # \begin{verbatim} # MenhirMulti(target, sources) # target : filename, without suffix # sources : the files that define the grammar, without suffixes # \end{verbatim} # # For example, if you want to generate the parser files \verb+parse.ml+ and \verb+parse.mli+, # from the grammar specified in files \verb+a.mly+ and \verb+b.mly+, you would use # the following. # # \begin{verbatim} # MenhirMulti(parse, a b) # \end{verbatim} # \end{doc} # public.MenhirMulti(target, sources) = MenhirCheck() sources = $(addsuffix .mly, $(sources)) # Menhir needs all the files for dependency analysis .SCANNER: scan-menhir-$(target).multi: $(sources) :value: $(OCamlScannerTargets $&) $(MenhirScannerCommand --base $(target), $+) # Set up the actual rule $(target).ml $(target).mli: $(sources) :scanner: scan-menhir-$(target).multi $(MENHIR) $(MENHIR_FLAGS) $(MenhirOCamlcCommand) --base $(target) $+ ######################################################################## # Other common generated files # %.ml %.mli: %.mlz ln-or-cp $< $*.ml ln-or-cp $< $*.mli %.ml: %.mll $(OCAMLLEX) $(OCAMLLEXFLAGS) $< %.ml: %.mlp %.h @rm -f $@ @echo "(* CAUTION: this is a generated file. If you edit it, all changes will be lost! *)" > $@ $(CPP) $(OCAMLCPPFLAGS) -imacros $*.h $*.mlp >> $@ @chmod 444 $@ # # Generic scanners # OCamlScannerTargetsExtended(files) = files[] = $(basename $(files)) files[] = $(if $(NATIVE_ENABLED), $(files), $(filter-out %.cmx, $(files))) files[] = $(if $(BYTE_ENABLED), $(files), $(filter-out %.cmo, $(files))) value $(find-targets-in-path-optional $(OCAMLINCLUDES), $(files)) $(NATIVE_ENABLED) $(BYTE_ENABLED) OCamlScannerTargetsSimplified(dummy) = value $(NATIVE_ENABLED) $(BYTE_ENABLED) if $(EXTENDED_DIGESTS) OCamlScannerTargets = $(OCamlScannerTargetsExtended) export else OCamlScannerTargets = $(OCamlScannerTargetsSimplified) export .SCANNER: scan-ocaml-%.mli: %.mli /.PHONY/OCamlGeneratedFilesTarget :value: $(OCamlScannerTargets $&) $(OCamlScanner $<) .SCANNER: scan-ocaml-%.ml: %.ml /.PHONY/OCamlGeneratedFilesTarget :exists: %.mli :value: $(OCamlScannerTargets $&) $(OCamlScanner $<) # # Default .SCANNER rules for backwards-compatibility. # .SCANNER: %.cmi: %.mli /.PHONY/OCamlGeneratedFilesTarget :value: $(OCamlScannerTargets $&) $(OCamlScanner $<) .SCANNER: %.cmx %.cmo %$(EXT_OBJ): %.ml /.PHONY/OCamlGeneratedFilesTarget :exists: %.mli :value: $(OCamlScannerTargets $&) $(OCamlScanner $<) # # Define a link order for OCaml files. # If a file depends on a %.cmi, it also depends on %.cmo # .ORDER: .OCAMLLINK .OCAMLLINK: %.cmi: %.cmo .OCAMLLINK: %.cmx: %.cmo public.ABORT_ON_DEPENDENCY_ERRORS = false OCamlLinkSort(nodes) = if $(ABORT_ON_DEPENDENCY_ERRORS) value $(file-check-sort .OCAMLLINK, $(nodes)) else value $(file-sort .OCAMLLINK, $(nodes)) # # Generic rule to build an ML library # # \begin{doc} # \subsection{Building OCaml programs and Libraries} # \fun{OCamlLibrary} # # The \verb+OCamlLibrary+ function builds an OCaml~library. # # \verb+OCamlLibrary(, )+ # # The \verb++ and \verb++ are listed \emph{without} suffixes. # # This function returns the list of all the targets that it defines the rules # for (including the \verb+$(name)$(EXT_LIB)+ file when \verb+NATIVE_ENABLED+ is set). # # The following code builds the \verb+libfoo.cmxa+ library from the files \verb+foo.cmx+ # and \verb+bar.cmx+ (if \verb+NATIVE_ENABLED+ is set), and \verb+libfoo.cma+ from # \verb+foo.cmo+ and \verb+bar.cmo+ (if \verb+BYTE_ENABLED+ is set). # # \begin{verbatim} # OCamlLibrary(libfoo, foo bar) # \end{verbatim} # # If the variable \verb+CMXS_ENABLED+ is set, additionally the cmxs~plugin # is created. Note that \verb+CMXS_SUPPORTED+ returns whether the compiler # installation supports plugins, so you can simply set # # \begin{verbatim} # CMXS_ENABLED = CMXS_SUPPORTED # \end{verbatim} # # before calling \verb+OCamlLibrary+. For compatibility with older omake # versions, \verb+CMXS_ENABLED+ defaults to \verb+false+. # \end{doc} # public.OCamlLibrary(library_name, ocaml_module_names) = # XXX: JYH: these variables should be marked private in 0.9.9 protected.LIBRARY_NAME = $(file $(library_name)) protected.OFILES = $(addsuffix $(EXT_OBJ), $(ocaml_module_names)) protected.CMOFILES = $(addsuffix .cmo, $(ocaml_module_names)) protected.CMXFILES = $(addsuffix .cmx, $(ocaml_module_names)) protected.CLIB = $(file $(LIBRARY_NAME)$(EXT_LIB)) protected.BYTELIB = $(file $(LIBRARY_NAME).cma) protected.NATIVELIB = $(file $(LIBRARY_NAME).cmxa) protected.SHAREDLIB = $(file $(LIBRARY_NAME).cmxs) # # Link commands # $(BYTELIB): $(CMOFILES) $(OCAMLFIND) $(OCAMLLINK) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) \ $(OCAMLFLAGS) $(OCAMLCFLAGS) \ $(OCAML_LIB_FLAGS) -a \ -o $@ \ $(OCamlLinkSort $(CMOFILES)) $(NATIVELIB) $(CLIB): $(CMXFILES) $(OFILES) $(OCAMLFIND) $(OCAMLOPTLINK) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) \ $(OCAMLFLAGS) $(OCAMLOPTFLAGS) \ $(OCAML_LIB_FLAGS) -a \ -o $(NATIVELIB) \ $(OCamlLinkSort $(CMXFILES)) $(SHAREDLIB): $(NATIVELIB) $(CLIB) $(OCAMLFIND) $(OCAMLOPTLINK) -shared -cclib -L. -o $@ $(NATIVELIB) return $(array $(if $(NATIVE_ENABLED), $(NATIVELIB)), \ $(if $(NATIVE_ENABLED), $(CLIB)), \ $(if $(BYTE_ENABLED), $(BYTELIB)), \ $(if $(CMXS_ENABLED), $(SHAREDLIB))) # # Generic rule to build an ML library that also depends on foreign (e.g. C) objects # # \begin{doc} # \fun{OCamlMixedLibrary} # # The \verb+OCamlMixedLibrary+ function builds an OCaml~library from # ML~files and foreign objects. # # \verb+OCamlMixedLibrary(, , )+ # # It is particularly useful if one or more ml-files contain # \verb+external+~definitions that are satisifed by the foreign-files. # It works similarly to \verb+OCamlLibrary+, but also # \begin{enumerate} # \item adds dependencies of \verb++ to # \verb++ and # \item appends all objects defined by \verb++ to # \verb++. # \end{enumerate} # # The \verb++, \verb++, and \verb++ are # listed \emph{without} suffixes. # \end{doc} # public.OCamlMixedLibrary(library_name, ocaml_module_names, foreign_module_names) = protected.LIBRARY_NAME = $(file $(library_name)) protected.OFILES = $(addsuffix $(EXT_OBJ), $(ocaml_module_names)) protected.FOREIGN_OFILES = $(addsuffix $(EXT_OBJ), $(foreign_module_names)) protected.CMOFILES = $(addsuffix .cmo, $(ocaml_module_names)) protected.CMXFILES = $(addsuffix .cmx, $(ocaml_module_names)) protected.CLIB = $(file $(LIBRARY_NAME)$(EXT_LIB)) protected.BYTELIB = $(file $(LIBRARY_NAME).cma) protected.NATIVELIB = $(file $(LIBRARY_NAME).cmxa) protected.SHAREDLIB = $(file $(LIBRARY_NAME).cmxs) # # Link commands # $(BYTELIB): $(CMOFILES) $(FOREIGN_OFILES) $(OCAMLFIND) $(OCAMLLINK) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) \ $(OCAMLFLAGS) $(OCAMLCFLAGS) \ $(OCAML_LIB_FLAGS) -a \ -o $@ \ $(OCamlLinkSort $(CMOFILES)) $(FOREIGN_OFILES) $(NATIVELIB) $(CLIB): $(CMXFILES) $(OFILES) $(FOREIGN_OFILES) $(OCAMLFIND) $(OCAMLOPTLINK) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) \ $(OCAMLFLAGS) $(OCAMLOPTFLAGS) \ $(OCAML_LIB_FLAGS) -a \ -o $(NATIVELIB) \ $(OCamlLinkSort $(CMXFILES)) $(FOREIGN_OFILES) $(SHAREDLIB): $(NATIVELIB) $(CLIB) $(OCAMLFIND) $(OCAMLOPTLINK) -shared -cclib -L. -o $@ $(NATIVELIB) return $(array $(if $(NATIVE_ENABLED), $(NATIVELIB)), \ $(if $(NATIVE_ENABLED), $(CLIB)), \ $(if $(BYTE_ENABLED), $(BYTELIB)), \ $(if $(CMXS_ENABLED), $(SHAREDLIB))) # # Generic rule to build an ML package # # \begin{doc} # \fun{OCamlPackage} # # The \verb+OCamlPackage+ function builds an OCaml package. # # \verb+OCamlPackage(, )+ # # The \verb++ and \verb++ are listed \emph{without} suffixes. # The \verb++ must have been compiled with the \verb+-for-pack + # flag to the OCaml compiler. # # This function returns the list of all the targets that it defines the rules # for (including the \verb+$(name)$(EXT_LIB)+ file when \verb+NATIVE_ENABLED+ is set). # # The following code builds the \verb+libfoo.cmx+ package from the files \verb+package.cmx+ # and \verb+bar.cmx+ (if \verb+NATIVE_ENABLED+ is set), and \verb+package.cmo+ from # \verb+foo.cmo+ and \verb+bar.cmo+ (if \verb+BYTE_ENABLED+ is set). # # \begin{verbatim} # OCamlPackage(package, foo bar) # \end{verbatim} # \end{doc} # public.OCamlPackage(name, files) = # XXX: JYH: these variables should be marked private in 0.9.9 protected.OFILES = $(addsuffix $(EXT_OBJ), $(files)) protected.CMOFILES = $(addsuffix .cmo, $(files)) protected.CMXFILES = $(addsuffix .cmx, $(files)) protected.OBJ = $(file $(name)$(EXT_OBJ)) protected.CMO = $(file $(name).cmo) protected.CMX = $(file $(name).cmx) protected.CMI = $(file $(name).cmi) protected.MLI = $(file $(name).mli) protected.BYTE_TARGETS = $(CMO) protected.NATIVE_TARGETS = $(CMX) $(OBJ) protected.BYTE_DEPS = $(CMOFILES) protected.NATIVE_DEPS = $(CMXFILES) $(OFILES) # note that always returning $(CMI) is slightly incorrect, but we cannot # do it better protected.TARGETS = $(CMI) if $(NATIVE_ENABLED) TARGETS += $(NATIVE_TARGETS) export if $(BYTE_ENABLED) TARGETS += $(BYTE_TARGETS) export BYTE_CMD = $(OCAMLFIND) $(OCAMLC) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) $(OCAMLFLAGS) \ $(OCAMLCFLAGS) $(OCAML_LIB_FLAGS) -pack -o $(CMO) $`(OCamlLinkSort $(CMOFILES)) NATIVE_CMD = $(OCAMLFIND) $(OCAMLOPTLINK) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) $(OCAMLFLAGS) \ $(OCAMLOPTFLAGS) $(OCAML_LIB_FLAGS) -pack -o $(CMX) $`(OCamlLinkSort $(CMXFILES)) # # Link commands # # NB. we use here section rules because we want to evaluate target-exists # first when the build has started, and not NOW. The target could be # defined later. if $(and $(BYTE_ENABLED), $(NATIVE_ENABLED)) $(BYTE_TARGETS): section rule if $(target-exists $(MLI)) $(BYTE_TARGETS): $(BYTE_DEPS) $(CMI) $(BYTE_CMD) else $(BYTE_TARGETS) $(CMI): $(BYTE_DEPS) $(BYTE_CMD) $(NATIVE_TARGETS): section rule if $(target-exists $(MLI)) $(NATIVE_TARGETS): $(NATIVE_DEPS) $(CMI) $(NATIVE_CMD) else $(NATIVE_TARGETS): $(NATIVE_DEPS) $(CMI) $(NATIVE_CMD) -intf-suffix .cmi $(CMI): section rule if $(target-exists $(MLI)) $(CMI): $(MLI) else $(BYTE_TARGETS) $(CMI): $(BYTE_DEPS) $(BYTE_CMD) elseif $(BYTE_ENABLED) $(BYTE_TARGETS): section rule if $(target-exists $(MLI)) $(BYTE_TARGETS): $(BYTE_DEPS) $(CMI) $(BYTE_CMD) else $(BYTE_TARGETS) $(CMI): $(BYTE_DEPS) $(BYTE_CMD) $(CMI): section rule if $(target-exists $(MLI)) $(CMI): $(MLI) else $(BYTE_TARGETS) $(CMI): $(BYTE_DEPS) $(BYTE_CMD) elseif $(NATIVE_ENABLED) $(NATIVE_TARGETS): section rule if $(target-exists $(MLI)) $(NATIVE_TARGETS): $(NATIVE_DEPS) $(CMI) $(NATIVE_CMD) else $(NATIVE_TARGETS) $(CMI): $(NATIVE_DEPS) $(NATIVE_CMD) $(CMI): section rule if $(target-exists $(MLI)) $(CMI): $(MLI) else $(NATIVE_TARGETS) $(CMI): $(NATIVE_DEPS) $(NATIVE_CMD) return $(TARGETS) # # If the interfaces are to be installed, # define this variable to be true. # public.INSTALL_INTERFACES = false # # Install the library # # \begin{doc} # \fun{OCamlLibraryCopy} # # The \verb+OCamlLibraryCopy+ function copies a library to an install location. # # \verb+OCamlLibraryCopy(, , , )+ # # The \verb++ specify additional interface files # to be copied if the \verb+INSTALL_INTERFACES+ variable is true. # \end{doc} # public.OCamlLibraryCopy(tag, lib, name, ifiles) = # # Copy interfaces # if $(INSTALL_INTERFACES) private.MLIFILES = $(filter-targets $(addsuffix .mli, $(ifiles))) private.CMIFILES = $(addsuffix .cmi, $(ifiles)) foreach(src => ..., $(MLIFILES) $(CMIFILES)) $(lib)/$(basename $(src)): $(src) $(lib) :scanner: $(NOSCANNER) ln-or-cp $< $@ # Add to the install tag $(tag): $(file $(addprefix $(lib)/, $(basename $(MLIFILES) $(CMIFILES)))) # # Also install libraries # private.CLIB = $(file $(name)$(EXT_LIB)) private.BYTELIB = $(file $(name).cma) private.NATIVELIB = $(file $(name).cmxa) private.LIBCLIB = $(file $(lib)/$(name)$(EXT_LIB)) private.LIBBYTE = $(file $(lib)/$(name).cma) private.LIBNATIVE = $(file $(lib)/$(name).cmxa) # # Link libraries into lib directory # $(LIBBYTE): $(BYTELIB) ln-or-cp $< $@ $(LIBNATIVE): $(NATIVELIB) ln-or-cp $< $@ $(LIBCLIB): $(CLIB) ln-or-cp $< $@ # # Add dependencies to the target tag # public.FILES[] = if $(BYTE_ENABLED) FILES[] += $(LIBBYTE) export if $(NATIVE_ENABLED) FILES[] += $(LIBNATIVE) $(LIBCLIB) export $(tag): $(FILES) return $(FILES) # # We often use them together # # \begin{doc} # \fun{OCamlLibraryInstall} # # The \verb+OCamlLibraryInstall+ function builds a library # and copies it to an install location in one step. # # \verb+OCamlLibraryInstall(, , , )+ # \end{doc} # public.OCamlLibraryInstall(tag, lib, name, files) = OCamlLibrary($(name), $(files)) return $(OCamlLibraryCopy $(tag), $(lib), $(name), $(files)) # # Generic rule to build an OCaml program # name: the name of the target, without a suffix # files: names of the object files, without suffixes # # Other variables: # OCAML_LIBS: OCaml libraries target depends on, without suffix # OCAML_CLIBS: C libraries we depend on, without suffix # OCAML_OTHER_LIBS: OCaml libraries, without dependencies, without suffix # OCAML_BYTE_LINK_FLAGS: additional flags for byte compiler # OCAML_NATIVE_LINK_FLAGS: additional flags for native-code compiler # OCAML_LINK_FLAGS: general additional options (usually the -cclib options) # # \begin{doc} # \fun{OCamlProgram} # # The \verb+OCamlProgram+~function builds an OCaml~program. It # returns the array with all the targets for which it has defined the # rules (\verb+$(name)$(EXE)+ and \verb+$(name).run+ and/or # \verb+$(name).opt+, depending on the \verb+NATIVE_ENABLED+ and # \verb+BYTE_ENABLED+ variables). # # \verb+OCamlProgram(, )+ # # Additional variables used: # \begin{description} # \item[\hypervarxn{OCAML_LIBS}{OCAML\_LIBS}] Additional libraries # passed to the linker, without suffix. These files # become dependencies of the target program. # \item[\hypervarxn{OCAML_OTHER_LIBS}{OCAML\_OTHER\_LIBS}] Additional # libraries passed to the linker, without suffix. These # files do \emph{not} become dependencies of the target program. # \item[\hypervarxn{OCAML_CLIBS}{OCAML\_CLIBS}] C~libraries to pass to # the linker. # \item[\hypervarxn{OCAML_BYTE_LINK_FLAGS}{OCAML\_BYTE\_LINK\_FLAGS}] Flags # to pass to the bytecode~linker. # \item[\hypervarxn{OCAML_NATIVE_LINK_FLAGS}{OCAML\_NATIVE\_LINK\_FLAGS}] Flags # to pass to the native-code~linker. # \item[\hypervarxn{OCAML_LINK_FLAGS}{OCAML\_LINK\_FLAGS}] Flags to # pass to both linkers. # \end{description} # \end{doc} # public.OCamlProgram(program_name, ocaml_module_names) = # XXX: JYH: these variables should be marked private in 0.9.9 protected.PROGRAM_NAME = $(file $(program_name)) protected.CMOFILES = $(addsuffix .cmo, $(ocaml_module_names)) protected.CMXFILES = $(addsuffix .cmx, $(ocaml_module_names)) protected.OFILES = $(addsuffix $(EXT_OBJ), $(ocaml_module_names)) protected.CMAFILES = $(addsuffix .cma, $(OCAML_LIBS)) protected.CMXAFILES = $(addsuffix .cmxa, $(OCAML_LIBS)) protected.ARFILES = $(addsuffix $(EXT_LIB), $(OCAML_LIBS)) protected.CMA_OTHER_FILES = $(addsuffix .cma, $(OCAML_OTHER_LIBS)) protected.CMXA_OTHER_FILES = $(addsuffix .cmxa, $(OCAML_OTHER_LIBS)) protected.CLIBS = $(addsuffix $(EXT_LIB), $(OCAML_CLIBS)) protected.PROGRAM = $(file $(PROGRAM_NAME)$(EXE)) protected.BYTEPROGRAM = $(file $(PROGRAM_NAME).run) protected.OPTPROGRAM = $(file $(PROGRAM_NAME).opt) # # Rules to build byte-code and native targets # $(BYTEPROGRAM): $(CMAFILES) $(CMOFILES) $(CLIBS) $(OCAMLFIND) $(OCAMLLINK) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) \ $(OCAMLFLAGS) $(OCAMLCFLAGS) \ $(PREFIXED_OCAMLINCLUDES) $(OCAML_BYTE_LINK_FLAGS) \ -o $@ \ $(CMA_OTHER_FILES) $(CMAFILES) \ $(OCamlLinkSort $(CMOFILES)) \ $(CLIBS) $(OCAML_LINK_FLAGS) $(OPTPROGRAM): $(CMXAFILES) $(ARFILES) $(CMXFILES) $(OFILES) $(CLIBS) $(OCAMLFIND) $(OCAMLOPTLINK) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) \ $(OCAMLFLAGS) $(OCAMLOPTFLAGS) \ $(PREFIXED_OCAMLINCLUDES) $(OCAML_NATIVE_LINK_FLAGS) \ -o $@ \ $(CMXA_OTHER_FILES) $(CMXAFILES) \ $(OCamlLinkSort $(CMXFILES)) \ $(CLIBS) $(OCAML_LINK_FLAGS) # # Link the actual executables. # Always prefer native executables. # if $(NATIVE_ENABLED) $(PROGRAM): $(OPTPROGRAM) ln-or-cp $< $@ else $(PROGRAM): $(BYTEPROGRAM) ln-or-cp $< $@ return $(array $(PROGRAM), \ $(if $(NATIVE_ENABLED), $(OPTPROGRAM)), \ $(if $(BYTE_ENABLED), $(BYTEPROGRAM))) # # Generic rule to build an OCaml program that also depends on foreign (e.g. C) objects # # \begin{doc} # \fun{OCamlMixedProgram} # # The \verb+OCamlMixedProgram+ function builds an OCaml~program from # ML files and foreign objects. # # \verb+OCamlMixedProgram(, , )+ # # It is particularly useful if one or more ml-files contain # \verb+external+~definitions that are satisifed by the foreign-files. # It works similarly to \verb+OCamlProgram+, but also # \begin{enumerate} # \item adds dependencies of \verb++ to # \verb++ and # \item appends all objects defined by \verb++ to # \verb++. # \end{enumerate} # # The \verb++, \verb++, and \verb++ are # listed \emph{without} suffixes. # \end{doc} # public.OCamlMixedProgram(program_name, ocaml_module_names, foreign_module_names) = # XXX: JYH: these variables should be marked private in 0.9.9 protected.PROGRAM_NAME = $(file $(program_name)) protected.CMOFILES = $(addsuffix .cmo, $(ocaml_module_names)) protected.CMXFILES = $(addsuffix .cmx, $(ocaml_module_names)) protected.OFILES = $(addsuffix $(EXT_OBJ), $(ocaml_module_names)) protected.FOREIGN_OFILES = $(addsuffix $(EXT_OBJ), $(foreign_module_names)) protected.CMAFILES = $(addsuffix .cma, $(OCAML_LIBS)) protected.CMXAFILES = $(addsuffix .cmxa, $(OCAML_LIBS)) protected.ARFILES = $(addsuffix $(EXT_LIB), $(OCAML_LIBS)) protected.CMA_OTHER_FILES = $(addsuffix .cma, $(OCAML_OTHER_LIBS)) protected.CMXA_OTHER_FILES = $(addsuffix .cmxa, $(OCAML_OTHER_LIBS)) protected.CLIBS = $(addsuffix $(EXT_LIB), $(OCAML_CLIBS)) protected.PROGRAM = $(file $(PROGRAM_NAME)$(EXE)) protected.BYTEPROGRAM = $(file $(PROGRAM_NAME).run) protected.OPTPROGRAM = $(file $(PROGRAM_NAME).opt) # # Rules to build byte-code and native targets # $(BYTEPROGRAM): $(CMAFILES) $(CMOFILES) $(CLIBS) $(FOREIGN_OFILES) $(OCAMLFIND) $(OCAMLLINK) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) \ $(OCAMLFLAGS) $(OCAMLCFLAGS) \ $(PREFIXED_OCAMLINCLUDES) $(OCAML_BYTE_LINK_FLAGS) \ -o $@ \ $(CMA_OTHER_FILES) $(CMAFILES) \ $(OCamlLinkSort $(CMOFILES)) $(FOREIGN_OFILES) \ $(CLIBS) $(OCAML_LINK_FLAGS) $(OPTPROGRAM): $(CMXAFILES) $(ARFILES) $(CMXFILES) $(OFILES) $(CLIBS) $(FOREIGN_OFILES) $(OCAMLFIND) $(OCAMLOPTLINK) $(LAZY_OCAMLFINDFLAGS) $(PREFIXED_OCAMLPACKS) \ $(OCAMLFLAGS) $(OCAMLOPTFLAGS) \ $(PREFIXED_OCAMLINCLUDES) $(OCAML_NATIVE_LINK_FLAGS) \ -o $@ \ $(CMXA_OTHER_FILES) $(CMXAFILES) \ $(OCamlLinkSort $(CMXFILES)) $(FOREIGN_OFILES) \ $(CLIBS) $(OCAML_LINK_FLAGS) # # Link the actual executables. # Always prefer native executables. # if $(NATIVE_ENABLED) $(PROGRAM): $(OPTPROGRAM) ln-or-cp $< $@ else $(PROGRAM): $(BYTEPROGRAM) ln-or-cp $< $@ return $(array $(PROGRAM), \ $(if $(NATIVE_ENABLED), $(OPTPROGRAM)), \ $(if $(BYTE_ENABLED), $(BYTEPROGRAM))) # # Copy to $(BIN) directory # # \begin{doc} # \fun{OCamlProgramCopy} # # The \verb+OCamlProgramCopy+ function copies an OCaml program to an install location. # # \verb+OCamlProgramCopy(, , )+ # # Additional variables used: # \begin{description} # \item[NATIVE\_ENABLED] If the \hypervarx{NATIVE_ENABLED}{NATIVE\_ENABLED} is set, the native-code executable # is copied; otherwise the byte-code executable is copied. # \end{description} # \end{doc} # public.OCamlProgramCopy(tag, bin, name) = private.name = $(file $(name)) private.BYTEPROG = $(file $(name).run) private.OPTPROG = $(file $(name).opt) private.SRCNAME = $(if $(NATIVE_ENABLED), $(OPTPROG), $(BYTEPROG)) private.BINNAME = $(file $(bin)/$(basename $(name))$(EXE)) # # Link the actual executables. # Always prefer native executables. # $(BINNAME): $(SRCNAME) $(bin) ln-or-cp $< $@ # Add to phony tag. $(tag): $(BINNAME) return $(BINNAME) # # We often use them together # # \begin{doc} # \fun{OCamlProgramInstall} # # The \verb+OCamlProgramInstall+ function builds a programs and copies it to # an install location in one step. # # \verb+OCamlProgramInstall(, , , )+ # \end{doc} # public.OCamlProgramInstall(tag, bin, name, files) = OCamlProgram($(name), $(files)) return $(OCamlProgramCopy $(tag), $(bin), $(name)) # vim:tw=100:fo=tcq: omake-omake-0.10.7/lib/build/svn_realclean.om000066400000000000000000000076201472462630700210230ustar00rootroot00000000000000######################################################################## # Copyright (C) 2006 Aleksey Nogin # # Permission is hereby granted, free of charge, to any person # obtaining a copy of this file, to deal in the File without # restriction, including without limitation the rights to use, # copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the File, and to permit persons to whom the File # is furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be # included in all copies or substantial portions of the File. # # THE FILE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES # OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. # IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY # CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, # TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE # FILE OR THE USE OR OTHER DEALINGS IN THE FILE. ######################################################################## # This file defines an svn_realclean utility. The svn_realclean utility removes # all unversioned files in a subversion wc. # # Usage: svn_realclean [options] [dir1 [dir2 ...]] # Options are: # -f Do not ask whether to remove files # -i Ignore the file # -help Display this list of options # --help Display this list of options # If no directories are given, . is used. open configure/Configure .STATIC: SVN_AVAILABLE = $(CheckProg svn) Shell. += do_clean(IGNORES) = awk() case $'^[I?] ' f = $(file $2) if $(not $(mem $f, $(IGNORES))) println($"Removing $f...") rm -rf $f svn_realclean(argv) = if $(SVN_AVAILABLE) usage(msg,err) = println($"""$(msg) Usage: svn_realclean [options] [dir1 [dir2 ...]] Options are: -f Do not ask whether to remove files -i Ignore the file -help Display this list of options --help Display this list of options If no directories are given, . is used. """) exit($(err)) FORCE=false IGNORES[]= DIRS[] = $(dir .) while $(gt $(length $(argv)), 0) match $(nth 0, $(argv)) case $'^-f$' FORCE=true argv = $(nth-tl 1, $(argv)) export case $'^-i$' if $(gt $(length $(argv)), 1) IGNORES[] += $(file $(nth 1, $(argv))) argv = $(nth-tl 2, $(argv)) export else usage($"The -i option requires an argument", 1) export case $'^--?help$' usage($"The svn_realclean utility removes all unversioned files in a subversion wc.", 0) case $'^-' usage($"Unknown option: $(nth 0, $(argv))", 1) default DIRS[] = $(dir $(argv)) export if $(FORCE) svn st --no-ignore $(DIRS) | do_clean $(IGNORES) else # rm -ri will require a real stdin, so we can not use the same # "svn ... | do_clean" pipeline here. tmp = $(tmpfile svn_realclean) svn st --no-ignore $(DIRS) > $(tmp) awk($(tmp)) case $'^[I?] ' f = $(file $2) if $(not $(mem $f, $(IGNORES))) # println($"Removing $f...") rm -ri $f rm -f $(tmp) else eprintln($"svn_realclean requires the svn binary, but svn is missing") exit(1) # vim:tw=80:ts=4:et omake-omake-0.10.7/lib/configure/000077500000000000000000000000001472462630700165275ustar00rootroot00000000000000omake-omake-0.10.7/lib/configure/Configure.om000066400000000000000000000271371472462630700210170ustar00rootroot00000000000000# # Configuration utilities # # \begin{doc} # \chapter{Autoconfiguration functions and variables} # \label{chapter:autoconf} # \cutname{omake-autoconf.html} # \OMake{} standard library provides a number of functions and variables intended to help one write # build specifications that need to be capable of autoconfiguring itself to adjust to different # build environments. # # \section{General-purpose autoconfiguration functions} # The following general-purpose functions can be used to discover the properties of your build # environment in a fashion similar to the one used by GNU autoconf tool you may be familiar with. # It is recommended that these function be used from an appropriate \verb+static.+ block (see # Section~\ref{section:static.} for more information). # # In order to use the following general-purpose functions, you need to have the line # \begin{verbatim} # open configure/Configure # \end{verbatim} # included in your \verb+OMakefile+ or \verb+OMakeroot+. # \end{doc} open build/Common # # As of 0.9.9, all external variables mut be declared. # Since this module uses the C compiler, we must open build/C. # However, build/C also uses configuration, so we have a # circular dependency. The solution is to "autoload" C, # which means we load it on demand, breaking the cycle. # # In 0.9.8 this is a no-op. # autoload build/C # # A number of helper functions, using the autoconf names, when appropriate. # # \begin{doc} # \twofuns{ConfMsgChecking}{ConfMsgResult} # \begin{verbatim} # ConfMsgChecking() # ... # ConfMsgResult() # \end{verbatim} # The \verb+ConfMsgChecking+ function output message of the form \verb+--- Checking ... + # \emph{without} any trailing newline. After the test advertized by \verb+ConfMsgChecking+ is # performed, the \verb+ConfMsgResult+ function should be used to output the result. # # In certain cases users may want to redefine these function --- for example, to use a different # output formatting and/or to copy the messages to a log file. # # Example: # \begin{verbatim} # static. = # ConfMsgChecking(which foo to use) # foo = ... # ConfMsgResult($(foo)) # \end{verbatim} # \end{doc} # ConfMsgChecking(msg) = print($"--- Checking $(msg)... ") ConfMsgResult(msg) = println($"($(msg))") value $(msg) # \begin{doc} # \twofuns{ConfMsgWarn}{ConfMsgError} # \begin{verbatim} # ConfMsgWarn() # ConfMsgError() # \end{verbatim} # # Print a warning or an error message respectively. \verb+ConfMsgError+ would then abort \OMake. # \end{doc} ConfMsgWarn(msg) = msg[] = $(split $(nl), $(msg)) print($(concat $(EMPTY), $(add-wrapper $'--- *** ', $(nl), $(msg)))) ConfMsgError(msg) = msg[] = $(split $(nl), $(msg)) eprintln($"""*** ERROR: $(concat '$(nl)--- ', $(msg))""") exit(1) # # \begin{doc} # \twofuns{ConfMsgYesNo}{ConfMsgFound} # \begin{verbatim} # flag = $(ConfMsgYesNo # flag = $(ConfMsgFound # \end{verbatim} # # The \verb+ConfMsgFound+ function expects to receive a boolean flag describing whether a test # previously announced using the \hyperfun{ConfMsgChecking} found what it # was looking for. \verb+ConfMsgFound+ will output the appropriate result (``found'' or ``NOT found'') # using the \hyperfun{ConfMsgResult} and return its argument back. # # The \verb+ConfMsgYesNo+ function is similar, outputting a simple (``yes'' or ``NO''). # \end{doc} # ConfMsgYesNo(found) = ConfMsgResult($(if $(found), yes, NO)) return $(found) ConfMsgFound(found) = ConfMsgResult($(if $(found), found, NOT found)) return $(found) # \begin{doc} # \threefuns{TryCompileC}{TryLinkC}{TryRunC} # \begin{verbatim} # success = $(TryCompileC ) # success = $(TryLinkC ) # success = $(TryRunC ) # \end{verbatim} # # Given the \emph{text} of a C program, the \verb+TryCompileC+, \verb+TryLinkC+, and \verb+TryRunC+ # functions would try to compile / compile and link / compile, link, and run, the given program and return a boolean flag # indicating whether the attempt was successful. # # \verb+TryCompileC+ will use the \hypervarn{CC}, \hypervarn{CFLAGS} and \hypervarn{INCLUDES} variables # to run the C compiler. \verb+TryLinkC+ and \verb+TryRunC+ will also use the \hypervar{LDFLAGS} # to run the C compiler and linker. However, the flags like \verb+/WX+, \verb+-Werror+ and \verb+-warn-error+ # will be not be passed to the compiler, even if they occur in \verb+CFLAGS+. # # These functions are silent and should normally be used with an appropriate # \hyperfunn{ConfMsgChecking} $\ldots$ \hyperfunn{ConfMsgResult}. # \end{doc} ConfCleanCFLAGS(cflags) = value $(filter-out /WX -Werror --warn-error, $(cflags)) TryCompilingC(command, command_suffix, ext, prog, extra) = # The command line private.tmp_c = $(file $(tmpfile omake, .c)) private.tmp = $(file $(replacesuffixes .c, $"$(EMPTY)", $(tmp_c))) export command if $(and $(not $(equal $(CCOUT), $(LDOUT))), $(equal $(ext), $(EXE))) command[] += $(CCOUT)$(file $(tmp)$(EXT_OBJ)) $(LDOUT)$(file $(tmp)$(ext)) else command[] += $(CCOUT)$(file $(tmp)$(ext)) command[] += $(file $(tmp_c)) $(command_suffix) # The program program = $"""/* Configuration file; you can remove this. */ /* Command line: $(command) */ $(prog) """ # Compile it fprint($(tmp_c), $(program)) protected.result = $(shell-success $(command)) export result if $(result) switch $(extra) case Runs result = $(shell-success $(file $(tmp)$(EXE))) case Output result = try value $(shell $(file $(tmp)$(EXE))) default value $(not true) # Remove temporaries rm -f $(tmp_c) $(tmp)$(EXT_OBJ) $(tmp)$(EXE) return $(result) TryCompileC(prog) = return $(TryCompilingC $(CC) $(ConfCleanCFLAGS $(CFLAGS)) $(PREFIXED_INCLUDES) -c, $(EMPTY), $(EXT_OBJ), $(prog), None) TryLinkC(prog) = return $(TryCompilingC $(CC) $(ConfCleanCFLAGS $(CFLAGS)) $(PREFIXED_INCLUDES), $(LDFLAGS), $(EXE), $(prog), None) TryRunC(prog) = return $(TryCompilingC $(CC) $(ConfCleanCFLAGS $(CFLAGS)) $(PREFIXED_INCLUDES), $(LDFLAGS), $(EXE), $(prog), Runs) # \begin{doc} # \fun{RunCProg} # \begin{verbatim} # output = $(RunCProg ) # \end{verbatim} # # \verb+RunCProg+ is similar to the \hyperfun{RunCProg}, except that it # returns the output of the function (will return \verb+false+ if the program fails to compile # or run). # \end{doc} RunCProg(prog) = return $(TryCompilingC $(CC) $(ConfCleanCFLAGS $(CFLAGS)) $(PREFIXED_INCLUDES), $(LDFLAGS), $(EXE), $(prog), Output) # # Check whether a header file exists. # We call the C compiler. # # \begin{doc} # \twofuns{CheckCHeader}{VerboseCheckCHeader} # \begin{verbatim} # success = $(CheckCHeader ) # success = $(VerboseCheckCHeader ) # \end{verbatim} # # Use the \hyperfun{TryCompileC} to check whether your C compiler can locate # and process the specified headers files. # Will incude \verb++ before including the header files. # # Both functions return a boolean value. The \verb+CheckCHeader+ function is silent; the # \verb+VerboseCheckCHeader+ function will use the \hyperfunn{ConfMsgChecking} and # \hyperfunn{ConfMsgResult} functions to describe the test and the outcome. # # Example: # \begin{verbatim} # static. = # NCURSES_H_AVAILABLE = $(VerboseCheckCHeader ncurses.h) # \end{verbatim} # \end{doc} # public.CheckCHeader(files) = return $(TryCompileC $""" #ifdef __cplusplus extern "C" #endif #pragma warning( disable : 4100 ) #include $(add-wrapper $(nl)$'#include <', >, $(files)) int main(int argc, char **argv) { return 0; } """) public.VerboseCheckCHeader(files) = ConfMsgChecking(for $(files)) return $(ConfMsgFound $(CheckCHeader $(files))) # # Check whether the libraries have the given functions # # \begin{doc} # \twofuns{CheckCLib}{VerboseCheckCLib} # \begin{verbatim} # success = $(CheckCLib , ) # success = $(VerboseCheckCLib , ) # \end{verbatim} # # Use the \hyperfun{TryLinkC} to check whether your C compiler and linker can # find the named functions when linking with the named libraries. Will pass the \verb++ to # the compiler using the \verb+-l+ flag. # # Both functions return a boolean value. The \verb+CheckCLib+ function is silent; the # \verb+VerboseCheckCHeader+ function will use the \hyperfunn{ConfMsgChecking} and # \hyperfunn{ConfMsgResult} functions to describe the test and the outcome. # # Example: # \begin{verbatim} # static. = # NCURSES_LIB_AVAILABLE = $(VerboseCheckCLib ncurses, initscr setupterm tigetstr) # \end{verbatim} # \end{doc} # public.CheckCLib(libs, funs) = LDFLAGS += $(addprefix -l, $(libs)) return $(TryLinkC $""" #ifdef __cplusplus extern "C" #endif #pragma warning( disable : 4100 ) /* Override any gcc2 internal prototype to avoid an error. */ $(add-wrapper $(nl)extern char , $'();', $(funs)) int main(int argc, char **argv) { /* Usage */ $(add-wrapper $(nl) , $'();', $(funs)) return 0; } """) public.VerboseCheckCLib(libs, funs) = msg1 = $(if $(funs), $"""function$(if $(gt $(length $(funs)), 1), s) $(concat $", ", $(funs))""") msg2 = $(if $(libs), $"""librar$(if $(gt $(length $(libs)), 1), ies, y) $(concat $", ", $(libs))""") ConfMsgChecking($"""for $(msg1)$(if $(not $(or $(not $(funs)), $(not $(libs)))), $' in ')$(msg2)""") return $(ConfMsgFound $(CheckCLib $(libs), $(funs))) # # Backwards compatibility # # XXX: Once we decide how we are going to provide the multi-language support, # we should either update these or have them produce an "obsolete" warning. # public.CheckLib = $(CheckCLib) public.VerboseCheckLib = $(VerboseCheckCLib) public.CheckHeader = $(CheckCHeader) public.VerboseCheckHeader = $(VerboseCheckCHeader) # # Check whether a program exists in the PATH # # \begin{doc} # \fun{CheckProg} # \verb+success = $(CheckProg )+ # # Checks whether the program \verb++ exists in your path. Will use the # \hyperfunn{ConfMsgChecking} and # \hyperfunn{ConfMsgResult} functions to describe the test and the outcome. # # \end{doc} # public.CheckProg(prog) = ConfMsgChecking(for $(prog)) WHERE = $(where $(quote-argv $(prog))) if $(WHERE) ConfMsgResult(found $(nth 0, $(WHERE))) return true else ConfMsgResult(FAILED - no $(prog) found) return false # # \begin{doc} # \section{Translating \code{autoconf} scripts} # Some of the functions described above are very similar to the ones present in \verb+autoconf+. # Below is a brief translation table for such functions. # \begin{description} # \itemidx{AC\_MSG\_CHECKING} is very similar to \hyperfun{ConfMsgChecking}. # \itemidx{AC\_MSG\_RESULT} is very similar to \hyperfun{ConfMsgResult}. # \itemidx{AC\_MSG\_WARN} is very similar to \hyperfun{ConfMsgWarn}. # \itemidx{AC\_MSG\_ERROR} is very similar to \hyperfun{ConfMsgError}. # \itemidx{AC\_TRY\_COMPILE} is somewhat similar to \hyperfun{TryCompileC}, # except the \hyperfun{TryCompileC} returns a boolean value and only works for \verb+C+. Similarly, # \itemidx{AC\_TRY\_LINK} is approximated by \hyperfun{TryLinkC}, and # \itemidx{AC\_TRY\_RUN} is approximated by \hyperfun{TryRunC}. # \end{description} # # \section{Predefined configuration tests} # A number of configuration tests are already included in the standard library. # In order to use them in your project, simply \verb+open+ (see Section~\ref{section:include}) the # corresponding build file in your \verb+OMakefile+ and the tests will run the first time \OMake{} # is executed. Note that it is not a problem to \verb+open+ these files from more than one place in # your project --- if you do that, the test will still run only once. # \end{doc} # omake-omake-0.10.7/lib/configure/X.om000066400000000000000000000022041472462630700172710ustar00rootroot00000000000000# # Some basic test for X. # static. = X_LDFLAGS = X_INCLUDES = if $(CheckProg xmkmf) FOUND_INCLUDES = false FOUND_LIB = false ConfMsgChecking(for X library and header location") mkdir .conftest.dir CWD = $(dir .) cd .conftest.dir fprintln(Imakefile, $(EMPTY)) if $(and $(shell-success xmkmf), $(test -r Makefile)) awk(Makefile) case $'^[[:space:]]*INCROOT[[:space:]]*=[[:space:]]*\(.*\)$' FOUND_INCLUDES = true if $(not $(equal $1, /usr/include)) X_INCLUDES = $(dir $"$1") export export case $'^[[:space:]]*(USR)?LIBDIR[[:space:]]*=[[:space:]]*\(.*\)$' if $(glob iF, $1/libX11.*) FOUND_LIB = true if $(not $(mem $1, /usr/lib /lib)) X_LDFLAGS = $"-L$1" export export export ConfMsgFound($(and $(FOUND_INCLUDES), $(FOUND_LIB))) cd $(CWD) rm -rf .conftest.dir export X_LDFLAGS X_INCLUDES omake-omake-0.10.7/lib/configure/fam.om000066400000000000000000000041451472462630700176330ustar00rootroot00000000000000open configure/Configure # # Figure out if FAM is installed # .STATIC: FAM_AVAILABLE = false FAM_CFLAGS = FAM_CLIBS = if $(equal $(OSTYPE), Win32) FAM_AVAILABLE = true if $(equal $(CCOMPTYPE), msvc) FAM_CFLAGS = /DFAM_ENABLED /DFAM_PSEUDO export else FAM_CFLAGS = -DFAM_ENABLED -DFAM_PSEUDO export export else # Unix # check whether inotify can be used in Linux if $(equal $(SYSNAME), Linux) ConfMsgChecking(for inotify) if $(CheckHeader sys/inotify.h) ConfMsgResult(found) FAM_AVAILABLE = true FAM_CLIBS = FAM_CFLAGS = -DFAM_ENABLED -DFAM_PSEUDO -DFAM_INOTIFY FAM_CFLAGS += -DHAVE_INOTIFY_H export export # for another Unix systems if $(not $(FAM_AVAILABLE)) ConfMsgChecking(for FAM) # See if the FamOpen function exists FAM_AVAILABLE = $(and $(CheckHeader fam.h), $(CheckLib fam, FAMOpen)) # If native FAM doesn't exist, try using kqueue if $(FAM_AVAILABLE) FAM_CLIBS = -lfam FAM_CFLAGS = -DFAM_ENABLED ConfMsgResult(found) ConfMsgChecking($"whether FAM supports Gamin's extensions") if $(ConfMsgYesNo $(CheckLib fam, FAMNoExists)) FAM_CFLAGS += -DHAVE_FAMNOEXISTS export export elseif $(CheckHeader sys/event.h) ConfMsgResult(using kqueue) FAM_AVAILABLE = true FAM_CFLAGS = -DFAM_ENABLED -DFAM_PSEUDO -DFAM_KQUEUE FAM_CLIBS = if $(VerboseCheckHeader string.h) FAM_CFLAGS += -DHAVE_STRING_H export if $(VerboseCheckHeader strings.h) FAM_CFLAGS += -DHAVE_STRINGS_H export export else ConfMsgResult(NOT found) export export omake-omake-0.10.7/lib/configure/fs_case_sensitive.om000066400000000000000000000025441472462630700225650ustar00rootroot00000000000000open configure/Configure .STATIC: DETECT_FS_CASE_SENSITIVE = false DETECT_FS_CASE_SENSITIVE_CFLAGS = if $(equal $(OSTYPE), Win32) DETECT_FS_CASE_SENSITIVE = false export else ConfMsgChecking(for optimal filesystem case-sensitivity test) if $(TryLinkC $""" /* For statfs */ #include #include /* For getattrlist */ #include #include typedef struct vol_caps_buf { unsigned long size; vol_capabilities_attr_t caps; } vol_caps_buf_t; /* This is nonsense, but it includes every identifier we care about */ int main(int argc, char *argv[]) { struct statfs stat; statfs(".", &stat); struct attrlist alist; alist.bitmapcount = ATTR_BIT_MAP_COUNT; alist.volattr = ATTR_VOL_CAPABILITIES; vol_caps_buf_t buffer; getattrlist(stat.f_mntonname, &alist, &buffer, sizeof(buffer), 0); /* Check for the capabilities we need */ int foo = ATTR_VOL_CAPABILITIES + VOL_CAPABILITIES_FORMAT + VOL_CAP_FMT_CASE_SENSITIVE; return 0; } """) ConfMsgResult($"Mac OS X implementation, using getattrlist") DETECT_FS_CASE_SENSITIVE = true DETECT_FS_CASE_SENSITIVE_CFLAGS = -DDETECT_FS_CASE_SENSITIVE_GETATTRLIST export else ConfMsgResult(Generic) export omake-omake-0.10.7/lib/configure/moncontrol.om000066400000000000000000000010371472462630700212570ustar00rootroot00000000000000open configure/Configure # \begin{doc} # \subsection{Moncontrol configuration} # Add \verb+open configure/moncontrol+ line to your \verb+OMakefile+ to get access to the following # autoconfiguration variables. # \varlabel{MONCONTROL_AVAILABLE}{MONCONTROL\_AVAILABLE} A boolean flag telling whether the moncontrol # function is available in the standard C library. # # \end{doc} # .STATIC: MONCONTROL_AVAILABLE = false section MONCONTROL_AVAILABLE = $(VerboseCheckLib $(EMPTY), moncontrol) export MONCONTROL_AVAILABLE omake-omake-0.10.7/lib/configure/ncurses.om000066400000000000000000000033161472462630700205510ustar00rootroot00000000000000open configure/Configure # # ncurses configuration # # \begin{doc} # \subsection{NCurses library configuration} # Add \verb+open configure/ncurses+ line to your \verb+OMakefile+ to get access to the following # autoconfiguration variables. # \varlabel{NCURSES_AVAILABLE}{NCURSES\_AVAILABLE} A boolean flag that would be set when both # the \verb+curses.h+ header, the \verb+term.h+ header, and the \verb+ncurses+ library very found. # # \varlabel{NCURSES_TERMH_IN_NCURSES}{NCURSES\_TERMH\_IN\_NCURSES} A boolean flag that would be set # when \verb+term.h+ has to be included as \verb++ instead of \verb++. # # \varlabel{NCURSES_CFLAGS}{NCURSES\_CFLAGS} The \verb+CFLAGS+ to use when compiling ncurses code. # Will include \verb+-DNCURSES+ and \verb+-DTERMH_IN_NCURSES+, respectively # when \verb+NCURSES_AVAILABLE+ and \verb+NCURSES_TERMH_IN_NCURSES+ are true. # # \varlabel{NCURSES_CLIBS}{NCURSES\_CLIBS} The \verb+LDFLAGS+ to use when linking ncurses code. # Will normally contain \verb+-lncurses+ when ncurses is found and remain empty otherwise. # \end{doc} # # \end{doc} # .STATIC: NCURSES_AVAILABLE = false NCURSES_TERMH_IN_NCURSES = false if $(not $(equal $(OSTYPE), Win32)) ConfMsgChecking(for ncurses) NCURSES_TERMH_IN_NCURSES = $(CheckHeader ncurses/term.h) NCURSES_AVAILABLE = $(ConfMsgFound $(and $(CheckHeader ncurses.h), $(or $(NCURSES_TERMH_IN_NCURSES), $(CheckHeader term.h)), $(CheckLib ncurses, initscr setupterm tigetstr))) export NCURSES_CFLAGS[] = $(if $(NCURSES_AVAILABLE), -DNCURSES, $(EMPTY_ARRAY)) $(if $(NCURSES_TERMH_IN_NCURSES), -DTERMH_IN_NCURSES, $(EMPTY_ARRAY)) NCURSES_CLIBS = $(if $(NCURSES_AVAILABLE), -lncurses) omake-omake-0.10.7/lib/configure/posix_spawn.om000066400000000000000000000010511472462630700214330ustar00rootroot00000000000000open configure/Configure # \begin{doc} # \subsection{Posix_spawn configuration} # Add \verb+open configure/posix_spawn+ line to your \verb+OMakefile+ to get access to the following # autoconfiguration variables. # \varlabel{POSIX_SPAWN_AVAILABLE}{POSIX\_SPAWN\_AVAILABLE} A boolean flag telling whether the posix_spawn # function is available in the standard C library. # # \end{doc} # .STATIC: POSIX_SPAWN_AVAILABLE = false section POSIX_SPAWN_AVAILABLE = $(VerboseCheckLib $(EMPTY), posix_spawn) export POSIX_SPAWN_AVAILABLE omake-omake-0.10.7/lib/configure/readline.om000066400000000000000000000036761472462630700206630ustar00rootroot00000000000000# # Readline configuration # # \begin{doc} # \subsection{ReadLine library configuration} # Add \verb+open configure/readline+ line to your \verb+OMakefile+ to get access to the following # autoconfiguration variables. # \varlabel{READLINE_AVAILABLE}{READLINE\_AVAILABLE} A boolean flag that would be set when both # the \verb+readline/readline.h+ header, the \verb+readline/history.h+ header, and the \verb+readline+ # library very found. # # \varlabel{READLINE_GNU}{READLINE\_GNU} A boolean flag that would be set # when the GNU version of the readline library is found (as opposed to the BSD one). # # \varlabel{READLINE_CFLAGS}{READLINE\_CFLAGS} The \verb+CFLAGS+ to use when compiling readline code. # Will include \verb+-DREADLINE_ENABLED+ and \verb+-DREADLINE_GNU+, respectively # when \verb+READLINE_AVAILABLE+ and \verb+READLINE_GNU+ are true. # # \varlabel{READLINE_CLIBS}{READLINE\_CLIBS} The \verb+LDFLAGS+ to use when linking readline code. # Will normally contain \verb+-lncurses -lreadline+ when readline is found and remain empty otherwise. # \end{doc} # # open configure/Configure open configure/ncurses .STATIC: READLINE_AVAILABLE = false READLINE_CLIBS = READLINE_CFLAGS = READLINE_GNU = false if $(and $(NCURSES_AVAILABLE), $(not $(equal $(OSTYPE), Win32))) ConfMsgChecking(for readline) # Test that readline exists if $(and $(CheckHeader readline/readline.h readline/history.h), $(CheckLib ncurses readline, tgetent tgetstr readline)) READLINE_AVAILABLE = true READLINE_CLIBS = -lncurses -lreadline READLINE_CFLAGS += -DREADLINE_ENABLED # Test for GNU if $(CheckLib ncurses readline, history_list) READLINE_GNU = true READLINE_CFLAGS += -DREADLINE_GNU export export ConfMsgResult($(if $(READLINE_AVAILABLE), $"found, $(if $(not $(READLINE_GNU)), non-)GNU", NOT found)) export omake-omake-0.10.7/lib/configure/snprintf.om000066400000000000000000000010151472462630700207240ustar00rootroot00000000000000open configure/Configure # \begin{doc} # \subsection{Snprintf configuration} # Add \verb+open configure/snprintf+ line to your \verb+OMakefile+ to get access to the following # autoconfiguration variables. # \varlabel{SNPRINTF_AVAILABLE}{SNPRINTF\_AVAILABLE} A boolean flag telling whether the snprintf # function is available in the standard C library. # # \end{doc} # .STATIC: SNPRINTF_AVAILABLE = false section SNPRINTF_AVAILABLE = $(VerboseCheckLib $(EMPTY), snprintf) export SNPRINTF_AVAILABLE omake-omake-0.10.7/lib/parse/000077500000000000000000000000001472462630700156605ustar00rootroot00000000000000omake-omake-0.10.7/lib/parse/C/000077500000000000000000000000001472462630700160425ustar00rootroot00000000000000omake-omake-0.10.7/lib/parse/C/Lex.om000066400000000000000000000104751472462630700171360ustar00rootroot00000000000000# # Lexer for C code # # # The types value keeps track of type definitions # public.types. = extends $(Map) # Initial base types $|void| = type_builtin $|char| = type_builtin $|int| = type_builtin $|float| = type_builtin $|double| = type_builtin # # GCC extensions # $|__builtin_va_list| = type public.const.add-type-name(v) = types = $(types.add $(v), type) export # # Keywords # public.keywords. = extends $(Map) $|auto| = tyclass $|break| = break $|case| = case $|const| = tyqual $|continue| = break $|default| = default $|do| = do $|else| = else $|enum| = enum $|extern| = tyclass $|for| = for $|goto| = goto $|if| = if $|inline| = tyclass $|long| = tymod $|register| = tyclass $|return| = return $|short| = tymod $|signed| = tyqual $|sizeof| = sizeof $|static| = tyclass $|struct| = struct $|switch| = switch $|typedef| = typedef $|union| = struct $|unsigned| = tyqual $|volatile| = tyqual $|while| = while $|asm| = asm # # GCC extensions # $|__attribute__| = __attribute__ $|__extension__| = __extension__ $|__const| = tyqual $|__volatile| = tyqual $|__inline| = tyclass $|__inline__| = tyclass $|__restrict| = tyqual $|__signed| = tyqual $|__asm__| = asm $|__asm| = asm # # Our extensions # $|__dll_callback| = callback $|__dll_hidden| = tyclass $|__tagged_union| = __tagged_union # # Operators # public.operators. = extends $(Map) $|(| = lparen $|)| = rparen $|[| = lbrack $|]| = rbrack $|{| = lbrace $|}| = rbrace $|->| = binop0 $|.| = binop0 $|!| = unop1 $|~| = unop1 $|++| = incop1 $|--| = incop1 $|*| = star $|&| = amp $|-| = minus $|+| = plus # |*| = binop2 $|/| = binop2 $|%| = binop2 # |+| = binop3 # |-| = binop3 $|<<| = binop4 $|>>| = binop4 $|<| = binop5 $|<=| = binop5 $|>=| = binop5 $|>| = binop5 $|==| = binop6 $|!=| = binop6 # |&| = binop7 $|^| = binop8 $|&&| = binop10 $|?| = quest $|:| = colon $|+=| = eqop13 $|-=| = eqop13 $|*=| = eqop13 $|/=| = eqop13 $|&=| = eqop13 $|^=| = eqop13 $|%=| = eqop13 $|<<=| = eqop13 $|>>=| = eqop13 $|=| = eq $|,| = comma $|;| = semi $|...| = elide operators = $(operators.add |, binop9) operators = $(operators.add ||, binop11) operators = $(operators.add $'|=', eqop13) ######################################################################## # The lexer # public.c_lexer. = extends $(Lexer) # # If all else fails, its a syntax error # other: . eprintln(Illegal character: $0) this.lex() # # Numbers # int: $'([[:digit:]]+|0x[[:xdigit:]]*)[UL]?[UL]?' Token.pair(int, $0) float: $'([[:digit:]]+[.][[:digit:]]*([eE][+-]?[[:digit:]]*)?|[.][[:digit:]]+([eE][+-]?[[:digit:]]*)?)L?' Token.pair(float, $0) # # Strings and chars # string: $'"(\\.|[^"])*"' Token.pair(string, $0) char: $''['](\\.|[^'])*[']'' Token.pair(char, $0) # # Names # id: $'[[:alpha:]_][[:alnum:]_]*' private.id = $0 if $(keywords.mem $(id)) Token.pair($(keywords.find $(id)), $(id)) elseif $(types.mem $(id)) Token.pair($(types.find $(id)), $(id)) else Token.pair(id, $(id)) # # Operators # op: $'[-+*/%^|&!~)(}{.<>?:=,;]|\[|\]|[|][|]|&&|<<|>>|->|++|--|[-+*/&^%<>=!|]=|<<=|>>=|[.][.][.]' Token.pair($(operators.find $0), $0) # # CPP directive # cpp: $'#[[:space:]]*[[:alpha:]](\\\n|[^\n])*' this.lex() line: $'#[[:space:]]*\([[:digit:]]+\)[[:space:]]*"\((\\.|[^"\n])*\)"(\\\n|[^\n])*' this.set-line($2, $1) this.lex() # # Ignore comments and whitespace # white: $'[[:space:]]+' this.lex() normal-comment: $'/[*]([*][^/]|[^*])*[*]/' this.lex() line-comment: $'//[^\n]*\n' this.lex() # # End of file # eof: $"\'" Token.unit(eof) omake-omake-0.10.7/lib/parse/C/Parse.om000066400000000000000000003520231472462630700174560ustar00rootroot00000000000000# # Parser for C code # # \begin{doc} # \section{C Parser} # \cutname{c-parser.html} # # The standard library file \verb+parse/C/Parse.om+ implements a # parser for the C language. The following code fragment gives # an example of a function to parse a file. # # \begin{verbatim} # open parse/C/Parse # # parse-file(filename) = # prog = $(parser.parse-file prog, $(filename)) # ... # \end{verbatim} # # The value \verb+prog+ that is returned is derived from the # object \verb+Prog+~\ref{object:C/Parse::Prog}, which splits # the program into the following parts: 1) an array of definitions, # 2) a table of \verb+struct+ definitions, 3) a table of # \verb+enum+ definitions, and 4) a table of \verb+typedef+s. # # Each of the programs parts is defined through the following # objects in the form of an \emph{abstract syntax tree} (AST), # with methods for performing some operations like resolving type # definitions, printing out the tree, \textit{etc}. # # The AST is defined through the following classes, where we use # the notation \verb+C/Parse::+ to represent an # object in the C AST. # \end{doc} # open parse/C/Lex private. = semi = $";" space = $" " tab = $" " tnl = $(nl)$(tab) comma = $", " eof = $"\\'" empty[] = ######################################################################## # This is all the info we collect on the side. # public. = # # \begin{doc} # \obj{C/Parse::TypeTable} # Extends: \verb+Map+~\ref{object:Map} # # This object represents a table that maps type names to # \verb+Type+~\ref{object:C/Parse::Type} values. # \end{doc} # TypeTable. = extends $(Map) this. = name = type this.const. = to-string() = s = this.foreach(v, ty) => s = $(s)$"/* $(name) $(v) = $(ty.to-string); */$(nl)" export value $(s) # For constructing type names name-index = 0 # For prettier printing of struct names PRINT_NAME = false # Used to decide when removal of type qualifiers is allowed IS_POINTER = false IS_EXTERN = false public. = # # Are we parsing C++? # NOTE: only the C fragment of C++ and references are currently supported. # Cxx = false # # The public types and parser # public. = # # \begin{doc} # \obj{C/Parse::Base} # # The base class from which all parser objects are derived. # # Fields: # \begin{itemize} # \item \verb+loc : Location+~\ref{object:Location} the location of the item. # \end{itemize} # # Every parser item has a location, which is initialized to the value # of \verb+parse-loc+ at the time the item is created. # # \textbf{Note:} if you are defining new items manually, you must define # \verb+parse-loc+ manually. For example, here is the definition of # the method \verb+Type.reference()+. # # \begin{verbatim} # Type. = # class Type # ... # reference() = # parse-loc = $(this.loc) # return $(TypePoiunter.make $(this)) # \end{verbatim} # \end{doc} # Base. = class Base declare loc this.const. = make-loc() = loc = $(parse-loc) return $(this) array-to-string(l) = s = foreach(x => ..., $(l)) s = $(s)$(x.to-string) export value $(s) array-to-string-pre(l, pre) = s = foreach(x => ..., $(l)) s = $(s)$(pre)$(x.to-string) export value $(s) array-to-string-wrap(l, pre, post) = s = foreach(x => ..., $(l)) s = $(s)$(pre)$(x.to-string)$(post) export value $(s) array-to-string-term(l, term) = s = foreach(x => ..., $(l)) s = $(s)$(x.to-string)$(term) export value $(s) array-to-string-sep(l, sep) = s = sepx = foreach(x => ..., $(l)) s = $(s)$(sepx)$(x.to-string) sepx = $(sep) export value $(s) array-to-identifier-term(l, term) = s = foreach(x => ..., $(l)) s = $(s)$(x.to-identifier)$(term) export value $(s) array-to-identifier-sep(l, sep) = s = sepx = foreach(x => ..., $(l)) s = $(s)$(sepx)$(x.to-identifier) sepx = $(sep) export value $(s) ######################################################################## # A complete program # \begin{doc} # \obj{C/Parse::Prog} # Extends: \verb+Base+~\ref{object:C/Parse::Base}. # # The \verb+Prog+ object is used to represent the abstract # syntax tree for a C program. The program has four parts. # # \begin{itemize} # \item \verb+defs : Definition Array+~\ref{object:C/Parse::Definition} # is the list of declarations and definitions # in the program. # \item \verb+typedefs : TypeTable+~\ref{object:C/Parse::TypeTable} # is a table that maps type names to their definitions. # \item \verb+structs : TypeTable+~\ref{object:C/Parse::TypeTable} # is a table of structure definitions. # \item \verb+tagged-unions : TypeTable+~\ref{object:C/Parse::TypeTable} # is a table that maps ``tagged'' unions to their definitions. # A tagged union is a C union in which one integer field, the ``tag'', # specifies the variant. # \item \verb+enums : TypeTable+~\ref{object:C/Parse::TypeTable} # is a table that maps enumeration names to their definitions. # \end{itemize} # \end{doc} # Prog. = class Prog extends $(Base) this. = defs = $(empty) typedefs. = extends $(TypeTable) name = typedef structs. = extends $(TypeTable) name = struct tagged-unions. = extends $(TypeTable) name = __tagged_union enums. = extends $(TypeTable) name = enum # # Info about the anonymous types # type-names. = extends $(Map) anon-struct-types = $(empty) anon-enum-types = $(empty) this.const. = # # Adding to the tables # add-defs(defs) = this.defs = $(defs) return $(this) add-struct(name, info) = structs = $(structs.add $(name), $(info)) return $(this) add-tagged-union(name, info) = tagged-unions = $(tagged-unions.add $(name), $(info)) return $(this) add-enum(name, info) = enums = $(enums.add $(name), $(info)) return $(this) add-typedef(name, def) = typedefs = $(typedefs.add $(name), $(def)) return $(this) add-type-name(name, def) = type-names = $(type-names.add $(name), $(def)) return $(this) add-anon-struct-type(info) = anon-struct-types[] += $(info) return $(this) add-anon-enum-type(info) = anon-enum-types[] += $(info) return $(this) # # Print it out # to-string() = value $"""$(array-to-string-term $(defs), $(nl)) $(typedefs.to-string)""" # $(structs.to-string) # $(enums.to-string)""" # # This is the actual program # public.prog = $(Prog) public. = ######################################################################## # Operators # # \begin{doc} # \obj{C/Parse::Op} # Extends: \verb+Base+~\ref{object:C/Parse::Base}. # # The \verb+Op+ object represents an operator. # # Fields: # \begin{itemize} # \item \verb+op : String+ is the name of the operator # \end{itemize} # # \obj{C/Parse::Unop} # # Extends: \verb+C/Parse::Op+~\ref{object:C/Parse::Op}. # # Unary operators. # # \obj{C/Parse::Binop} # # Extends: \verb+C/Parse::Op+~\ref{object:C/Parse::Op}. # # \obj{C/Parse::Ternop} # # Extends: \verb+C/Parse::Op+~\ref{object:C/Parse::Op}. # # Ternary operators (in C, this is only \verb+exp ? exp : exp+). # # \end{doc} # Op. = class Op extends $(Base) this.op = this.const. = make(op) = this = $(make-loc) this.op = $(op) return $(this) to-string() = value $(op) Unop. = class Unop extends $(Op) Binop. = class Binop extends $(Op) Ternop. = class Ternop extends $(Op) ######################################################################## # Expressions # # \begin{doc} # \obj{C/Parse::Exp} # Extends: \verb+Base+~\ref{object:C/Parse::Base}. # # The base class for expressions. # # \obj{C/Parse::LiteralExp} # # Extends: \verb+C/Parse::Exp+~\ref{object:C/Parse::Exp}. # # A \verb+LiteralExp+ represents a constant. # # Fields: # # \begin{itemize} # \item \verb+val : String+ the string representation of the constant. # \end{itemize} # # \obj{C/Parse::CharExp} # # Extends: \verb+C/Parse::LiteralExp+~\ref{object:C/Parse::LiteralExp}. # # A character constant. The field \verb+val+ is the constant \emph{with} # quotations, for example \verb+'\n'+. # # \obj{C/Parse::IntExp} # # Extends: \verb+C/Parse::LiteralExp+~\ref{object:C/Parse::LiteralExp}. # # An integer constant. The field \verb+val+ is the constant in source # form, with any radix prefix and/or precision suffix, for example # \verb+0xabcdL+. # # \obj{C/Parse::FloatExp} # # Extends: \verb+C/Parse::LiteralExp+~\ref{object:C/Parse::LiteralExp}. # # An floating-pointer constant. The field \verb+val+ is the constant in source # form, for example \verb+31.415926e-1+. # # \obj{C/Parse::StringExp} # # Extends: \verb+C/Parse::LiteralExp+~\ref{object:C/Parse::LiteralExp}. # # A string constant. The field \verb+val+ is the constant in source # form, with quotes, for example \verb+"Hello world\n"+. # # \obj{C/Parse::IdExp} # # Extends: \verb+C/Parse::LiteralExp+~\ref{object:C/Parse::LiteralExp}. # # An identifier (a type or variable name). The field \verb+val+ is the # name of the identifier. # \end{doc} # Exp. = class Exp extends $(Base) this.const. = make-exp() = value $(make-loc) NoneExp. = class NoneExp extends $(Exp) this.const. = make() = make-exp() to-string() = LiteralExp. = class LiteralExp extends $(Exp) this. = val = this.const. = make(val) = this = $(make-exp) this.val = $(val) return $(this) to-string() = value $(val) CharExp. = class CharExp extends $(LiteralExp) IntExp. = class IntExp extends $(LiteralExp) FloatExp. = class FloatExp extends $(LiteralExp) StringExp. = class StringExp extends $(LiteralExp) IdExp. = class IdExp extends $(LiteralExp) # # Objects in the AST. # # \begin{doc} # \obj{C/Parse::Exp1} # # Extends: \verb+C/Parse::Exp+~\ref{object:C/Parse::Exp}. # # This is an expression with an operator an one subexpression. # # Fields: # # \begin{itemize} # \item \verb+op : Unop+~\ref{object:C/Parse::Unop} the operator. # \item \verb+arg : Exp+~\ref{object:C/Parse::Exp} the subexpression. # \end{itemize} # # \obj{C/Parse::PreExp1} # # Extends: \verb+C/Parse::Exp1+~\ref{object:C/Parse::Exp1}. # # A pre-operation, such as \verb+--i+. # # \obj{C/Parse::PostExp1} # # Extends: \verb+C/Parse::Exp1+~\ref{object:C/Parse::Exp1}. # # A post-operation, such as \verb+i--+. # # \end{doc} # Exp1. = class Exp1 extends $(Exp) this. = op = arg = this.const. = make(op, arg) = this = $(make-exp) this.op = $(Unop.make $(op)) this.arg = $(arg) return $(this) to-string() = value $"$(op.to-string)$(arg.to-string)" PreExp1. = class PreExp1 extends $(Exp1) PostExp1. = class PostExp1 extends $(Exp1) this.const. = to-string() = return $"$(arg.to-string)$(op.to-string)" # # \begin{doc} # \obj{C/Parse::Exp2} # # Extends: \verb+C/Parse::Exp+~\ref{object:C/Parse::Exp}. # # An expression with an operator and two subexpressions, # for example, \verb+1 - 2+. # # Fields: # # \begin{itemize} # \item \verb+op : Binop+~\ref{object:C/Parse::Binop} the operator. # \item \verb+arg1, arg2 : Exp+~\ref{object:C/Parse::Exp} the subexpressions. # \end{itemize} # # \obj{C/Parse::AssignExp} # # Extends: \verb+C/Parse::Exp2+~\ref{object:C/Parse::Exp2}. # # This represents an assignment operation. The operator # can be either a simple assignment \verb+x = 1+, or # involve computation \verb+x *= 2+. # # \end{doc} # Exp2. = class Exp2 extends $(Exp) this. = op = arg1 = arg2 = this.const. = make(op, arg1, arg2) = this = $(make-exp) this.op = $(Binop.make $(op)) this.arg1 = $(arg1) this.arg2 = $(arg2) return $(this) to-string() = value $"$(arg1.to-string) $(op.to-string) $(arg2.to-string)" AssignExp. = class AssignExp extends $(Exp2) # # \begin{doc} # \obj{C/Parse::Exp3} # # Extends: \verb+C/Parse::Exp+~\ref{object:C/Parse::Exp}. # # This represents an expression with two operators and three # subexpressions. In plain C, there is only one expression # of this form, \verb+exp ? exp : exp+. The first operator # is \verb+?+ and the second is \verb+:+. # # Fields: # # \begin{itemize} # \item \verb+op1, op2 : Ternop+~\ref{object:C/Parse::Ternop}. # \item \verb+arg1, arg2, arg3 : Exp+~\ref{object:C/Parse::Exp}. # \end{itemize} # \end{doc} # Exp3. = class Exp3 extends $(Exp) this. = op1 = op2 = arg1 = arg2 = arg3 = this.const. = make(arg1, op1, arg2, op2, arg3) = this = $(make-exp) this.op1 = $(Ternop.make op1) this.op2 = $(Ternop.make op2) this.arg1 = $(arg1) this.arg2 = $(arg2) this.arg3 = $(arg3) return $(this) to-string() = value $"$(arg1.to-string) $(op1.to-string) $(arg2.to-string) $(op2.to-string) $(arg3.to-string)" # # Other expressions # # \begin{doc} # \obj{C/Parse::ParensExp} # # Extends: \verb+C/Parse::Exp+~\ref{object:C/Parse::Exp}. # # A parenthesized expression. # # Fields: # # \begin{itemize} # \item \verb+exp : Exp+~\ref{object:C/Parse::Exp} the subexpression. # \end{itemize} # \end{doc} # ParensExp. = class ParensExp extends $(Exp) this. = exp = this.const. = make(exp) = this = $(make-exp) this.exp = $(exp) return $(this) to-string() = return $"($(exp.to-string))" # # \begin{doc} # \obj{C/Parse::StmtExp} # # Extends: \verb+C/Parse::Exp+~\ref{object:C/Parse::Exp}. # # (GCC-specific) A compound statement expression, # for example \verb+({ x = 1; y = 2; })+. # # Fields: # # \begin{itemize} # \item \verb+stmt : Exp+~\ref{object:C/Parse::Exp} the statement, # represented as an expression. # \end{itemize} # \end{doc} # StmtExp. = class StmtExp extends $(Exp) this. = stmt = this.const. = make(stmt) = this = $(make-exp) this.stmt = $(stmt) return $(this) to-string() = return $"($(stmt.to-string))" # # \begin{doc} # \obj{C/Parse::SubscriptExp} # # Extends: \verb+C/Parse::Exp+~\ref{object:C/Parse::Exp}. # # A subscripting operation \verb+arg1[arg2]+. # # Fields: # # \begin{itemize} # \item \verb+arg1, arg2 : Exp+~\ref{object:C/Parse::Exp} the subexpressions. # \end{itemize} # \end{doc} # SubscriptExp. = class SubscriptExp extends $(Exp) this. = arg1 = arg2 = this.const. = make(arg1, arg2) = this = $(make-exp) this.arg1 = $(arg1) this.arg2 = $(arg2) return $(this) to-string() = value $"$(arg1.to-string)[$(arg2.to-string)]" # # \begin{doc} # \obj{C/Parse::ApplyExp} # # Extends: \verb+C/Parse::Exp+~\ref{object:C/Parse::Exp}. # # A function application \verb+f(arg1, ..., argN)+. # # Fields: # # \begin{itemize} # \item \verb+var : String+ the function. # \item \verb+args : Exp Array+~\ref{object:C/Parse::Exp} the arguments to the function. # \end{itemize} # \end{doc} # ApplyExp. = class ApplyExp extends $(Exp) this. = var = args = this.const. = make(var, args) = this = $(make-exp) this.var = $(var) this.args = $(args) return $(this) to-string() = value $"$(var)($(array-to-string-sep $(args), $(comma)))" # # \begin{doc} # \obj{C/Parse::CastExp} # # Extends: \verb+C/Parse::Exp+~\ref{object:C/Parse::Exp}. # # A type cast \verb+(type) exp+. # # Fields: # # \begin{itemize} # \item \verb+type : Type+~\ref{object:C/Parse::Type} the type. # \item \verb+exp : Exp+~\ref{object:C/Parse::Exp} the expression to be cast. # \end{itemize} # \end{doc} # CastExp. = class CastExp extends $(Exp) this. = type = exp = this.const. = make(type, exp) = this = $(make-exp) this.type = $(type) this.exp = $(exp) return $(this) to-string() = value $"($(type.to-string)) $(exp.to-string)" # # \begin{doc} # \obj{C/Parse::SizeofExp} # # Extends: \verb+C/Parse::Exp+~\ref{object:C/Parse::Exp}. # # A \verb+sizeof+ expression, for example \verb+sizeof(int)+ or \verb+sizeof(1 - 2)+. # # Fields: # # \begin{itemize} # \item \verb+val : Type+~\ref{object:C/Parse::Type} or \verb+val : Exp+~\ref{object:C/Parse::Exp}. # \end{itemize} # \end{doc} # SizeofExp. = class SizeofExp extends $(Exp) this. = val = this.const. = make(val) = this = $(make-exp) this.val = $(val) return $(this) to-string() = value $"sizeof($(val.to-string))" ######################################################################## # Initializers # # \begin{doc} # \obj{C/Parse::Initializer} # Extends: \verb+Base+~\ref{object:C/Parse::Base}. # # An initial value. # # \obj{C/Parse::InitExp} # Extends: \verb+C/Parse::Initializer+~\ref{object:C/Parse::Initializer}. # # An expression initializer. In plain C, the expression must be constant, # for example the expression \verb+1 - 2+ in \verb+int x = 1 - 2+. # # Fields: # \begin{itemize} # \item \verb+exp : Exp+~\ref{object:C/Parse::Exp} the expression. # \end{itemize} # # \obj{C/Parse::InitArray} # Extends: \verb+C/Parse::Initializer+~\ref{object:C/Parse::Initializer}. # # An array initializer, for example \verb+int x[] = { 1, 2, 3 };+. # # Fields: # \begin{itemize} # \item \verb+exp_list : Initializer Array+~\ref{object:C/Parse::Initializer} the list of initial values. # \end{itemize} # # \obj{C/Parse::InitField} # Extends: \verb+C/Parse::Initializer+~\ref{object:C/Parse::Initializer}. # # A structure field initializer (GCC-specific). The following definition # contains field initializers of the form \verb+ : +. # # \begin{verbatim} # struct foo { int x, y; }; # struct foo z = { y: 1; x: 1 + 2; }; # \end{verbatim} # # Fields: # \begin{itemize} # \item \verb+name : String+ the identifier. # \item \verb+exp : Initializer+~\ref{object:C/Parse::Initializer} the initializer. # \end{itemize} # \end{doc} # Initializer. = class Initializer extends $(Base) this.const. = make-init() = make-loc() to-string() = value Initializer InitExp. = class InitExp extends $(Initializer) this.exp = this.const. = make(exp) = this = $(make-init) this.exp = $(exp) return $(this) to-string() = value $"/*InitExp*/ $(exp.to-string)" InitArray. = class InitArray extends $(Initializer) this.exp_list = this.const. = make(exp_list) = this = $(make-init) this.exp_list = $(exp_list) return $(this) to-string() = value $"/*InitArray*/{ ... }" InitField. = class InitField extends $(Initializer) this. = name = exp = this.const. = make(name, exp) = this = $(make-init) this.name = $(name) this.exp = $(exp) return $(this) to-string() = value $"/*InitField*/ $(name): $(exp.to-string)" ######################################################################## # Statements # # \begin{doc} # \obj{C/Parse::Stmt} # Extends: \verb+Base+~\ref{object:C/Parse::Base}. # # A statement. # # \obj{C/Parse::EmptyStmt} # Extends: \verb+C/Parse::Stmt+~\ref{object:C/Parse::Stmt}. # # An empty statement, \verb+;+. # # \obj{C/Parse::ExpStmt} # Extends: \verb+C/Parse::Stmt+~\ref{object:C/Parse::Stmt}. # # An expression statement, for example \verb+1;+. # # Fields: # \begin{itemize} # \item \verb+exp : Exp+~\ref{object:C/Parse::Exp} the expression # \end{itemize} # \end{doc} # Stmt. = class Stmt extends $(Base) this.const. = make-stmt() = make-loc() EmptyStmt. = class EmptyStmt extends $(Stmt) this.const. = make() = make-stmt() to-string() = return $";" ExpStmt. = class ExpStmt extends $(Stmt) this. = exp = this.const. = make(exp) = this = $(make-stmt) this.exp = $(exp) return $(this) to-string() = return $"$(exp.to-string);" # # \begin{doc} # \obj{C/Parse::DefaultStmt} # Extends: \verb+C/Parse::Stmt+~\ref{object:C/Parse::Stmt}. # # Labels and cases are modeled as statements. # The \verb+DefaultStmt+ represents the syntax \verb+default:+. # # Fields: # \begin{itemize} # \item \verb+exp : Exp+~\ref{object:C/Parse::Exp} the expression # \end{itemize} # # \obj{C/Parse::CaseStmt} # Extends: \verb+C/Parse::Stmt+~\ref{object:C/Parse::Stmt}. # # Labels and cases are modeled as statements. # The \verb+CaseStmt+ represents the syntax \verb+case :+. # # Fields: # \begin{itemize} # \item \verb+exp : Exp+~\ref{object:C/Parse::Exp} the expression. # \end{itemize} # # \obj{C/Parse::LabelStmt} # Extends: \verb+C/Parse::Stmt+~\ref{object:C/Parse::Stmt}. # # Labels and cases are modeled as statements. # The \verb+LabelStmt+ represents the syntax \verb+