pax_global_header00006660000000000000000000000064121754251010014510gustar00rootroot0000000000000052 comment=ae0c2ca6240b834fd09bbe035e5b0cbd3581edb8 yorick-gy-0.0.5/000077500000000000000000000000001217542510100134275ustar00rootroot00000000000000yorick-gy-0.0.5/COPYING000066400000000000000000001045131217542510100144660ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The GNU General Public License is a free, copyleft license for software and other kinds of works. The licenses for most software and other practical works are designed to take away your freedom to share and change the works. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change all versions of a program--to make sure it remains free software for all its users. 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The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an "about box". You should also get your employer (if you work as a programmer) or school, if any, to sign a "copyright disclaimer" for the program, if necessary. For more information on this, and how to apply and follow the GNU GPL, see . The GNU 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. But first, please read . yorick-gy-0.0.5/ChangeLog000066400000000000000000000033571217542510100152110ustar00rootroot00000000000000Version 0.0.5 * fix typo in gy.c: Typelist -> Typelib -- Thibaut Paumard Mon, 29 Jul 2013 10:29:57 +0200 Version 0.0.4 * fix typo in gy_object.c: fprint -> fprintf -- Thibaut Paumard Mon, 29 Jul 2013 10:29:57 +0200 Version 0.0.3 * fix "implicit conversion from integer to pointer" * give the choice of stopping the loop in on_error -- Thibaut Paumard Thu, 25 Jul 2013 15:59:40 +0200 Version 0.0.2 * Don't start the loop in gy_gtk.i, instead start it in gy_gtk_main and stop it using gy_gtk_maybe_stop in hide/destroy callbacks if there are no remaining windows shown. Codes that relied on the loop running constantly must call gy_gtk_main somewhere. * gy_gtk_suspend is deprecated in favor of gy_gtk_hide_on_delete. * gy_gtk_ywindow_free_id check also regular yorick windows. * Fix the majority o memory leaks affecting cubeview. Some remain. Provide gy_object_free to free objects without ref counter. * split gy.c into many sub-pieces. * fix autoloads (only support functions) * update examples relative to recent changes * better (but unfinished) support for array types * ypush/get_g(u)int?? macros * allow accessing G(S)List data by index * improve G(S)List support, add .size member * fix hide_on_delete behaviour for gycmap * add gy_gtk_mouse(), which installs itself as mouse() * gy_gtk_idler, 0 now stops the loop in all cases before reinstanciating itself * Small bug fixes. -- Mon Jul 22 14:20:30 2013 -0400, Thibaut Paumard Version 0.0.1 * First release -- Fri Jun 7 16:58:36 2013 +0200, Thibaut Paumard yorick-gy-0.0.5/Makefile000066400000000000000000000057661217542510100151050ustar00rootroot00000000000000# these values filled in by yorick -batch make.i Y_MAKEDIR= Y_EXE= Y_EXE_PKGS= Y_EXE_HOME= Y_EXE_SITE= Y_HOME_PKG= # ----------------------------------------------------- optimization flags # options for make command line, e.g.- make COPT=-g TGT=exe COPT=$(COPT_DEFAULT) TGT=$(DEFAULT_TGT) # ------------------------------------------------ macros for this package PKG_NAME=gy PKG_I=gy0.i OBJS=gy.o gy_repository.o gy_argument.o gy_gvalue.o gy_callback.o \ gy_property.o gy_typelib.o gy_object.o # change to give the executable a name other than yorick PKG_EXENAME=yorick # PKG_DEPLIBS=-Lsomedir -lsomelib for dependencies of this package PKG_DEPLIBS=`pkg-config --libs gobject-introspection-1.0` # set compiler (or rarely loader) flags specific to this package PKG_CFLAGS=-Wall `pkg-config --cflags gobject-introspection-1.0` PKG_LDFLAGS= # list of additional package names you want in PKG_EXENAME # (typically $(Y_EXE_PKGS) should be first here) EXTRA_PKGS=$(Y_EXE_PKGS) # list of additional files for clean PKG_CLEAN= # autoload file for this package, if any PKG_I_START=gy_start.i # non-pkg.i include files for this package, if any PKG_I_EXTRA=gy.i gy_gtk.i # -------------------------------- standard targets and rules (in Makepkg) # set macros Makepkg uses in target and dependency names # DLL_TARGETS, LIB_TARGETS, EXE_TARGETS # are any additional targets (defined below) prerequisite to # the plugin library, archive library, and executable, respectively PKG_I_DEPS=$(PKG_I) Y_DISTMAKE=distmake include $(Y_MAKEDIR)/Make.cfg include $(Y_MAKEDIR)/Makepkg include $(Y_MAKEDIR)/Make$(TGT) # override macros Makepkg sets for rules and other macros # see comments in Y_HOME/Makepkg for a list of possibilities # if this package built with mpy: 1. be sure mpy appears in EXTRA_PKGS, # 2. set TGT=exe, and 3. uncomment following two lines # Y_MAIN_O=$(Y_LIBEXE)/mpymain.o # include $(Y_MAKEDIR)/Makempy # configure script for this package may produce make macros: # include output-makefile-from-package-configure # reduce chance of yorick-1.5 corrupting this Makefile MAKE_TEMPLATE = protect-against-1.5 # ------------------------------------- targets and rules for this package # simple example: #myfunc.o: myapi.h # more complex example (also consider using PKG_CFLAGS above): #myfunc.o: myapi.h myfunc.c # $(CC) $(CPPFLAGS) $(CFLAGS) -DMY_SWITCH -o $@ -c myfunc.c # -------------------------------------------------------- end of Makefile CMAP_PNG = cbc-div-cmap.png cb-div-cmap.png cb-seq-cmap.png gmt-cmap.png \ msh-cmap.png cbc-seq-cmap.png cb-qual-cmap.png gist-cmap.png \ gpl-cmap.png mpl-cmap.png DEST_PKG_INSTALLED_DIR=$(DEST_Y_SITE)/packages/installed install:: $(YNSTALL) gycmap.xml $(DEST_Y_SITE)/glade $(YNSTALL) $(CMAP_PNG) $(DEST_Y_SITE)/data mkdir -p $(DEST_PKG_INSTALLED_DIR) cp gy.info $(DEST_PKG_INSTALLED_DIR) uninstall:: -rm -f $(DEST_PKG_INSTALLED_DIR)/gy.info for file in $(CMAP_PNG) ; do rm -f $(DEST_Y_SITE)/data/$$file; done; -rm -f $(DEST_Y_SITE)/glade/gycmap.xml yorick-gy-0.0.5/README.md000066400000000000000000000025521217542510100147120ustar00rootroot00000000000000GObject Introspection plug-in for yorick ---------------------------------------- Yorick is an interactive programming language for scientific computing that includes scientific visualization functions, and text and binary I/O functions geared to millions of numbers. [yorick.github.com]: http://yorick.github.com [yorick.sourceforge.net]: http://yorick.sourceforge.net [github.com/dhmunro/yorick]: http://github.com/dhmunro/yorick This plug-in allows using GObject-introspection. [https://developer.gnome.org/gi/unstable/index.html]: https://developer.gnome.org/gi/unstable/index.html In turn, this allows writting Gtk graphical user interfaces directly in Yorick. Be warned: ---------- As of now, this is in an early development phase. std::dislaimer appplies. Build instructions: ------------------- For building, you need to the library libgirepository and its header files. This library gives access to the so called GObject introspection repository. The Makefile uses pkg-config to find the headers etc., make sure pkg-config can find gobject-introspection-1.0.pc or edit the Makefile appropriateley. Then: yorick -batch make.i make make install Using instructions: ------------------- You need the typelib files for the library you want to access. For instance, under Debian GNU/Linux, to build Gtk 3.0 interfaces, you need the package: gir-1.2-gtk-3.0. yorick-gy-0.0.5/bigloop.i000066400000000000000000000034561217542510100152440ustar00rootroot00000000000000/* This file examplifies how to give oneself the ability to stop a long computation loop. */ /* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ #include "gy_gtk.i" // do stuff should perhaps not in itself last too long (at most a few seconds) func do_stuff(void) {"do stuff";} // run do_stuff from a loop and chck for Gtk event regularly func bigloop_start(widget, event) { extern _stop, scene; _stop=0; while (!_stop) { do_stuff; while (gy.Gtk.events_pending ()) noop, gy.Gtk.main_iteration (); } } // stop loop func bigloop_stop(widget, event) { extern _stop; _stop=1; "stop"; } // build window with "start" and "stop" buttons. Gtk=gy.Gtk; Gtk.init(0,); gy_setlocale; win=Gtk.Window.new(Gtk.WindowType.toplevel); box=Gtk.Box.new(Gtk.Orientation.horizontal, 0); noop, win.add(box); but=Gtk.Button.new_with_label("start"); noop, box.pack_start(but, 0, 0, 0); gy_signal_connect, but, "clicked", bigloop_start; but=Gtk.Button.new_with_label("stop"); noop, box.pack_start(but, 0, 0, 0); gy_signal_connect, but, "clicked", bigloop_stop; // realize window and gyterm at once. gy_gtk_main, win, on_delete=1; gyterm; yorick-gy-0.0.5/cb-div-cmap.png000066400000000000000000000225331217542510100162240ustar00rootroot00000000000000PNG  IHDRb.sRGBbKGD pHYs  tIME"'ӡN IDATx}P $<֣ԠFsNc[oi;IG3&ŪxbB:zQfsZGIf&Ʃ7I9  1*"<xǕŀ|^3;^kug7y{hC;^C5s!vߣ?|/C}ʐq27>5ȝ7HS """DLDDDD(Q"&"""b21bg߾-֒ĉZl6IMMeǎzKH_RWWG]]罹+W޲#:: 6pϱFm۶fv\.^Ȝ9s((( ..łba„ sQ̝&EDDOڨW^`ر]dddq>wVZ5 NZwrss޽B N'111JDDDDr<նmƌ3<^gɜ=b"""kWoooottRrrr􏏏)EEEPRR2 QlfԨQ1z!6Аq[B2oo }wU{eاJC}rVY*b""""JDDDD1%b""""L.7Ldd$iii8ng|Z2338q"VFtt4رç#&"""}3gg޽:tnllpp8:~Ahhhj|1wHu^`vsy}LBKK ?|[ZZfŊܹӫd޼y4440w\JKKq\\.***cԩfH1sLv@iii}b477{ŋ̙3X,X,&L@zz:GzL_W % &koNK"""r۴RWWǦM^8Uz=vRR?˗lٲ~9H\pCs鰳jOTTt8Fݻ9 ߺu+?O<ɓvU%Ajj*%%%$$$L۩c֭P__%iq$&&zݿ뮻+ˡJDDDdW/_1[`x%J=bMMM>;KXDDDvKLL$&&F>i$$$cǎ۩Vjkk<(;o>OٳgaaaTVV2|F5JH_PTT՞@EE/'Ofa6 %>>{1դhiӺ=AVVYYY}z{"&"""r ~oVC=lȸCf3c rِq}cȸ:eȸ/1W:+UDDDD(%b""""JDDDD0L]n.JKKp))) ŋh"L&III>L&NjfMjj*;v0|oGL4dß2Їdȸm w0wT2O3d%_gȸ!>i?_::D||Wy}pe˙4iXf3}cǎss><>SLKNƍ#==/_i_|9,YKt:7o ̝;R\.. :u!Q;DK;CK^U}{aС455u_ќ;w|n7iii_5eشisa*%DDD "++g}+Wz.IXjՀ -MH\pCУe… Cuu5NbҤI,\g_ @LL̀;UDDD׺۴Gvvw>l6qFy6nȠA\6"&"""}K& """TJJJHHHfΜ{ƌd͝*b"""k򔜜ΪU8|0VKuZ~$"""Yff&!!!;vXoNMM mmmR[[kצkÇgϞ=̙3Jϟ?`^*b"""%$$PQQ /ɓlfBCC瞣pK1 /"",|"&"""r 0m_!.Cm Tgpc?ϐq[eȸ*f ࿕(Q"&""""JDDDD`2f3p8Nbҥ7C2tPƍҥK9u1N9s|z>]￟͛7SYYrQYY͛)**R"&"""_ns;<>SLƬ'd>C.]ĥKINN2DLDDD$((3gk.JKK=:/}Xnn.MMM$''w^  xIrss}m6l>1iBtA~|dwW߫edd`>c 17JDDDO.\CHKK`ԩƠ555L<>:^mR__Y6to\~~~dggߑmƌ3 5HߒA 55L577wi5juOy 7wHtoȐ!؈f9rKG}'N?={tn^z%Ok/[IDDDn{uq9.\޽{y駻jSRR9XII ?O)**j1 G2 . 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x饗޽{ݎʑnood`@YYN8H$7V~[ZZ`a4Ӊ/+W[l^G~~>ߏcW<{9fáCL5+Tz|*q]D>Ǹ߿/Vrq\.Is}r ٯdGaa\l6BP\twwWFnGZZ˓~ +bDDDPcc#PQQχ)|>TTT()((@kk+1<<577KՊ@ iՊ1466.;v# Bpݲ BG477'|H>,S\YcdE1FVVf3$c~?o.[x<@NNz=fggcZ-UWA$ f1Wڇ^Fqq1.\̄sX#""$sv!ioܸ1ZM\233ߒȈkHu^~eɓ'IX*QB7o\tI۫8'6AH$IIGG~d9*ٴiӲj벋~1"""Jh?p~X\6::W PS__A  9G%vql_W\#Ƹ" 15H ތ&咗mMMM8|Ɋ&srr`X˰Z[26 ^W\+#""VXXN8NFL&TUUԩSN~].PZZ ٳgΜQsiTUUd2aÆ p8$Qr, ^/jkkN<%apQ꫒XcdE1FVVĀ[. vcpIgUdMDDDD*x<xtuutJ+bDDDeǿnIX#"""ERN-R02FFFFĊ+bDDDDD-/t%"""dk5`E(e7ZqcET޽{ݎʑnood`@YYN8H$7V~[ZZ`a4Ӊ/+W[l^G~~>ߏcw5cWi<ȸqǛo%Ǐ$9'gɐL&~f! EwwwDטP(LÏcqhll***055χ 9hmm8q!@ss4IK.Z ZCccn7BP(pb b~~xqcE1FFVW"f6144'}vjAuuutrrr1;;j1??"&$0Tנf>OkkksN!go} :1F&bLo<KOO nkjjÇMV<5@ Ţx/_jlFfM\L&:::p"FDDD7p:00L©S:]jrԄR `Ϟ=8sӧO & 6l@GG$cXzQ[[. */ #include "gy.h" #include "ctype.h" /// utility functions char * p_strtolower(const char * in) { char * cur, * out = p_strcpy(in); for (cur=out; *cur; ++cur) *cur=tolower(*cur); return out; } /// YAPI FUNCTIONS void Y_gy_init(int argc) { #if !GLIB_CHECK_VERSION(2,35,1) g_type_init(); #endif ypush_gy_Repository()->repo = g_irepository_get_default(); } void Y_gy_list(int argc) { if (yarg_gy_Object(argc-1)) gy_Object_list(argc); else gy_Typelib_list(argc); } static gboolean _gy_debug = 0; gboolean gy_debug() { return _gy_debug; } void Y_gy_debug(int argc) { ypush_long(_gy_debug); if (argc && !yarg_nil(argc)) _gy_debug = ygets_l(argc); } void Y_gy_setlocale(int argc) { if (argc > 2) y_error("gy_setlocale, [[CATEGORY, ], LOCALE]"); char * scat="LC_ALL"; char * sloc =NULL; int cat=0; if (argc == 2) scat = ygets_q(1); if (yarg_string(0)) sloc = ygets_q(0); if (!strcmp(scat, "LC_ALL")) cat = LC_ALL; else if (!strcmp(scat, "LC_COLLATE")) cat = LC_COLLATE; else if (!strcmp(scat, "LC_CTYPE")) cat = LC_CTYPE; else if (!strcmp(scat, "LC_MONETARY")) cat = LC_MONETARY; else if (!strcmp(scat, "LC_NUMERIC")) cat = LC_NUMERIC; else if (!strcmp(scat, "LC_TIME")) cat = LC_TIME; else y_error("unsupported locale category"); if (sloc && cat==LC_NUMERIC && strcmp(sloc, "C")) y_error("Yorick does not support LC_NUMERIC != \"C\""); *ypush_q(0) = p_strcpy(setlocale(cat, sloc)); setlocale(LC_NUMERIC, "C"); } void Y_gy_id(int argc) { ypush_long((long) yget_gy_Object(argc-1)->object); } /* void * gy_thread(void * cmd) { yexec_include(0,1); return NULL; } void Y_gy_thread(int argc) { pthread_t thread; pthread_create(&thread, NULL, &gy_thread, NULL); sleep(100); } */ // This code is never used: it serves only the purpose of doing some compile // time tests. void __gy_build_bug_on() { GY_BUILD_BUG_ON(sizeof(char)!=1); GY_BUILD_BUG_ON(sizeof(short)!=2); GY_BUILD_BUG_ON(sizeof(int)!=4); GY_BUILD_BUG_ON(sizeof(void*)!=sizeof(long)); } yorick-gy-0.0.5/gy.h000066400000000000000000000130651217542510100142240ustar00rootroot00000000000000/* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ #include #include #include "yapi.h" #include "pstdlib.h" #include #include #include #include #include //#include //#include typedef struct _gy_signal_data { GIBaseInfo * info; GIRepository * repo; const char * cmd; void * data; } gy_signal_data; gboolean gy_debug() ; #define GY_DEBUG( ... ) \ if (gy_debug()) fprintf(stderr, "GY DEBUG: " __VA_ARGS__ ); typedef struct _gy_Object { GIBaseInfo * info; GObject * object; GIRepository * repo; } gy_Object; gy_Object* yget_gy_Object(int); gy_Object* ypush_gy_Object(); void gy_Argument_pushany(GIArgument * arg, GITypeInfo * info, gy_Object* o); void gy_sa_handler(int sig) ; typedef struct _gy_Typelib { GITypelib * typelib; gchar * namespace; GIRepository * repo; } gy_Typelib; void gy_Typelib_free(void *obj); void gy_Typelib_print(void *obj); //void gy_Typelib_eval(void *obj, int argc); void gy_Typelib_extract(void *, char *); void gy_Typelib_free(void *obj) ; void gy_Typelib_print(void *obj); void gy_Typelib_list(int argc); int yarg_gy_Typelib(int iarg); gy_Typelib* yget_gy_Typelib(int iarg) ; gy_Typelib* ypush_gy_Typelib() ; /// GYREPOSITORY typedef struct _gy_Repository { GIRepository * repo; char * method; } gy_Repository; //void gy_Repository_free(void *obj); void gy_Repository_print(void *obj); void gy_Repository_eval(void *obj, int argc); void gy_Repository_extract(void *, char *); int yarg_gy_Repository(int iarg); gy_Repository* yget_gy_Repository(int iarg) ; gy_Repository* ypush_gy_Repository(); /// GIBASEINFO void gy_Object_free(void *obj); void gy_Object_print(void *obj); void gy_Object_eval(void *obj, int argc); void gy_Object_extract(void *, char *); void gy_Object_list(int argc); void gy_Argument_getany(GIArgument * arg, GITypeInfo * info, int iarg) ; void gy_Argument_pushany(GIArgument * arg, GITypeInfo * info, gy_Object* o) ; int yarg_gy_Object(int iarg) ; gy_Object* yget_gy_Object(int iarg); gy_Object* ypush_gy_Object() ; void gy_callback0(void* arg1, gy_signal_data* sd) ; gboolean gy_callback0_bool(void* arg1, gy_signal_data* sd) ; void gy_callback1(void* arg1, void* arg2, gy_signal_data* sd) ; gboolean gy_callback1_bool(void* arg1, void* arg2, gy_signal_data* sd) ; void gy_callback2(void* arg1, void* arg2, void* arg3, gy_signal_data* sd) ; gboolean gy_callback2_bool(void* arg1, void* arg2, void*arg3, gy_signal_data* sd) ; /// Properties GIPropertyInfo * gy_base_info_find_property_info(GIBaseInfo * objectinfo, char * name); GIPropertyInfo * gy_base_info_find_field_info(GIBaseInfo * objectinfo, char * name); void gy_value_init(GValue* val, GITypeInfo *info); void gy_value_set_iarg(GValue* val, GITypeInfo * info, int iarg); void gy_value_push(GValue * pval, GITypeInfo * info, gy_Object *o); // This should be OK for most mainstream architectures, but... #define GY_BUILD_BUG_ON(condition) ((void)sizeof(char[1 - 2*!!(condition)])) #define GY_HAVE_INT64 GLIB_SIZEOF_LONG==8 #define ygets_gint8(iarg) ((gint8) ygets_c(iarg)) #define ygets_guint8(iarg) ((guint8) ygets_uc(iarg)) #define ygets_gint16(iarg) ((gint16) ygets_s(iarg)) #define ygets_guint16(iarg) ((guint16)ygets_s(iarg)) #define ygets_gint32(iarg) ((gint32) ygets_i(iarg)) #define ygets_guint32(iarg) ((guint32)ygets_i(iarg)) #if GY_HAVE_INT64 # define ygets_gint64(iarg) ((gint64)ygets_l(iarg)) # define ygets_guint64(iarg) ((guint64)ygets_l(iarg)) #else # define ygets_gint64(iarg) 1/0 # define ygets_guint64(iarg) 1/0 #endif #define ygeta_gint8(iarg, ntot, dims) ((gint8*) ygeta_c(iarg, ntot, dims)) #define ygeta_guint8(iarg, ntot, dims) ((guint8*) ygeta_uc(iarg, ntot, dims)) #define ygeta_gint16(iarg, ntot, dims) ((gint16*) ygeta_s(iarg, ntot, dims)) #define ygeta_guint16(iarg, ntot, dims) ((guint16*)ygeta_s(iarg, ntot, dims)) #define ygeta_gint32(iarg, ntot, dims) ((gint32*) ygeta_i(iarg, ntot, dims)) #define ygeta_guint32(iarg, ntot, dims) ((guint32*)ygeta_i(iarg, ntot, dims)) #if GY_HAVE_INT64 # define ygeta_gint64(iarg, ntot, dims) ((gint64*)ygeta_l(iarg, ntot, dims)) # define ygeta_guint64(iarg, ntot, dims) ((guint64*)ygeta_l(iarg, ntot, dims)) #else # define ygeta_gint64(iarg, ntot, dims) 1/0 # define ygeta_guint64(iarg, ntot, dims) 1/0 #endif #define ypush_gint8(dims) ((gint8*) ypush_c(dims)) #define ypush_guint8(dims) ((guint8*) ypush_uc(dims)) #define ypush_gint16(dims) ((gint16*) ypush_s(dims)) #define ypush_guint16(dims) ((guint16*)ypush_s(dims)) #define ypush_gint32(dims) ((gint32*) ypush_i(dims)) #define ypush_guint32(dims) ((guint32*)ypush_i(dims)) #if GY_HAVE_INT64 # define ypush_gint64(dims) ((gint64*) ypush_l(dims)) # define ypush_guint64(dims) ((guint64*) ypush_l(dims)) #else # define ypush_gint64(dims) 1/0 # define ypush_guint64(dims) 1/0 #endif // strtolower with built-in allocation // use p_free() to free char * p_strtolower(const char * in); yorick-gy-0.0.5/gy.i000066400000000000000000000116631217542510100142270ustar00rootroot00000000000000/* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ #include "gy0.i" local gy_i; /* DOCUMENT #include "gy.i" gy is a Yorick plug-in around GObject-introspection. It can notably be used to create Gtk GUIs from within Yorick. gy_gtk.i contains convenience code for using the Gtk library through gy. NAMESPACES Any library providing gobject-introspection can be accessed through this plug-in, as long as the gobject-introspection repository (GIR) files are installed on the system: under certain Linux systems, the corresponding package may be called "gir1.0-" or something similar. The notable example is Gtk. To load the GIR bindings for a given library, simply append the library's namespace to gy: Gtk = gy.Gtk; To load a specific version of a namespace (good idea for public code): Gtk = gy.require("Gtk", "3.0"); You can use gy_list to list the symbols inside this namespace: gy_list, Gtk; TYPE CLASSES AND OBJECTS A namespace (Gtk in this example) contains the definition of various types (object classes, C structures, enums...). Although some object classes provide one or several "new()" methods, the normal way is to just call the (object or structure) class as a function, passing properties or fields as keywords: button = gy.Gtk.Button.new_with_label("My Button"); is thus equivalent to button = gy.Gtk.Button(label="My Button"); Object members can also be listed with gy_list: gy_list, button; gy_list, Gtk.Button; (This only lists the available members and methods, not their value). Object/structure properties and fields can be set using the keyword notation, although specific "set_" methods are often provided: noop, button.set_label("other label"); button, label="other label"; They can be retrieved with either of: var = button.label; val = button.get_label(); // if applicable button, label, var; The last form is convenient and performant when retrieving several properties at a time: button, xalign, x, yalign, y; Hyphens in properties or filed names in the C documentation are replaced with underscores in the Yorick implementation. Methods and other member functions are accessed by extracting them with the dot operator (which produces a closure), then calling the closure. In simpler words, this works as expected: object.method(arguments); Note that the coma syntax does not work in this context. The two following are equivalent to hide the output value from a method call: closure = object.method; closure, arguments; noop, object.method(arguments); Enum values are accessed likewise: var = gy.Gtk.MessageType.error; Beware that C documentation may list enum values are CPP macros. Those aliases are not accessible within Yorick, only the fully qualified name. For instance, GTK_MESSAGE_ERROR is one value of type GtkMessageType. In Yorick you access it as gy.Gtk.MessageType.error. Callbacks can be connected to objects using gy_signal_connect. gy simply exposes conforming library content to Yorick. See the relevant library C API documentation for more details, for instance: https://developer.gnome.org/gtk3/stable/ SEE ALSO: gy, gy_gtk_i */ extern gy; /* DOCUMENT gy gy is a Yorick plug-in around GObject-introspection. It can notably be used to create Gtk GUIs from within Yorick. See gy_i for an introduction. The gy object itself gives access to the gobject introspection repository. It serves only one purpose: loading so called "namespace", which can be done very simply by dereferencing gy: Gtk = gy.Gtk; It is safer to use the "require" method below though. METHODS: require: allows loading a specific version of a namespace: Gtk = gy.require("Gtk", "3.0"); only one given version of a namespace can be loaded at a given time. require_private, get_search_path, prepend_search_path, is_registered, get_version, enumerate_versions: see C documentation for g_irepository_. SEE ALSO: gy_i, gy_init, gy_list */ gy=gy_init(); yorick-gy-0.0.5/gy.info000066400000000000000000000010351217542510100147220ustar00rootroot00000000000000Package: gy Kind: plugin Version: 0.0 Revision: 3 Description: GObject introspection and Gtk widgets License: GPLv3 Author: Thibaut Paumard Maintainer: Thibaut Paumard OS: architecture independant Depends: yorick(>=2.2.02) Source: https://github.com/paumard/yorick-gy Source-MD5: Source-Directory: contrib/ DocFiles: README GPL-3 Homepage: https://github.com/paumard/yorick-gy DescDetail: << This plug-in allows using GObject-introspection. << DescUsage: << See gyhelloworld.i for a demo. << DescPort: << << yorick-gy-0.0.5/gy0.i000066400000000000000000000061141217542510100143020ustar00rootroot00000000000000plug_in, "gy"; /* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ extern gy_init; /* DOCUMENT gy=gy_init() Initialize gy. Normally called only in gy.i. */ extern gy_list; /* DOCUMENT gy_list, OBJECT List symbols in gy stuff OBJECT. EXAMPLE: gy_list, gy.Gtk gy_list, "Gtk" gy_list, gy.Gtk.Window gy_list, gy.Gtk.Window() SEE ALSO: gy */ extern gy_signal_connect; /* DOCUMENT gy_connect_signal, object, signal, handler or gy_connect_signal, builder Connect signal to signal handler. The handler must accept all the parameters described in the C documentation for the signal. ARGUMENTS: builder: if first argument is a Gtk Builder object, the signals information it contains will be used to automatically connect GObject signals to Yorick interpreted functions. Whether or not the Yorick functions actually exists is not checked. object: a gy object supporting signals, e.g. an instance of gy.Gtk.Entry. signal: the signal name, e.g. "activated". handler: the Yorick command to be executed when the object receives the signal. HANDLER will be called like: include, ["noop, " + handler + "(par1, ..., parn)"], 1 where par1 to parn are the parameters described in the C documentation for SIGNAL. HANDLER may be a string or a Yorick function. EXAMPLE: See gy. SEE ALSO: gy */ extern gy_debug; /* DOCUMENT mode = gy_debug(); or gy_debug, mode; Get or set gy debug mode. SEE ALSO: gy */ extern gy_setlocale; /* DOCUMENT gy_setlocale, [category,] locale or locale=gy_setlocale() Get or set locale used in the Yorick process. Allways resets LC_NUMERIC to "C" as other values may break Yorick. SEE ALSO: gy */ extern gy_id; /* DOCUMENT id = gy_id(object) Get unique id of gy object. Two variables may hold the same underlying object: the id is unique. SEE ALSO: gy */ extern __gy_gtk_builder_connector; /* DOCUMENT __gy_gtk_builder_connector() Return Pointer to C function used by gy_signal_connect when passed a Gtk.Buildervobject. Internal use only. */ extern gy_object_free; /* DOCUMENT gy_object_free, obj Free object pointed to by gy object OBJ. May be necessary to prevent some memory leaks. Experimental: Use with caution. */ yorick-gy-0.0.5/gy_argument.c000066400000000000000000000240631217542510100161210ustar00rootroot00000000000000/* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ #include "gy.h" #include "string.h" void gy_Argument_getany(GIArgument * arg, GITypeInfo * info, int iarg) { GITypeTag type = g_type_info_get_tag(info); GIBaseInfo * itrf; GY_DEBUG("Getting %s into Argument\n", g_type_tag_to_string(type)); switch(type) { case GI_TYPE_TAG_VOID: if (yarg_nil(iarg)) arg->v_pointer=NULL; else y_error("unimplemented void... type (?!)"); break; case GI_TYPE_TAG_BOOLEAN: arg->v_boolean=yarg_true(iarg); break; case GI_TYPE_TAG_UINT8: arg->v_uint8=(gint8)ygets_l(iarg); break; case GI_TYPE_TAG_INT32: arg->v_int32=(gint32)ygets_l(iarg); break; case GI_TYPE_TAG_UINT32: arg->v_int32=(guint32)ygets_l(iarg); break; case GI_TYPE_TAG_DOUBLE: arg->v_double=ygets_d(iarg); break; case GI_TYPE_TAG_UTF8: case GI_TYPE_TAG_FILENAME: arg->v_string=ygets_q(iarg); GY_DEBUG( "argument: %s\n", arg->v_string); break; case GI_TYPE_TAG_ARRAY: { //gint alen; GY_DEBUG("Getting Array argument:\n"); GY_DEBUG(" length : %d\n", g_type_info_get_array_length(info)); GY_DEBUG(" fixed_size : %d\n", g_type_info_get_array_fixed_size(info)); GY_DEBUG(" is_zero_terminated: %d\n", g_type_info_is_zero_terminated(info)); GY_DEBUG(" type : %d\n", g_type_info_get_array_type(info)); GITypeInfo * cellinfo = g_type_info_get_param_type(info, 0); GITypeTag ctag = g_type_info_get_tag(cellinfo); GY_DEBUG(" cell data type : %s\n", g_type_tag_to_string(ctag)); long ntot=0; switch (g_type_info_get_array_type (info)) { case GI_ARRAY_TYPE_C: if (yarg_nil(iarg)) { arg->v_pointer=0; break; } if (yarg_typeid(iarg)==Y_POINTER) { arg->v_pointer=ygets_p(iarg); break; } switch (ctag) { case GI_TYPE_TAG_VOID: if (yarg_nil(iarg)) arg->v_pointer=NULL; else y_error("unimplemented void... type (?!)"); break; /* case GI_TYPE_TAG_BOOLEAN: */ /* arg->v_boolean=yarg_true(iarg); */ /* break; */ case GI_TYPE_TAG_INT8: arg->v_pointer=ygeta_gint8(iarg, &ntot, 0); break; case GI_TYPE_TAG_UINT8:{ guint8* tmp=ygeta_guint8(iarg, &ntot, 0); GY_DEBUG("Array size: %ld\n", ntot); GY_DEBUG("First value in array: %d\n", tmp[0]); GY_DEBUG("Last value in array: %d\n", tmp[ntot-1]); arg->v_pointer=malloc(ntot*sizeof(guint8)); memcpy(arg->v_pointer, tmp, ntot*sizeof(guint8)); break;} case GI_TYPE_TAG_INT16: arg->v_pointer=ygeta_gint16(iarg, &ntot, 0); break; case GI_TYPE_TAG_UINT16: arg->v_pointer=ygeta_guint16(iarg, &ntot, 0); break; case GI_TYPE_TAG_INT32: arg->v_pointer=ygeta_gint32(iarg, &ntot, 0); break; case GI_TYPE_TAG_UINT32: arg->v_pointer=ygeta_guint32(iarg, &ntot, 0); break; #if GY_HAVE_INT64 case GI_TYPE_TAG_INT64: arg->v_pointer=ygeta_gint64(iarg, &ntot, 0); break; case GI_TYPE_TAG_UINT64: arg->v_pointer=ygeta_guint64(iarg, &ntot, 0); break; #endif case GI_TYPE_TAG_FLOAT: arg->v_pointer=ygeta_f(iarg, &ntot, 0); break; case GI_TYPE_TAG_DOUBLE: arg->v_pointer=ygeta_d(iarg, &ntot, 0); break; case GI_TYPE_TAG_UTF8: case GI_TYPE_TAG_FILENAME: arg->v_pointer=ygeta_q(iarg, &ntot, 0); GY_DEBUG( "argument: %s\n", arg->v_string); break; default: y_error("Unimplemented GIArgument array type"); } GY_DEBUG("Got array pointer: %p\n", arg->v_pointer); break; default: y_error("unimplemented array type"); } g_base_info_unref(cellinfo); break;} case GI_TYPE_TAG_INTERFACE: itrf = g_type_info_get_interface(info); switch(g_base_info_get_type (itrf)) { case GI_INFO_TYPE_CALLBACK: if (yarg_nil(iarg)) arg->v_pointer=NULL; else arg->v_pointer=yget_gy_Object(iarg)->object; break; //case GI_INFO_TYPE_INTERFACE: case GI_INFO_TYPE_STRUCT: { GType g_type= g_registered_type_info_get_g_type ( (GIRegisteredTypeInfo *) itrf); if (yarg_nil(iarg)) { arg->v_pointer = NULL; break; } if (g_type_is_a (g_type, G_TYPE_VALUE)) { GValue val=G_VALUE_INIT; // should check type passed from yorick! GObject * obj = yget_gy_Object(iarg)->object; g_value_init (&val, G_TYPE_OBJECT ); g_value_set_object(&val, obj); arg->v_pointer = &val; break; } } arg->v_pointer=yget_gy_Object(iarg)->object; break; case GI_INFO_TYPE_FLAGS: case GI_INFO_TYPE_ENUM: switch (g_enum_info_get_storage_type (itrf)) { case GI_TYPE_TAG_INT32: arg->v_int32=(gint32)ygets_l(iarg); break; case GI_TYPE_TAG_UINT32: arg->v_uint32=(guint32)ygets_l(iarg); break; case GI_TYPE_TAG_INT64: arg->v_int64=ygets_l(iarg); break; default: y_errorn("Unimplemented GIArgument enum storage %ld", g_enum_info_get_storage_type (itrf)); } break; case GI_INFO_TYPE_OBJECT: if (yarg_nil(iarg)) arg->v_pointer=NULL; else arg->v_pointer=yget_gy_Object(iarg)->object; break; default: y_errorn("Unimplemented GIArgument interface type %ld", g_base_info_get_type (itrf)); } g_base_info_unref(itrf); break; case GI_TYPE_TAG_GLIST: case GI_TYPE_TAG_GSLIST: if (yarg_nil(iarg)) arg->v_pointer=NULL; else arg->v_pointer=yget_gy_Object(iarg)->object; break; default: y_errorq("Unimplemented GIArgument type: %s", g_type_tag_to_string(type)); } } void gy_Argument_pushany(GIArgument * arg, GITypeInfo * info, gy_Object* o) { GITypeTag type = g_type_info_get_tag(info); GIBaseInfo * itrf; gy_Object * outObject=NULL; GY_DEBUG("Pushing %s from Argument\n", g_type_tag_to_string(type)); // const char * nspace, * name_with_namespace, * name; switch(type) { case GI_TYPE_TAG_VOID: GY_DEBUG("Out argument is void\n") /* if (arg->v_pointer) { GY_DEBUG("Out argument is not (nil)\n"); outObject = ypush_gy_Object(); outObject -> repo= o -> repo; outObject -> object = arg -> v_pointer; if (G_IS_OBJECT(outObject -> object)) { GY_DEBUG("plut\n"); g_object_ref(outObject -> object); outObject->info = g_irepository_find_by_gtype(o -> repo, G_OBJECT_TYPE(outObject->object)); if (!outObject->info) { y_warn("unable to find object type !"); outObject -> info = info; g_base_info_ref(info); } } else { GY_DEBUG("plat\n"); outObject -> info = info; g_base_info_ref(info); GY_DEBUG("plut\n"); } } else { GY_DEBUG("Out argument is (nil)\n"); */ ypush_nil(); //} break; case GI_TYPE_TAG_BOOLEAN: ypush_long(arg->v_boolean); break; case GI_TYPE_TAG_INT8: ypush_long(arg->v_int8); break; case GI_TYPE_TAG_UINT8: ypush_long(arg->v_uint8); break; case GI_TYPE_TAG_INT16: ypush_long(arg->v_int16); break; case GI_TYPE_TAG_UINT16: ypush_long(arg->v_uint16); break; case GI_TYPE_TAG_INT32: ypush_long(arg->v_int32); break; case GI_TYPE_TAG_UINT32: ypush_long(arg->v_uint32); break; case GI_TYPE_TAG_INT64: ypush_long(arg->v_int64); break; case GI_TYPE_TAG_UINT64: ypush_long(arg->v_uint64); break; case GI_TYPE_TAG_DOUBLE: GY_DEBUG("push double... "); ypush_double(arg->v_double); GY_DEBUG("%g\n", arg->v_double); break; case GI_TYPE_TAG_UTF8: case GI_TYPE_TAG_FILENAME: *ypush_q(0) = p_strcpy(arg->v_string); break; case GI_TYPE_TAG_INTERFACE: GY_DEBUG("Out argument is interface\n"); itrf = g_type_info_get_interface(info); switch(g_base_info_get_type (itrf)) { case GI_INFO_TYPE_ENUM: case GI_INFO_TYPE_FLAGS: GY_DEBUG("Out argument is enum\n"); switch (g_enum_info_get_storage_type (itrf)) { case GI_TYPE_TAG_INT32: ypush_long(arg->v_int32); GY_DEBUG("%d\n", arg->v_int32); break; case GI_TYPE_TAG_UINT32: ypush_long(arg->v_uint32); break; case GI_TYPE_TAG_INT64: ypush_long(arg->v_int64); break; default: y_errorn("Unimplemented output GIArgument enum storage %ld", g_enum_info_get_storage_type (itrf)); } break; case GI_INFO_TYPE_INTERFACE: case GI_INFO_TYPE_STRUCT: case GI_INFO_TYPE_OBJECT: if (!arg -> v_pointer) ypush_nil(); outObject = ypush_gy_Object(); outObject -> repo= o -> repo; outObject -> object = arg -> v_pointer; if (!outObject->object) y_warn("object is NULL!"); if (g_base_info_get_type (itrf) == GI_INFO_TYPE_OBJECT) { g_object_ref(outObject -> object); if (G_IS_OBJECT(outObject -> object)) { outObject->info = g_irepository_find_by_gtype(o -> repo, G_OBJECT_TYPE(outObject->object)); if (!outObject->info) { GY_DEBUG("unable to find object type !"); //outObject -> info = info; //g_base_info_ref(info); } } else { outObject -> info = info; g_base_info_ref(info); } break; } outObject -> info = g_irepository_find_by_gtype(o -> repo, g_registered_type_info_get_g_type(itrf)); g_base_info_ref(outObject->info); break; default: y_errorn("Unimplemented output GIArgument interface type %ld", g_base_info_get_type (itrf)); } break; case GI_TYPE_TAG_GLIST: case GI_TYPE_TAG_GSLIST: outObject = ypush_gy_Object(); outObject -> repo= o -> repo; outObject -> object = arg -> v_pointer; outObject -> info = info; g_base_info_ref(info); //printf("%s\n", g_base_info_get_name(info)); break; default: y_errorq("Unimplemented output GIArgument type: %s", g_type_tag_to_string(type)); } } yorick-gy-0.0.5/gy_callback.c000066400000000000000000000236621217542510100160370ustar00rootroot00000000000000/* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ #include "gy.h" void gy_callback0(void* arg1, gy_signal_data* sd) { GY_DEBUG("in gy_callback0()\n"); const char * cmd = sd -> cmd; GISignalInfo * cbinfo = sd -> info; GIRepository * repo = sd -> repo; void * data = sd -> data; // void * udata = sd -> data; GY_DEBUG("Callback called with pointer %p: \"%s\"\n", cmd, (char*)cmd); char*buf=NULL; int ndrops=0; ypush_check(4); long idx1=0, idxud=0; if (cbinfo) { const char * var1 = "__gy_callback_var1"; const char * varud = "__gy_callback_userdata"; idx1 = yget_global(var1, 0); idxud = yget_global(varud, 0); gy_Object * o1 = ypush_gy_Object(); yput_global(idx1, 0); o1 -> object = arg1; o1 -> repo = repo; g_object_ref(o1 -> object); o1 -> info = g_irepository_find_by_gtype(o1 -> repo, G_OBJECT_TYPE(o1 -> object)); gy_Object * oud = ypush_gy_Object(); yput_global(idxud, 0); oud -> object = data; oud -> repo = repo; const char * fmt = "__gy_callback_retval = %s (%s, %s)"; char * buf=p_malloc(sizeof(char)* (strlen(fmt)+strlen(cmd)+strlen(var1)+strlen(varud))); sprintf(buf, fmt, cmd, var1, varud); cmd=buf; ndrops+=1; } long dims[2]={1,1}; *ypush_q(dims) = p_strcpy(cmd); ++ndrops; if (buf) p_free(buf); yexec_include(0,1); yarg_drop(ndrops); } inline gboolean gy_callback_retbool() { long idx=yget_global("__gy_callback_retval", 0); ypush_check(1); ypush_global(idx); long retval=0; if (yarg_number(0)) retval=ygets_l(0); yarg_drop(1); return retval; } gboolean gy_callback0_bool(void* arg1, gy_signal_data* sd) { gy_callback0(arg1, sd) ; return gy_callback_retbool(); } void gy_callback1(void* arg1, void* arg2, gy_signal_data* sd) { const char * cmd = sd -> cmd; GISignalInfo * cbinfo = sd -> info; GIRepository * repo = sd -> repo; void * data = sd -> data; //void * udata = sd -> data; GY_DEBUG("Callback called with pointer %p: \"%s\"\n", cmd, (char*)cmd); char*buf=NULL; int ndrops=0; ypush_check(4); long idx1=0, idx2=0, idxud=0; if (cbinfo) { const char * var1 = "__gy_callback_var1"; const char * var2 = "__gy_callback_var2"; const char * varud = "__gy_callback_userdata"; idx1 = yget_global(var1, 0); idx2 = yget_global(var2, 0); idxud = yget_global(varud, 0); gy_Object * o1 = ypush_gy_Object(); yput_global(idx1, 0); gy_Object * o2 = ypush_gy_Object(); yput_global(idx2, 0); o1 -> object = arg1; o1 -> repo = repo; g_object_ref(o1 -> object); o1 -> info = g_irepository_find_by_gtype(o1 -> repo, G_OBJECT_TYPE(o1 -> object)); o2 -> object = arg2; o2 -> repo = repo; gy_Object * oud = ypush_gy_Object(); yput_global(idxud, 0); oud -> object = data; oud -> repo = repo; const char * fmt = "__gy_callback_retval = %s (%s, %s, %s)"; char * buf=p_malloc(sizeof(char)* (strlen(fmt)+strlen(cmd)+strlen(var1)+strlen(var2) +strlen(varud))); sprintf(buf, fmt, cmd, var1, var2, varud); cmd=buf; ndrops+=2; } long dims[2]={1,1}; *ypush_q(dims) = p_strcpy(cmd); ++ndrops; if (buf) p_free(buf); yexec_include(0,1); yarg_drop(ndrops); } gboolean gy_callback1_bool(void* arg1, void* arg2, gy_signal_data* sd) { gy_callback1(arg1, arg2, sd) ; return gy_callback_retbool(); } void gy_callback2(void* arg1, void* arg2, void* arg3, gy_signal_data* sd) { const char * cmd = sd -> cmd; GISignalInfo * cbinfo = sd -> info; GIRepository * repo = sd -> repo; void * data = sd -> data; // void * udata = sd -> data; GY_DEBUG("Callback called with pointer %p: \"%s\"\n", cmd, (char*)cmd); char*buf=NULL; int ndrops=0; ypush_check(5); long idx1=0, idx2=0, idx3=0, idxud=0; if (cbinfo) { const char * var1 = "__gy_callback_var1"; const char * var2 = "__gy_callback_var2"; const char * var3 = "__gy_callback_var3"; const char * varud = "__gy_callback_userdata"; idx1 = yget_global(var1, 0); idx2 = yget_global(var2, 0); idx3 = yget_global(var3, 0); idxud = yget_global(varud, 0); gy_Object * o1 = ypush_gy_Object(); yput_global(idx1, 0); gy_Object * o2 = ypush_gy_Object(); yput_global(idx2, 0); gy_Object * o3 = ypush_gy_Object(); yput_global(idx3, 0); o1 -> object = arg1; o1 -> repo = repo; g_object_ref(o1 -> object); o1 -> info = g_irepository_find_by_gtype(o1 -> repo, G_OBJECT_TYPE(o1 -> object)); o2 -> object = arg2; o2 -> repo = repo; o3 -> object = arg3; o3 -> repo = repo; gy_Object * oud = ypush_gy_Object(); yput_global(idxud, 0); oud -> object = data; oud -> repo = repo; const char * fmt = "__gy_callback_retval = %s (%s, %s, %s, %s)"; char * buf=p_malloc(sizeof(char)* (strlen(fmt)+strlen(cmd) +strlen(var1)+strlen(var2)+strlen(var3) +strlen(varud))); sprintf(buf, fmt, cmd, var1, var2, var3, varud); cmd=buf; ndrops+=3; } long dims[2]={1,1}; *ypush_q(dims) = p_strcpy(cmd); ++ndrops; if (buf) p_free(buf); yexec_include(0,1); yarg_drop(ndrops); } gboolean gy_callback2_bool(void* arg1, void* arg2, void*arg3, gy_signal_data* sd) { gy_callback2(arg1, arg2, arg3, sd) ; return gy_callback_retbool(); } ///// end callbacks void __gy_signal_connect(GObject * object, GIBaseInfo * info, GIRepository * repo, const gchar* sig, const gchar * cmd, void * data); void Y_gy_signal_connect(int argc) { gy_Object * o = yget_gy_Object(argc-1); if (!o->info || !GI_IS_OBJECT_INFO(o->info) || ! o -> object ) y_error("First argument but hold GObject derivative instance"); if (!strcmp(G_OBJECT_TYPE_NAME(o->object), "GtkBuilder")) { long idx1 = yget_global("__gy_gtk_builder", 0); void* usage=yget_use(argc-1); ypush_use(usage); yput_global(idx1, 0); long dims[Y_DIMSIZE]={1,1}; *ypush_q(dims)=p_strcpy("noop, __gy_gtk_builder" ".connect_signals_full(" "__gy_gtk_builder_connector(),)"); yexec_include(0, 1); ypush_nil(); return; } ystring_t sig = ygets_q(argc-2); ystring_t cmd = NULL; if (yarg_string(argc-3)) cmd = p_strcpy(ygets_q(argc-3)); else if (yarg_func(argc-3)) { cmd = p_strcpy(yfind_name(yget_ref(argc-3))); } else y_error("callback must be string or function"); void* data; if (argc>=4) data = yget_gy_Object(argc-4)->object; __gy_signal_connect(o->object, o->info, o->repo, sig, cmd, data); ypush_nil(); } void __gy_signal_connect(GObject * object, GIBaseInfo * info, GIRepository * repo, const gchar * sig, const gchar * cmd, void * data) { GIBaseInfo * cur, *next; GISignalInfo * cbinfo=NULL; gint i, n; cur = info; g_base_info_ref(cur); while (!cbinfo && cur) { GY_DEBUG("%s\n", g_base_info_get_name(cur) ); n= g_object_info_get_n_signals(cur); for (i=0; i info = cbinfo; sd -> cmd = cmd; sd -> repo = repo; sd -> data = data; GCallback * voidcallbacks[]={(GCallback*)(&gy_callback0), (GCallback*)(&gy_callback1), (GCallback*)(&gy_callback2)}; GCallback * gbooleancallbacks[]={(GCallback*)(&gy_callback0_bool), (GCallback*)(&gy_callback1_bool), (GCallback*)(&gy_callback2_bool)}; GCallback * * callbacks=NULL; gint nargs = g_callable_info_get_n_args (cbinfo); GY_DEBUG("Callback takes %d arguments\n", nargs); GITypeInfo * retinfo = g_callable_info_get_return_type (cbinfo); GITypeTag rettag = g_type_info_get_tag(retinfo); g_base_info_unref(retinfo); switch(rettag) { case GI_TYPE_TAG_VOID: callbacks=voidcallbacks; break; case GI_TYPE_TAG_BOOLEAN: callbacks=gbooleancallbacks; break; default: y_errorq("unimplemented output type for callback: %", g_type_tag_to_string (rettag)); } if (nargs>2) y_errorn("unimplemented: callback with %ld arguments", nargs); GY_DEBUG("Callback address: %p\n", callbacks[nargs]); g_signal_connect (object, sig, G_CALLBACK(callbacks[nargs]), sd); } void gyGtkBuilderConnectFunc(void *builder, GObject *object, const gchar *signal_name, const gchar *handler_name, GObject *connect_object, GConnectFlags flags, gpointer user_data) { // builder is a GtkBuilder but we don't want to use gtk headers GIObjectInfo * info = g_irepository_find_by_gtype(NULL, // should use repo G_OBJECT_TYPE(object)); GY_DEBUG("autoconnecting %s to %s\n", signal_name, handler_name); // ! we may leak memory __gy_signal_connect(object, info, NULL, signal_name, p_strcpy(handler_name), user_data); g_base_info_unref(info); } void Y___gy_gtk_builder_connector(int argc) { ypush_gy_Object()->object = (void*)&gyGtkBuilderConnectFunc; } yorick-gy-0.0.5/gy_gtk.i000066400000000000000000001257051217542510100150770ustar00rootroot00000000000000/* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ #include "gy.i" local gy_gtk_i; /* DOCUMENT #include "gy_gtk.i" gy is a Yorick plug-in around GObject-introspection. It can notably be used to create Gtk GUIs from within Yorick. gy_gtk.i is based on gy.i and adds convenience functions such as standard event handlers for writing Gtk based graphical user interfaces (GUI). PROVIDED APPLICATIONS gy_gtk comes with a few sample GUI utilities: - gyterm is a command line in a Gtk window. It is useful for keeping a Yorick command line while another GUI is running. - gycmap is a wrapper around cmap. - gywindow is a wrapper for Yorick windows (work in progress). - gyhelloworld is a trivial example. gyterm and gywindow can be easily embedded in custom applications (indeed, gyterm *is* embedded in both gycmap and gywindow). See gy_gtk_ycmd and gy_gtk_ywindow. SIDE EFFECTS: #include "gy_gtk.i" has the following side effect: - the users locale is set, excluding LC_NUMERIC, using gy_setlocale. - mouse() is replaced by gy_gtk_mouse(). Whenever a GUI is running: - gy_gtk_idler() runs repeatedly using adter(). Some functions (such as mouse()) cannot run as long as this loop is running. - after_error is set to a function which redirects errors to a dialog and makes some clean-up. See gy_gtk_main(). EXAMPLE: The gy source code comes with a few example scripts. Here comes a basic, commented helloworld: // Create widget hierarchy win = Gtk.Window(); button = Gtk.Button(label="Hello World!"); noop, win.add(button); // Write a callback func hello(widget, event, data) { "Hello World!"; } // Connect callback to button event gy_signal_connect, button, "clicked", hello; // Show window gy_gtk_main, win, on_delete=1; SEE ALSO: gy_i, gyterm, gycmap, gywindow, gy_gtk_main and the C documentation for the Gtk+ 3 API. */ extern Gtk, Gdk, GLib, GdkPixbuf; /* DOCUMENT Gtk, Gdk, GdkPixbuf, GLib gy namespaces. SEE ALSO: gy_gtk_i */ Gtk = gy.require("Gtk", "3.0"); Gdk = gy.Gdk; GLib = gy.GLib; GdkPixbuf = gy.GdkPixbuf; func __gyterm_init { require, "string.i"; extern __gyterm_initialized, __gyterm_win; __gyterm_win = Gtk.Window.new(Gtk.WindowType.toplevel); noop, __gyterm_win.set_title("Yorick command line"); entry = gy_gtk_ycmd(1); noop, __gyterm_win.add(entry); noop, entry.set_width_chars(80); __gyterm_initialized=1; } if (is_void(__gyterm_history_size)) __gyterm_history_size=100; __gyterm_history=array(string, __gyterm_history_size); __gyterm_idx=__gyterm_cur=1; __gyterm_max=0; func __gyterm_key_pressed(widget, event, udata) { extern __gyterm_history, __gyterm_cur, __gyterm_max, __gyterm_idx; ev = Gdk.EventKey(event); ev, keyval, keyval; if (keyval==Gdk.KEY_Up) { if (__gyterm_idx==__gyterm_cur) { __gyterm_history(__gyterm_cur)=widget.get_text(); if (__gyterm_max<__gyterm_cur) __gyterm_max=__gyterm_cur; } __gyterm_idx=(__gyterm_idx==1)?__gyterm_max:__gyterm_idx-1; noop, widget.set_text(__gyterm_history(__gyterm_idx)); noop, Gtk.Editable(widget).set_position(-1); return 1; } if (keyval==Gdk.KEY_Down) { __gyterm_idx=(__gyterm_idx==__gyterm_max)?1:__gyterm_idx+1; noop, widget.set_text(__gyterm_history(__gyterm_idx)); noop, Gtk.Editable(widget).set_position(-1); return 1; } if (keyval==Gdk.KEY_Return) { cmd=widget.get_text(); noop, widget.set_text(""); __gyterm_history(__gyterm_cur)=cmd; __gyterm_cur=(__gyterm_curYorick command"); noop, exp.add(entry); noop, exp.set_use_markup(1); noop, exp.set_resize_toplevel(1); noop, exp.set_vexpand(0); return exp; } func gy_gtk_ycmd_connect(widget) { /* DOCUMENT gy_gtk_ycmd_connect, entry_widget Makes entry_widget mimick gyterm behavior. EXAMPLE entry=Gtk.Entry.new(); gy_gtk_ycmd_connect, entry; SEE ALSO: gy_i, gyterm, gy_gtk_main */ gy_signal_connect, widget, "key-press-event", __gyterm_key_pressed; noop, widget.set_placeholder_text("Yorick command"); noop, widget.set_tooltip_text("Yorick command"); } func gy_gtk_hide_on_delete(wdg, evt, udata) /* DOCUMENT gy_gtk_destroy_on_delete, window, [evt, data] If evt is void, set-up gy_gtk_hide_on_delete as a callback for the "delete-event" Gtk Window event. If evt is not void, act as a callback: hide the window. In addition, stops the event loop if there are no visible windows remaining. SEE ALSO: gy_gtk_destroy_on_delete, gy_gtk_idler_maybe_stop, gy_gtk_main, gy_gtk_i */ { if (is_void(evt)) gy_signal_connect, wdg, "delete-event", gy_gtk_hide_on_delete; noop, wdg.hide(); gy_gtk_idler_maybe_stop; return 1; } func gy_gtk_suspend (wdg, evt, udata) /* DOCUMENT deprecated: gy_gtk_suspend, wdg This was used when gy_gtk_main used to call gy.Gtk.main(). SEE ALSO: gy_gtk_hide_on_delete, gy_gtk_destroy_on_delete */ { extern __gy_gtk_suspend_warned; if (!__gy_gtk_suspend_warned) { __gy_gtk_suspend_warned=1; write, "WARNING: gy_gtk_suspend is deprecated, please upgrade to the new API\n"; } if (is_void(evt)) evt=1; return gy_gtk_hide_on_delete(wdg, evt, udata); } func gy_gtk_destroy_on_delete(wdg, evt, udata) /* DOCUMENT gy_gtk_destroy_on_delete, window, [evt, data] If evt is void, set-up gy_gtk_destroy_on_delete as a callback for the "delete-event" Gtk Window event. If evt is not void, act as a callback: destroy the window. In addition, stops the event loop if there are no visible windows remaining. SEE ALSO: gy_gtk_hide_on_delete, gy_gtk_idler_maybe_stop, gy_gtk_main, gy_gtk_i */ { if (is_void(evt)) gy_signal_connect, wdg, "delete-event", gy_gtk_destroy_on_delete; noop, wdg.destroy(); gy_gtk_idler_maybe_stop; return 1; } func gy_gtk_idler_maybe_stop /* DOCUMENT gy_gtk_idler_maybe_stop Stop the event handler if there remains no window visible. This should always be called in your delete-event handler. SEE ALSO: gy_gtk_main, gy_gtk_hide_on_delete, gy_gtk_destroy_on_delete */ { extern after_error; gy_gtk_idler; // perform pending actions such as hiding a window! tlvs = Gtk.Window.list_toplevels(); res = 0; if (tlvs.size) { for (;!is_void(tlvs);tlvs=tlvs.next) res |= tlvs.data.visible(); } if (!res) { after_error=[]; gy_gtk_idler, 0; } } func gy_gtk_main(win, on_delete=) /* DOCUMENT gy_gtk_main, win, on_delete=CALLBACK; Show Gtk.Window win and set-up gy_gtk.i event loop: 1. Set-up after_error handler, 2. Optionally connect delete-event callback, 3. Show win; 4. Launch event handler loop. It is (probably) best to stop the event loop when no windows are visible. To achieve this, the delete-event callback of any window (and any other callback which hides or detroys a window) should call gy_gtk_idler_maybe_stop. KEYWORDS: on_delete: the name (string) of a Yorick function suitable as a delete-event handler: func on_delete(widget, event, data) { // hide or destroy gy_gtk_idler_maybe_stop; return 1; } on_delete=1 is a short-hand for on_delete="gy_gtk_hide_on_delete"; on_delete=2 is a short-hand for on_delete="gy_gtk_destroy_on_delete"; SEE ALSO: gy_gtk_i, gy_gtk_hide_on_delete, gy_gtk_destroy_on_delete */ { extern after_error; after_error=__gy_gtk_on_error; if (!is_void(win)) { if (is_numerical(on_delete)) { if (on_delete==0) on_delete=[]; else if (on_delete==1) on_delete="gy_gtk_hide_on_delete"; else if (on_delete==2) on_delete="gy_gtk_destroy_on_delete"; } if (!is_void(on_delete)) gy_signal_connect, win, "delete-event", on_delete; noop, win.show_all(); } gy_gtk_idler,1; } func gyterm(cmd) /* DOCUMENT gyterm Open a window containing a single line in which arbitrary Yorick commands can be typed. If you want to embed gyterm in another GUI, see gy_gtk_ycmd and gy_gtk_ycmd_connect. SEE ALSO: gy_i, gy_gtk_ycmd, gy_gtk_ycmd_connect, gycmap, gywindow */ { extern __gyterm_initialized, __gyterm_win; local on_delete; if (!__gyterm_initialized) { __gyterm_init; on_delete=1; } gy_gtk_main, __gyterm_win, on_delete=on_delete; } /// gycmap: a GUI for cmap func __gycmap_init(void) { require, "pathfun.i"; extern __gycmap_initialized, __gycmap_builder, __gycmap_win, __gycmap_ebox, __gycmap_gist_img, __gycmap_msh_img, __gycmap_mpl_img, __gycmap_cmd, __gycmap_gpl_img, __gycmap_gmt_img, __gycmap_cur_img, __gycmap_div_img, __gycmap_seq_img, __gycmap_qual_img, __gycmap_cur_names, __gycmap_gist_names; gist_png = find_in_path("gist-cmap.png", takefirst=1, path=pathform(_(get_cwd(), _(Y_SITES, Y_SITE)+"data/"))); png_dir=dirname(gist_png); glade = find_in_path("gycmap.xml", takefirst=1, path=pathform(_(get_cwd(), _(Y_SITES, Y_SITE)+"glade/"))); __gycmap_gist_img = Gtk.Image.new(); noop, __gycmap_gist_img.set_from_file(gist_png); __gycmap_gist_names= ["gray", "yarg", "heat", "earth", "stern", "rainbow", "ncar"]; __gycmap_msh_img = Gtk.Image.new(); noop, __gycmap_msh_img.set_from_file(png_dir+"/msh-cmap.png"); __gycmap_mpl_img = Gtk.Image.new(); noop, __gycmap_mpl_img.set_from_file(png_dir+"/mpl-cmap.png"); __gycmap_gpl_img = Gtk.Image.new(); noop, __gycmap_gpl_img.set_from_file(png_dir+"/gpl-cmap.png"); __gycmap_gmt_img = Gtk.Image.new(); noop, __gycmap_gmt_img.set_from_file(png_dir+"/gmt-cmap.png"); __gycmap_div_img = Gtk.Image.new(); noop, __gycmap_div_img.set_from_file(png_dir+"/cbc-div-cmap.png"); __gycmap_seq_img = Gtk.Image.new(); noop, __gycmap_seq_img.set_from_file(png_dir+"/cbc-seq-cmap.png"); __gycmap_qual_img = Gtk.Image.new(); noop, __gycmap_qual_img.set_from_file(png_dir+"/cb-qual-cmap.png"); __gycmap_builder = Gtk.Builder.new(); noop, __gycmap_builder.add_from_file(glade); __gycmap_win = __gycmap_builder.get_object("window1"); __gycmap_ebox = __gycmap_builder.get_object("eventbox"); noop, __gycmap_ebox.add(__gycmap_gist_img); __gycmap_cur_img = __gycmap_gist_img; __gycmap_cur_names = __gycmap_gist_names; __gycmap_cmd=gistct; combo=__gycmap_builder.get_object("combobox"); noop, combo.set_active_id("gist"); if (__gycmap_old_yorick) noop, combo.set_sensitive(0); else gy_signal_connect, combo, "changed", __gycmap_combo_changed; gy_signal_connect, __gycmap_ebox, "button-press-event", __gycmap_callback; noop, __gycmap_win.set_title("Yorick color table chooser"); noop, __gycmap_builder.get_object("box1").add(gy_gtk_ycmd()); // gy_gtk_window_hide_on_delete, __gycmap_win; __gycmap_initialized=1; } func __gycmap_gistct(name) { palette, name+".gp"; } if (!is_func(gistct)) { __gycmap_old_yorick=1; gistct=__gycmap_gistct; } func __gycmap_callback(widget, event, udata) { extern __gycmap_cur_names; ev = Gdk.EventButton(event); ev, x, x, y, y; name= __gycmap_cur_names(long(y/19)+1); if (is_void(__gycmap.callback)) __gycmap_cmd, __gycmap_cur_names(long(y/19)+1); else noop, __gycmap.callback(__gycmap_cmd, name); } func __gycmap_combo_changed(widget, event, udata) { extern __gycmap_cur_img, __gycmap_cur_names, __gycmap_cmd; lst = widget.get_active_id(); noop, __gycmap_ebox.remove(__gycmap_cur_img); if (lst == "gist") { __gycmap_cur_img=__gycmap_gist_img; __gycmap_cur_names=__gycmap_gist_names; __gycmap_cmd=gistct; } else if (lst == "msh") { __gycmap_cur_img=__gycmap_msh_img; __gycmap_cur_names= ["coolwarm", "blutan", "ornpur", "grnred", "purple", "blue", "green", "red", "brown"]; __gycmap_cmd=mshct; } else if (lst == "mpl") { __gycmap_cur_img=__gycmap_mpl_img; __gycmap_cur_names= ["binary", "gray", "bone", "pink", "copper", "winter", "spring", "summer", "autumn", "hot", "afmhot", "coolwarm", "cool", "rainbow", "terrain", "jet", "spectral", "hsv", "flag", "prism", "seismic", "bwr", "brg"]; __gycmap_cmd=mplct; } else if (lst == "gmt") { __gycmap_cur_img=__gycmap_gmt_img; __gycmap_cur_names= ["cool", "copper", "cyclic", "drywet", "gebco", "globe", "gray", "haxby", "hot", "jet", "nighttime", "no_green", "ocean", "paired", "panoply", "polar", "rainbow", "red2green", "relief", "sealand", "seis", "split", "topo", "wysiwyg"]; __gycmap_cmd=gmtct; } else if (lst == "gpl") { __gycmap_cur_img=__gycmap_gpl_img; __gycmap_cur_names= ["ocean", "gnu_hot", "gnuplot", "gnuplot2", "gnuplot3", "gnuplot4", "gnuplot5"]; __gycmap_cmd=cmap; } else if (lst == "cb-seq") { __gycmap_cur_img=__gycmap_seq_img; __gycmap_cur_names= ["Greys", "Purples", "Blues", "Greens", "Oranges", "Reds", "PuBu", "PuBuGn", "PuRd", "BuGn", "BuPu", "GnBu", "YlGn", "YlGnBu", "YlOrBr", "YlOrRd", "OrRd", "RdPu"]; __gycmap_cmd=cmap; } else if (lst == "cb-div") { __gycmap_cur_img=__gycmap_div_img; __gycmap_cur_names= ["BrBG", "PRGn", "PiYG", "PuOr", "RdBu", "RdGy", "RdYlBu", "RdYlGn", "Spectral"]; __gycmap_cmd=cmap; } else if (lst == "cb-qual") { __gycmap_cur_img=__gycmap_qual_img; __gycmap_cur_names= ["Set1", "Pastel1", "Dark2", "Set2", "Pastel2", "Set3", "Paired", "Accent"]; __gycmap_cmd=cmap; } else error, "unrecognized colormap kind"; noop, __gycmap_ebox.add(__gycmap_cur_img); noop, __gycmap_cur_img.show(); } __gycmap=save(); func gycmap(callback) /* DOCUMENT gycmap or gycmap, callback A graphical wrapper around the cmap family of functions, gycmap allows the user to interactively select a color table by viewing sample colorbars and clicking on the bar of her choice. If an image is displayed in the current Yorick graphic window, the new colormap is applied immediately. cmap_test can be used for displaying a test image. If CALLBACK is specified, it is called as: callback, fonction, colormap; each time a new colormap is selected instead of simply setting the color map. gycmap requires a recent version of Yorick (from git, as of 2013-04). SEE ALSO: cmap, cmap_test */ { extern __gycmap_initialized, __gycmap_builder, __gycmap_win, __gycmap_ebox, __gycmap; local on_delete; save, __gycmap, callback; if (!__gycmap_initialized) { __gycmap_init; on_delete=1; } gy_gtk_main, __gycmap_win, on_delete=on_delete; } //// gywindow: a yorick window wrapper func __gywindow_on_error { extern __gywindow_device; __gywindow_ungrab; } func gy_gtk_allowgrab(allow) /* DOCUMENT gy_gtk_allowgrab, mode mode = 0: forbid grabbing the mouse. mose = 1: allow grabbing. SEE ALSO: gywindow */ { extern __gy_gtk_allowgrab; __gy_gtk_allowgrab=allow; if (!allow) __gywindow_ungrab; } gy_gtk_allowgrab, 1; func gywinkill(yid) /* DOCUMENT gywinkill, yid Forget all about gywindow YID. SEE ALSO gywindow */ { extern __gywindow; tmp = save(); n = __gywindow(*); for (i=1; i<=n; ++i) { if (__gywindow( (nothing=i) ).yid==yid) { winkill, yid; gy_gtk_destroy, __gywindow( (nothing=i) ).win; } else save, tmp, "", __gywindow( (nothing=i) ); } __gywindow = tmp; } func gy_gtk_ywindow_reinit(yid, dpi=, style=) /* DOCUMENT gy_gtk_ywindow_reinit, yid RE-initialize Yorick window YID attached to a gy widget, for instance to change DPI or STYLE. KEYWORDS: dpi, style. SEE ALSO: gy_i, gywindow, gy_gtk_ywindow */ { cur = __gywindow_find_by_yid(yid); if (!is_void(dpi)) { if (dpi==0) dpi=75; save, cur, dpi; } if (!is_void(style)) { if (style==0) style="work.gs"; save, cur, style; } winkill, cur.yid; window, cur.yid, parent=cur.xid, ypos=-24, dpi=cur.dpi, width=long(8.5*cur.dpi), height=long(11*cur.dpi), style=cur.style; noop, cur.da.set_size_request(long(8.5*dpi),long(11*dpi)); } func __gywindow_event_handler(widget, event, udata) { extern __gywindow, __gywindow_xs0, __gywindow_ys0, __gywindow_device; local curwin, win; cur = __gywindow_find_by_xid(gy_gtk_xid(widget)); if (is_void(cur)) return; EventType=Gdk.EventType; ev = Gdk.EventAny(event); type = ev.type; if (type == EventType.map && !cur.realized) { window, cur.yid, parent=gy_gtk_xid(widget), ypos=-24, dpi=cur.dpi, width=long(8.5*cur.dpi), height=long(11*cur.dpi), style=cur.style; save, cur, realized=1; sw = widget.get_parent().get_parent(); hadjustment = sw.get_hadjustment(); vadjustment = sw.get_vadjustment(); save, cur, sw, hadjustment, vadjustment; xcenter = long(4.25*cur.dpi); noop, cur.hadjustment.set_value(xcenter-cur.hadjustment.get_page_size()/2); noop, cur.vadjustment.set_value(xcenter-cur.vadjustment.get_page_size()/2); if (cur.on_realize) cur.on_realize; return; } if (!cur.realized) return; if (type == EventType.configure) { xcenter = long(4.25*cur.dpi); noop, cur.sw.set_size_request(-1,-1); noop, cur.hadjustment.set_value(xcenter-cur.hadjustment.get_page_size()/2); noop, cur.vadjustment.set_value(xcenter-cur.vadjustment.get_page_size()/2); if (cur.on_configure) cur.on_configure; return; } if (!cur.grab) return; pix2ndc=72.27/cur.dpi*0.0013; if (type == EventType.enter_notify && __gy_gtk_allowgrab) { __gywindow_device = Gdk.Device(Gtk.get_current_event_device()); noop, Gtk.Widget(widget)(window, win); noop, __gywindow_device.grab(win, Gdk.GrabOwnership.none, 1, Gdk.EventMask.all_events_mask, , Gdk.CURRENT_TIME); return; } if (type == EventType.leave_notify && Gdk.EventCrossing(ev).mode != Gdk.CrossingMode.grab) { __gywindow_ungrab; return; } if (type == EventType.button_release || type == EventType.button_press || type == EventType.motion_notify) { curwin = current_window(); window, cur.yid; ev = Gdk.EventButton(ev); ev, x, x, y, y, button, button, state, state; shft = state & Gdk.ModifierType.shift_mask; meta = state & Gdk.ModifierType.mod1_mask; if (shft && !meta && button==1) button=2; if (meta && !shft && button==1) button=3; xndc=pix2ndc*(x-2); yndc=11.*72.27*0.0013-pix2ndc*(y-1); vp = viewport(); lm = limits(); flags=long(lm(5)); xlog = flags & 128; ylog = flags & 256; if (xndc < vp(1)) xs = lm(1); else if (xndc>vp(2)) xs=lm(2); else { if (xlog) xs = lm(1) * (lm(2)/lm(1))^((xndc-vp(1))/(vp(2)-vp(1))); else xs = lm(1)+(xndc-vp(1))*(lm(2)-lm(1))/(vp(2)-vp(1)); } if (yndc < vp(3)) ys = lm(3); else if (yndc>vp(4)) ys=lm(4); else { if (xlog) ys = lm(3) * (lm(4)/lm(3))^((yndc-vp(3))/(vp(4)-vp(3))); else ys = lm(3)+(yndc-vp(3))*(lm(4)-lm(3))/(vp(4)-vp(3)); } } if (type == EventType.button_press) { __gywindow_xs0=xs; __gywindow_ys0=ys; } if (type == EventType.button_release) { lm = limits(); flags=long(lm(5)); if (is_func(cur.mouse_handler)) { noop, cur.mouse_handler(cur.yid, __gywindow_xs0, __gywindow_ys0, xs, ys, button, flags); if (!is_void(curwin) && curwin>=0) window, curwin; return; } lm2=lm; fact=1.; if (button==1) fact=2./3.; else if (button==3) fact=1.5; xlog = flags & 128; ylog = flags & 256; if (noneof(__gywindow_xs0 == lm(1:2))) { if (xlog) { lm2(1:2)=__gywindow_xs0 / (xs/lm(1:2))^fact; } else { lm2(1:2)=__gywindow_xs0 - (xs-lm(1:2))*fact; } limits, lm2(1), lm2(2); } if (noneof(__gywindow_ys0 == lm(3:4))) { if (ylog) { lm2(3:4)=__gywindow_ys0 / (ys/lm(3:4))^fact; } else { lm2(3:4)=__gywindow_ys0 - (ys-lm(3:4))*fact; } range, lm2(3), lm2(4); } } if (!is_void(curwin) && curwin>=0) window, curwin; if (type == EventType.motion_notify) { if (xcur.hadjustment.get_value()+cur.hadjustment.get_page_size() || y>cur.vadjustment.get_value()+cur.vadjustment.get_page_size()) { __gywindow_ungrab; return; } noop, cur.slabel.set_text("?"); noop, cur.xlabel.set_text(swrite(xs)); noop, cur.ylabel.set_text(swrite(ys)); return; } //write, format="in __gywindow_realized. event: %d\n", type; } /// ywindows if (is_void(__gywindow)) __gywindow=save(); func gy_gtk_ywindow_connect(&yid, win, da, slabel, xlabel, ylabel, dpi=, style=, on_realize=, on_configure=, grab=) /* DOCUMENT gy_gtk_ywindow_connect, yid, win, da, slabel, xlabel, ylabel Connect widgets to embed a Yorick window in a Gtk DrawingArea (see gywindow for a trivial example). For a lower level function, see gy_gtk_ywindow. If YID is nil, a new ID is taken and YID is set to this value. ARGUMENTS yid: Yorick window ID to embed win: the toplevel Gtk.Window widget da: the Gtk.DrawingArea in which the yorick window will be embedded. s|x|ylabel: Gtk.Label widgets in which to report mouse motion. KEYWORDS on_realize: function to call when the window is realized on_configure: function to call whenever the function is configured (i.e. resized) grab: 1 if window should grab the mouse, necessary to use gy_gtk_ywindow_mouse_handler, otherwise discouraged SEE ALSO: gy_i, gywindow, gy_gtk_ywindow, gy_gtk_ywindow_mouse_handler */ { extern __gywindow; if (is_void(yid)) yid=gy_gtk_ywindow_free_id(-1); if (is_void(yid)) error, "unable to find free id"; if (is_void(dpi)) dpi=75; gy_signal_connect, da, "event", __gywindow_event_handler; save, __gywindow, "", save(yid, xid=[], win, da, slabel, xlabel, ylabel, realized=0, dpi, style, mouse_handler=[], on_realize, on_configure, grab); } func gy_gtk_ywindow_mouse_handler(yid, handler) /* DOCUMENT gy_gtk_ywindow_mouse_handler, yid, handler Attach application-specific mouse event handler Yorick window created with gy_gtk_ywindow (this includes gywindow windows). The handler will be passed only press-release events and allows similar actions to what mouse() provides for regular Yorick windows. ARGUMENTS: yid: the Yorick window ID number, first argument of gy_gtk_window. handler: Yorick function with prototype func mouse_toto(yid, x0, y0, x1, y1, button, flags); where x0, y0, x1 and y1 are the window coordinates of the button press and release events, button is the button which was pressed, flags is limits()(5). SEE ALSO: gy_i, gy_gtk_ywindow, gywindow, mouse, limits */ { save, __gywindow_find_by_yid(yid), mouse_handler=handler, grab=1; } func gy_gtk_ywindow(&yid, dpi=, width=, height=, style=, on_realize=, on_configure=, grab=) /* DOCUMENT widget = gy_gtk_ywindow(yid) Initialize a Gtk widget embedding Yorick window number YID. The widget is scrollable and provides mouse position reading and zoom/pan capabilities. The widget is connected using gy_gtk_ywindow_connect. If YID is nil, a new ID is taken and YID is set to this value. KEYWORDS: dpi, width, height, style: see window on_realize, on_configure, grab: see gy_gtk_window_connect SEE ALSO: gy_i, gywindow, window, gy_gtk_ywindow_connect */ { extern __gywindow; if (is_void(dpi)) dpi=75; //if (is_void(width)) width=long(6*dpi); //if (is_void(height)) height=long(6*dpi); if (is_void(yid)) yid=gy_gtk_ywindow_free_id(-1); if (is_void(yid)) error, "unable to find free id"; box = Gtk.Box.new(Gtk.Orientation.vertical, 0); box2=Gtk.Box.new(Gtk.Orientation.horizontal, 0); noop, box.pack_start(box2, 0,0,0); noop, box2.pack_start(Gtk.Label(label="System: "),0,0,0); slabel=Gtk.Label(label="0", max_width_chars=1, width_chars=1); noop, box2.pack_start(slabel, 0, 0, 0); noop, box2.pack_start(Gtk.Label(label="( "),0,0,0); xlabel=Gtk.Label(label="", max_width_chars=15, width_chars=15); noop, box2.pack_start(xlabel, 0, 0, 0); noop, box2.pack_start(Gtk.Label(label=", "),0,0,0); ylabel=Gtk.Label(label="", max_width_chars=15, width_chars=15); noop, box2.pack_start(ylabel, 0, 0, 0); noop, box2.pack_start(Gtk.Label(label=")"),0,0,0); sw = Gtk.ScrolledWindow.new(,); if (!is_void(width) && !is_void(height)) noop, sw.set_size_request(width,height); noop, box.pack_start(sw, 1, 1, 0); tmp = Gtk.Viewport.new(,); noop, sw.add(tmp); da = Gtk.DrawingArea.new(); noop, da.add_events(Gdk.EventMask.all_events_mask); noop, da.set_size_request(long(8.5*dpi),long(11*dpi)); noop, tmp.add(da); gy_gtk_ywindow_connect, yid, win, da, slabel, xlabel, ylabel, dpi=dpi, style=style, on_realize=on_realize, on_configure=on_configure, grab=grab; return box; } func __gywindow_cmap(wdg, data) { gycmap; return 1; } func __gywindow_save(wdg, data) { require, "pathfun.i"; extern result; win = Gtk.FileChooserDialog(); fcfc = Gtk.FileChooser(win); noop, fcfc.set_action(Gtk.FileChooserAction.save); noop, fcfc.set_do_overwrite_confirmation(1); noop, fcfc.set_create_folders(1); noop, win.add_button(Gtk.STOCK_SAVE, Gtk.ResponseType.ok); noop, win.add_button(Gtk.STOCK_CANCEL, Gtk.ResponseType.cancel); filter = Gtk.FileFilter(); noop, filter.add_pattern("*.[pP][dD][fF]"); noop, filter.add_pattern("*.[eE][pP][sS]"); noop, filter.add_pattern("*.[jJ][pP][eE][gG]"); noop, filter.add_pattern("*.[jJ][pP][gG]"); noop, filter.add_pattern("*.[jJ][fF][iI][fF]"); noop, filter.add_pattern("*.[pP][nN][gG]"); noop, filter.set_name("All supported files"); noop, fcfc.add_filter(filter); filter = Gtk.FileFilter(); noop, filter.add_pattern("*.[pP][dD][fF]"); noop, filter.set_name("PDF documents"); noop, fcfc.add_filter(filter); filter = Gtk.FileFilter(); noop, filter.add_pattern("*.[eE][pP][sS]"); noop, filter.set_name("EPS documents"); noop, fcfc.add_filter(filter); filter = Gtk.FileFilter(); noop, filter.add_pattern("*.[jJ][pP][eE][gG]"); noop, filter.add_pattern("*.[jJ][pP][gG]"); noop, filter.add_pattern("*.[jJ][fF][iI][fF]"); noop, filter.set_name("JPEG images"); noop, fcfc.add_filter(filter); filter = Gtk.FileFilter(); noop, filter.add_pattern("*.[pP][nN][gG]"); noop, filter.set_name("PNG images"); noop, fcfc.add_filter(filter); filter = Gtk.FileFilter(); noop, filter.add_pattern("*"); noop, filter.set_name("All files"); noop, fcfc.add_filter(filter); noop, win.show_all(); result = win.run(); fname=fcfc.get_filename(); noop, win.hide(); noop, win.destroy(); if (result != Gtk.ResponseType.ok || fname == string(0) ) return 1; yid = __gywindow_find_by_xid(gy_gtk_xid(data)).yid; bname=basename(fname); ext=pathsplit(bname,delim="."); if (numberof(ext)==1) { gyerror, "Export failed: no extension in file name."; return 1; } format=ext(0); if (anyof(format==["JPEG","jpeg","jpg","jfif"])) fformat="jpeg"; else if (anyof(format==["PNG","png"])) fformat="png"; else if (anyof(format==["EPS","eps"])) fformat="eps"; else if (anyof(format==["PDF","pdf"])) fformat="pdf"; else { gyerror, "Could not recognize extension \"" + format +"\"."; return 1; } symb=symbol_def(fformat); if (!is_func(symb)) { gyerror, "This Yorick lacks the function \"" + fformat + "\"."; return 1; } if (catch(-1)) {gyerror, catch_message; return 1;} prev = current_window(); window, yid; symb, fname; window, prev; return 1; } func __gywindow_init(&yid, dpi=, width=, height=, style=, on_realize=, on_configure=, grab=) { extern __gywindow, adj; if (is_void(yid)) yid=gy_gtk_ywindow_free_id(-1); if (is_void(yid)) error, "unable to find free id"; win = Gtk.Window.new(Gtk.WindowType.toplevel); noop, win.set_default_size(450, 488); noop, win.set_title("Yorick "+pr1(yid)); box=Gtk.Box.new(Gtk.Orientation.vertical, 0); noop, win.add(box); noop, box.pack_start(gy_gtk_ywindow (yid, dpi=dpi, width=width, height=height, style=style, on_realize=on_realize, on_configure=on_configure, grab=grab), 1, 1, 0); cur = __gywindow_find_by_yid(yid); tb = Gtk.Toolbar.new(); tbox=Gtk.Box.new(Gtk.Orientation.vertical, 0); exp = Gtk.Expander.new("Tools"); noop, exp.add(tbox); noop, exp.set_use_markup(1); noop, exp.set_resize_toplevel(1); noop, box.pack_start(exp, 0,0,0); noop, tbox.pack_start(gy_gtk_ycmd(1), 0, 0, 0); noop, tbox.pack_start(tb, 0, 0, 0); cb = Gtk.ComboBoxText.new(); noop, cb.insert(-1, "0.5625", "9:16"); noop, cb.insert(-1, "0.6180339887498947915", "2:(1+√5)"); noop, cb.insert(-1, "0.625", "10:16"); noop, cb.insert(-1, "0.75", "3:4"); noop, cb.insert(-1, "1", "1:1"); noop, cb.insert(-1, "1.33333333333333333", "4:3"); noop, cb.insert(-1, "1.6", "16:10"); noop, cb.insert(-1, "1.6180339887498949025", "(1+√5):2"); noop, cb.insert(-1, "1.77777777777777777", "16:9"); noop, cb.get_child().set_size_request(2, -1); noop, cb.set_tooltip_text("Aspect ratio"); gy_signal_connect, cb, "changed", __gywindow_ratio, cur.da; item = Gtk.ToolItem.new(); noop, item.add(cb); noop, tb.insert(item, -1); cb = Gtk.ComboBoxText.new(); noop, cb.insert(-1, "50", "50 dpi"); noop, cb.insert(-1, "75", "75 dpi"); noop, cb.insert(-1, "100", "100 dpi"); noop, cb.insert(-1, "150", "150 dpi"); noop, cb.get_child().set_size_request(2, -1); noop, cb.set_tooltip_text("Resolution (dots per inch)"); gy_signal_connect, cb, "changed", __gywindow_dpi, cur.da; item = Gtk.ToolItem.new(); noop, item.add(cb); noop, tb.insert(item, -1); cb = Gtk.ComboBoxText.new(); path = pathsplit(GISTPATH); for (i=1; i<=numberof(path); ++i) { dir=path(i); files=lsdir(dir); if (is_string(files)) { ind=where(strglob( "*.gs", files)); if (!numberof(ind)) continue; files=files(ind); for (j=1; j<=numberof(files); ++j) { noop, cb.insert(-1, files(j), strpart(files(j), :-3)); } } } noop, cb.set_tooltip_text("Plot style"); gy_signal_connect, cb, "changed", __gywindow_style, cur.da; item = Gtk.ToolItem.new(); noop, item.add(cb); noop, tb.insert(item, -1); but = Gtk.ToolButton.new_from_stock(Gtk.STOCK_SAVE); noop, but.set_tooltip_text("Export plot"); noop, tb.insert(but, -1); gy_signal_connect, but, "clicked", __gywindow_save, cur.da; but = Gtk.ToolButton.new_from_stock(Gtk.STOCK_SELECT_COLOR); noop, but.set_tooltip_text("Choose color map"); noop, tb.insert(but, -1); gy_signal_connect, but, "clicked", __gywindow_cmap, cur.da; } func __gywindow_ratio(widget, data) { yid = __gywindow_find_by_xid(gy_gtk_xid(data)).yid; ratio = 0.; sread, widget.get_active_id(), ratio; inch2ndc=72.27*0.0013; prev = current_window(); window, yid; get_style, land, sys, leg, cleg; ovp = sys(plsys()).viewport; ow = ovp(2)-ovp(1); oh = ovp(4)-ovp(3); ol = max(ow, oh); xc = 0.5*(ovp(2)+ovp(1)); yc = 0.5*(ovp(4)+ovp(3)); if (ratio >= 1) { w = ol; h = ol / ratio; } else { h = ol; w = ol*ratio; } xc; yc; sys(plsys()).viewport = [xc,xc,yc,yc] + [-w,w,-h,h] * 0.5; set_style, land, sys, leg, cleg; window, prev; } func __gywindow_dpi(widget, data) { cur = __gywindow_find_by_xid(gy_gtk_xid(data)); dpi = 0; sread, widget.get_active_id(), dpi; prev = current_window(); gy_gtk_ywindow_reinit, cur.yid, dpi=dpi, style=cur.style; window, prev; } func __gywindow_style(widget, data) { cur = __gywindow_find_by_xid(gy_gtk_xid(data)); prev = current_window(); gy_gtk_ywindow_reinit, cur.yid, dpi=cur.dpi, style=widget.get_active_id(); window, prev; } func __gywindow_find_by_xid(xid) { extern __gywindow; if (is_void(__gywindow)) return; nwins = __gywindow(*); for (oid=1; oid<=nwins; ++oid) { cur=__gywindow( (nothing=oid) ); cxid=cur.xid; if (is_void(cxid)) { cxid=gy_gtk_xid(cur.da); if (!is_void(cxid)) save, cur, xid=cxid; } if (cxid==xid) return cur; } } func __gywindow_find_by_yid(yid) { extern __gywindow; if (is_void(__gywindow)) return; nwins = __gywindow(*); for (oid=1; oid<=nwins; ++oid) { if ((cur=__gywindow( (nothing=oid) )).yid==yid) return cur; } } func gy_gtk_ywindow_free_id(start) /* DOCUMENT yid = gy_gtk_ywindow_free_id( start ); Find a free Yorick window ID. A window ID is considered free if the window is not realized (which is checked using window_geometry()) and it has not yet been registered as a gywindow. The 64 possible window IDs (0 to 63) are probed starting from START. If START<0, window IDs are probed in desceding order starting from 64-START. For instance, if START==42, the IDs will be probed in this order: 42, 43, ..., 62, 63, 0, 1, ..., 40, 41. If no free ID can be found, gy_gtk_ywindow_free_id() returns []. SEE ALSO: gywindow, window, window_geometry */ { if (is_void(start)) start=0; if (start >= 0) dir = 1; else { dir = -1; start = 64+start; } n=start; // window_geometry returns [] if the window is not realized, but the // documentation says it return all 0. Let's check both conditions. // A window ID may also have alreay been registered by gy_gtk but // not be realized yet. while ((!is_void((a=window_geometry(n))) && !allof(a==0)) || !is_void(__gywindow_find_by_yid(n))) { n += dir; if (n==64) n=0; else if (n==-1) n=63; if (n==start) return []; } return n; } func gywindow(&yid, freeid=, dpi=, width=, height=, style=, on_realize=, on_configure=, grab=) /* DOCUMENT gywindow, yid When the Gtk main loop is running, the Yorick main loop is stuck. This prevents things like window zooming to happen. gywindow embeds Yorick window YID in a Gtk window and emulates zooming etc. If YID already exists, it is first killed and its content erased. If you are interested in embedding a Yorick window in your own application, have a look at gy_gtk_ywindow. KEYWORDS: freeid: if true, a new ID is found using gy_gtk_ywindow_free_id. dpi, width, height, style: see window on_realize, on_configure, grab: see gy_gtk_window_connect SEE ALSO: gyterm, gy_gtk_ywindow, gy_gtk_ywindow_free_id, window, gywinkill */ { local on_delete; if (freeid) { yid = gy_gtk_ywindow_free_id(); if (is_void(yid)) error, "unable to find free id"; } if (is_void(yid)) { yid = current_window(); if (yid<0) yid=0; } if (is_void(__gywindow_find_by_yid(yid))) { winkill, yid; __gywindow_init, yid, dpi=dpi, width=width, height=height, style=style, on_realize=on_realize, on_configure=on_configure, grab=grab; on_delete=1; } gy_gtk_main, __gywindow_find_by_yid(yid).win, on_delete=on_delete; } //// error message func gyerror(msg, buttons=) /* DOCUMENT gyerror, msg Display error message in a Gtk window. gy_gtk.i sets after_error so that all error messages are redirected to gyerror: it is usually not necessary to call gyerror directly. SEE ALSO: gy_gtk_i */ { aspect = 1.61803398875; // nombre d'or if (is_void(buttons)) buttons = Gtk.ButtonsType.CLOSE; dmsg = Gtk.MessageDialog("message-type", Gtk.MessageType.error, buttons=buttons, text=msg); noop, dmsg.set_title("Yorick error"); noop, dmsg.set_size_request(long(200*aspect), 200); ans = dmsg.run(); noop, dmsg.destroy(); gy_gtk_idler_flush; return ans; } //// mouse wrapper if (is_void(__gy_gtk_builtin_mouse)) __gy_gtk_builtin_mouse=mouse; func gy_gtk_mouse(system, style, prompt) /* DOCUMENT result= gy_gtk_mouse(system, style, prompt) Suspends the gy_gtk_idler loop, calls mouse(), and resets the gy_gtk_idler loop. mouse() does not play well with after(), which gy_gtk.i uses extensively. This function wraps around mouse() to alleviate this. By default, gy_gtk.i installs gy_gtk_mouse as mouse, replacing the built-in which remains available as __gy_gtk_builtin_mouse. SEE ALSO: gy_gtk_idler, __gy_gtk_builtin_mouse, after, gy_gtk_i */ { gy_gtk_idler, 0; res = __gy_gtk_builtin_mouse(system, style, prompt); if (gy_gtk_main_running) gy_gtk_idler, 1; return res; } mouse = gy_gtk_mouse; //// utilities func gy_gtk_xid(wdg) /* DOCUMENT id=gy_gtk_xid(wdg) Get X11 window ID associated with widget WDG. This allows displaying a Yorick window inside a Gtk widget. EXAMPLE: builder=Gtk.Builder.new(glade_file); ywin = builder.get_object(yorick_widget_name); func on_ywin_event(void) { window, parent=gy_gtk_xid(ywin); } gy_signal_connect, ywin, "event", on_ywin_event; SEE ALSO: gy_i, gy_gdk_window */ { return gy.GdkX11.X11Window(Gtk.Widget(wdg).window).get_xid(); } extern Y_GLADE, Y_DATA; /* DOCUMENT Y_GLADE, Y_DATA Semi-colon separated list of directories where glade files may be located. By default, YGLADE is initialized to: Y_GLADE="./:"+Y_USER+":"+pathform(_(Y_SITES,Y_SITE)+"glade/"); Likewise, Y_DATA directories contain additional platform-independent files, such as icons. SEE ALSO: gy_gtk_builder */ if (is_void(Y_GLADE)) Y_GLADE="./:"+Y_USER+":"+pathform(_(Y_SITES,Y_SITE)+"glade/"); if (is_void(Y_DATA)) Y_DATA="./:"+Y_USER+":"+pathform(_(Y_SITES,Y_SITE)+"data/"); func gy_gtk_builder(fname) /* DOCUMENT builder = gy_gtk_builder(fname) Looks for a file named FNAME in the Y_GLADE path and returns a Gtk.Builder object with FNAME loaded. SEE ALSO: Y_PATH, gy */ { file = find_in_path(fname,takefirst=1,path=Y_GLADE); if (is_void(file)) gyerror("No such file in glade path: " + fname); streplace,file,strfind("~",file),get_env("HOME"); builder = Gtk.Builder(); noop, builder.add_from_file(file); return builder; } extern gy_gtk_before_init; func gy_gtk_init(argv) /* DOCUMENT gy_gtk_init, argv Initialize Gtk. Called automatically by #include "gy_gtk.i" EXTERNAL VARIABLES: If gy_gtk_before_init is a function, it is called before Gtk.init_check(). This allows for instance setting the application name: func gy_gtk_before_init { noop, gy.GLib.set_prgname("MyProg"); noop, gy.GLib.set_application_name("MyProg"); } #include "gy_gtk.i" SEE ALSO: gy_gtk_i */ { extern __gy_gtk_initialized; Gtk = gy.require("Gtk", "3.0"); if (__gy_gtk_initialized) return Gtk; if (is_func(gy_gtk_before_init)) gy_gtk_before_init; ret = gy.Gtk.init_check(numberof(argv),argv); gy_setlocale; if (!ret) error, "Gtk initialization failed"; __gy_gtk_initialized=1; return Gtk; } gy_gtk_init; extern gy_gtk_idler_period; /* DOCUMENT gy_gtk_idler_period gy_gtk_idler repeatedly reschedules using after for running every gy_gtk_idler_period seconds. Default: 0.05. You may set this variable at any time to change the frequency of the loop. SEE ALSO: gy_gtk_idler */ if (!is_numerical(gy_gtk_idler_period)) gy_gtk_idler_period = 0.05; func gy_gtk_idler (start_stop) /* DOCUMENT gy_gtk_idler, start_stop Start or stop the gy Gtk idler, which takes care of processing the Gtk events. While the idler is in place, it runs every gy_gtk_idler_period seconds using after(). Errors may break the idling loop (although gy_gtk.i installs an error handler which re-enables the loop). If your Gtk interface appears to be frozen whereas Yorick itself is not, try gy_gtk_idler, 1 PARAMETER start_stop: 1 to start the loop, 0 to stop it. EXTERNAL VARIABLES: gy_gtk_idler_period SEE ALSO: gy_gtk_i, gy_gtk_idler_period, after, gy_gtk_idler_flush, gy_gtk_idler_maybe_stop */ { extern gy_gtk_idler_period, gy_gtk_main_running; if (is_void(start_stop)) start_stop=gy_gtk_main_running; // always stop idler if (gy_gtk_main_running) { after, -, gy_gtk_idler; } // if start_stop==0, that's all if (!start_stop) { gy_gtk_main_running=O; return; } gy_gtk_main_running=1; // process Gtk events gy_gtk_idler_flush; // read mouse to update non-grabing gywindows if (!is_void( (psn=current_mouse()) ) && !is_void( (cur=__gywindow_find_by_yid(psn(0))) )) { noop, cur.slabel.set_text(swrite(long(psn(3)))); noop, cur.xlabel.set_text(swrite(psn(1))); noop, cur.ylabel.set_text(swrite(psn(2))); } // start idler after, gy_gtk_idler_period, gy_gtk_idler; // let Yorick display its prompt maybe_prompt; } func __gy_gtk_on_error { extern after_error; __gywindow_on_error; ans = gyerror(catch_message+"\n\nDo you want to continue?", buttons=Gtk.ButtonsType.YES_NO); if (ans==Gtk.ResponseType.YES) gy_gtk_idler; else{ gy_gtk_idler, 0; after_error=[]; write, "gy_gtk_main loop stopped on user request"; } } func gy_gtk_idler_flush /* DOCUMENT gy_gtk_idler_flush Process all pending events in the Gtk+ 3 event queue. SEE ALSO: gy_gtk_idler */ { while (Gtk.events_pending ()) noop, Gtk.main_iteration (); } func __gywindow_ungrab { extern __gywindow_device; if (!is_void(__gywindow_device)) noop, __gywindow_device.ungrab(Gdk.CURRENT_TIME); __gywindow_device = []; } yorick-gy-0.0.5/gy_gvalue.c000066400000000000000000000153601217542510100155620ustar00rootroot00000000000000/* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ #include "gy.h" void gy_value_init(GValue * val, GITypeInfo * info) { GY_DEBUG("in gy_value_init\n"); GITypeTag type = g_type_info_get_tag(info); GIBaseInfo * itrf; GY_DEBUG("Initializing GValue to %s\n", g_type_tag_to_string(type)); switch (type) { /* basic types */ case GI_TYPE_TAG_BOOLEAN: g_value_init(val, G_TYPE_BOOLEAN); break; case GI_TYPE_TAG_INT8: g_value_init(val, G_TYPE_CHAR); break; case GI_TYPE_TAG_UINT8: g_value_init(val, G_TYPE_UCHAR); break; case GI_TYPE_TAG_INT16: case GI_TYPE_TAG_INT32: g_value_init(val, G_TYPE_INT); break; case GI_TYPE_TAG_UINT16: case GI_TYPE_TAG_UINT32: g_value_init(val, G_TYPE_INT); break; case GI_TYPE_TAG_INT64: g_value_init(val, G_TYPE_INT64); break; case GI_TYPE_TAG_UINT64: g_value_init(val, G_TYPE_UINT64); break; case GI_TYPE_TAG_FLOAT: g_value_init(val, G_TYPE_FLOAT); break; case GI_TYPE_TAG_DOUBLE: g_value_init(val, G_TYPE_DOUBLE); break; case GI_TYPE_TAG_GTYPE: g_value_init(val, G_TYPE_GTYPE); break; case GI_TYPE_TAG_UTF8: case GI_TYPE_TAG_FILENAME: g_value_init(val, G_TYPE_STRING); GY_DEBUG("GValue is string\n"); break; /* interface types */ case GI_TYPE_TAG_INTERFACE: itrf = g_type_info_get_interface(info); switch(g_base_info_get_type (itrf)) { case GI_INFO_TYPE_OBJECT: g_value_init(val, G_TYPE_OBJECT); break; case GI_INFO_TYPE_ENUM: g_value_init(val, g_registered_type_info_get_g_type(itrf)); GY_DEBUG("GValue is enum\n"); break; default: y_errorn("Unimplemented GValue interface type %ld", g_base_info_get_type (itrf)); } g_base_info_unref(itrf); break; case GI_TYPE_TAG_VOID: default: y_error("Unimplement property GValue type"); } GY_DEBUG("out gy_value_init\n"); } void gy_value_set_iarg(GValue* pval, GITypeInfo * info, int iarg) { GY_DEBUG("in gy_value_set_iarg\n"); GITypeTag type = g_type_info_get_tag(info); GIBaseInfo * itrf; switch (type) { case GI_TYPE_TAG_BOOLEAN: g_value_set_boolean(pval, ygets_c(iarg)); break; case GI_TYPE_TAG_INT8: g_value_set_schar(pval, ygets_c(iarg)); break; case GI_TYPE_TAG_UINT8: g_value_set_uchar(pval, ygets_c(iarg)); break; case GI_TYPE_TAG_INT16: case GI_TYPE_TAG_INT32: g_value_set_int(pval, ygets_i(iarg)); break; case GI_TYPE_TAG_UINT16: case GI_TYPE_TAG_UINT32: g_value_set_uint(pval, ygets_i(iarg)); break; case GI_TYPE_TAG_INT64: g_value_set_int64(pval, ygets_l(iarg)); break; case GI_TYPE_TAG_UINT64: g_value_set_uint64(pval, ygets_l(iarg)); break; case GI_TYPE_TAG_FLOAT: g_value_set_float(pval, ygets_f(iarg)); break; case GI_TYPE_TAG_DOUBLE: g_value_set_double(pval, ygets_d(iarg)); break; case GI_TYPE_TAG_GTYPE: g_value_set_gtype(pval, ygets_l(iarg)); break; case GI_TYPE_TAG_UTF8: case GI_TYPE_TAG_FILENAME: g_value_set_static_string (pval, ygets_q(iarg)); GY_DEBUG("GValue is string: \"%s\"\n", ygets_q(iarg)); break; /* interface types */ case GI_TYPE_TAG_INTERFACE: itrf = g_type_info_get_interface(info); switch(g_base_info_get_type (itrf)) { case GI_INFO_TYPE_ENUM: g_value_set_enum (pval, ygets_l(iarg)); break; case GI_INFO_TYPE_OBJECT: g_value_set_object(pval, yget_gy_Object(iarg)->object); break; default: y_errorn("Unimplemented GValue interface type %ld", g_base_info_get_type (itrf)); } g_base_info_unref(itrf); break; case GI_TYPE_TAG_VOID: default: y_error("Unimplement property GValue type"); } GY_DEBUG("out gy_iarg2gvalue\n"); } void gy_value_push(GValue * pval, GITypeInfo * info, gy_Object* o) { GITypeTag tag = g_type_info_get_tag(info); GY_DEBUG("Pushing %s from GValue\n", g_type_tag_to_string(tag)); switch (tag) { /* basic types */ case GI_TYPE_TAG_VOID:{ GITypeInfo * cellinfo = g_type_info_get_param_type(info, 0); if (cellinfo) { GITypeTag ctag = g_type_info_get_tag(cellinfo); GY_DEBUG("void contains %s\n", g_type_tag_to_string(ctag)); g_base_info_unref(cellinfo); } ypush_nil(); break;} case GI_TYPE_TAG_BOOLEAN: *ypush_c(NULL) = g_value_get_boolean(pval); break; case GI_TYPE_TAG_INT8: *ypush_gint8(NULL) = g_value_get_schar(pval); break; case GI_TYPE_TAG_UINT8: *ypush_guint8(NULL)= g_value_get_uchar(pval); break; case GI_TYPE_TAG_INT16: case GI_TYPE_TAG_INT32: *ypush_gint32(NULL) = g_value_get_int(pval); break; case GI_TYPE_TAG_UINT16: case GI_TYPE_TAG_UINT32: *ypush_guint32(NULL) = g_value_get_uint(pval); break; case GI_TYPE_TAG_INT64: ypush_long(g_value_get_int64(pval)); break; case GI_TYPE_TAG_UINT64: ypush_long(g_value_get_uint64(pval)); break; case GI_TYPE_TAG_FLOAT: *ypush_f(NULL)=g_value_get_float(pval); break; case GI_TYPE_TAG_DOUBLE: ypush_double(g_value_get_double(pval)); break; case GI_TYPE_TAG_GTYPE: ypush_long(g_value_get_gtype(pval)); break; case GI_TYPE_TAG_UTF8: case GI_TYPE_TAG_FILENAME: *ypush_q(NULL) = p_strcpy(g_value_get_string(pval)); break; /* array types */ case GI_TYPE_TAG_ARRAY: y_error("array"); break; /* interface types */ case GI_TYPE_TAG_INTERFACE: { GIBaseInfo * itrf = g_type_info_get_interface (info); switch(g_base_info_get_type (itrf)) { case GI_INFO_TYPE_ENUM: ypush_long(g_value_get_enum(pval)); g_base_info_unref(itrf); break; case GI_INFO_TYPE_OBJECT: { GObject * prop=g_value_get_object(pval); g_object_ref_sink(prop); if (!prop) { g_base_info_unref(itrf); y_error("get property failed"); } GY_DEBUG("pushing result... "); ypush_check(1); gy_Object * out = ypush_gy_Object(); out->info=itrf; out->object=prop; out->repo=o->repo; } break; default: g_base_info_unref(itrf); y_error ("fix me: only properties of type object supported yet"); } break; } default: y_error("Unimplemented"); } } yorick-gy-0.0.5/gy_object.c000066400000000000000000000572611217542510100155530ustar00rootroot00000000000000/* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ #include "gy.h" #include "ctype.h" void gy_sa_handler(int sig) { const char * ssig="(signal name unknown)"; switch (sig) { case SIGABRT: ssig="SIGABRT"; break; case SIGSEGV: ssig="SIGSEGV"; break; default: break; } y_errorq("gy action received signal %s", ssig); } /// GIBASEINFO static y_userobj_t gy_Object_obj = {"gy_Object", &gy_Object_free, &gy_Object_print, &gy_Object_eval, &gy_Object_extract, NULL //&uo_ops }; void gy_Object_free(void *obj) { gy_Object* o = (gy_Object*) obj; if (o->object) { // I don't know how reference counting works here... // if (GI_IS_STRUCT_INFO(o->info)) g_free(o->object); if (o->info && GI_IS_OBJECT_INFO(o->info)) { GY_DEBUG("Unref'ing GObject %p with refcount %d... ", o->object, o->object->ref_count); g_object_unref(o->object); o->object=NULL; GY_DEBUG("done.\n"); } else { if (gy_debug()) { fprintf(stderr,"Object %p not unref'ed\n", o->object); if (o->info && GI_IS_TYPE_INFO(o->info)) { fprintf(stderr, "Object is "); GITypeTag type = g_type_info_get_tag(o->info); switch(type) { case GI_TYPE_TAG_GLIST: fprintf(stderr, "double linked list", 0); break; case GI_TYPE_TAG_GSLIST: fprintf(stderr, "single linked list", 0); break; default: fprintf(stderr, "unhandled TypeInfo"); } fprintf(stderr, "gy object name: %s, type: %s, namespace: %s\n", g_base_info_get_name(o->info), g_info_type_to_string(g_base_info_get_type (o->info)), g_base_info_get_namespace (o->info)); } } } } if (o->info) g_base_info_unref(o->info); } void gy_Object_print(void *obj) { gy_Object* o = (gy_Object*) obj; char spointer[40] = {0}; if (o->object) { sprintf(spointer, "%p", o->object); y_print(spointer, 0); y_print(" is pointer to ", 0); } if (!o->info) { y_print("unknown type object", 0); return; } if (GI_IS_TYPE_INFO(o->info)) { GITypeTag type = g_type_info_get_tag(o->info); switch(type) { case GI_TYPE_TAG_GLIST: y_print("double linked list", 0); break; case GI_TYPE_TAG_GSLIST: y_print("single linked list", 0); break; default: y_error("unhandled TypeInfo"); } return; } y_print("gy object name: ", 0); y_print(g_base_info_get_name(o->info), 0); y_print(", type: ", 0); y_print(g_info_type_to_string(g_base_info_get_type (o->info)), 0); y_print(", namespace: ", 0); y_print(g_base_info_get_namespace (o->info), 0); } void gy_Object_extract(void *obj, char * name) { gy_Object * o = (gy_Object *) obj; if (!o->info) y_error("Object has no type information"); if (GI_IS_TYPE_INFO(o->info)) { GITypeTag type = g_type_info_get_tag(o->info); switch(type) { case GI_TYPE_TAG_GLIST: case GI_TYPE_TAG_GSLIST: { int action = 0; #define GYLIST_ACTION_DATA 1 #define GYLIST_ACTION_NEXT 2 #define GYLIST_ACTION_PREV 3 #define GYLIST_ACTION_SIZE 4 if (!strcmp(name,"data")) action=GYLIST_ACTION_DATA; else if (!strcmp(name, "next")) action =GYLIST_ACTION_NEXT; else if (!strcmp(name, "prev")) action =GYLIST_ACTION_PREV; else if (!strcmp(name, "size")) action =GYLIST_ACTION_SIZE; else y_errorq("Unknown action for G(S)List: %s", name); if (!o->object && action !=GYLIST_ACTION_SIZE) y_error("G(S)List is nil"); GY_DEBUG("Extracting member %s from G(S)List\n", name); if (o->object) { GY_DEBUG(" data=%p\n" " next=%p\n", o->object, ((GList*)o->object)->next); if (type==GI_TYPE_TAG_GLIST) GY_DEBUG(" prev=%p\n", ((GList*)o->object)->prev); } if (action == GYLIST_ACTION_SIZE) { GList* lst = o->object; if (!lst) { ypush_long(0); return; } long sz=1; while (lst=lst->next) ++sz; ypush_long(sz); return; } if (action == GYLIST_ACTION_PREV && type == GI_TYPE_TAG_GSLIST) y_error("Single-linked list: no prev"); if ( (action == GYLIST_ACTION_NEXT && !((GList*) o->object) -> next) || (action == GYLIST_ACTION_PREV && !((GList*) o->object) -> prev) ) { ypush_nil(); return; } GITypeInfo * itrf = g_type_info_get_interface(g_type_info_get_param_type(o->info, 0)); gy_Object * out = ypush_gy_Object(); out -> repo = o -> repo; if (action == GYLIST_ACTION_DATA) { out -> info = itrf; out -> object = ((GList*) o->object) -> data; if (g_base_info_get_type (itrf) == GI_INFO_TYPE_OBJECT) { g_object_ref(out -> object); } } else { out -> info = o -> info; if (action==GYLIST_ACTION_NEXT) out -> object = ((GList*) o->object) -> next; else if (action==GYLIST_ACTION_PREV) out -> object = ((GList*) o->object) -> prev; } g_base_info_ref(out -> info); return; } break; default: y_error("Don't know how to extract members from that kind of objects"); } } if (GI_IS_ENUM_INFO(o->info)) { gint64 wtype=-1; gint nc = g_enum_info_get_n_values (o->info); GIValueInfo * ci ; gint i; gboolean tfound=0; char * name_dn = p_strtolower(name); if (!strcmp(name, name_dn)) { p_free(name_dn); name_dn=NULL; } for (i=0; iinfo, i); if (!strcmp(g_base_info_get_name (ci), name) || (name_dn && !strcmp(g_base_info_get_name (ci), name_dn)) ) { wtype=g_value_info_get_value (ci); tfound=1; g_base_info_unref(ci); break; } g_base_info_unref(ci); } p_free(name_dn); if (tfound) ypush_long(wtype); else y_errorq("No such enum value: %s", name); return; } gboolean isstruct = GI_IS_STRUCT_INFO(o->info), isobject = GI_IS_OBJECT_INFO(o->info), isitrf = GI_IS_INTERFACE_INFO(o->info); /// Look for method GIBaseInfo * info =NULL; if (isstruct || isobject || isitrf) { GY_DEBUG("Looking for method %s in %s\n", name, g_base_info_get_name(o->info)); if (isobject) info = g_object_info_find_method (o->info, name); else if (isitrf) info = g_interface_info_find_method (o->info, name); else info = g_struct_info_find_method (o->info, name); GIBaseInfo * cur = o->info, *next; g_base_info_ref(cur); while (!info && isobject && (next = g_object_info_get_parent(cur))) { g_base_info_unref(cur); cur = next; GY_DEBUG("Looking for method %s in parent %s\n", name, g_base_info_get_name(cur)); info = g_object_info_find_method (cur, name); } if (info) { GY_DEBUG("Method %s found in %s\n", name, g_base_info_get_name(cur)); g_base_info_unref(cur); gy_Object * out = ypush_gy_Object(); out->info = info; out->repo = o->repo; if (g_function_info_get_flags (info) & GI_FUNCTION_IS_METHOD) { // a method needs an object! out->object=o->object; if (isobject) g_object_ref(o->object); } return; } } /// Look for property if (isobject || isitrf) { GY_DEBUG("Looking for property %s in %s\n", name, g_base_info_get_name(o->info)); ystring_t name2 = p_strcpy(name); GIPropertyInfo * cur = gy_base_info_find_property_info(o->info, name2); if (cur) { GValue val=G_VALUE_INIT; GITypeInfo * ti = g_property_info_get_type(cur); g_value_init(&val, g_object_class_find_property(G_OBJECT_GET_CLASS(o->object), name2)->value_type); g_object_get_property(o->object, name2, &val); gy_value_push(&val, ti, o); g_base_info_unref(ti); p_free(name2); return; } p_free(name2); } /// Look for field if (isobject || isstruct) { ystring_t name2 = p_strcpy(name); GIBaseInfo * cur = gy_base_info_find_field_info(o->info, name2); if (cur) { GITypeInfo * ti = g_field_info_get_type(cur); GIArgument rarg; gboolean success=g_field_info_get_field(cur, o->object, &rarg); if (!success) y_error("get field failed"); gy_Argument_pushany(&rarg, ti, o); g_base_info_unref(ti); p_free(name2); return; } p_free(name2); } /// Look for signal if (isobject) { static const char const * sigprefix = "signal_"; int sigprefixlen=7; if (!strncmp(name, sigprefix, sigprefixlen)) { name += sigprefixlen; GY_DEBUG("Looking for signal %s in %s\n", name, g_base_info_get_name(o->info)); gint nc = g_object_info_get_n_signals (o->info); GY_DEBUG("%s has %d signals\n", g_base_info_get_name(o->info), nc); GISignalInfo * ci=NULL ; gint i; for (i=0; iinfo, i); if (!strcmp(g_base_info_get_name (ci), name)) { info=ci; break; } g_base_info_unref(ci); } if (info) { gy_Object * out = ypush_gy_Object(); out -> info = info; out->repo = o->repo; return; } y_errorq("Signal %s not found", name); } if (!info) { y_error("No such member"); } } } int yarg_gy_Object(int iarg) { return yget_obj(iarg,0)==gy_Object_obj.type_name; } void gy_Object_eval(void *obj, int argc) { GY_DEBUG("in gy_Object_eval\n"); gy_Object* o = (gy_Object*) obj; GError * err = NULL; if (!o -> info) y_error("Object lacks type information. " "Please cast it appropriately"); gboolean isobject = GI_IS_OBJECT_INFO(o->info), isstruct = GI_IS_STRUCT_INFO(o->info), isitrf = GI_IS_INTERFACE_INFO(o->info); if (GI_IS_TYPE_INFO(o->info)) { GITypeTag type = g_type_info_get_tag(o->info); if (type !=GI_TYPE_TAG_GLIST && type !=GI_TYPE_TAG_GSLIST) y_error("Unimplemented"); if (!o->object) y_error("G(S)List is nil"); GList* lst = o->object; long idx = ygets_l(argc-1)-1; gy_Object * out = ypush_gy_Object(); if (type !=GI_TYPE_TAG_GLIST) out->object=g_list_nth_data (lst, idx); else if (type !=GI_TYPE_TAG_GSLIST) out->object=g_slist_nth_data ((GSList*)lst, idx); if (!out->object) y_error("index out of range"); GITypeInfo * itrf = g_type_info_get_interface(g_type_info_get_param_type(o->info, 0)); out -> repo = o -> repo; out -> info = itrf; if (g_base_info_get_type (itrf) == GI_INFO_TYPE_OBJECT) { g_object_ref(out -> object); } g_base_info_ref(out -> info); return; } if (isobject || isitrf || isstruct) { GY_DEBUG("Pushing gy_Object return value\n"); gy_Object* out = ypush_gy_Object(0); out->info=o->info; g_base_info_ref(o->info); out->repo=o->repo; if(!o->object) { if (yarg_gy_Object(argc)) { GY_DEBUG("This is a cast operation\n"); gy_Object * ino = yget_gy_Object(argc--); GY_DEBUG("here\n"); out -> object = ino -> object; GY_DEBUG("here\n"); if ((ino->info && GI_IS_OBJECT_INFO(ino->info)) || GI_IS_OBJECT_INFO(out->info)) { GY_DEBUG("This is an object, referencing\n"); g_object_ref(out->object); } GY_DEBUG("Cast done\n"); } else if (isobject) { GY_DEBUG("Instanciating GObject\n"); /* instanciate GObject, interpret arguments as properties */ guint n_parameters = argc/2; GParameter *parameters=NULL; if (n_parameters) { parameters=g_new0(GParameter, n_parameters); guint p; int iarg=argc; long index; GIPropertyInfo * cur; GITypeInfo * ti; for (p=0; pinfo, parameters[p].name); GY_DEBUG("Property info:%p\n", cur); if (!cur) y_errorq("No such porperty in object: \"%s\"", parameters[p].name); --iarg; GY_DEBUG("property name=\"%s\"\n", parameters[p].name); ti = g_property_info_get_type(cur); g_base_info_unref(cur); gy_value_init(&(parameters[p].value), ti); gy_value_set_iarg(&(parameters[p].value), ti, iarg); --iarg; g_base_info_unref(ti); } } out -> object = g_object_newv(g_registered_type_info_get_g_type(o->info), n_parameters, parameters); g_free(parameters); GY_DEBUG("Newly created object has refcount=%d and %d floating ref\n", out->object->ref_count, g_object_is_floating(out->object)); if (G_IS_INITIALLY_UNOWNED(out->object)) { g_object_ref_sink(out->object); } if (!out->object->ref_count) g_object_ref(out->object); GY_DEBUG("Newly created object has refcount=%d\n", out->object->ref_count); return; } else if (isstruct) { GY_DEBUG("Instanciating C struct\n"); /* instanciate struct, arguments will be parsed later */ out -> object = g_malloc0(g_struct_info_get_size (o->info)); } else y_error("Object is not callable"); } else { out -> object = o->object; if (GI_IS_OBJECT_INFO(o->info) || GI_IS_OBJECT_INFO(out->info)) g_object_ref(out->object); } /* try setting / getting properties */ int iarg = argc; // last is newly pushed reference long index; char * name; GIBaseInfo * cur=NULL; GITypeInfo * ti; gboolean getting=0; GParamFlags pf; GIArgument rarg; if (argc==1 && yarg_nil(iarg)) return; int lim=0; while (iarg > lim) { // 0 is output index=yarg_key(iarg); GY_DEBUG("Key iarg: %d, index: %ld\n", iarg, index); if (index<0) { getting=1; index=yget_ref(iarg); if (index<0) name = ygets_q(iarg); else name=yfind_name(index); GY_DEBUG("Getting member %s\n", name); } else { getting=0; name=yfind_name(index); GY_DEBUG("Setting member %s\n", name); } if ( (cur = gy_base_info_find_property_info(o->info, name)) ) { /* NAME is property */ GY_DEBUG("Canonical property name: %s\n",name); ti = g_property_info_get_type(cur); pf = g_property_info_get_flags (cur); GValue val=G_VALUE_INIT; g_value_init(&val, g_object_class_find_property(G_OBJECT_GET_CLASS(o->object), name)->value_type); iarg--; if (getting) { if (!(pf & G_PARAM_READABLE)) y_error("property is not readable"); GY_DEBUG("Getting property %s", name); long idx=yget_ref(iarg); GY_DEBUG("Output variable iarg: %d, index: %ld\n", iarg, idx); g_object_get_property(o->object, name, &val); gy_value_push(&val, ti, o); yput_global(idx, 0); yarg_drop(1); GY_DEBUG("done.\n"); } else { if (!(pf & G_PARAM_WRITABLE)) y_error("property is not writable"); GY_DEBUG("Setting property %s\n", name); gy_value_set_iarg(&val, ti, iarg); g_object_set_property(o->object, name, &val); } g_base_info_unref(ti); } else if ( (cur = gy_base_info_find_field_info(o->info, name)) ) { /* NAME is field */ GY_DEBUG("Member %s is a Field.\n", name); ti = g_field_info_get_type(cur); if (getting) { //y_error("Getting"); GY_DEBUG("getting\n"); long idx = yget_ref(iarg-1); gboolean success=g_field_info_get_field(cur, o->object, &rarg); if (!success) y_error("get field failed"); gy_Argument_pushany(&rarg, ti, o); yput_global(idx, 0); yarg_drop(1); } else { gy_Argument_getany(&rarg, ti, --iarg); if (!g_field_info_set_field(cur, out->object, &rarg)) y_error("set field failed"); } g_base_info_unref(ti); } else y_errorq("%s is neither property not field", name); --iarg; } return; } if (!GI_IS_CALLABLE_INFO(o->info)) y_error("Object is not callable"); gint n_args = g_callable_info_get_n_args(o->info); if ((argc != n_args) && !(n_args==0 && argc==1 && yarg_nil(0))) y_errorn("function takes %ld arguments", n_args); GIArgument * in_args=g_new0(GIArgument,n_args+1); GIArgument * out_args=g_new0(GIArgument,n_args); GIArgInfo arginfo; gint n_in=0, n_out=0, i; if (GI_IS_FUNCTION_INFO(o->info) && (g_function_info_get_flags (o->info) & GI_FUNCTION_IS_METHOD)) { GY_DEBUG("Object address: %p\n", o->object); GY_DEBUG("Is object: %d\n", G_IS_OBJECT(o->object)); GY_DEBUG("Object type name: %s\n", G_OBJECT_TYPE_NAME(o->object)); if (!o -> object) y_error("NULL pointer"); in_args[0].v_pointer= o -> object; ++n_in; } for (i=0; iinfo, i, &arginfo); GITypeInfo * argtype = g_arg_info_get_type(&arginfo); switch (g_arg_info_get_direction(&arginfo)) { case GI_DIRECTION_IN: gy_Argument_getany(in_args+n_in, argtype, argc-i-1); ++n_in; break; case GI_DIRECTION_OUT: gy_Argument_getany(out_args+n_out, argtype, argc-i-1); ++n_out; break; case GI_DIRECTION_INOUT: gy_Argument_getany(in_args+n_in, argtype, argc-i-1); ++n_in; gy_Argument_getany(out_args+n_out, argtype, argc-i-1); ++n_out; break; default: y_error("unknown GI_DIRECTION"); } g_base_info_unref(argtype); } GIArgument retval; fenv_t fenv_in; if (feholdexcept(&fenv_in)) y_error("fenv error"); struct sigaction act, *oldact=NULL; act.sa_handler=&gy_sa_handler; sigemptyset(&act.sa_mask); act.sa_flags=0; sigaction(SIGABRT, &act, oldact); sigaction(SIGSEGV, &act, oldact); GY_DEBUG("Calling function %s... ", g_base_info_get_name(o->info)); gboolean success = g_function_info_invoke (o->info, in_args, n_in, out_args, n_out, &retval, &err); GY_DEBUG("done.\n"); sigaction(SIGABRT, oldact, NULL); fesetenv(&fenv_in); if (!success) { GY_DEBUG("here\n"); y_error(err->message); } GY_DEBUG("Function %s successfully called\n", g_base_info_get_name(o->info)); if (n_out) y_warn("unimplemented: positional out arguments"); GITypeInfo * retinfo = g_callable_info_get_return_type(o->info); gy_Argument_pushany(&retval, retinfo, o); /* if (g_function_info_get_flags (o->info) & GI_FUNCTION_IS_CONSTRUCTOR) { gy_Object*out = yget_gy_Object(0); g_base_info_unref(out->info); const char * nspace = g_base_info_get_namespace (o->info); GY_DEBUG("Namespace: %s\n", nspace); const char * name_with_namespace = G_OBJECT_TYPE_NAME(out->object); GY_DEBUG("Name with namespace: %s\n", name_with_namespace); const char * name = name_with_namespace + strlen(nspace); GY_DEBUG("Name without namespace: %s\n", name); out->info = g_irepository_find_by_name(NULL, nspace, name); g_base_info_ref(out->info); } */ GY_DEBUG("g_base_info_unref(retinfo)... "); g_base_info_unref(retinfo); GY_DEBUG(" done.\n"); g_free (in_args); g_free (out_args); } gy_Object* yget_gy_Object(int iarg) { return (gy_Object*) yget_obj(iarg, &gy_Object_obj); } gy_Object* ypush_gy_Object() { return (gy_Object*) ypush_obj(&gy_Object_obj, sizeof(gy_Object)); } void gy_Object_list(int argc) { gy_Object * o = yget_gy_Object(0); if (!o->info) printf("object without type information.\n"); printf("gy object name: %s, type: %s, namespace: %s\n", g_base_info_get_name(o->info), g_info_type_to_string(g_base_info_get_type (o->info)), g_base_info_get_namespace (o->info)); gboolean isobject=GI_IS_OBJECT_INFO(o->info); gboolean isstruct=GI_IS_STRUCT_INFO(o->info); gboolean isitrf=GI_IS_INTERFACE_INFO(o->info); gboolean isenum=GI_IS_ENUM_INFO(o->info); char * itype="n unknown"; if (isobject) itype=" GObject"; else if (isitrf) itype=" GInterface"; else if (isstruct) itype=" C structure"; else if (isenum) itype="n enumeration"; printf("Object is a%s.\n", itype); gint i=0, n=0; if (o->object) { printf("with object at %p\n", o->object); if (isobject) printf("Object type: %s\n", G_OBJECT_TYPE_NAME(o->object)); } /* values */ if (isenum) { n = g_enum_info_get_n_values (o->info); GIValueInfo * ci ; printf ("Object has %d enum values\n", n); for (i=0; iinfo, i); printf(" Enum name: %s, value: %ld\n", g_base_info_get_name (ci), g_value_info_get_value(ci)); } } /* fields */ if (isstruct || isobject) { n = isstruct? g_struct_info_get_n_fields(o->info): g_object_info_get_n_fields(o->info); GIBaseInfo * cur=NULL; printf ("Object has %d fields\n", n); for (i=0; iinfo, i): g_object_info_get_field (o->info, i); printf(" Field #%d=%s\n", i, g_base_info_get_name(cur)); g_base_info_unref(cur); } } /* properties */ if (isitrf || isobject) { n = isitrf? g_interface_info_get_n_properties(o->info): g_object_info_get_n_properties(o->info); GIPropertyInfo * cur=NULL; printf ("Object has %d properties\n", n); for (i=0; iinfo, i): g_object_info_get_property (o->info, i); printf(" %s\n", g_base_info_get_name(cur)); g_base_info_unref(cur); } } /* methods */ if (isstruct || isobject || isitrf || isenum) { if (isstruct) n = g_struct_info_get_n_methods(o->info); else if (isobject) n = g_object_info_get_n_methods(o->info); else if (isitrf) n = g_interface_info_get_n_methods(o->info); else if (isenum) n = g_enum_info_get_n_methods(o->info); printf("Object has %d methods\n", n); GIBaseInfo * cur=NULL; for (i=0; iinfo, i); else if (isobject) cur = g_object_info_get_method (o->info, i); else if (isitrf) cur = g_interface_info_get_method (o->info, i); else if (isenum) cur = g_enum_info_get_method (o->info, i); printf(" %s\n", g_base_info_get_name(cur)); g_base_info_unref(cur); } } /* signals */ if (isobject || isitrf) { n = isobject? g_object_info_get_n_signals (o->info): g_interface_info_get_n_signals (o->info); printf("Object has %d signals(s)\n", n); GIBaseInfo * gmi=NULL; for (i=0; iinfo, i): g_interface_info_get_signal(o->info, i); printf(" %s\n", g_base_info_get_name (gmi)); g_base_info_unref(gmi); } } /* vfuncs */ if (isobject || isitrf) { n = isobject? g_object_info_get_n_vfuncs (o->info): g_interface_info_get_n_vfuncs (o->info); printf("Object has %d vfunc(s)\n", n); GIFunctionInfo * gmi; for (i=0; iinfo, i): g_interface_info_get_vfunc(o->info, i); printf(" %s\n", g_base_info_get_name (gmi)); g_base_info_unref(gmi); } } /* constants */ if (isobject || isitrf) { n = isobject? g_object_info_get_n_constants (o->info): g_interface_info_get_n_constants (o->info); printf("Object has %d constant(s)\n", n); GIConstantInfo * gmi; for (i=0; iinfo, i): g_interface_info_get_constant(o->info, i); printf(" %s\n", g_base_info_get_name (gmi)); g_base_info_unref(gmi); } } if (isobject) { if (g_object_info_get_fundamental (o->info)) printf("Object is fundamental\n"); else { GIBaseInfo * gmi=NULL; gmi = g_object_info_get_parent(o->info); if (gmi) { printf("Object parent: %s\n", g_base_info_get_name(gmi)); g_base_info_unref(gmi); } else printf("Object has no parent\n"); } } } void Y_gy_object_free(int argc) { g_free(yget_gy_Object(0)->object); } yorick-gy-0.0.5/gy_property.c000066400000000000000000000061051217542510100161600ustar00rootroot00000000000000/* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ #include "gy.h" GIPropertyInfo * gy_base_info_find_property_info(GIBaseInfo * objectinfo, char * name) { if (GI_IS_STRUCT_INFO(objectinfo)) return NULL; gboolean isobject = GI_IS_OBJECT_INFO(objectinfo); gint iprop, nprop = isobject? g_object_info_get_n_properties(objectinfo): g_interface_info_get_n_properties(objectinfo); GIPropertyInfo * cur=NULL; int hyphenize; char * oname = NULL; for (hyphenize=0; hyphenize<=1; ++hyphenize) { if (hyphenize) { GY_DEBUG("Property %s not found, trying to replace underscores with hyphens\n", name); oname = p_strcpy(name); g_strdelimit(name, "_", '-'); if (!strcmp(name, oname)) { p_free(oname); return NULL; } } for (iprop=0; iprop. */ #include "gy.h" static y_userobj_t gy_Repository_obj = {"gy_Repository", NULL, //&gy_Repository_free, &gy_Repository_print, &gy_Repository_eval, &gy_Repository_extract, NULL //&uo_ops }; void gy_Repository_print(void *obj){ gy_Repository * r = (gy_Repository *) obj; gchar ** nspcs = g_irepository_get_loaded_namespaces(r->repo); if (!nspcs) { y_print("gy_Repository without any loaded namespaces", 0); return; } y_print("gy_Repository with loaded namespaces: ", 1); for (;*nspcs;++nspcs) { y_print(*nspcs, 1); y_print(" ", 1); } } void gy_Repository_extract(void *obj, char * name) { gy_Repository * r = (gy_Repository *) obj; GError * err; if (!strcmp(name, "require") || !strcmp(name, "require_private") || !strcmp(name, "get_search_path") || !strcmp(name, "prepend_search_path")|| !strcmp(name, "is_registered")|| !strcmp(name, "get_version")|| !strcmp(name, "enumerate_versions") ) { gy_Repository* out = ypush_gy_Repository(); out->repo = r->repo; out->method=name; return; } /// push output gy_Typelib * tl = ypush_gy_Typelib(); tl -> namespace = p_strcpy(name); tl -> repo = r -> repo, tl -> typelib = g_irepository_require (r->repo, name, NULL, 0, &err); if (!tl->typelib) y_error(err->message); } void gy_Repository_eval(void *obj, int argc) { gy_Repository* r = (gy_Repository*) obj; if (!r->method) y_error("Object is not callable"); if (!strcmp(r->method, "require")) { GError * err=NULL; /// process input ystring_t namespace = ygets_q(argc-1); ystring_t version = NULL; if (argc>=2) version=ygets_q(argc-2); GIRepositoryLoadFlags flags=0; if (argc>=3) flags=ygets_l(argc-3); /// push output gy_Typelib * tl = ypush_gy_Typelib(); tl -> namespace = p_strcpy(namespace); tl -> repo = r->repo; tl -> typelib = g_irepository_require (r->repo, namespace, version, flags, &err); if (!tl->typelib) y_error(err->message); return; } if (!strcmp(r->method, "require_private")) { GError * err=NULL; /// process input ystring_t dir = ygets_q(argc-1); ystring_t namespace = ygets_q(argc-2); ystring_t version = NULL; if (argc>=2) version=ygets_q(argc-3); GIRepositoryLoadFlags flags=0; if (argc>=3) flags=ygets_l(argc-4); /// push output gy_Typelib * tl = ypush_gy_Typelib(); tl -> namespace = p_strcpy(namespace); tl -> repo = r->repo; tl -> typelib = g_irepository_require_private (r->repo, dir, namespace, version, flags, &err); if (!tl->typelib) y_error(err->message); return; } if (!strcmp(r->method, "get_search_path")) { GSList * lst = g_irepository_get_search_path(); GSList * cur = 0; long count =0; for (cur=lst; cur; cur=cur->next) ++count; GY_DEBUG("%ld elements in path\n", count); long dims[Y_DIMSIZE]={1, count}; ystring_t * pth = ypush_q(dims); for (cur=lst, count=0; cur; cur=cur->next, ++count) { pth[count]=p_strcpy(cur->data); } return; } if (!strcmp(r->method, "prepend_search_path")) { g_irepository_prepend_search_path(ygets_q(argc-1)); ypush_gy_Repository() -> repo = r -> repo; return; } if (!strcmp(r->method, "is_registered")) { ystring_t namespace = ygets_q(argc-1); ystring_t version = NULL; if (argc>=2) version=ygets_q(argc-2); ypush_long(g_irepository_is_registered (r->repo, namespace, version)); return; } if (!strcmp(r->method, "get_version")) { ystring_t namespace ; if (yarg_string(argc-1)) namespace = ygets_q(argc-1); else namespace = yget_gy_Typelib(argc-1)->namespace; *ypush_q(0) = p_strcpy(g_irepository_get_version (r->repo, namespace)); return; } if (!strcmp(r->method, "enumerate_versions")) { ystring_t namespace ; if (yarg_string(argc-1)) namespace = ygets_q(argc-1); else namespace = yget_gy_Typelib(argc-1)->namespace; GSList * lst = g_irepository_enumerate_versions(r->repo, namespace); GSList * cur = 0; long count =0; for (cur=lst; cur; cur=cur->next) ++count; GY_DEBUG("%ld versions of %s\n", count, namespace); long dims[Y_DIMSIZE]={1, count}; ystring_t * pth = ypush_q(dims); for (cur=lst, count=0; cur; cur=cur->next, ++count) { pth[count]=p_strcpy(cur->data); } return; } y_error("Unknown repository method"); } gy_Repository* yget_gy_Repository(int iarg) { return (gy_Repository*) yget_obj(iarg, &gy_Repository_obj); } gy_Repository* ypush_gy_Repository() { gy_Repository* out = ypush_obj(&gy_Repository_obj, sizeof(gy_Repository)); out->method=0; return out; } int yarg_gy_Repository(int iarg) { return yget_obj(iarg,0)==gy_Repository_obj.type_name; } yorick-gy-0.0.5/gy_start.i000066400000000000000000000004101217542510100154300ustar00rootroot00000000000000autoload, "gy.i"; autoload, "gy.i", gy, gy_init, gy_list, gy_i, gy_debug, gy_setlocale; autoload, "gy_gtk.i"; autoload, "gy_gtk.i", gy_gtk_i; autoload, "gy_gtk.i", gyterm, gycmap, gywindow, gyerror; autoload, "gy_gtk.i", gy_gtk_builder, gy_gtk_init, gy_gtk_idler; yorick-gy-0.0.5/gy_typelib.c000066400000000000000000000057361217542510100157550ustar00rootroot00000000000000/* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ #include "gy.h" #include "ctype.h" /// TYPELIB static y_userobj_t gy_Typelib_obj = {"gy_Typelib", &gy_Typelib_free, &gy_Typelib_print, NULL, //&gy_Typelib_eval, &gy_Typelib_extract, NULL //&uo_ops }; void gy_Typelib_free(void *obj) { p_free(((gy_Typelib*)obj)->namespace); //g_typelib_free(((gy_Typelib*)obj)->typelib); } void gy_Typelib_print(void *obj){ y_print(((gy_Typelib*)obj)->namespace, 0); } void gy_Typelib_extract(void *obj, char * name) { gy_Typelib * tl = (gy_Typelib *) obj; GIBaseInfo * info = g_irepository_find_by_name(tl->repo, tl->namespace, name); if (!info) y_error("No such member"); gy_Object * o = ypush_gy_Object(); o->info = info; o->repo = tl->repo; if (GI_IS_CONSTANT_INFO(o->info)) { GY_DEBUG("Extracted object is constant\n"); GIArgument rarg; GITypeInfo * retinfo = g_constant_info_get_type(o->info); //gint retval = // useless so far: size of the constant g_constant_info_get_value(o->info, &rarg); yarg_drop(1); gy_Argument_pushany(&rarg, retinfo, o); g_base_info_unref(retinfo); } } gy_Typelib* yget_gy_Typelib(int iarg) { return (gy_Typelib*) yget_obj(iarg, &gy_Typelib_obj); } gy_Typelib* ypush_gy_Typelib() { return (gy_Typelib*) ypush_obj(&gy_Typelib_obj, sizeof(gy_Typelib)); } int yarg_gy_Typelib(int iarg) { return yget_obj(iarg,0)==gy_Typelib_obj.type_name; } void gy_Typelib_list(int argc) { if (argc!=1) y_error("gy_list_namespace takes exactly 1 argument"); char * name =NULL; gint i, ninfos; GError * err=NULL; GITypelib * typelib=NULL; gy_Typelib * tl =NULL; GIRepository * repo=NULL; if (yarg_string(0)) { name=ygets_q(0); typelib=g_irepository_require (NULL, name, NULL, 0, &err); if (!typelib) y_error(err->message); } else { tl = yget_gy_Typelib(0); name = tl -> namespace; repo = tl -> repo; } ninfos = g_irepository_get_n_infos (repo, name); printf("Namespace %s has %d infos\n", name, ninfos); GIBaseInfo * info; for (i=0; i gist Yorick classic msh msh mpl Matplotlib gmt Generic Mapping Tools cb-seq ColorBrewer Sequential cb-div ColorBrewer Diverging cb-qual ColorBrewer Qualitative gpl Gnuplot False True False vertical True False liststore1 1 0 0 1 False True 0 True True True in 630 133 True False center center True True False True 1 yorick-gy-0.0.5/gyhelloworld.i000066400000000000000000000026061217542510100163200ustar00rootroot00000000000000/* This file is the standard "Hello World!" example written using gy. Below is also an example using a glade file. */ /* Copyright 2013 Thibaut Paumard This file is part of gy (GObject Introspection for Yorick). Gyoto 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 3 of the License, or (at your option) any later version. Gyoto 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 gy. If not, see . */ #include "gy_gtk.i" func gyhelloworld_print(wdg, event, userdata) { "Hello World!"; return 1; } func gyhelloworld(glade) { Gtk=gy_gtk_init(); if (glade) { main_window_name="window1"; builder = gy_gtk_builder("gyhelloworld.xml"); win = builder.get_object(main_window_name); gy_signal_connect, builder; } else { win = Gtk.Window(); button = Gtk.Button(label="Hello World!"); noop, win.add(button); gy_signal_connect, button, "clicked", gyhelloworld_print; } gy_gtk_main, win, on_delete=2; } gyhelloworld; yorick-gy-0.0.5/gyhelloworld.xml000066400000000000000000000013271217542510100166670ustar00rootroot00000000000000 False Hello World! 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