# PaCkAgE DaTaStReAm GNUagen 1 4532 # end of header 0707010036ce38000081a4000004a7000000640000000143e3853b00000140000000ed0000000100000000000000000000001000000000GNUagen/pkginfoPKG=GNUagen NAME=AutoGen - The Automated Program Generator VERSION=5.8.3 BASEDIR=/opt/GNUagen DESC=AutoGen - The Automated Program Generator VENDOR=Bruce Korb http://autogen.sf.net ARCH=sparc CATEGORY=Development EMAIL=autogen-users@lists.sourceforge.net CONTACT=Bruce Korb CLASSES=none PSTAMP=5.8.3 2006-02-03 08:30:49 0707010036ce36000081a4000004a7000000640000000143e3853b000013be000000ed0000000100000000000000000000000f00000000GNUagen/pkgmap: 1 4532 1 d none bin ? ? ? 1 f none bin/autogen 0755 root sys 399000 43613 1138984241 1 f none bin/autoopts-config 0755 root sys 2687 6474 1138984226 1 f none bin/columns 0755 root sys 45224 15702 1138984243 1 f none bin/getdefs 0755 root sys 91956 45605 1138984246 1 f none bin/xml2ag 0755 root sys 82608 3830 1138984247 1 i checkinstall 572 49463 1138984249 1 i copyright 18002 30880 1138984249 1 d none include ? ? ? 1 d none include/autoopts ? ? ? 1 f none include/autoopts/options.h 0644 root sys 31352 46572 1138984237 1 f none include/autoopts/usage-txt.h 0644 root sys 21103 40773 1138984234 1 d none info ? ? ? 1 f none info/autogen.info 0644 root sys 11033 48834 1138984248 1 f none info/autogen.info-1 0644 root sys 301044 3386 1138984248 1 f none info/autogen.info-2 0644 root sys 142688 49181 1138984248 1 d none lib ? ? ? 1 f none lib/libguileopts.a 0644 root sys 44892 4052 1138984230 1 f none lib/libguileopts.la 0755 root sys 872 9715 1138984230 1 s none lib/libguileopts.so=libguileopts.so.0.0.1 1 s none lib/libguileopts.so.0=libguileopts.so.0.0.1 1 f none lib/libguileopts.so.0.0.1 0755 root sys 49988 53285 1138984230 1 f none lib/libopts.a 0644 root sys 277814 11401 1138984228 1 f none lib/libopts.la 0755 root sys 813 3672 1138984227 1 s none lib/libopts.so=libopts.so.25.2.1 1 s none lib/libopts.so.25=libopts.so.25.2.1 1 f none lib/libopts.so.25.2.1 0755 root sys 265912 31150 1138984227 1 d none lib/pkgconfig ? ? ? 1 f none lib/pkgconfig/autoopts.pc 0755 root sys 589 50376 1138984235 1 d none man ? ? ? 1 d none man/man1 ? ? ? 1 f none man/man1/autogen.1 0644 root sys 14169 6085 1138984241 1 f none man/man1/autoopts-config.1 0644 root sys 1947 41133 1138984234 1 f none man/man1/columns.1 0644 root sys 5699 40209 1138984243 1 f none man/man1/getdefs.1 0644 root sys 9807 10458 1138984246 1 f none man/man1/xml2ag.1 0644 root sys 5219 53247 1138984247 1 d none man/man3 ? ? ? 1 f none man/man3/ao_string_tokenize.3 0644 root sys 2948 57616 1138984230 1 f none man/man3/configFileLoad.3 0644 root sys 1883 28670 1138984231 1 f none man/man3/optionFileLoad.3 0644 root sys 2110 51326 1138984231 1 f none man/man3/optionFindNextValue.3 0644 root sys 1680 11638 1138984231 1 f none man/man3/optionFindValue.3 0644 root sys 1569 1468 1138984231 1 f none man/man3/optionFree.3 0644 root sys 1204 36481 1138984231 1 f none man/man3/optionGetValue.3 0644 root sys 1601 4607 1138984231 1 f none man/man3/optionLoadLine.3 0644 root sys 1943 37654 1138984231 1 f none man/man3/optionNextValue.3 0644 root sys 1812 23273 1138984232 1 f none man/man3/optionProcess.3 0644 root sys 2278 1766 1138984232 1 f none man/man3/optionRestore.3 0644 root sys 1450 59034 1138984232 1 f none man/man3/optionSaveFile.3 0644 root sys 1643 10034 1138984232 1 f none man/man3/optionSaveState.3 0644 root sys 1517 64575 1138984232 1 f none man/man3/optionUnloadNested.3 0644 root sys 1173 33343 1138984232 1 f none man/man3/optionVersion.3 0644 root sys 1097 26626 1138984232 1 f none man/man3/strequate.3 0644 root sys 1185 33886 1138984233 1 f none man/man3/streqvcmp.3 0644 root sys 1464 58994 1138984233 1 f none man/man3/streqvmap.3 0644 root sys 1678 10441 1138984233 1 f none man/man3/strneqvcmp.3 0644 root sys 1553 1310 1138984233 1 f none man/man3/strtransform.3 0644 root sys 1233 38255 1138984233 1 i pkginfo 320 26302 1138984251 1 i prototype 4054 63457 1138984249 1 d none share ? ? ? 1 d none share/aclocal ? ? ? 1 f none share/aclocal/autoopts.m4 0644 root sys 8283 58314 1138984233 1 f none share/aclocal/liboptschk.m4 0644 root sys 1471 55775 1138984248 1 d none share/autogen 0775 root sys 1 f none share/autogen/aginfo.tpl 0644 root sys 7285 14946 1138984235 1 f none share/autogen/aginfo3.tpl 0644 root sys 2785 11051 1138984235 1 f none share/autogen/agman-lib.tpl 0644 root sys 2035 12826 1138984235 1 f none share/autogen/agman1.tpl 0644 root sys 15298 42481 1138984235 1 f none share/autogen/agman3.tpl 0644 root sys 2477 41866 1138984235 1 f none share/autogen/autoopts.m4 0644 root sys 8283 58314 1138984235 1 f none share/autogen/confmacs.tpl 0644 root sys 17001 54595 1138984249 1 f none share/autogen/conftest.tpl 0644 root sys 3013 31727 1138984248 1 f none share/autogen/fsm-macro.tpl 0644 root sys 9561 20358 1138984241 1 f none share/autogen/fsm-trans.tpl 0644 root sys 7584 15334 1138984242 1 f none share/autogen/fsm.tpl 0644 root sys 4285 43161 1138984241 1 f none share/autogen/getopt.tpl 0644 root sys 9743 38216 1138984236 1 f none share/autogen/libopts-27.1.2.tar.gz 0644 root sys 105850 5063 1138984234 1 f none share/autogen/optcode.tpl 0644 root sys 14228 32762 1138984236 1 f none share/autogen/opthead.tpl 0644 root sys 10324 17920 1138984236 1 f none share/autogen/options.tpl 0644 root sys 10396 58157 1138984236 1 f none share/autogen/optlib.tpl 0644 root sys 24204 61898 1138984236 1 f none share/autogen/optmain.tpl 0644 root sys 24403 41940 1138984236 1 f none share/autogen/rc-sample.tpl 0644 root sys 4091 40356 1138984235 1 f none share/autogen/stdoptions.def 0644 root sys 7765 23455 1138984235 07070100000000000000000000000000000000000000010000000000000000000000000000000000000000000000000000000b00000000TRAILER!!!0707010036ce38000081a4000004a7000000640000000143e3853b00000140000000ed0000000100000000000000000000000800000000pkginfoPKG=GNUagen NAME=AutoGen - The Automated Program Generator VERSION=5.8.3 BASEDIR=/opt/GNUagen DESC=AutoGen - The Automated Program Generator VENDOR=Bruce Korb http://autogen.sf.net ARCH=sparc CATEGORY=Development EMAIL=autogen-users@lists.sourceforge.net CONTACT=Bruce Korb CLASSES=none PSTAMP=5.8.3 2006-02-03 08:30:49 0707010036ce36000081a4000004a7000000640000000143e3853b000013be000000ed0000000100000000000000000000000700000000pkgmap: 1 4532 1 d none bin ? ? ? 1 f none bin/autogen 0755 root sys 399000 43613 1138984241 1 f none bin/autoopts-config 0755 root sys 2687 6474 1138984226 1 f none bin/columns 0755 root sys 45224 15702 1138984243 1 f none bin/getdefs 0755 root sys 91956 45605 1138984246 1 f none bin/xml2ag 0755 root sys 82608 3830 1138984247 1 i checkinstall 572 49463 1138984249 1 i copyright 18002 30880 1138984249 1 d none include ? ? ? 1 d none include/autoopts ? ? ? 1 f none include/autoopts/options.h 0644 root sys 31352 46572 1138984237 1 f none include/autoopts/usage-txt.h 0644 root sys 21103 40773 1138984234 1 d none info ? ? ? 1 f none info/autogen.info 0644 root sys 11033 48834 1138984248 1 f none info/autogen.info-1 0644 root sys 301044 3386 1138984248 1 f none info/autogen.info-2 0644 root sys 142688 49181 1138984248 1 d none lib ? ? ? 1 f none lib/libguileopts.a 0644 root sys 44892 4052 1138984230 1 f none lib/libguileopts.la 0755 root sys 872 9715 1138984230 1 s none lib/libguileopts.so=libguileopts.so.0.0.1 1 s none lib/libguileopts.so.0=libguileopts.so.0.0.1 1 f none lib/libguileopts.so.0.0.1 0755 root sys 49988 53285 1138984230 1 f none lib/libopts.a 0644 root sys 277814 11401 1138984228 1 f none lib/libopts.la 0755 root sys 813 3672 1138984227 1 s none lib/libopts.so=libopts.so.25.2.1 1 s none lib/libopts.so.25=libopts.so.25.2.1 1 f none lib/libopts.so.25.2.1 0755 root sys 265912 31150 1138984227 1 d none lib/pkgconfig ? ? ? 1 f none lib/pkgconfig/autoopts.pc 0755 root sys 589 50376 1138984235 1 d none man ? ? ? 1 d none man/man1 ? ? ? 1 f none man/man1/autogen.1 0644 root sys 14169 6085 1138984241 1 f none man/man1/autoopts-config.1 0644 root sys 1947 41133 1138984234 1 f none man/man1/columns.1 0644 root sys 5699 40209 1138984243 1 f none man/man1/getdefs.1 0644 root sys 9807 10458 1138984246 1 f none man/man1/xml2ag.1 0644 root sys 5219 53247 1138984247 1 d none man/man3 ? ? ? 1 f none man/man3/ao_string_tokenize.3 0644 root sys 2948 57616 1138984230 1 f none man/man3/configFileLoad.3 0644 root sys 1883 28670 1138984231 1 f none man/man3/optionFileLoad.3 0644 root sys 2110 51326 1138984231 1 f none man/man3/optionFindNextValue.3 0644 root sys 1680 11638 1138984231 1 f none man/man3/optionFindValue.3 0644 root sys 1569 1468 1138984231 1 f none man/man3/optionFree.3 0644 root sys 1204 36481 1138984231 1 f none man/man3/optionGetValue.3 0644 root sys 1601 4607 1138984231 1 f none man/man3/optionLoadLine.3 0644 root sys 1943 37654 1138984231 1 f none man/man3/optionNextValue.3 0644 root sys 1812 23273 1138984232 1 f none man/man3/optionProcess.3 0644 root sys 2278 1766 1138984232 1 f none man/man3/optionRestore.3 0644 root sys 1450 59034 1138984232 1 f none man/man3/optionSaveFile.3 0644 root sys 1643 10034 1138984232 1 f none man/man3/optionSaveState.3 0644 root sys 1517 64575 1138984232 1 f none man/man3/optionUnloadNested.3 0644 root sys 1173 33343 1138984232 1 f none man/man3/optionVersion.3 0644 root sys 1097 26626 1138984232 1 f none man/man3/strequate.3 0644 root sys 1185 33886 1138984233 1 f none man/man3/streqvcmp.3 0644 root sys 1464 58994 1138984233 1 f none man/man3/streqvmap.3 0644 root sys 1678 10441 1138984233 1 f none man/man3/strneqvcmp.3 0644 root sys 1553 1310 1138984233 1 f none man/man3/strtransform.3 0644 root sys 1233 38255 1138984233 1 i pkginfo 320 26302 1138984251 1 i prototype 4054 63457 1138984249 1 d none share ? ? ? 1 d none share/aclocal ? ? ? 1 f none share/aclocal/autoopts.m4 0644 root sys 8283 58314 1138984233 1 f none share/aclocal/liboptschk.m4 0644 root sys 1471 55775 1138984248 1 d none share/autogen 0775 root sys 1 f none share/autogen/aginfo.tpl 0644 root sys 7285 14946 1138984235 1 f none share/autogen/aginfo3.tpl 0644 root sys 2785 11051 1138984235 1 f none share/autogen/agman-lib.tpl 0644 root sys 2035 12826 1138984235 1 f none share/autogen/agman1.tpl 0644 root sys 15298 42481 1138984235 1 f none share/autogen/agman3.tpl 0644 root sys 2477 41866 1138984235 1 f none share/autogen/autoopts.m4 0644 root sys 8283 58314 1138984235 1 f none share/autogen/confmacs.tpl 0644 root sys 17001 54595 1138984249 1 f none share/autogen/conftest.tpl 0644 root sys 3013 31727 1138984248 1 f none share/autogen/fsm-macro.tpl 0644 root sys 9561 20358 1138984241 1 f none share/autogen/fsm-trans.tpl 0644 root sys 7584 15334 1138984242 1 f none share/autogen/fsm.tpl 0644 root sys 4285 43161 1138984241 1 f none share/autogen/getopt.tpl 0644 root sys 9743 38216 1138984236 1 f none share/autogen/libopts-27.1.2.tar.gz 0644 root sys 105850 5063 1138984234 1 f none share/autogen/optcode.tpl 0644 root sys 14228 32762 1138984236 1 f none share/autogen/opthead.tpl 0644 root sys 10324 17920 1138984236 1 f none share/autogen/options.tpl 0644 root sys 10396 58157 1138984236 1 f none share/autogen/optlib.tpl 0644 root sys 24204 61898 1138984236 1 f none share/autogen/optmain.tpl 0644 root sys 24403 41940 1138984236 1 f none share/autogen/rc-sample.tpl 0644 root sys 4091 40356 1138984235 1 f none share/autogen/stdoptions.def 0644 root sys 7765 23455 1138984235 0707010040d08d000041ed000004a7000000640000000243e3853d00000000000000ed0000000100000000000000000000000800000000install0707010040d09f000081a4000004a7000000640000000143e3853900000fd6000000ed0000000100000000000000000000001200000000install/prototype# Prototype file for AutoGen # # derived by scanning the /home/users/b/bk/bkorb/autogen-5.8.3/sun4u-SunOS-5.9/stage-pkg directory i copyright i pkginfo i prototype i checkinstall ! default 0755 root sys # pt tp ???? obj-name 1 d none bin ? ? ? 1 d none include ? ? ? 1 d none include/autoopts ? ? ? 1 d none info ? ? ? 1 d none lib ? ? ? 1 d none lib/pkgconfig ? ? ? 1 d none man ? ? ? 1 d none man/man3 ? ? ? 1 d none man/man1 ? ? ? 1 d none share ? ? ? 1 d none share/aclocal ? ? ? 1 d none share/autogen 0775 root sys ! default 0644 root sys 1 f none bin/autoopts-config 0755 root sys 1 f none bin/xml2ag 0755 root sys 1 f none bin/columns 0755 root sys 1 f none bin/getdefs 0755 root sys 1 f none bin/autogen 0755 root sys 1 f none include/autoopts/usage-txt.h 0644 root sys 1 f none include/autoopts/options.h 0644 root sys 1 f none info/autogen.info 0644 root sys 1 f none info/autogen.info-1 0644 root sys 1 f none info/autogen.info-2 0644 root sys 1 f none lib/libopts.so.25.2.1 0755 root sys 1 f none lib/libopts.la 0755 root sys 1 f none lib/libguileopts.la 0755 root sys 1 f none lib/pkgconfig/autoopts.pc 0755 root sys 1 f none lib/libguileopts.a 0644 root sys 1 f none lib/libguileopts.so.0.0.1 0755 root sys 1 f none lib/libopts.a 0644 root sys 1 f none man/man3/optionFindValue.3 0644 root sys 1 f none man/man3/optionSaveState.3 0644 root sys 1 f none man/man3/optionUnloadNested.3 0644 root sys 1 f none man/man3/optionVersion.3 0644 root sys 1 f none man/man3/streqvmap.3 0644 root sys 1 f none man/man3/optionLoadLine.3 0644 root sys 1 f none man/man3/optionFree.3 0644 root sys 1 f none man/man3/optionRestore.3 0644 root sys 1 f none man/man3/optionSaveFile.3 0644 root sys 1 f none man/man3/strequate.3 0644 root sys 1 f none man/man3/optionGetValue.3 0644 root sys 1 f none man/man3/ao_string_tokenize.3 0644 root sys 1 f none man/man3/optionFindNextValue.3 0644 root sys 1 f none man/man3/optionFileLoad.3 0644 root sys 1 f none man/man3/optionNextValue.3 0644 root sys 1 f none man/man3/strtransform.3 0644 root sys 1 f none man/man3/configFileLoad.3 0644 root sys 1 f none man/man3/streqvcmp.3 0644 root sys 1 f none man/man3/optionProcess.3 0644 root sys 1 f none man/man3/strneqvcmp.3 0644 root sys 1 f none man/man1/autoopts-config.1 0644 root sys 1 f none man/man1/getdefs.1 0644 root sys 1 f none man/man1/xml2ag.1 0644 root sys 1 f none man/man1/columns.1 0644 root sys 1 f none man/man1/autogen.1 0644 root sys 1 f none share/aclocal/liboptschk.m4 0644 root sys 1 f none share/aclocal/autoopts.m4 0644 root sys 1 f none share/autogen/fsm-trans.tpl 0644 root sys 1 f none share/autogen/agman1.tpl 0644 root sys 1 f none share/autogen/autoopts.m4 0644 root sys 1 f none share/autogen/stdoptions.def 0644 root sys 1 f none share/autogen/aginfo3.tpl 0644 root sys 1 f none share/autogen/options.tpl 0644 root sys 1 f none share/autogen/agman3.tpl 0644 root sys 1 f none share/autogen/optlib.tpl 0644 root sys 1 f none share/autogen/aginfo.tpl 0644 root sys 1 f none share/autogen/agman-lib.tpl 0644 root sys 1 f none share/autogen/opthead.tpl 0644 root sys 1 f none share/autogen/optmain.tpl 0644 root sys 1 f none share/autogen/conftest.tpl 0644 root sys 1 f none share/autogen/fsm-macro.tpl 0644 root sys 1 f none share/autogen/fsm.tpl 0644 root sys 1 f none share/autogen/rc-sample.tpl 0644 root sys 1 f none share/autogen/libopts-27.1.2.tar.gz 0644 root sys 1 f none share/autogen/confmacs.tpl 0644 root sys 1 f none share/autogen/optcode.tpl 0644 root sys 1 f none share/autogen/getopt.tpl 0644 root sys 1 s none lib/libguileopts.so.0=libguileopts.so.0.0.1 1 s none lib/libopts.so.25=libopts.so.25.2.1 1 s none lib/libopts.so=libopts.so.25.2.1 1 s none lib/libguileopts.so=libguileopts.so.0.0.1 0707010040d08e000081a4000004a7000000640000000143e385390000023c000000ed0000000100000000000000000000001500000000install/checkinstallPATH=~/bin:.:/home/users/b/bk/bkorb/bin/sun4u-SunOS-5.9:/home/users/b/bk/bkorb/bin:/usr/bin:/bin:/usr/sbin:/sbin:/usr/local/bin:/usr/local/sbin:/usr/local/bin:/opt/GNUagen/bin guile-config compile > /dev/null 2>&1 && exit 0 guile -c '(quit "bye")' && exit 0 echo "The guile library does not seem to be present." echo "I have searched the PATH ~/bin:.:/home/users/b/bk/bkorb/bin/sun4u-SunOS-5.9:/home/users/b/bk/bkorb/bin:/usr/bin:/bin:/usr/sbin:/sbin:/usr/local/bin:/usr/local/sbin:/usr/local/bin" echo "If it is, please ensure it is in the search path and retry." exit 1 0707010040d08f000081a4000004a7000000640000000143e3853900004652000000ed0000000100000000000000000000001200000000install/copyright GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. 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(Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. 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If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) year name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Library General Public License instead of this License. 0707010036ce39000041ed000004a7000000640000000843e3853d00000000000000ed0000000100000000000000000000000600000000reloc070701005b911d000041ed000004a7000000640000000443e3853d00000000000000ed0000000100000000000000000000000c00000000reloc/share070701005b911e000041ed000004a7000000640000000243e3853d00000000000000ed0000000100000000000000000000001400000000reloc/share/aclocal070701005b9121000081a4000004a7000000640000000143e38538000005bf000000ed0000000100000000000000000000002200000000reloc/share/aclocal/liboptschk.m4# liboptschk.m4 serial 1 (autogen - 5.7.3) dnl Copyright (C) 2005 Free Software Foundation, Inc. dnl This file is free software; the Free Software Foundation dnl gives unlimited permission to copy and/or distribute it, dnl with or without modifications, as long as this notice is preserved. dnl dnl This file can can be used in projects which are not available under dnl the GNU General Public License or the GNU Library General Public dnl License but which still want to provide support for the GNU gettext dnl functionality. dnl Please note that the actual code of the GNU gettext library is covered dnl by the GNU Library General Public License, and the rest of the GNU dnl gettext package package is covered by the GNU General Public License. dnl They are *not* in the public domain. dnl Authors: dnl Ulrich Drepper , 1995-2000. dnl Bruno Haible , 2000-2003. AC_PREREQ(2.50) AC_DEFUN([ag_FIND_LIBOPTS], [if test "X${ac_cv_header_autoopts_options_h}" == Xno then : else f=`autoopts-config cflags` 2>/dev/null test X"${f}" = X && f=`libopts-config cflags` 2>/dev/null if test X"${f}" = X then : else AC_DEFINE([HAVE_LIBOPTS],[1],[define if we can find libopts]) CFLAGS="${CFLAGS} ${f}" f=`autoopts-config ldflags` 2>/dev/null test X"${f}" = X && f=`libopts-config ldflags` 2>/dev/null LIBS="${LIBS} ${f}" fi fi]) 070701005b9120000081a4000004a7000000640000000143e385290000205b000000ed0000000100000000000000000000002000000000reloc/share/aclocal/autoopts.m4dnl -*- Mode: M4 -*- dnl -------------------------------------------------------------------- dnl autoopts.m4 --- Configure paths for autoopts dnl dnl Author: Gary V. Vaughan dnl Maintainer: Gary V. Vaughan dnl Created: Sun Nov 15 23:37:14 1998 cnl Time-stamp: "2005-02-14 08:24:48 bkorb" dnl by: bkorb dnl -------------------------------------------------------------------- dnl @(#) $Id: autoopts.m4,v 4.4 2005/02/14 17:03:54 bkorb Exp $ dnl -------------------------------------------------------------------- dnl dnl Code: # serial 1 dnl AG_PATH_AUTOOPTS([MIN-VERSION, [ACTION-IF-FOUND [, ACTION-IF-NOT-FOUND]]]) dnl Test for AUTOOPTS, and define AUTOGEN, AUTOOPTS_CFLAGS, AUTOGEN_LDFLAGS dnl and AUTOOPTS_LIBS. dnl AC_DEFUN([AG_PATH_AUTOOPTS], [dnl Get the cflags and libraries from the autoopts-config script AC_ARG_WITH(opts-prefix, [ --with-opts-prefix=PFX Prefix where autoopts is installed (optional)]) AC_ARG_WITH(opts-exec-prefix, [ --with-opts-exec-prefix=PFX Exec prefix where autoopts is installed (optional)]) AC_ARG_ENABLE(opts-test, [ --disable-opts-test Do not try to run a test AutoOpts program]) if test x$with_opts_exec_prefix != x ; then aocfg_args="$aocfg_args --exec-prefix=$with_opts_exec_prefix" if test x${AUTOOPTS_CONFIG+set} != xset ; then AUTOOPTS_CONFIG=$with_opts_exec_prefix/bin/autoopts-config fi fi if test x$with_opts_prefix != x ; then aocfg_args="$aocfg_args --prefix=$with_opts_prefix" if test x${AUTOOPTS_CONFIG+set} != xset ; then AUTOOPTS_CONFIG=$with_opts_prefix/bin/autoopts-config fi fi if test -n "$AUTOOPTS_CONFIG"; then : else AC_PATH_PROG(AUTOOPTS_CONFIG, autoopts-config, no) fi min_opts_version="9:0:0" AC_MSG_CHECKING(for autoopts version >= $min_opts_version) no_autoopts="" if test "$AUTOOPTS_CONFIG" = "no" ; then no_autoopts=yes else min_cur=9 min_rev=0 min_age=0 AUTOGEN=`$AUTOOPTS_CONFIG $aocfg_args --autogen` AUTOOPTS_CFLAGS=`$AUTOOPTS_CONFIG $aocfg_args --cflags` AUTOGEN_LDFLAGS=`$AUTOOPTS_CONFIG $aocfg_args --pkgdatadir` AUTOOPTS_LIBS=`$AUTOOPTS_CONFIG $aocfg_args --libs` changequote(,)dnl aocfg_version=`$AUTOOPTS_CONFIG $aocfg_args --version` aocfg_current=`echo $aocfg_version | \ sed 's/\([0-9]*\):\([0-9]*\):\([0-9]*\)/\1/'` aocfg_revision=`echo $aocfg_version | \ sed 's/\([0-9]*\):\([0-9]*\):\([0-9]*\)/\2/'` aocfg_age=`echo $aocfg_version | \ sed 's/\([0-9]*\):\([0-9]*\):\([0-9]*\)/\3/'` changequote([,])dnl if test "x$enable_opts_test" != "xno" ; then AC_LANG_SAVE AC_LANG_C ac_save_CFLAGS="$CFLAGS" ac_save_LDFLAGS="$LDFLAGS" ac_save_LIBS="$LIBS" CFLAGS="$CFLAGS $AUTOOPTS_CFLAGS" LDFLAGS="$LDFLAGS $AUTOOPTS $CFLAGS" LIBS="$LIBS $AUTOOPTS_LIBS" dnl dnl Now check if the installed AUTOOPTS is sufficiently new. (Also dnl sanity checks the results of autoopts-config to some extent. dnl rm -f confopts.def conf.optstest AC_TRY_RUN([ #include #include #include static const char zBadVer[] = "\n\\ *** 'autoopts-config --version' returned $aocfg_current:$aocfg_revision:$aocfg_age,\n\\ *** but autoopts returned (%d:%d:0)\n\\ *** If autoopts-config was correct, then it is best to remove the old version\n\\ *** of autoopts. You may also be able to fix the error by modifying your\n\\ *** LD_LIBRARY_PATH enviroment variable, or by editing /etc/ld.so.conf.\n\\ *** Make sure you have run ldconfig if that is required on your system.\n\\ *** Otherwise, set the environment variable AUTOOPTS_CONFIG to point to\n\\ *** the correct copy of autoopts-config, and remove the file config.cache\n\\ *** before re-running configure.\n"; static const char zOldVer[] = "\n\\ *** An old version of autoopts (%d:%d:%d) was found.\n\\ *** You need a version of autoopts newer than $min_cur:$min_rev:$min_age. \ The latest version of\n\\ *** autoopts is always available from http://autogen.sourceforge.net.\n\\ *** If you have already installed a sufficiently new version, this error\n\\ *** probably means that the wrong copy of the autoopts-config shell script is\n\\ *** being found. The easiest way to fix this is to remove the old version\n\\ *** of autoopts, but you can also set the AUTOOPTS_CONFIG environment to point\n\\ *** to the correct copy of autoopts-config. (In this case, you will have to\n\\ *** modify your LD_LIBRARY_PATH enviroment variable, or edit /etc/ld.so.conf\n\\ *** so that the correct libraries are found at run-time).\n"; int main () { int current, revision; char tmp_version[16]; system ("touch conf.optstest"); strcpy(tmp_version, optionVersion()); if (sscanf(tmp_version, "%d.%d", ¤t, &revision) != 2) { printf("bad version string: -->>%s<<-- is not -->>%d.%d<<--\n", optionVersion(), current, revision); exit(1); } if ( (current != $aocfg_current) || (revision != $aocfg_revision)) { printf( zBadVer, current, revision); return 1; } #if defined (AO_CURRENT) && defined (AO_REVISION) && defined (AO_AGE) if ( ($aocfg_current != AO_CURRENT) || ($aocfg_revision != AO_REVISION) || ($aocfg_age != AO_AGE)) { printf("*** autoopts header files (version %d:%d:%d) do not match\n", AO_CURRENT, AO_REVISION, AO_AGE); printf("*** library (version %d:%d:0)\n", current, revision); return 1; } #endif if ( ($aocfg_current - $aocfg_age > $min_cur) || ( ($aocfg_current - $aocfg_age == $min_cur) && ($aocfg_revision >= $min_rev) )) return 0; printf(zOldVer, $aocfg_current, $aocfg_revision, $aocfg_age); return 1; } ],, no_autoopts=yes,[echo $ac_n "cross compiling; assumed OK... $ac_c"]) CFLAGS="$ac_save_CFLAGS" LDFLAGS="$ac_save_LDFLAGS" LIBS="$ac_save_LIBS" AC_LANG_RESTORE fi fi if test "x$no_autoopts" = x ; then AC_MSG_RESULT(yes) ifelse([$2], , :, [$2]) else AC_MSG_RESULT(no) if test "$AUTOOPTS_CONFIG" = "no" ; then cat << _EOF_ *** The autoopts-config script installed by AutoGen could not be found *** If AutoGen was installed in PREFIX, make sure PREFIX/bin is in *** your path, or set the AUTOOPTS_CONFIG environment variable to the *** full path to autoopts-config. _EOF_ else if test -f conf.optstest ; then : else echo "*** Could not run autoopts test program, checking why..." CFLAGS="$CFLAGS $AUTOOPTS_CFLAGS" LIBS="$LIBS $AUTOOPTS_LIBS" AC_LANG_SAVE AC_LANG_C AC_TRY_LINK([ #include #include ], [return strcmp("$aocfg_current:$aocfg_revision:$aocfg_age", optionVersion());], [ cat << _EOF_ *** The test program compiled, but did not run. This usually means that *** the run-time linker is not finding libopts or finding the wrong version *** of libopts. If it is not finding libopts, you'll need to set your *** LD_LIBRARY_PATH environment variable, or edit /etc/ld.so.conf to point *** to the installed location Also, make sure you have run ldconfig if that *** is required on your system *** *** If you have an old version installed, it is best to remove it, although *** you may also be able to get things to work by modifying LD_LIBRARY_PATH _EOF_ ], [cat << _EOF_ *** The test program failed to compile or link. See the file config.log for *** the exact error that occured. This usually means AutoGen was incorrectly *** installed or that you have moved libopts since it was installed. In the *** latter case, you may want to edit the autoopts-config script: *** $AUTOOPTS_CONFIG _EOF_ ]) CFLAGS="$ac_save_CFLAGS" LIBS="$ac_save_LIBS" AC_LANG_RESTORE fi fi AUTOGEN=: AUTOOPTS_CFLAGS="" AUTOOPTS_LIBS="" ifelse([$3], , :, [$3]) fi AC_SUBST(AUTOGEN) AC_SUBST(AUTOOPTS_CFLAGS) AC_SUBST(AUTOGEN_LDFLAGS) AC_SUBST(AUTOOPTS_LIBS) rm -f confopts.def conf.optstest ]) dnl dnl autoopts.m4 ends here 070701005b9125000041ed000004a7000000640000000243e3853e00000000000000ed0000000100000000000000000000001400000000reloc/share/autogen070701005b9356000081a4000004a7000000640000000143e3853200001da0000000ed0000000100000000000000000000002200000000reloc/share/autogen/fsm-trans.tpl[= AutoGen5 Template -*- Mode: Text -*- # AutoGen copyright 1992-2005 Bruce Korb =][= (define event-string "") =][= DEFINE state-table =] /* STATE [= (get "st_ix") =]: [= (. PFX)=]_ST_[= (string-upcase! (get "state")) =] */ { [= (shellf "state=%s" (string-upcase! (get "state"))) =][= FOR event "\n " =][= (set! fmt (shellf "eval echo \\\"\\$FSM_TRANS_${state}_%s%s\\\"" (string-upcase! (get "event")) (if (last-for?) "" ",") )) (set! event-string (if (exist? (get "event")) (get (get "event")) (get "event") )) (sprintf "%-47s /* EVT: %s */" fmt event-string ) =][= ENDFOR =] }[= ENDDEF =][= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE enumerate-transitions =] /* * Enumeration of the valid transition types * Some transition types may be common to several transitions. */ typedef enum { [=(string-upcase! (shellf "sed '$s/,$//;s/^/ %s_TR_/' .fsm.xlist" PFX))=] } te_[=(. pfx)=]_trans; #define [=(. PFX)=]_TRANSITION_CT [= `tct="\`wc -l < .fsm.xlist\`" echo $tct`=] /* * the state transition handling map * This table maps the state enumeration + the event enumeration to * the new state and the transition enumeration code (in that order). * It is indexed by first the current state and then the event code. */ typedef struct [=(. pfx)=]_transition [= (. t-trans) =]; struct [=(. pfx)=]_transition { te_[=(. pfx)=]_state next_state; te_[=(. pfx)=]_trans transition; }; [= IF (exist? "use_ifdef") =] #ifndef DEFINE_FSM extern const [= (. t-trans) =] [=(. pfx)=]_trans_table[ [=(. PFX) =]_STATE_CT ][ [=(. PFX)=]_EVENT_CT ]; extern int [=(. pfx)=]_invalid_transition( te_[=(. pfx)=]_state st, te_[= (. pfx)=]_event evt ); #else [= ELSE =]static [= ENDIF =]const [= (. t-trans) =] [=(. pfx)=]_trans_table[ [=(. PFX) =]_STATE_CT ][ [=(. PFX)=]_EVENT_CT ] = {[= state-table state = init st_ix = "0" =][= FOR state =], [= state-table st_ix = (+ 1 (for-index)) =][= ENDFOR =] };[= IF (exist? "use_ifdef") =][= emit-invalid-msg =] #endif /* DEFINE_FSM */[= ENDIF =][= ENDDEF =][= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE callback-transitions =] /* * This is the prototype for the callback routines. They are to * return the next state. Normally, that should be the value of * the "maybe_next" argument. */ typedef te_[=(. pfx)=]_state ([=(. pfx)=]_callback_t)([= emit-cookie-args =] te_[=(. pfx)=]_state initial, te_[=(. pfx)=]_state maybe_next, te_[=(. pfx)=]_event trans_evt ); static [=(. pfx)=]_callback_t [=(shellf "sed '$s/,$/;/;s/^/ %s_do_/' .fsm.xlist" pfx)=] /* * This declares all the state transition handling routines */ typedef struct transition [= (. t-trans) =]; struct transition {[= (set! fmt (sprintf "\n %%-%ds %%s;" (+ (string-length pfx) 14) )) (sprintf (string-append fmt fmt) (string-append "te_" pfx "_state") "next_state" (string-append pfx "_callback_t*") "trans_proc") =] }; /* * This table maps the state enumeration + the event enumeration to * the new state and the transition enumeration code (in that order). * It is indexed by first the current state and then the event code. */ static const [= (. t-trans) =] [=(. pfx)=]_trans_table[ [=(. PFX) =]_STATE_CT ][ [=(. PFX)=]_EVENT_CT ] = {[= state-table state = init st_ix = "0" =][= FOR state =],[= state-table st_ix = (+ 1 (for-index)) =][= ENDFOR =] };[= ENDDEF =][= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE machine-step =][= (if (=* (get "method") "case") (begin (define trans-name "trans") (define trans-field "transition") (define trans-valu (string-append PFX "_TR_INVALID")) ) (begin (define trans-name "pT ") (define trans-field "trans_proc") (define trans-valu (string-append pfx "_do_invalid")) )) =] if (trans_evt >= [=(. PFX)=]_EV_INVALID) { nxtSt = [=(. PFX)=]_ST_INVALID; [=(. trans-name)=] = [=(. trans-valu)=]; } else { const [= (. t-trans) =]* pTT = [=(. pfx)=]_trans_table[ [=(. pfx)=]_state ] + trans_evt; #ifdef DEBUG firstNext = /* next line */ #endif nxtSt = pTT->next_state; [=(. trans-name)=] = pTT->[=(. trans-field)=]; } #ifdef DEBUG printf( "in state %s(%d) step %s(%d) to %s(%d)\n", [=(. PFX)=]_STATE_NAME( [=(. pfx)=]_state ), [=(. pfx)=]_state, [=(. PFX)=]_EVT_NAME( trans_evt ), trans_evt, [=(. PFX)=]_STATE_NAME( nxtSt ), nxtSt ); #endif[= IF (=* (get "method") "case") =][= run-switch =][= ELSE =][= run-callback =][= ENDIF =] #ifdef DEBUG if (nxtSt != firstNext) printf( "transition code changed destination state to %s(%d)\n", [=(. PFX)=]_STATE_NAME( nxtSt ), nxtSt ); #endif[= IF (not (=* (get "type") "reent")) =] [=(. pfx)=]_state = nxtSt;[= ENDIF =] [= ENDDEF machine-step =][= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE fsm-proc-variables =] #ifdef DEBUG te_[=(. pfx)=]_state firstNext; #endif te_[=(. pfx)=]_state nxtSt;[= IF (=* (get "method") "call") =] [=(. pfx)=]_callback_t* pT;[= ELSE =] te_[=(. pfx)=]_trans trans;[= ENDIF =][= ENDDEF =][= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE make-loop-proc =] /* * Run the FSM. Will return [=(. PFX)=]_ST_DONE or [=(. PFX)=]_ST_INVALID */ [=mode=]te_[=(. pfx)=]_state [=(. pfx)=]_run_fsm([= IF (exist? "cookie") =][= FOR cookie "," =] [=cookie=][= ENDFOR=][= ELSE=] void[=ENDIF=] )[= ENDDEF make-loop-proc =][= DEFINE looping-machine =][= make-loop-proc mode = "" =] { te_[=(. pfx)=]_state [=(. pfx)=]_state = [=(. PFX)=]_ST_INIT; te_[=(. pfx)=]_event trans_evt;[= fsm-proc-variables =] while ([=(. pfx)=]_state < [=(. PFX)=]_ST_INVALID) { [=(extract fsm-source " /* %s == FIND TRANSITION == %s */" "" " trans_evt = GET_NEXT_TRANS();" )=] [= (out-push-new ".fsm.cktbl")=][= machine-step =][= (out-pop) (shell "sed 's/^ / /;s/ / /' .fsm.cktbl") =] } return [=(. pfx)=]_state; }[= ENDDEF =][= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE make-step-proc =] /* * Step the FSM. Returns the resulting state. If the current state is * [=(. PFX)=]_ST_DONE or [=(. PFX)=]_ST_INVALID, it resets to * [=(. PFX)=]_ST_INIT and returns [=(. PFX)=]_ST_INIT. */ [=mode=]te_[=(. pfx)=]_state [=(. pfx)=]_step([= IF (=* (get "type") "reent") =] te_[= (. pfx) =]_state [= (. pfx) =]_state,[= ENDIF =] te_[= (. pfx) =]_event trans_evt[= FOR cookie =], [=cookie=][= ENDFOR=] )[= ENDDEF make-step-proc =][= DEFINE stepping-machine =][= make-step-proc mode = "" =] {[= fsm-proc-variables =] if ((unsigned)[=(. pfx)=]_state >= [=(. PFX)=]_ST_INVALID) {[= IF (=* (get "type") "step") =] [=(. pfx)=]_state = [=(. PFX)=]_ST_INIT;[= ENDIF =] return [=(. PFX)=]_ST_INIT; } [= machine-step =] [=(extract fsm-source " /* %s == FINISH STEP == %s */")=] return nxtSt; }[= ENDDEF =] 070701005b9347000081a4000004a7000000640000000143e3852b00003bc2000000ed0000000100000000000000000000001f00000000reloc/share/autogen/agman1.tpl[+: -*- nroff -*- ## agman1.tpl -- Template for command line man pages ## ## AutoOpts copyright 1992-2005 Bruce Korb ## ## Time-stamp: "2006-01-23 16:18:37 bkorb" ## Author: Jim Van Zandt ## Maintainer: Bruce Korb ## Created: Mon Jun 28 15:35:12 1999 ## by: bkorb ## --------------------------------------------------------------------- ## $Id: agman1.tpl,v 4.11 2006/01/24 23:22:17 bkorb Exp $ ## --------------------------------------------------------------------- AutoGen5 template man=%s.1 (setenv "SHELL" "/bin/sh") :+] .TH [+: % prog-name (string-upcase! "%s") :+] 1 [+: `date +%Y-%m-%d` :+] "" "Programmer's Manual" [+: ;; The following "dne" argument is a string of 5 characters: ;; '.' '\\' '"' and two spaces. It _is_ hard to read. ;; (dne ".\\\" ") :+][+: # balance quotes for emacs: " :+] .\" .SH NAME [+: (define prog-name (string-downcase! (get "prog-name"))) (define PROG_NAME (string-tr! (get "prog-name") "a-z^-" "A-Z__")) (define prog_name (string-tr! (get "prog-name") "A-Z^-" "a-z__")) prog-name :+] \- [+: prog-title :+] .SH SYNOPSIS .B [+: (define use-flags (if (exist? "flag.value") #t #f)) prog-name :+][+: INCLUDE "agman-lib.tpl" :+][+: IF (define named-mode (not (or use-flags (exist? "long_opts") ))) use-flags :+][+: IF (exist? "long_opts") :+][+: # * * * * * # :+] .\" Mixture of short (flag) options and long options .RB [ -\fIflag\fP " [\fIvalue\fP]]... [" --\fIopt-name\fP [+:# :+]" [[=| ]\fIvalue\fP]]..."[+: ELSE no long options:+][+: # * * * * * # :+] .\" Short (flag) options only .RB [ -\fIflag\fP " [\fIvalue\fP]]..."[+: ENDIF :+][+: ELIF (exist? "long_opts") :+][+: # * * * * * # :+] .\" Long options only .RB [ --\fIopt-name\fP [ = "| ] \fIvalue\fP]]..."[+: ELIF (not (exist? "argument")) :+][+: # * * * * * # :+] .\" All arguments are named options. .RI [ opt-name "[\fB=\fP" value ]]... .PP All arguments are named options.[+: ELSE :+][+: (error "Named option programs cannot have arguments") :+][+: ENDIF :+][+: IF (exist? "argument") :+] .br .in +8 [+: argument :+][+: IF (exist? "reorder-args") :+] .br Operands and options may be intermixed. They will be reordered. [+: ENDIF :+][+: ELIF (or (exist? "long_opts") use-flags) :+] .PP All arguments must be options.[+: ENDIF :+][+: # * * * * * * * * * * * * * * * * * * * * * * * * * # # Describe the command. Use 'prog_man_desrip' if it exists, # otherwise use the 'detail' help option. If not that, # then the thing is undocumented. # :+][+: IF (exist? "explain") :+] .PP [+:explain:+][+: ENDIF :+] .SH "DESCRIPTION" This manual page documents, briefly, the \fB[+: (. prog-name) :+]\fP command. [+: IF (exist? "prog-man-descrip") :+][+: FOR prog-man-descrip "\n.PP\n" :+][+: prog-man-descrip :+][+: ENDFOR :+][+: ELIF (exist? "detail") :+][+: FOR detail "\n.PP\n" :+][+: (string-substitute (get "detail") "\\" "\\\\") :+][+: ENDFOR :+][+: ELSE :+]Its description is not documented.[+: ENDIF :+][+: IF (exist? "main") :+][+: IF (= (get "main.main-type") "for-each") :+] [+: CASE main.handler-type :+][+: ~* ^(name|file)|.*text :+] This program will perform its function for every file named on the command line or every file named in a list read from stdin. The arguments or input names must be pre-existing files. The input list may contain comments, which[+: !E :+] This program will perform its function for every command line argument or every non-comment line in a list read from stdin. The input list comments[+: ESAC :+] are blank lines or lines beginning with a '[+: ?% comment-char "%s" "#" :+]' character.[+: ENDIF :+][+: ENDIF - "main" exists :+] .SH OPTIONS[+: ;; * * * * * * * * * * * * * * * * * * * * * * * * * ;; ;; Describe each option ;; (define opt-arg "") (define dis-name "") (define opt-name "") (if (exist? "preserve-case") (begin (define optname-from "_^") (define optname-to "--") ) (begin (define optname-from "A-Z_^") (define optname-to "a-z--") ) ) :+][+: FOR flag :+][+: ;; Skip the documentation options! ;; (if (exist? "enable") (set! opt-name (string-append (get "enable") "-" (get "name"))) (set! opt-name (get "name")) ) (if (exist? "disable") (set! dis-name (string-append (get "disable") "-" (get "name"))) (set! dis-name "") ) (set! opt-name (string-tr! opt-name optname-from optname-to)) (set! dis-name (string-tr! dis-name optname-from optname-to)) (if (not (exist? "arg-type")) (set! opt-arg "") (set! opt-arg (string-append "\\fI" (if (exist? "arg-name") (get "arg-name") (string-downcase! (get "arg-type"))) "\\fP" )) ) :+][+: IF (not (exist? "documentation")) :+] .TP[+: IF (exist? "value") :+][+: IF (exist? "long-opts") :+][+: # * * * * * * * * * * * * * * * * * * * * * * The option has a flag value (character) AND * the program uses long options * :+] .BR -[+:value:+][+: IF (not (exist? "arg-type")) :+] ", " --[+: ELSE :+] " [+:(. opt-arg):+], " --[+: ENDIF :+][+: (. opt-name) :+][+: IF (exist? "arg-type") :+][+: ? arg-optional " [ =" ' "=" ' :+][+: (. opt-arg) :+][+: arg-optional " ]" :+][+: ENDIF :+][+: IF (exist? "disable") :+], " \fB--[+:(. dis-name):+]\fP"[+: ENDIF :+][+: ELSE :+][+: # * * * * * * * * * * * * * * * * * * * * * * The option has a flag value (character) BUT * the program does _NOT_ use long options * :+] .BR -[+:value:+][+: IF (exist? "arg-type") :+][+: arg-optional "[" :+] "[+:(. opt-arg):+][+: arg-optional '"]"' :+][+: ENDIF " :+][+: ENDIF :+][+: ELSE value does not exist -- named option only :+][+: IF (not (exist? "long-opts")) :+][+: # * * * * * * * * * * * * * * * * * * * * * * The option does not have a flag value (character). * The program does _NOT_ use long options either. * Special magic: All arguments are named options. * :+] .BR [+: (. opt-name) :+][+: IF (exist? "arg-type") :+] [+: ? arg-optional " [ =" ' "=" ' :+][+:(. opt-arg):+][+: arg-optional "]" :+][+: ENDIF:+][+: IF (exist? "disable") :+], " \fB[+:(. dis-name):+]\fP"[+: ENDIF :+][+: ELSE :+][+: # * * * * * * * * * * * * * * * * * * * * * * The option does not have a flag value (character). * The program, instead, only accepts long options. * :+] .BR --[+: (. opt-name) :+][+: IF (exist? "arg-type") :+] "[+: #" :+][+: arg-optional "[" :+]=[+:(. opt-arg):+][+: arg-optional "]" :+]"[+: #" :+][+: ENDIF :+][+: IF (exist? "disable") :+], " \fB--[+:(. dis-name):+]\fP"[+: ENDIF :+][+: ENDIF :+][+: ENDIF :+] [+: (string-substitute (get "descrip") "\\" "\\\\") :+].[+: IF (exist? "min") :+] This option is required to appear.[+:ENDIF:+][+: IF (exist? "max") :+] This option may appear [+: IF % max (= "%s" "NOLIMIT") :+]an unlimited number of times[+:ELSE :+]up to [+:max:+] times[+: ENDIF:+].[+: ENDIF:+][+: IF (exist? "disable") :+] The \fI[+:(. dis-name):+]\fP form will [+: IF (exist? "stack-arg") :+]clear the list of option arguments[+: ELSE :+]disable the option[+: ENDIF :+].[+: ENDIF:+][+: IF (exist? "enabled") :+] This option is enabled by default.[+:ENDIF:+][+: IF (exist? "no-preset") :+] This option may not be preset with environment variables or in initialization (rc) files.[+:ENDIF:+][+: IF (and (exist? "default") named-mode) :+] This option is the default option.[+: ENDIF:+][+: IF (exist? "equivalence") :+] This option is a member of the [+:equivalence:+] class of options.[+:ENDIF:+][+: IF (exist? "flags-must") :+] This option must appear in combination with the following options: [+: FOR flags-must ", " :+][+:flags-must:+][+:ENDFOR:+].[+:ENDIF:+][+: IF (exist? "flags-cant") :+] This option must not appear in combination with any of the following options: [+: FOR flags-cant ", " :+][+:flags-cant:+][+:ENDFOR:+].[+: ENDIF :+][+: IF (~* (get "arg-type") "key|set") :+] This option takes a keyword as its argument[+: IF (=* (get "arg-type") "set") :+] list. Each entry turns on or off membership bits. The bits are set by name or numeric value and cleared by preceding the name or number with an exclamation character ('!'). They can all be cleared with the magic name \fInone\fR and they can all be set with .IR all . A single option will process a list of these values.[+: ELSE :+]. The argument sets an enumeration value that can be tested by comparing them against the option value macro.[+: ENDIF :+] The available keywords are: .in +4 .nf .na [+: DEBUG :+][+: (shellf "${CLexe:-columns} --spread=1 -W50 <<_EOF_\n%s\n_EOF_" (join "\n" (stack "keyword")) ) :+] .fi .in -4[+: (if (exist? "arg-default") "\n.sp" ) :+][+: ELIF (=* (get "arg-type") "num") :+] This option takes an integer number as its argument.[+: IF (exist? "arg-range") :+] The value of [+:(. opt-arg):+] is constrained to being: .in +4 .nf .na[+: FOR arg_range ", or" :+] [+: (shellf " range='%s' case \"X${range}\" in X'->'?* ) echo \"less than or equal to\" ` echo $range | sed 's/->//' ` ;; X?*'->' ) echo \"greater than or equal to\" ` echo $range | sed 's/->.*//' ` ;; X?*'->'?* ) echo \"in the range \" ` echo $range | sed 's/->/ through /' ` ;; X?* ) echo exactly $range ;; X* ) echo $range is indeterminate esac" (get "arg-range") ) :+][+: ENDFOR arg-range :+] .fi .in -4[+: ENDIF :+][+: ENDIF :+][+: IF (exist? "arg-default") :+] The default [+:(. opt-arg):+] for this option is: .ti +4 [+: arg-default :+][+: ENDIF :+] .sp [+: (if (exist? "doc") (string-substitute (get "doc") "\\" "\\\\") "This option has not been fully documented." ) :+][+: ENDIF (not (exist? "documentation")) :+][+: ENDFOR flag :+] .TP .BR [+: IF (. use-flags) :+]\-[+: ?% help-value "%s" "?" :+][+: IF (exist? "long-opts") :+] , " \--help"[+: ENDIF :+][+: ELSE :+][+: IF (exist? "long-opts") :+]\--[+: ENDIF :+]help[+: ENDIF :+] Display usage information and exit. .TP .BR [+: IF (. use-flags) :+]\-[+: ?% more-help-value "%s" "!" :+][+: IF (exist? "long-opts") :+] , " \--more-help"[+: ENDIF :+][+: ELSE :+][+: IF (exist? "long-opts") :+]\--[+: ENDIF :+]more-help[+: ENDIF :+] Extended usage information passed thru pager.[+: IF (exist? "homerc") :+] .TP .BR [+: IF (. use-flags) :+]\-[+: ?% save-opts-value "%s" ">" :+] " [\fIrcfile\fP][+: IF (exist? "long-opts") :+]," " \--save-opts" "[=\fIrcfile\fP][+: ENDIF :+]"[+: ELSE :+][+: IF (exist? "long-opts") :+]\--[+: ENDIF :+]save-opts "[=\fIrcfile\fP]"[+: ENDIF :+] Save the option state to \fIrcfile\fP. The default is the \fIlast\fP configuration file listed in the \fBOPTION PRESETS\fP section, below. .TP .BR [+: IF (. use-flags) :+]\-[+: ?% load-opts-value "%s" "<" :+] " \fIrcfile\fP[+: IF (exist? "long-opts") :+]," " \--load-opts" "=\fIrcfile\fP," " --no-load-opts[+: ENDIF :+]"[+: ELSE :+][+: IF (exist? "long-opts") :+]\--[+: ENDIF :+]load-opts "=\fIrcfile\fP," " --no-load-opts"[+: ENDIF :+] Load options from \fIrcfile\fP. The \fIno-load-opts\fP form will disable the loading of earlier RC/INI files. \fI--no-load-opts\fP is handled early, out of order.[+: ENDIF (exist? "homerc") :+][+: IF (exist? "version") :+] .TP .BR [+: IF (. use-flags) :+]\-[+: ?% version-value "%s" "v" :+] " [{\fIv|c|n\fP}][+: IF (exist? "long-opts") :+]," " \--version" "[=\fI{v|c|n}\fP][+: ENDIF :+]"[+: ELSE :+][+: IF (exist? "long-opts") :+]\--[+: ENDIF :+]version "[=\fI{v|c|n}\fP]"[+: ENDIF :+] Output version of program and exit. The default mode is `v', a simple version. The `c' mode will print copyright information and `n' will print the full copyright notice.[+: ENDIF :+][+: IF (or (exist? "homerc") (exist? "environrc")) :+] .SH OPTION PRESETS Any option that is not marked as \fInot presettable\fP may be preset by loading values from [+: IF (exist? "homerc") :+]configuration ("RC" or ".INI") file(s)[+: IF (exist? "environrc") :+] and values from [+: ENDIF :+][+: ENDIF :+][+: IF (exist? "environrc") :+]environment variables named: .nf \fB[+: (. PROG_NAME) :+]_\fP or \fB[+: (. PROG_NAME) :+]\fP .fi .aj[+: IF (exist? "homerc") :+] The environmental presets take precedence (are processed later than) the configuration files.[+: ENDIF :+][+: ELSE :+].[+: ENDIF :+][+: CASE (count "homerc") :+][+: == "0" :+][+: == "1" :+] The \fIhomerc\fP file is "\fI[+:homerc:+]\fP", unless that is a directory. In that case, the file "\fI[+: ?% rcfile "%s" (string-append "." prog_name "rc") :+]\fP" is searched for within that directory.[+: * :+] The \fIhomerc\fP files are [+: FOR homerc ", " :+][+: IF (last-for?) :+]and [+: ENDIF :+]"\fI[+: homerc :+]\fP"[+: ENDFOR :+]. If any of these are directories, then the file \fI[+: ?% rcfile "%s" (string-append "." prog_name "rc") :+]\fP is searched for within those directories.[+: ESAC :+][+: ENDIF :+][+: IF (exist? "man-doc") :+] [+:man-doc:+][+: ENDIF:+][+: IF (define tmp-str (get "copyright.author" (get "copyright.owner"))) (> (string-length tmp-str) 0) :+] .SH AUTHOR [+: (. tmp-str) :+][+: (set! tmp-str (get "copyright.eaddr" (get "eaddr"))) (if (> (string-length tmp-str) 0) (string-append "\n.br\nPlease send bug reports to: " tmp-str "\n") ) :+][+: CASE copyright.type :+][+: = gpl :+] .PP Released under the GNU General Public License.[+: = lgpl :+] .PP Released under the GNU General Public License with Library Extensions.[+: = bsd :+] .PP Released under the Free BSD License.[+: * :+][+: IF (exist? "copyright.text") :+] .PP .nf .na [+: copyright.text :+] .fi .ad[+: ELIF (exist? "copyright.date") :+] .PP Released under an unspecified copyright license.[+: ENDIF :+][+: ESAC :+][+: ENDIF :+][+: INVOKE emit-man-text :+] .PP This manual page was \fIAutoGen\fP-erated from the \fB[+: prog-name :+]\fP option definitions.[+: # agman1.tpl ends here :+] 070701005b9350000081a4000004a7000000640000000143e3852b0000205b000000ed0000000100000000000000000000002000000000reloc/share/autogen/autoopts.m4dnl -*- Mode: M4 -*- dnl -------------------------------------------------------------------- dnl autoopts.m4 --- Configure paths for autoopts dnl dnl Author: Gary V. Vaughan dnl Maintainer: Gary V. Vaughan dnl Created: Sun Nov 15 23:37:14 1998 cnl Time-stamp: "2005-02-14 08:24:48 bkorb" dnl by: bkorb dnl -------------------------------------------------------------------- dnl @(#) $Id: autoopts.m4,v 4.4 2005/02/14 17:03:54 bkorb Exp $ dnl -------------------------------------------------------------------- dnl dnl Code: # serial 1 dnl AG_PATH_AUTOOPTS([MIN-VERSION, [ACTION-IF-FOUND [, ACTION-IF-NOT-FOUND]]]) dnl Test for AUTOOPTS, and define AUTOGEN, AUTOOPTS_CFLAGS, AUTOGEN_LDFLAGS dnl and AUTOOPTS_LIBS. dnl AC_DEFUN([AG_PATH_AUTOOPTS], [dnl Get the cflags and libraries from the autoopts-config script AC_ARG_WITH(opts-prefix, [ --with-opts-prefix=PFX Prefix where autoopts is installed (optional)]) AC_ARG_WITH(opts-exec-prefix, [ --with-opts-exec-prefix=PFX Exec prefix where autoopts is installed (optional)]) AC_ARG_ENABLE(opts-test, [ --disable-opts-test Do not try to run a test AutoOpts program]) if test x$with_opts_exec_prefix != x ; then aocfg_args="$aocfg_args --exec-prefix=$with_opts_exec_prefix" if test x${AUTOOPTS_CONFIG+set} != xset ; then AUTOOPTS_CONFIG=$with_opts_exec_prefix/bin/autoopts-config fi fi if test x$with_opts_prefix != x ; then aocfg_args="$aocfg_args --prefix=$with_opts_prefix" if test x${AUTOOPTS_CONFIG+set} != xset ; then AUTOOPTS_CONFIG=$with_opts_prefix/bin/autoopts-config fi fi if test -n "$AUTOOPTS_CONFIG"; then : else AC_PATH_PROG(AUTOOPTS_CONFIG, autoopts-config, no) fi min_opts_version="9:0:0" AC_MSG_CHECKING(for autoopts version >= $min_opts_version) no_autoopts="" if test "$AUTOOPTS_CONFIG" = "no" ; then no_autoopts=yes else min_cur=9 min_rev=0 min_age=0 AUTOGEN=`$AUTOOPTS_CONFIG $aocfg_args --autogen` AUTOOPTS_CFLAGS=`$AUTOOPTS_CONFIG $aocfg_args --cflags` AUTOGEN_LDFLAGS=`$AUTOOPTS_CONFIG $aocfg_args --pkgdatadir` AUTOOPTS_LIBS=`$AUTOOPTS_CONFIG $aocfg_args --libs` changequote(,)dnl aocfg_version=`$AUTOOPTS_CONFIG $aocfg_args --version` aocfg_current=`echo $aocfg_version | \ sed 's/\([0-9]*\):\([0-9]*\):\([0-9]*\)/\1/'` aocfg_revision=`echo $aocfg_version | \ sed 's/\([0-9]*\):\([0-9]*\):\([0-9]*\)/\2/'` aocfg_age=`echo $aocfg_version | \ sed 's/\([0-9]*\):\([0-9]*\):\([0-9]*\)/\3/'` changequote([,])dnl if test "x$enable_opts_test" != "xno" ; then AC_LANG_SAVE AC_LANG_C ac_save_CFLAGS="$CFLAGS" ac_save_LDFLAGS="$LDFLAGS" ac_save_LIBS="$LIBS" CFLAGS="$CFLAGS $AUTOOPTS_CFLAGS" LDFLAGS="$LDFLAGS $AUTOOPTS $CFLAGS" LIBS="$LIBS $AUTOOPTS_LIBS" dnl dnl Now check if the installed AUTOOPTS is sufficiently new. (Also dnl sanity checks the results of autoopts-config to some extent. dnl rm -f confopts.def conf.optstest AC_TRY_RUN([ #include #include #include static const char zBadVer[] = "\n\\ *** 'autoopts-config --version' returned $aocfg_current:$aocfg_revision:$aocfg_age,\n\\ *** but autoopts returned (%d:%d:0)\n\\ *** If autoopts-config was correct, then it is best to remove the old version\n\\ *** of autoopts. You may also be able to fix the error by modifying your\n\\ *** LD_LIBRARY_PATH enviroment variable, or by editing /etc/ld.so.conf.\n\\ *** Make sure you have run ldconfig if that is required on your system.\n\\ *** Otherwise, set the environment variable AUTOOPTS_CONFIG to point to\n\\ *** the correct copy of autoopts-config, and remove the file config.cache\n\\ *** before re-running configure.\n"; static const char zOldVer[] = "\n\\ *** An old version of autoopts (%d:%d:%d) was found.\n\\ *** You need a version of autoopts newer than $min_cur:$min_rev:$min_age. \ The latest version of\n\\ *** autoopts is always available from http://autogen.sourceforge.net.\n\\ *** If you have already installed a sufficiently new version, this error\n\\ *** probably means that the wrong copy of the autoopts-config shell script is\n\\ *** being found. The easiest way to fix this is to remove the old version\n\\ *** of autoopts, but you can also set the AUTOOPTS_CONFIG environment to point\n\\ *** to the correct copy of autoopts-config. (In this case, you will have to\n\\ *** modify your LD_LIBRARY_PATH enviroment variable, or edit /etc/ld.so.conf\n\\ *** so that the correct libraries are found at run-time).\n"; int main () { int current, revision; char tmp_version[16]; system ("touch conf.optstest"); strcpy(tmp_version, optionVersion()); if (sscanf(tmp_version, "%d.%d", ¤t, &revision) != 2) { printf("bad version string: -->>%s<<-- is not -->>%d.%d<<--\n", optionVersion(), current, revision); exit(1); } if ( (current != $aocfg_current) || (revision != $aocfg_revision)) { printf( zBadVer, current, revision); return 1; } #if defined (AO_CURRENT) && defined (AO_REVISION) && defined (AO_AGE) if ( ($aocfg_current != AO_CURRENT) || ($aocfg_revision != AO_REVISION) || ($aocfg_age != AO_AGE)) { printf("*** autoopts header files (version %d:%d:%d) do not match\n", AO_CURRENT, AO_REVISION, AO_AGE); printf("*** library (version %d:%d:0)\n", current, revision); return 1; } #endif if ( ($aocfg_current - $aocfg_age > $min_cur) || ( ($aocfg_current - $aocfg_age == $min_cur) && ($aocfg_revision >= $min_rev) )) return 0; printf(zOldVer, $aocfg_current, $aocfg_revision, $aocfg_age); return 1; } ],, no_autoopts=yes,[echo $ac_n "cross compiling; assumed OK... $ac_c"]) CFLAGS="$ac_save_CFLAGS" LDFLAGS="$ac_save_LDFLAGS" LIBS="$ac_save_LIBS" AC_LANG_RESTORE fi fi if test "x$no_autoopts" = x ; then AC_MSG_RESULT(yes) ifelse([$2], , :, [$2]) else AC_MSG_RESULT(no) if test "$AUTOOPTS_CONFIG" = "no" ; then cat << _EOF_ *** The autoopts-config script installed by AutoGen could not be found *** If AutoGen was installed in PREFIX, make sure PREFIX/bin is in *** your path, or set the AUTOOPTS_CONFIG environment variable to the *** full path to autoopts-config. _EOF_ else if test -f conf.optstest ; then : else echo "*** Could not run autoopts test program, checking why..." CFLAGS="$CFLAGS $AUTOOPTS_CFLAGS" LIBS="$LIBS $AUTOOPTS_LIBS" AC_LANG_SAVE AC_LANG_C AC_TRY_LINK([ #include #include ], [return strcmp("$aocfg_current:$aocfg_revision:$aocfg_age", optionVersion());], [ cat << _EOF_ *** The test program compiled, but did not run. This usually means that *** the run-time linker is not finding libopts or finding the wrong version *** of libopts. If it is not finding libopts, you'll need to set your *** LD_LIBRARY_PATH environment variable, or edit /etc/ld.so.conf to point *** to the installed location Also, make sure you have run ldconfig if that *** is required on your system *** *** If you have an old version installed, it is best to remove it, although *** you may also be able to get things to work by modifying LD_LIBRARY_PATH _EOF_ ], [cat << _EOF_ *** The test program failed to compile or link. See the file config.log for *** the exact error that occured. This usually means AutoGen was incorrectly *** installed or that you have moved libopts since it was installed. In the *** latter case, you may want to edit the autoopts-config script: *** $AUTOOPTS_CONFIG _EOF_ ]) CFLAGS="$ac_save_CFLAGS" LIBS="$ac_save_LIBS" AC_LANG_RESTORE fi fi AUTOGEN=: AUTOOPTS_CFLAGS="" AUTOOPTS_LIBS="" ifelse([$3], , :, [$3]) fi AC_SUBST(AUTOGEN) AC_SUBST(AUTOOPTS_CFLAGS) AC_SUBST(AUTOGEN_LDFLAGS) AC_SUBST(AUTOOPTS_LIBS) rm -f confopts.def conf.optstest ]) dnl dnl autoopts.m4 ends here 070701005b9360000081a4000004a7000000640000000143e3852b00001e55000000ed0000000100000000000000000000002300000000reloc/share/autogen/stdoptions.def /* -*- Mode: Text -*- * Time-stamp: "2005-02-14 08:21:16 bkorb" # Automated Options copyright 1992-2005 Bruce Korb # Automated Options is free software. # You may redistribute it and/or modify it under the terms of the # GNU General Public License, as published by the Free Software # Foundation; either version 2, or (at your option) any later version. # Automated Options 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 Automated Options. See the file "COPYING". If not, # write to: The Free Software Foundation, Inc., # 51 Franklin Street, Fifth Floor, # Boston, MA 02110-1301, USA. # As a special exception, Bruce Korb gives permission for additional # uses of the text contained in his release of AutoOpts. # The exception is that, if you link the AutoOpts library with other # files to produce an executable, this does not by itself cause the # resulting executable to be covered by the GNU General Public License. # Your use of that executable is in no way restricted on account of # linking the AutoOpts library code into it. # This exception does not however invalidate any other reasons why # the executable file might be covered by the GNU General Public License. # This exception applies only to the code released by Bruce Korb under # the name AutoOpts. If you copy code from other sources under the # General Public License into a copy of AutoOpts, as the General Public # License permits, the exception does not apply to the code that you add # in this way. To avoid misleading anyone as to the status of such # modified files, you must delete this exception notice from them. # If you write modifications of your own for AutoOpts, it is your choice # whether to permit this exception to apply to your modifications. # If you do not wish that, delete this exception notice. */ #ifndef HAVE_STD_OPT_DOC #define HAVE_STD_OPT_DOC 1 flag = { name = autoopts_std_options; documentation; descrip = 'The following options are commonly used and are provided and supported by AutoOpts:'; }; #endif #ifdef ALL_STD_OPTS #define DEBUG #define VERBOSE #define WARN #define BRIEF #define QUIET #define SILENT #define DRY_RUN #define OUTPUT #define INPUT #define DIRECTORY #define INTERACTIVE #endif /* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Levels of user entertainment * * DEBUG output */ #ifdef DEBUG_FLAG #define DEBUG #endif #ifdef DEBUG flag = { name = DEBUG; #ifdef DEBUG_FLAG value = D; #endif #ifdef DEBUG_LEVEL arg_type = number; #endif descrip = 'run program with debugging info'; doc = "Specifying this option will cause the program to display debugging\n" "information. The information should be helpful to a developer in\n" "debugging this program."; }; #endif /* * * * * * * * * * VERBOSE output */ #ifdef VERBOSE_FLAG #define VERBOSE 1 #endif #ifdef VERBOSE flag = { name = verbose; #ifdef VERBOSE_FLAG value = V; #endif #ifdef VERBOSE_LEVEL arg_type = number; #endif #ifdef VERBOSE_ENUM arg-type = keyword; keyword = silent, quiet, brief, informative, verbose; arg-default = brief; #endif descrip = 'run program with progress info'; doc = "Specifying this option will cause the program to display lots of\n" "progress information. You will be able to see that the program\n" "is working and it may help you debug your use of the tool."; }; #endif /* * * * * * * * * * WARNING output */ #ifdef WARN_LEVEL #define WARN #endif #ifdef WARN_FLAG #define WARN #endif #ifdef WARN flag = { name = warn; #ifdef WARN_FLAG value = w; #endif #ifdef WARN_LEVEL arg_type = number; descrip = 'specify a warning-level threshhold'; disable = no; doc = "Specifying this option will allow you to specify the warning level\n" "for the messages you want to see. `--no-warn' will disable\n" "warnings entirely."; #else descrip = 'disable warning output'; doc = "Specifying this option will cause the program to disable\n" "warning messages."; #endif }; #endif /* * * * * * * * * * BRIEF output */ #ifdef BRIEF_FLAG #define BRIEF #endif #ifdef BRIEF flag = { name = brief; #ifdef BRIEF_FLAG value = b; #endif descrip = 'run with minimal info output'; doc = "Specifying this option will cause the program to disable most progress\n" "information."; }; #endif /* * * * * * * * * * QUIET/SILENT output */ #ifdef QUIET_FLAG #define QUIET #endif #ifdef SILENT_FLAG #define SILENT #endif #ifdef QUIET_SILENT #define QUIET #define SILENT #else #ifdef QUIET #ifdef SILENT #define QUIET_SILENT #endif #endif #endif #ifdef QUIET flag = { name = quiet; #ifdef QUIET_FLAG value = q; #endif #ifdef QUIET_SILENT equivalence = quiet; #endif #ifdef QUIET_LEVEL arg_type = number; #endif descrip = 'run without unnecessary output'; doc = "Specifying this option will cause the program to disable progress\n" "information."; }; #endif #ifdef SILENT flag = { name = silent; #ifdef SILENT_FLAG value = s; #endif #ifdef QUIET_SILENT equivalence = quiet; #endif #ifdef SILENT_LEVEL arg_type = number; #endif descrip = 'run without unnecessary output'; doc = "Specifying this option will cause the program to disable progress\n" "information."; }; #endif /* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Operational mode * * DRY_RUN */ #ifdef DRY_RUN_FLAG #define DRY_RUN #endif #ifdef DRY_RUN flag = { name = DRY_RUN; #ifdef DRY_RUN_FLAG value = d; #endif descrip = 'program will make no changes'; doc = "Specifying this option will cause the program to run without\n" "altering any of the normal output files. Instead, it will\n" "display what it would otherwise have done."; }; #endif /* * * * * * * * * * INTERACTIVE OPERATION */ #ifdef INTERACTIVE_FLAG #define INTERACTIVE #endif #ifdef INTERACTIVE flag = { name = interactive; arg_type = string; #ifdef INTERACTIVE_FLAG value = I; /* flag style option character */ #endif descrip = "prompt for confirmation"; doc = "Specifying this option will cause the program to query you for\n" "confirmation before doing anything destructive."; }; #endif /* * * * * * * * * * INPUT/OUTPUT files */ #ifdef INPUT_FLAG #define INPUT #endif #ifdef INPUT flag = { name = input; arg_type = string; #ifdef INPUT_FLAG value = i; /* flag style option character */ #endif descrip = "redirect input from file"; doc = "This option specifies the file to use for program input."; }; #endif #ifdef OUTPUT_FLAG #define OUTPUT #endif #ifdef OUTPUT flag = { name = output; arg_type = string; #ifdef OUTPUT_FLAG value = o; /* flag style option character */ #endif descrip = "redirect output to file"; doc = "This option specifies the file to use for program output."; }; #endif /* * * * * * * * * * INPUT/OUTPUT directory */ #ifdef DIRECTORY_FLAG #define DIRECTORY #endif #ifdef DIRECTORY flag = { name = directory; arg_type = string; #ifdef DIRECTORY_FLAG value = d; /* flag style option character */ #endif descrip = "use specified dir for I/O"; doc = "This option specifies the directory to use for program input and output."; }; #endif 070701005b9345000081a4000004a7000000640000000143e3852b00000ae1000000ed0000000100000000000000000000002000000000reloc/share/autogen/aginfo3.tpl{+ AutoGen5 template -*- nroff -*- ## --------------------------------------------------------------------- ## aginfo3.tpl -- Template for function texi doc ## ## AutoOpts copyright 1992-2005 Bruce Korb ## ## Time-stamp: "2005-01-23 15:30:04 bkorb" ## Author: Bruce Korb ## Maintainer: Bruce Korb ## Created: Mon Jun 28 15:35:12 1999 ## by: bkorb ## --------------------------------------------------------------------- ## $Id: aginfo3.tpl,v 4.4 2005/09/04 21:11:16 bkorb Exp $ ## --------------------------------------------------------------------- texi (setenv "SHELL" "/bin/sh") +}{+ (out-push-new (sprintf "%s.menu" (base-name))) (define lib-name (get "library")) (if (< (string-length lib-name) 1) (set! lib-name (base-name)) ) (define node-name (sprintf "lib%s procedures" lib-name)) (define sec-name (sprintf "lib%s External Procedures" lib-name)) (define doc-level (getenv "LEVEL")) (if (not (string? doc-level)) (set! doc-level "section")) (sprintf "* %-28s %s\n" (string-append node-name "::") sec-name) +}{+ (out-pop) +}@node {+ (. node-name) +} @{+ (. doc-level) +} {+ (. sec-name) +} {+ IF (not (exist? "lib-description")) +}These are the publicly exported procedures from the lib@i{{+(. lib-name)+}} library. Any other functions mentioned in the @i{header} file are for the private use of the library.{+ ELSE +}{+ lib-description +}{+ ENDIF +} @menu{+ FOR export_func +}{+ IF (not (exist? "private")) +} * lib{+(sprintf "%-24s" (string-append lib-name "-" (get "name") "::")) +} {+name +}{+ ENDIF private +}{+ ENDFOR export_func +} @end menu This {+(. doc-level)+} was automatically generated by AutoGen using extracted information and the {+(tpl-file)+} template.{+ FOR export_func +}{+ IF (not (exist? "private")) +} @node lib{+library+}-{+name+} @{+CASE (. doc-level)+}{+ = chapter +}{+ = section +}sub{+ = subsection +}subsub{+ ESAC +}section {+name+} @findex {+name+} {+what+} @noindent Usage: @example {+ % ret-type "%s res = " +}{+name+}({+ IF (exist? "arg") +} {+ FOR arg ", " +}{+arg-name+}{+ ENDFOR +} {+ ENDIF +}); @end example{+ IF (or (exist? "arg") (exist? "ret-type")) +} @noindent Where the arguments are: @multitable @columnfractions .05 .15 .20 .55 @item @tab Name @tab Type @tab Description @item @tab ----- @tab ----- @tab -------------{+ FOR arg "\n" +} @item @tab {+arg-name+} @tab @code{{+arg-type+}} @tab {+arg-desc+}{+ ENDFOR+}{+ IF (exist? "ret-type") +} @item @tab returns @tab {+ret-type+} @tab {+ ret-desc +}{+ ENDIF +} @end multitable{+ ENDIF +} {+doc+} {+ % err "\n%s\n" +}{+ ENDIF private +}{+ ENDFOR export_func +} 070701005b935c000081a4000004a7000000640000000143e3852c0000289c000000ed0000000100000000000000000000002000000000reloc/share/autogen/options.tpl[= Autogen5 Template -*- Mode: scheme -*- # List the output suffixes that are to be generated. # Header must come first. An env variable is set that # is used in processing the C file. # # $Id: options.tpl,v 4.10 2006/01/25 19:14:54 bkorb Exp $ # Time-stamp: "2006-01-25 07:31:25 bkorb" h c # This file contains the templates used to generate the # option descriptions for client programs, and it declares # the macros used in the templates. # Automated Options copyright 1992-2005 Bruce Korb (define have-cb-procs (make-hash-table 31)) (define is-ext-cb-proc (make-hash-table 31)) (define cb-proc-name (make-hash-table 31)) (define test-proc-name (make-hash-table 31)) (define disable-name (make-hash-table 31)) (define disable-prefix (make-hash-table 31)) (define ifdef-ed (make-hash-table 31)) (define tmp-ct 0) (define extract-fmt "\n/* extracted from %s near line %d */\n") (setenv "SHELL" "/bin/sh") # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # -- COPYRIGHT -- # Automated Options is free software. # You may redistribute it and/or modify it under the terms of the # GNU General Public License, as published by the Free Software # Foundation; either version 2, or (at your option) any later version. # Automated Options 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 Automated Options. See the file "COPYING". If not, # write to: The Free Software Foundation, Inc., # 51 Franklin Street, Fifth Floor, # Boston, MA 02110-1301, USA. # As a special exception, Bruce Korb gives permission for additional # uses of the text contained in his release of AutoOpts. # The exception is that, if you link the AutoOpts library with other # files to produce an executable, this does not by itself cause the # resulting executable to be covered by the GNU General Public License. # Your use of that executable is in no way restricted on account of # linking the AutoOpts library code into it. # This exception does not however invalidate any other reasons why # the executable file might be covered by the GNU General Public License. # This exception applies only to the code released by Bruce Korb under # the name AutoOpts. If you copy code from other sources under the # General Public License into a copy of AutoOpts, as the General Public # License permits, the exception does not apply to the code that you add # in this way. To avoid misleading anyone as to the status of such # modified files, you must delete this exception notice from them. # If you write modifications of your own for AutoOpts, it is your choice # whether to permit this exception to apply to your modifications. # If you do not wish that, delete this exception notice. # -- END COPYRIGHT -- # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= (dne " * " "/* ") =] */ [= CASE (suffix) =][= == h =][= (if (not (exist? "flag.name")) (error "No options have been defined" )) (if (> (count "flag") 100) (error (sprintf "%d options are too many - limit of 100" (count "flag")) )) (if (not (and (exist? "prog-name") (exist? "prog-title"))) (error "prog-name and prog-title are required")) (define prog-name (get "prog-name")) (if (> (string-length prog-name) 16) (error (sprintf "prog-name limited to 16 characters: %s" prog-name)) ) (define do-ifdefs (or (exist? "flag.ifdef") (exist? "flag.ifndef"))) ;; IF long options are disallowed ;; AND at least one flag character (value) is supplied ;; THEN every option must have a 'value' attribute ;; (define must-have-values (and (not (exist? "long-opts")) (exist? "flag.value"))) (if (and (exist? "reorder-args") (not (exist? "argument")) ) (error "Reordering arguments requires operands (the 'argument' attribute)")) (if (and must-have-values (exist? "flag.disable")) (error "options can be disabled only with a long option name")) (if (exist? "flag.extract-code") (shellf "f=%s.c ; test -s $f && mv -f $f $f.save" (base-name))) (if (and (exist? "usage") (exist? "gnu-usage")) (error "'usage' and 'gnu-usage' conflict." )) (if (> (count "flag.default") 1) (error "Too many default options")) (if (exist? "library") (begin (if (not (exist? "flag[0].documentation")) (error "The first option of a library must be a documentation option")) (if (not (exist? "flag[0].lib-name")) (error "The first option of a library must specify 'lib-name'")) (if (< 1 (count "flag.lib-name")) (error "a library must only have one 'flag.lib-name'")) ) ) ;; Establish a number of variations on the spelling of the ;; program name. Use these Scheme defined values throughout. ;; (define pname (string->c-name! (get "prog-name"))) (define pname-cap (string-capitalize pname)) (define pname-up (string-upcase pname)) (define pname-down (string-downcase pname)) (define main-guard (string-append "TEST_" pname-up "_OPTS" )) (define number-opt-index -1) (define default-opt-index -1) (define make-test-main (if (exist? "test-main") #t (string? (getenv "TEST_MAIN")) )) (define descriptor "") (define opt-name "") (define flg-name "") (define UP-name "") (define cap-name "") (define low-name "") (define tmp-val "") (define enum-pfx "") (define set-flag-names (lambda () (begin (set! flg-name (get "name")) (set! UP-name (up-c-name "name")) (set! cap-name (string-capitalize UP-name )) (set! low-name (string-downcase UP-name )) (set! enum-pfx (if (exist? ".prefix-enum") (up-c-name (string-append (get "prefix-enum") "_")) (string-append UP-prefix UP-name "_") )) ) ) ) (if (exist? "prefix") (begin (define UP-prefix (string-append (string-upcase! (get "prefix")) "_")) (define Cap-prefix (string-capitalize UP-prefix)) (define OPT-pfx (string-append UP-prefix "OPT_")) (define INDEX-pfx (string-append "INDEX_" OPT-pfx)) (define VALUE-pfx (string-append "VALUE_" OPT-pfx)) ) (begin (define UP-prefix "") (define Cap-prefix "") (define OPT-pfx "OPT_") (define INDEX-pfx "INDEX_OPT_") (define VALUE-pfx "VALUE_OPT_") ) ) (define up-c-name (lambda (ag-name) (string-upcase! (string->c-name! (get ag-name))) )) (define cap-c-name (lambda (ag-name) (string-capitalize! (string->c-name! (get ag-name))) )) (define index-name (lambda (i-name) (string-append INDEX-pfx (up-c-name i-name)) )) (if (exist? "preserve-case") (begin (define optname-from "_^") (define optname-to "--") ) (begin (define optname-from "A-Z_^") (define optname-to "a-z--") ) ) (define version-text (string-append prog-name (if (exist? "package") (string-append " (" (get "package") ")") "" ) " - " (get "prog-title") (if (exist? "version") (string-append " - Ver. " (get "version")) "" ) )) (define lib-opt-ptr "") =][= FOR flag =][= (if (> (len "name") 32) (error (sprintf "Option %d name exceeds 32 characters: %s" (for-index) (get "name")) )) (if (< 1 (count "value")) (error (sprintf "Option %s has too many `value's" (get "name")))) (if (and must-have-values (not (exist? "documentation")) (not (exist? "value"))) (error (sprintf "Option %s needs a `value' attribute" (get "name")))) (set! tmp-val (+ (if (exist? "call-proc") 1 0) (if (exist? "flag-code") 1 0) (if (exist? "extract-code") 1 0) (if (exist? "flag-proc") 1 0) (if (exist? "unstack-arg") 1 0) (if (exist? "stack-arg") 1 0) )) ;; IF there is one of the above callback proc types AND there is an ;; option argument of type non-string, THEN oops. Conflict. ;; (if (and (> tmp-val 0) (exist? "arg-type") (not (=* (get "arg-type") "str")) ) (error (sprintf "Option %s has a %s argument and a conflicting callback procedure" (get "name") (get "arg-type") ) ) ) ;; Count up the ways a callback procedure was specified. Must be 0 or 1 ;; (if (< 1 (+ (if (exist? "arg-range") 1 0) (if (~* (get "arg-type") "key|set") 1 0) tmp-val)) (error (sprintf "Option %s has multiple callback specifications" (get "name")) )) (if (< 1 (+ (count "ifdef") (count "ifndef") )) (error (sprintf "Option %s has multiple 'ifdef-es'" (get "name") )) ) (if (and (exist? "stack-arg") (not (exist? "arg-type"))) (error (sprintf "Option %s has stacked args, but no arg-type" (get "name")))) (if (exist? "lib-name") (set! lib-opt-ptr (string->c-name! (string-append (get "lib-name") "_" (get "name") "_optDesc_p"))) ) =][= ENDFOR flag =][= `if [ -z "${CLexe}" ] ; then CLexe="\`type columns 2>/dev/null\`" if [ $? -ne 0 ] then echo failure CLexe=false else CLexe="\`echo ${CLexe}|sed 's,.* ,,'\`" fi ; fi if ${CLexe} -v > /dev/null ; then : ; else exec 1>&2 echo 'CLexe is' ${CLexe} echo 'PATH is' ${PATH} echo 'pwd is' \`pwd\` die "Cannot find a working 'columns' program" fi` =][= include "optlib" =][= include "opthead" =][= # create the option header # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= == c =][= (if (exist? "library") (out-delete)) =][= include "optcode" =][= ;; create the option source code (if (exist? "flag.extract-code") (shellf "test -f %1$s.c && rm -f %1$s.c.save" (base-name))) =][= ESAC =] 070701005b934f000081a4000004a7000000640000000143e3852b000009ad000000ed0000000100000000000000000000001f00000000reloc/share/autogen/agman3.tpl{+ AutoGen5 template -*- nroff -*- ## agman3.tpl -- Template for command line man pages ## ## AutoOpts copyright 1992-2005 Bruce Korb ## ## Time-stamp: "2005-04-10 09:46:57 bkorb" ## Author: Bruce Korb ## Maintainer: Bruce Korb ## Created: Mon Jun 28 15:35:12 1999 ## by: bkorb ## --------------------------------------------------------------------- ## $Id: agman3.tpl,v 4.3 2005/04/16 16:44:28 bkorb Exp $ ## --------------------------------------------------------------------- null (setenv "SHELL" "/bin/sh") +}{+ (if (exist? "see-also") (define see-also (string-append (get "see-also") " ")) (define see-also "") ) +}{+ FOR export_func +}{+ (if (not (exist? "private")) (set! see-also (string-append see-also (get "name") "(3) " )) ) +}{+ ENDFOR export_func +}{+ FOR export_func +}{+ IF (not (exist? "private")) +}{+ (out-push-new (string-append (get "name") ".3" )) +}.TH {+name+} 3 {+ `date +%Y-%m-%d` +} "" "Programmer's Manual" {+ ;; The following "dne" argument is a string of 5 characters: ;; '.' '\\' '"' and two spaces. It _is_ hard to read. " ;; (dne ".\\\" ") +} .\" .SH NAME {+name+} - {+what+} .sp 1 .SH SYNOPSIS {+IF (exist? "header") +} #include <\fI{+header+}\fP> .br{+ ENDIF+} cc [...] -o outfile infile.c -l{+library+} [...] .sp 1 {+ ?% ret-type "%s" void +} \fB{+name+}\fP({+ IF (not (exist? "arg")) +}void{+ ELSE +}{+ FOR arg ", " +}{+arg-type+} \fI{+arg-name+}\fP{+ ENDFOR arg +}{+ ENDIF +}); .sp 1 .SH DESCRIPTION {+ INCLUDE "agman-lib.tpl" +}{+ (get "doc") +}{+ IF (exist? "arg") +}{+ FOR arg +} .TP .IR {+ arg-name +} {+ arg-desc +}{+ ENDFOR arg +}{+ ENDIF arg exists +}{+ IF (exist? "ret-type") +} .sp 1 .SH RETURN VALUE {+ret-desc+}{+ ENDIF +}{+ IF (exist? "err") +} .sp 1 .SH ERRORS {+ err +}{+ ENDIF +}{+ IF (exist? "example") +} .sp 1 .SH EXAMPLES .nf .in +5 {+ example +} .in -5 .fi{+ ENDIF +}{+ emit-man-text +} .SH SEE ALSO The \fIinfo\fP documentation for the \fI-l{+library+}\fP library. .br {+ (define tmp-txt (get "see")) (if (> (string-length see-also) 0) (set! tmp-txt (string-append see-also ", " tmp-txt)) ) (shellf "echo '%s' | \ sed 's@%s(3) @@;s/3) $/3)/;s/(3) /(3), /g;s/, *,/,/g;s/^, *//'" tmp-txt (get "name")) +} {+ (out-pop) +}{+ ENDIF private +}{+ ENDFOR export_func +} 070701005b935d000081a4000004a7000000640000000143e3852c00005e8c000000ed0000000100000000000000000000001f00000000reloc/share/autogen/optlib.tpl[= AutoGen5 Template Library -*- Mode: Text -*- # $Id: optlib.tpl,v 4.13 2005/12/15 20:55:21 bkorb Exp $ # Automated Options copyright 1992-2005 Bruce Korb # Time-stamp: "2005-12-14 12:48:13 bkorb" =][= (define get-opt-value (lambda (val) (if (<= val 32) val (+ val 96)) )) (define have-proc #f) (define proc-name "") (define test-name "") (define tmp-text "") (define is-extern #t) (define is-priv #t) (define make-callback-procs #f) (define need-stacking (lambda() (if (not (exist? "max")) #f (if (> (string->number (get "max")) 1) #t #f ) ) )) ;;; # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE save-name-morphs Save the various flag name morphs into hash tables Every option descriptor has a pointer to a handler procedure. That pointer may be NULL. We generate a procedure for keyword, set-membership and range checked options. "optionStackArg" is called if "stack-arg" is specified. The specified procedure is called if "call-proc" is specified. Finally, we insert the specified code for options with "flag-code" or "extract-code" attributes. This all changes, however, if "make-test-main" is set. It is set if either "test-main" is specified as a program/global attribute, or if the TEST_MAIN environment variable is defined. This should be set if either the program is intended to digest options for an incorporating shell script, or else if the user wants a quick program to show off the usage text and command line parsing. For that environment, all callbacks are disabled except "optionStackArg" for stacked arguments and the keyword set membership options. =][= IF (set-flag-names) (hash-create-handle! ifdef-ed flg-name (and do-ifdefs (or (exist? "ifdef") (exist? "ifndef"))) ) (set! proc-name (string-append "doOpt" cap-name)) (set! is-priv #t) (exist? "call-proc") =][= (set! have-proc #t) (set! is-extern #t) (set! is-priv #f) (set! proc-name (get "call-proc")) (set! test-name (if need-stacking "optionStackArg" "NULL")) =][= ELIF (or (exist? "extract-code") (exist? "flag-code") (exist? "arg-range")) =][= (set! have-proc #t) (set! is-extern #f) (set! test-name (if (exist? "arg-range") proc-name (if need-stacking "optionStackArg" "NULL") )) =][= ELIF (exist? "flag-proc") =][= (set! have-proc #t) (set! is-priv #f) (set! proc-name (string-append "doOpt" (cap-c-name "flag-proc"))) (set! test-name (if need-stacking "optionStackArg" "NULL")) (set! is-extern #f) =][= ELIF (exist? "stack-arg") =][= (set! have-proc #t) (set! is-priv #f) (set! proc-name "optionStackArg") (set! test-name (if need-stacking proc-name "NULL")) (set! is-extern #t) =][= ELIF (exist? "unstack-arg") =][= (set! have-proc #t) (set! is-priv #f) (set! proc-name "optionUnstackArg") (set! test-name (if need-stacking proc-name "NULL")) (set! is-extern #t) =][= ELSE =][= CASE arg-type =][= =* bool =][= (set! proc-name "optionBooleanVal") (set! test-name proc-name) (set! is-extern #t) (set! is-priv #f) (set! have-proc #t) =][= =* num =][= (set! proc-name "optionNumericVal") (set! test-name proc-name) (set! is-extern #t) (set! is-priv #f) (set! have-proc #t) =][= ~* key|set =][= (set! test-name proc-name) (set! is-extern #f) (set! have-proc #t) =][= ~* hier|nest =][= (set! proc-name "optionNestedVal") (set! test-name proc-name) (set! is-extern #t) (set! is-priv #f) (set! have-proc #t) =][= * =][= (set! have-proc #f) =][= ESAC =][= ENDIF =][= ;; If these are different, then a #define name is inserted into the ;; option descriptor table. Never a need to mess with it if we are ;; not building a "test main" procedure. ;; (if (not make-test-main) (set! test-name proc-name)) (if have-proc (begin (hash-create-handle! have-cb-procs flg-name #t) (hash-create-handle! cb-proc-name flg-name proc-name) (hash-create-handle! test-proc-name flg-name test-name) (hash-create-handle! is-ext-cb-proc flg-name is-extern) (set! make-callback-procs #t) ) (begin (hash-create-handle! have-cb-procs flg-name #f) (hash-create-handle! cb-proc-name flg-name "NULL") (hash-create-handle! test-proc-name flg-name "NULL") ) ) (if (exist? "default") (set! default-opt-index (for-index)) ) =][= ENDDEF save-name-morphs # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # Emit the "#define SET_OPT_NAME ..." and "#define DISABLE_OPT_NAME ..." =][= DEFINE set-defines =] #define SET_[=(. opt-name)=][= IF (exist? "arg-type")=](a)[=ENDIF=] STMTS( \ [=set-desc=].optActualIndex = [=(for-index)=]; \ [=set-desc=].optActualValue = VALUE_[=(. opt-name)=]; \ [=set-desc=].fOptState &= OPTST_PERSISTENT; \ [=set-desc=].fOptState |= [=opt-state=][= IF (exist? "arg-type")=]; \ [=set-desc=].pzLastArg = (const char*)(a)[= ENDIF =][= IF (hash-ref have-cb-procs flg-name) =]; \ (*([=(. descriptor)=].pOptProc))( &[=(. pname)=]Options, \ [=(. pname)=]Options.pOptDesc + [=set-index=] );[= ENDIF "callout procedure exists" =] )[= IF (exist? "disable") =] #define DISABLE_[=(. opt-name)=] STMTS( \ [=set-desc=].fOptState &= OPTST_PERSISTENT; \ [=set-desc=].fOptState |= OPTST_SET | OPTST_DISABLED; \ [=set-desc=].pzLastArg = NULL[= IF (hash-ref have-cb-procs flg-name) =]; \ (*([=(. descriptor)=].pOptProc))( &[=(. pname)=]Options, \ [=(. pname)=]Options.pOptDesc + [=set-index=] );[= ENDIF "callout procedure exists" =] )[= ENDIF disable exists =][= ENDDEF set-defines # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # Emit the copyright comment =][= DEFINE Option_Copyright =][= IF (exist? "copyright") =] /* * [=(sprintf "%s copyright %s %s - all rights reserved" prog-name (get "copyright.date") (get "copyright.owner") ) =][= CASE (get "copyright.type") =][= = gpl =] * [=(gpl prog-name " * " ) =][= = lgpl =] * [=(lgpl prog-name (get "copyright.owner") " * " ) =][= = bsd =] * [=(bsd prog-name (get "copyright.owner") " * " ) =][= = note =] * [=(prefix " * " (get "copyright.text"))=][= * =] * <>[= ESAC =] */[= ENDIF "copyright exists" =][= ENDDEF Option_Copyright # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # Emit the #define's for a single option =][= DEFINE Option_Defines =][= (define value-desc (string-append UP-prefix "DESC(" (if (exist? "equivalence") (up-c-name "equivalence") UP-name) ")" )) =][= IF (hash-ref ifdef-ed flg-name) =] #if[=ifndef "n"=]def [= ifdef =][= ifndef =][= ENDIF =][= CASE (get "arg-type") =][= =* key =] typedef enum {[= (if (not (exist? "arg-default")) (string-append " " enum-pfx "UNDEFINED = 0,")) =] [=(shellf "for f in %s ; do echo %s${f} ; done | ${CLexe} -I4 --spread=3 --sep=," (string-upcase! (string->c-name! (join " " (stack "keyword")))) enum-pfx )=] } te_[=(string-append Cap-prefix cap-name)=];[= =* set =][= (define setmember-fmt (string-append "\n#define %-24s 0x%0" (shellf "expr '(' %d + 4 ')' / 4" (count "keyword")) "XUL" (if (> (count "keyword") 32) "L" "") )) (define full-prefix (string-append UP-prefix UP-name) ) =][= FOR keyword =][= (sprintf setmember-fmt (string->c-name! (string-append full-prefix "_" (string-upcase! (get "keyword")) )) (ash 1 (for-index)) ) =][= ENDFOR keyword =][= (sprintf setmember-fmt (string->c-name! (string-append full-prefix "_MEMBERSHIP_MASK")) (- (ash 1 (count "keyword")) 1) ) =][= ESAC (get "arg-type") =] #define VALUE_[= (set! tmp-val (for-index)) (sprintf "%-18s" opt-name)=] [= CASE value =][= !E =][= (get-opt-value tmp-val) =][= == "'" =]'\''[= == "\\" =]'\\'[= ~~ "[ -~]" =]'[=value=]'[= =* num =][= (if (>= number-opt-index 0) (error "only one number option is allowed") ) (set! number-opt-index tmp-val) (get-opt-value tmp-val) =][= * =][=(error (sprintf "Error: value for opt %s is `%s'\nmust be single char or 'NUMBER'" (get "name") (get "value")))=][= ESAC =][= CASE arg-type =][= ~* num =] #define [=(. OPT-pfx)=]VALUE_[=(sprintf "%-14s" UP-name) =] (*(unsigned long*)(&[=(. value-desc)=].pzLastArg))[= =* key =] #define [= (sprintf "%-24s" (string-append OPT-pfx UP-name "_VAL2STR(_v)")) =] optionKeywordName( &[=(. value-desc)=], (_v)) #define [=(. OPT-pfx)=]VALUE_[=(sprintf "%-14s" UP-name) =] (*(te_[=(string-append Cap-prefix cap-name) =]*)(&[=(. value-desc)=].pzLastArg))[= =* set =] #define [=(sprintf "%sVALUE_%-14s ((uintptr_t)%s.optCookie)" OPT-pfx UP-name value-desc) =][= =* bool =] #define [=(. OPT-pfx)=]VALUE_[=(sprintf "%-14s" UP-name) =] (*(ag_bool*)(&[=(. value-desc)=].pzLastArg))[= ESAC =][= IF (== (up-c-name "equivalence") UP-name) =] #define WHICH_[=(sprintf "%-18s" opt-name) =] ([=(. descriptor)=].optActualValue) #define WHICH_[=(. UP-prefix)=]IDX_[=(sprintf "%-14s" UP-name) =] ([=(. descriptor)=].optActualIndex)[= ENDIF =][= IF (exist? "settable") =][= IF (exist? "unstack-arg") =][= set-defines set-desc = (string-append UP-prefix "DESC(" (up-c-name "unstack-arg") ")" ) set-index = (index-name "unstack-arg") opt-state = "OPTST_SET | OPTST_EQUIVALENCE" =][= ELIF (and (exist? "equivalence") (not (== (up-c-name "equivalence") UP-name))) =][= set-defines set-desc = (string-append UP-prefix "DESC(" (up-c-name "equivalence") ")" ) set-index = (index-name "equivalence") opt-state = "OPTST_SET | OPTST_EQUIVALENCE" =][= ELSE "is equivalenced" =][= set-defines set-desc = (string-append UP-prefix "DESC(" UP-name ")" ) set-index = (for-index) opt-state = OPTST_SET =][= ENDIF is/not equivalenced =][= ENDIF settable =][= IF (hash-ref ifdef-ed flg-name) =] #endif /* [= ifdef =][= ifndef =] */[= ENDIF =][= ENDDEF Option_Defines * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Define the arrays of values associated with an option (strings, etc.) =][= DEFINE emit-nondoc-option =][= # # This is *NOT* a documentation option: =] tSCC z[= (sprintf "%-25s" (string-append cap-name "_NAME[]" )) =] = "[=(. UP-name)=]";[= # IF this option can be disabled, # THEN we must create the string for the disabled version # =][= IF (> (len "disable") 0) =] tSCC [= (hash-create-handle! disable-name flg-name (string-append "zNot" cap-name "_Name" )) (hash-create-handle! disable-prefix flg-name (string-append "zNot" cap-name "_Pfx" )) (sprintf "zNot%-23s" (string-append cap-name "_Name[]")) =]= "[= (string-tr! (string-append (get "disable") "-" flg-name) optname-from optname-to) =]"; tSCC [= (sprintf "zNot%-23s" (string-append cap-name "_Pfx[]")) =]= "[=(string-downcase! (get "disable"))=]";[= # See if we can use a substring for the option name: # =][= IF (> (len "enable") 0) =] tSCC [=(sprintf "z%-26s" (string-append cap-name "_Name[]")) =]= "[= (string-tr! (string-append (get "enable") "-" flg-name) optname-from optname-to) =]";[= ELSE =] #define [=(sprintf "z%-27s " (string-append cap-name "_Name")) =](zNot[= (. cap-name) =]_Name + [= (+ (string-length (get "disable")) 1 ) =])[= ENDIF =][= ELSE No disablement of this option: =][= (hash-create-handle! disable-name flg-name "NULL") (hash-create-handle! disable-prefix flg-name "NULL") "" =] tSCC z[= (sprintf "%-26s" (string-append cap-name "_Name[]")) =]= "[= (string-tr! (string-append (if (exist? "enable") (string-append (get "enable") "-") "") (get "name")) optname-from optname-to) =]";[= ENDIF (> (len "disable") 0) =][= # Check for special attributes: a default value # and conflicting or required options =][= IF (define def-arg-name (sprintf "z%-27s " (string-append cap-name "DefaultArg" ))) (define def-arg-array (sprintf "z%-27s " (string-append cap-name "DefaultArg[]" ))) (exist? "arg-default") =][= CASE arg-type =][= =* num =] #define [=(. def-arg-name)=]((const char*)[= arg-default =])[= =* bool =][= CASE arg-default =][= ~ n.*|f.*|0 =] #define [=(. def-arg-name)=]((const char*)AG_FALSE)[= * =] #define [=(. def-arg-name)=]((const char*)AG_TRUE)[= ESAC =][= =* key =] #define [=(. def-arg-name)=]((const char*)[= (emit (if (=* (get "arg-default") enum-pfx) "" enum-pfx)) (up-c-name "arg-default") =])[= =* set =] #define [=(. def-arg-name)=]NULL #define [=(sprintf "%-28s " (string-append cap-name "CookieBits"))=](void*)([= IF (not (exist? "arg-default")) =]0[= ELSE =][= FOR arg-default | =][= (string->c-name! (string-append UP-prefix UP-name "_" (string-upcase! (get "arg-default")) )) =][= ENDFOR arg-default =][= ENDIF =])[= =* str =] tSCC [=(. def-arg-array)=]= [=(kr-string (get "arg-default"))=];[= * =][= (error (string-append cap-name " has arg-default, but no valid arg-type")) =][= ESAC =][= ENDIF =][= IF (exist? "flags-must") =] static const int a[=(. cap-name)=]MustList[] = {[= FOR flags-must =] [= (index-name "flags-must") =],[= ENDFOR flags_must =] NO_EQUIVALENT };[= ENDIF =][= IF (exist? "flags-cant") =] static const int a[=(. cap-name)=]CantList[] = {[= FOR flags-cant =] [= (index-name "flags-cant") =],[= ENDFOR flags-cant =] NO_EQUIVALENT };[= ENDIF =] #define [=(. UP-name)=]_FLAGS ([= ? enabled "OPTST_INITENABLED" "OPTST_DISABLED" =][= stack-arg " | OPTST_STACKED" =][= must-set " | OPTST_MUST_SET" =][= no-preset " | OPTST_NO_INIT" =][= CASE immediate =][= = also =] | OPTST_IMM | OPTST_TWICE[= +E =] | OPTST_IMM[= ESAC immediate =][= CASE immed-disable =][= = also =] | OPTST_DISABLE_IMM | OPTST_DISABLE_TWICE[= +E =] | OPTST_DISABLE_IMM[= ESAC immed-disable =][= IF (exist? "arg-type") =][= CASE arg-type =][= =* num =] \ | OPTST_SET_ARGTYPE(OPARG_TYPE_NUMERIC)[= =* bool =] \ | OPTST_SET_ARGTYPE(OPARG_TYPE_BOOLEAN)[= =* key =] \ | OPTST_SET_ARGTYPE(OPARG_TYPE_ENUMERATION)[= =* set =] \ | OPTST_SET_ARGTYPE(OPARG_TYPE_MEMBERSHIP)[= ~* hier|nest =] \ | OPTST_SET_ARGTYPE(OPARG_TYPE_HIERARCHY)[= =* str =] \ | OPTST_SET_ARGTYPE(OPARG_TYPE_STRING)[= * =][= (error (string-append "unknown arg type '" (get "arg-type") "' for " flg-name)) =][= ESAC arg-type =][= (if (exist? "arg-optional") " | OPTST_ARG_OPTIONAL") =][= ENDIF arg-type exists =])[= ENDDEF emit-nondoc-option * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Define the arrays of values associated with an option (strings, etc.) =][= DEFINE Option_Strings =] /* * [=(set-flag-names) cap-name=] option description[= IF (or (exist? "flags_must") (exist? "flags_cant")) =] with * "Must also have options" and "Incompatible options"[= ENDIF =]: */[= IF (hash-ref ifdef-ed flg-name) =] #if[=ifndef "n"=]def [= ifdef =][= ifndef =][= ENDIF ifdef-ed =] tSCC z[=(. cap-name)=]Text[] = [=(set! tmp-text (kr-string (get "descrip"))) tmp-text=];[= IF (exist? "documentation") =] #define [=(. UP-name)=]_FLAGS (OPTST_DOCUMENT | OPTST_NO_INIT)[= ELSE NOT a doc option: =][= emit-nondoc-option =][= ENDIF (exist? "documentation") =][= IF (hash-ref ifdef-ed flg-name) =] #else /* disable [= (. cap-name)=] */ #define VALUE_[=(string-append OPT-pfx UP-name)=] NO_EQUIVALENT #define [=(. UP-name)=]_FLAGS (OPTST_OMITTED | OPTST_NO_INIT)[= IF (exist? "arg-default") =] #define z[=(. cap-name)=]DefaultArg NULL[= ENDIF =][= IF (exist? "flags-must") =] #define a[=(. cap-name)=]MustList NULL[= ENDIF =][= IF (exist? "flags-cant") =] #define a[=(. cap-name)=]CantList NULL[= ENDIF =] #define z[=(. cap-name)=]Text NULL #define z[=(. cap-name)=]_NAME NULL #define z[=(. cap-name)=]_Name NULL[= IF (> (len "disable") 0) =] #define zNot[=(. cap-name)=]_Name NULL #define zNot[=(. cap-name)=]_Pfx NULL[= ENDIF =] #endif /* [= ifdef =][= ifndef =] */[= ENDIF ifdef-ed =][= ENDDEF Option_Strings # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # Define the values for an option descriptor =][= DEFINE Option_Descriptor =][= IF (set-flag-names) (exist? "documentation") =] { /* entry idx, value */ 0, 0, /* equiv idx, value */ 0, 0, /* equivalenced to */ NO_EQUIVALENT, /* min, max, act ct */ 0, 0, 0, /* opt state flags */ [=(. UP-name)=]_FLAGS, 0, /* last opt argumnt */ NULL, /* arg list/cookie */ NULL, /* must/cannot opts */ NULL, NULL, /* option proc */ [= IF (exist? "call-proc") =][=call-proc=][= ELIF (or (exist? "extract-code") (exist? "flag-code")) =]doOpt[=(. cap-name)=][= ELSE =]NULL[= ENDIF =], /* desc, NAME, name */ z[=(. cap-name)=]Text, NULL, NULL, /* disablement strs */ NULL, NULL },[= ELSE =] { /* entry idx, value */ [=(for-index)=], VALUE_[= (string-append OPT-pfx UP-name)=], /* equiv idx, value */ [= IF (== (up-c-name "equivalence") UP-name) =]NO_EQUIVALENT, 0[= ELIF (or (exist? "equivalence") (exist? "unstack-arg")) =]NOLIMIT, NOLIMIT[= ELSE =][=(for-index)=], VALUE_[=(string-append OPT-pfx UP-name)=][= ENDIF=], /* equivalenced to */ [= (if (exist? "unstack-arg") (index-name "unstack-arg") (if (and (exist? "equivalence") (not (== (up-c-name "equivalence") UP-name)) ) (index-name "equivalence") "NO_EQUIVALENT" ) ) =], /* min, max, act ct */ [= (if (exist? "min") (get "min") (if (exist? "must-set") "1" "0" )) =], [= (if (=* (get "arg-type") "set") "NOLIMIT" (if (exist? "max") (get "max") "1") ) =], 0, /* opt state flags */ [=(. UP-name)=]_FLAGS, 0, /* last opt argumnt */ [= IF (exist? "arg-default") =]z[=(. cap-name)=]DefaultArg[= ELSE =]NULL[= ENDIF =], /* arg list/cookie */ [= (if (and (=* (get "arg-type") "set") (exist? "arg-default")) (string-append cap-name "CookieBits") "NULL") =], /* must/cannot opts */ [= (if (exist? "flags-must") (string-append "a" cap-name "MustList, ") "NULL, " ) =][= (if (exist? "flags-cant") (string-append "a" cap-name "CantList") "NULL" ) =], /* option proc */ [= ;; If there is a difference between what gets invoked under test and ;; what gets invoked "normally", then there must be a #define name ;; for the procedure. There will only be such a difference if ;; make-test-main is #t ;; (if (= (hash-ref cb-proc-name flg-name) (hash-ref test-proc-name flg-name)) (hash-ref test-proc-name flg-name) (string-append UP-name "_OPT_PROC") ) =], /* desc, NAME, name */ [= (sprintf "z%1$sText, z%1$s_NAME, z%1$s_Name," cap-name) =] /* disablement strs */ [=(hash-ref disable-name flg-name)=], [= (hash-ref disable-prefix flg-name)=] },[= ENDIF =][= ENDDEF Option_Descriptor # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # Compute the usage line. It is complex because we are trying to encode as much information as we can and still be comprehensible. The rules are: If any options have a "value" attribute, then there are flags allowed, so include "-" on the usage line. If the program has the "long_opts" attribute set, then we must have "" or "--" on the line, depending on whether or not there are flag options. If any options take arguments, then append "[]" to the flag description and "[{=| }]" to the option-name/name descriptions. We won't worry about being correct if every option has a required argument. Finally, if there are no minimum occurrence counts (i.e. all options are optional), then we put square brackets around the syntax. =][= DEFINE usage_line =][= ;; Compute the option arguments ;; (if (exist? "flag.arg-type") (begin (define flag-arg " []") (define opt-arg "[{=| }]") ) (begin (define flag-arg "") (define opt-arg "") ) ) (define usage-line (string-append "USAGE: %s " ;; If at least one option has a minimum occurrence count ;; we use curly brackets around the option syntax. ;; (if (not (exist? "flag.min")) "[ " "{ ") (if (exist? "flag.value") (string-append "-" flag-arg (if (exist? "long-opts") " | " "") ) (if (not (exist? "long-opts")) (string-append "" opt-arg) "" ) ) (if (exist? "long-opts") (string-append "--" opt-arg) "" ) (if (not (exist? "flag.min")) " ]..." " }...") ) ) (if (exist? "argument") (set! usage-line (string-append usage-line ;; the USAGE line plus the program name plus the argument goes ;; past 80 columns, then break the line, else separate with space ;; (if (< 80 (+ (string-length usage-line) (len "argument") (string-length prog-name) )) " \\\n\t\t" " ") (get "argument") )) ) (set! tmp-text (kr-string (string-append version-text "\n" usage-line "\n" )) ) tmp-text =][= ENDDEF usage_line =] 070701005b9129000081a4000004a7000000640000000143e3852b00001c75000000ed0000000100000000000000000000001f00000000reloc/share/autogen/aginfo.tpl[= AutoGen5 template texi ## Documentation template ## ## AutoGen Copyright (C) 1992-2005 Bruce Korb ## ## Time-stamp: "2005-01-23 15:30:57 bkorb" ## Author: Bruce Korb ## Maintainer: Bruce Korb ## Created: Tue Sep 15 13:13:48 1998 ## by: bkorb ## --------------------------------------------------------------------- ## $Id: aginfo.tpl,v 4.2 2005/01/24 00:00:35 bkorb Exp $ ## --------------------------------------------------------------------- (setenv "SHELL" "/bin/sh") =] @node [= prog-name =] Invocation @[= (define down-prog-name (string-downcase! (get "prog-name"))) (define doc-level (getenv "LEVEL")) (if (not (string? doc-level)) (set! doc-level "section")) doc-level =] Invoking [= prog_name =] @pindex [= prog-name =] @cindex [= prog-title =][= FOR concept =] @cindex [= concept =][= ENDFOR =] @ignore [= (out-push-new (string-substitute (out-name) ".texi" ".menu")) (sprintf "* %-32s Invoking %s\n" (string-append (get "prog-name") " Invocation::") (get "prog-name") ) =][= (out-pop) (dne "# " "# ")=] @end ignore [= ?% explain %s "This program has no explanation.\n" =] [= IF (exist? "prog-info-descrip") =][= FOR prog-info-descrip "\n\n" =][= prog-info-descrip =][= ENDFOR =][= ELIF (exist? "detail") =][= detail =][= ENDIF =] This [=(string-downcase doc-level)=] was generated by @strong{AutoGen}, the aginfo template and the option descriptions for the @command{[= prog-name =]} program. It documents the [= prog-name =] usage text and option meanings.[= IF (exist? "copyright") =] This software is released under [= CASE copyright.type =][= = gpl =]the GNU General Public License[= = lgpl =]the GNU General Public License with Library Extensions[= = bsd =]the Free BSD License[= * =]a specialized copyright license[= ESAC =].[= ENDIF =] @menu * [=(sprintf "%s %-24s %s" down-prog-name "usage::" (get "prog-name")) =] usage help[= (if (exist? "flag.value") " (-?)") =] [=(out-push-new (string-append (out-name) ".tmp")) (shell (string-append "f=" (out-name))) =][= FOR flag =][= IF (not (exist? "documentation")) =]* [=(sprintf "%s %-24s" (. down-prog-name) (string-append (string-tr! (get "name") "A-Z^_" "a-z--" ) "::" ) ) =] [=% name (string-tr! "%s" "A-Z^_" "a-z--")=] option[= % value " (-%s)" =] [=ENDIF =][= ENDFOR flag=][= (out-pop) =][= `sort $f ; rm -f $f` =] @end menu @node [=(. down-prog-name)=] usage @[=CASE (. doc-level)=][= = chapter =][= = section =]sub[= = subsection =]subsub[= ESAC =]section [=prog-name=] usage help[= (if (exist? "flag.value") " (-?)") =] @cindex [=(. down-prog-name)=] usage This is the automatically generated usage text for [=prog-name=]: @exampleindent 0 @example [= (shellf "PROG=./%1$s if [ ! -f ${PROG} ] then PROG=./`echo $PROG | tr '[A-Z]' '[a-z]'` ; fi if [ ! -f ${PROG} ] then PROG=./`echo $PROG | tr x_ x-` ; fi if [ ! -f ${PROG} ] then if %1$s %2$s > /dev/null 2>&1 then PROG=%1$s else PROG='echo %1$s is unavailable - no' fi ; fi ${PROG} %2$s 2>&1 | \ sed -e 's/USAGE: lt-/USAGE: /' \ -e 's/@/@@/g;s/{/@{/g;s/}/@}/g' \ -e 's/\t/ /g' " (get "prog-name") (if (exist? "long_opts") "--help" (if (exist? "flag.value") "-?" "help" )) ) =] @end example @exampleindent 4[= # FOR all options, except the `documentation' options, ... =][= IF (define opt-name "") (define extra-ct 0) (define extra-text "") (exist? "preserve-case") =][= (define optname-from "_^") (define optname-to "--") =][= ELSE =][= (define optname-from "A-Z_^") (define optname-to "a-z--") =][= ENDIF =][= FOR flag=][= IF (not (exist? "documentation")) =] @node [= (set! opt-name (string-tr! (get "name") optname-from optname-to)) (string-append down-prog-name " " opt-name)=] @[=CASE (. doc-level) =][= = chapter =][= = section =]sub[= = subsection =]subsub[= ESAC =]section [=(. opt-name)=] option[= % value " (-%s)" =] @cindex [=(. down-prog-name)=]-[=(. opt-name)=] This is the ``[=(string-downcase! (get "descrip"))=]'' option.[= (set! extra-ct 0) (out-push-new) =][= IF (exist? "min") =]@item is required to appear on the command line. [= (set! extra-ct (+ extra-ct 1)) =][= ENDIF=][= IF (exist? "max") =]@item may appear [= IF % max (= "%s" "NOLIMIT") =]an unlimited number of times[= ELSE =]up to [=max=] times[= ENDIF=]. [= (set! extra-ct (+ extra-ct 1)) =][= ENDIF=][= IF (exist? "enabled") =]@item is enabled by default. [= (set! extra-ct (+ extra-ct 1)) =][= ENDIF=][= IF (exist? "ifdef") =]@item must be compiled in by defining @code{[=(get "ifdef") =]} during the compilation. [= (set! extra-ct (+ extra-ct 1)) =][= ENDIF =][= IF (exist? "ifndef") =]@item must be compiled in by @strong{un}-defining @code{[=(get "ifndef") =]} during the compilation. [= (set! extra-ct (+ extra-ct 1)) =][= ENDIF=][= IF (exist? "no_preset") =]@item may not be preset with environment variables or in initialization (rc) files. [= (set! extra-ct (+ extra-ct 1)) =][= ENDIF=][= IF (exist? "equivalence") =]@item is a member of the [=equivalence=] class of options. [= (set! extra-ct (+ extra-ct 1)) =][= ENDIF=][= IF (exist? "flags_must") =]@item must appear in combination with the following options: [= FOR flags_must ", " =][=flags_must=][= ENDFOR=]. [= (set! extra-ct (+ extra-ct 1)) =][= ENDIF=][= IF (exist? "flags_cant") =]@item must not appear in combination with any of the following options: [= FOR flags_cant ", " =][=flags_cant=][= ENDFOR=]. [= (set! extra-ct (+ extra-ct 1)) =][= ENDIF=][= IF (~* (get "arg-type") "key|set") =]@item This option takes a keyword as its argument[= CASE arg-type =][= =* key =][= (set! extra-ct (+ extra-ct 1)) =]. The argument sets an enumeration value that can be tested by comparing[= =* set =][= (set! extra-ct (+ extra-ct 1)) =] list. Each entry turns on or off membership bits. These bits can be tested with bit tests against[= ESAC arg-type =] the option value macro ([= (string-upcase (string-append (if (exist? "prefix") (string-append (get "prefix") "_") "") "OPT_VALUE_" (get "name") )) =]). The available keywords are: @example [= (shellf "${CLexe:-columns} --spread=1 -W50 <<_EOF_\n%s\n_EOF_" (join "\n" (stack "keyword")) ) =] @end example [= ENDIF key/set arg =][= IF (> extra-ct 0) =][= (set! extra-text (out-pop #t)) =] This option has some usage constraints. It: @itemize @bullet [=(. extra-text) =]@end itemize [= ELSE =][= (out-pop) =][= ENDIF =][= ?% doc "\n%s" "\nThis option has no @samp{doc} documentation." =][= ENDIF `documentation' exists =][= ENDFOR flag =][= # aginfo.tpl ends here =] 070701005b9346000081a4000004a7000000640000000143e3852b000007f3000000ed0000000100000000000000000000002200000000reloc/share/autogen/agman-lib.tpl[+: -*- nroff -*- ## agman-lib.tpl -- Template for command line man pages ## ## AutoOpts copyright 1992-2005 Bruce Korb ## ## Time-stamp: "2005-04-10 09:21:44 bkorb" ## Author: Jim Van Zandt ## Maintainer: Bruce Korb ## Created: Mon Jun 28 15:35:12 1999 ## by: bkorb ## --------------------------------------------------------------------- ## $Id: agman-lib.tpl,v 4.1 2005/04/17 18:13:42 bkorb Exp $ ## --------------------------------------------------------------------- ## ## This "library" converts texi-isms into man-isms. It gets included ## by the man page template at the point where texi-isms might start appearing ## and then "emit-man-text" is invoked when all the text has been assembled. ## AutoGen5 template null :+][+: ;; * * * * * * * * * * * * * * * * * * * * * * * * * ;; ;; Display the command line prototype, ;; based only on the argument processing type. ;; ;; And run the entire output through "sed" to convert texi-isms ;; (out-push-new) :+]sed \ -e 's;@code{\([^}]*\)};\\fB\1\\fP;g' \ -e 's;@var{\([^}]*\)};\\fB\1\\fP;g' \ -e 's;@samp{\([^}]*\)};\\fB\1\\fP;g' \ -e 's;@i{\([^}]*\)};\\fI\1\\fP;g' \ -e 's;@file{\([^}]*\)};\\fI\1\\fP;g' \ -e 's;@emph{\([^}]*\)};\\fI\1\\fP;g' \ -e 's;@strong{\([^}]*\)};\\fB\1\\fP;g' \ -e 's/@\([{}]\)/\1/g' \ -e 's,^\$\*$,.br,' \ -e '/@ *example/,/@ *end *example/s/^/ /' \ -e 's/^ *@ *example/.nf/' \ -e 's/^ *@ *end *example/.fi/' \ -e '/^ *@ *noindent/d' \ -e '/^ *@ *enumerate/d' \ -e 's/^ *@ *end *enumerate/.br/' \ -e '/^ *@ *table/d' \ -e 's/^ *@ *end *table/.br/' \ -e 's/^@item \(.*\)/.sp\ .IR "\1"/' \ -e 's/^@item/.sp 1/' \ -e 's/\*\([a-zA-Z0-9:~=_ -]*\)\*/\\fB\1\\fP/g' \ -e 's/``\([a-zA-Z0-9:~+=_ -]*\)'"''"'/\\fI\1\\fP/g' \ -e 's/^@\*/.br/' <<'_End_Of_Man_' [+: DEFINE emit-man-text :+] _End_Of_Man_[+: (shell (out-pop #t) ) :+][+: ENDDEF emit-man-text :+][+: # agman-lib.tpl ends here :+] 070701005b935b000081a4000004a7000000640000000143e3852c00002854000000ed0000000100000000000000000000002000000000reloc/share/autogen/opthead.tpl[= autogen5 template -*- Mode: C -*- # $Id: opthead.tpl,v 4.12 2006/01/25 19:14:54 bkorb Exp $ # Automated Options copyright 1992-2005 Bruce Korb # Time-stamp: "2006-01-25 08:34:12 bkorb" =] /* * This file contains the programmatic interface to the Automated * Options generated for the [=prog-name=] program. * These macros are documented in the AutoGen info file in the * "AutoOpts" chapter. Please refer to that doc for usage help. */ [= (make-header-guard "autoopts") =] [= Option_Copyright =][= % config-header "\n#include \"%s\""=] #include [= IF (not (exist? "library")) =] /* * Ensure that the library used for compiling this generated header is at * least as new as the version current when the header template was released * (not counting patch version increments). Also ensure that the oldest * tolerable version is at least as old as what was current when the header * template was released. */ #define AO_TEMPLATE_VERSION 110592 #if (AO_TEMPLATE_VERSION < OPTIONS_MINIMUM_VERSION) \ || (AO_TEMPLATE_VERSION > OPTIONS_STRUCT_VERSION) # error option template version mismatches autoopts/options.h header #endif [= ENDIF not a library =] /* * Enumeration of each option: */ typedef enum {[= FOR flag =][= IF (not (exist? "documentation")) =] [= (sprintf "%-26s =%3d," (index-name "name") (for-index)) =][= ENDIF =][= ENDFOR flag =][= (define option-ct (count "flag")) =][= IF (exist? "library") =] LIBRARY_OPTION_COUNT[= ELSE =][= IF (exist? "version") =] [= (. INDEX-pfx) =]VERSION = [= (set! option-ct (+ option-ct 1)) (- option-ct 1)=],[= ENDIF =] [= (. INDEX-pfx) =]HELP = [= (set! option-ct (+ option-ct 1)) (- option-ct 1)=], [= (. INDEX-pfx) =]MORE_HELP = [= (set! option-ct (+ option-ct 1)) (- option-ct 1)=][= IF (exist? "homerc") =], [= (. INDEX-pfx) =]SAVE_OPTS = [= (set! option-ct (+ option-ct 1)) (- option-ct 1)=], [= (. INDEX-pfx) =]LOAD_OPTS = [= (set! option-ct (+ option-ct 1)) (- option-ct 1)=][= ENDIF =][= ENDIF =] } te[=(. Cap-prefix)=]OptIndex; #define [=(. UP-prefix)=]OPTION_CT [= (. option-ct) =][= IF (exist? "version") =] #define [=(. pname-up)=]_VERSION [=(c-string (get "version"))=] #define [=(. pname-up)=]_FULL_VERSION [=(c-string version-text) =][= ENDIF (exist? version) =] /* * Interface defines for all options. Replace "n" with * the UPPER_CASED option name (as in the te[=(. Cap-prefix)=]OptIndex * enumeration above). e.g. HAVE_[=(. UP-prefix)=]OPT( [= (up-c-name "flag[].name") =] ) */[= IF (exist? "library") =] extern tOptDesc const* [= (. lib-opt-ptr) =]; #define [= (. UP-prefix) =]DESC(n) ([= (. lib-opt-ptr) =][ [= (. INDEX-pfx) =] ## n ])[= ELSE =][= IF (> 1 (string-length UP-prefix)) =] #define DESC(n) [=(. pname)=]Options.pOptDesc[INDEX_OPT_ ## n][= ELSE not a library and have prefix =] #define [= (. UP-prefix) =]DESC(n) [=(. pname)=]Options.pOptDesc[INDEX_[= (. UP-prefix) =]OPT_ ## n][= ENDIF prefix/not =][= ENDIF library exists =][= IF (> 1 (string-length UP-prefix)) =] #define HAVE_OPT(n) (! UNUSED_OPT(& DESC(n))) #define OPT_ARG(n) (DESC(n).pzLastArg) #define STATE_OPT(n) (DESC(n).fOptState & OPTST_SET_MASK) #define COUNT_OPT(n) (DESC(n).optOccCt) #define ISSEL_OPT(n) (SELECTED_OPT(&DESC(n))) #define ISUNUSED_OPT(n) (UNUSED_OPT(& DESC(n))) #define ENABLED_OPT(n) (! DISABLED_OPT(& DESC(n))) #define STACKCT_OPT(n) (((tArgList*)(DESC(n).optCookie))->useCt) #define STACKLST_OPT(n) (((tArgList*)(DESC(n).optCookie))->apzArgs) #define CLEAR_OPT(n) STMTS( \ DESC(n).fOptState &= OPTST_PERSISTENT; \ if ( (DESC(n).fOptState & OPTST_INITENABLED) == 0) \ DESC(n).fOptState |= OPTST_DISABLED; \ DESC(n).optCookie = NULL )[= ELSE we have a prefix: =][= (sprintf " #define HAVE_%1$sOPT(n) (! UNUSED_OPT(& %1$sDESC(n))) #define %1$sOPT_ARG(n) (%1$sDESC(n).pzLastArg) #define STATE_%1$sOPT(n) (%1$sDESC(n).fOptState & OPTST_SET_MASK) #define COUNT_%1$sOPT(n) (%1$sDESC(n).optOccCt) #define ISSEL_%1$sOPT(n) (SELECTED_OPT(&%1$sDESC(n))) #define ISUNUSED_%1$sOPT(n) (UNUSED_OPT(& %1$sDESC(n))) #define ENABLED_%1$sOPT(n) (! DISABLED_OPT(& %1$sDESC(n))) #define STACKCT_%1$sOPT(n) (((tArgList*)(%1$sDESC(n).optCookie))->useCt) #define STACKLST_%1$sOPT(n) (((tArgList*)(%1$sDESC(n).optCookie))->apzArgs) #define CLEAR_%1$sOPT(n) STMTS( \\ %1$sDESC(n).fOptState &= OPTST_PERSISTENT; \\ if ( (%1$sDESC(n).fOptState & OPTST_INITENABLED) == 0) \\ %1$sDESC(n).fOptState |= OPTST_DISABLED; \\ %1$sDESC(n).optCookie = NULL )" UP-prefix pname ) =][= ENDIF prefix/not =] /* * Interface defines for specific options. */[= FOR flag =][= save-name-morphs =][= IF (set! opt-name (string-append OPT-pfx UP-name)) (set! descriptor (string-append UP-prefix "DESC(" UP-name ")" )) (exist? "documentation") =][= IF (hash-ref have-cb-procs flg-name) =] #define SET_[= (string-append OPT-pfx UP-name) =] STMTS( \ (*([=(. descriptor)=].pOptProc))( &[=(. pname)=]Options, \ [=(. pname)=]Options.pOptDesc + [=(for-index)=] )[= ENDIF =][= ELSE =][= Option_Defines =][= ENDIF =][= ENDFOR flag * * * * * * * * * * * * * * * * * * * * * * * * * * * * Autoopts maintained option values. If *any* option flag value is specified, then we provide flag characters for our options. Otherwise, we will use the INDEX_* values for the option value. There are no documentation strings because these defines are used identically to the user-generated VALUE defines. :=] [= DEFINE set-std-value =] #define [= (sprintf "%-23s " (string-append VALUE-pfx (get "val-UPNAME"))) =][= CASE (set! tmp-val (get "val-name")) (get tmp-val) =][= == "" =][= (if (exist? tmp-val) (if (not (exist? "long-opts")) (error (sprintf "'%s' may not be empty" tmp-val)) (string-append INDEX-pfx (get "val-UPNAME")) ) (sprintf "'%s'" (get "std-value")) ) =][= == "'" =]'\''[= ~~ . =]'[=(get tmp-val)=]'[= * =][=(error "value (flag) codes must be single characters") =][= ESAC =][= ENDDEF set-std-value =][= IF (exist? "flag.value") =][= IF (exist? "version") =][= set-std-value val-name = "version-value" val-UPNAME = "VERSION" std-value = "v" =][= ENDIF have "version" =][= IF (exist? "homerc") =][= set-std-value val-name = "save-opts-value" val-UPNAME = "SAVE_OPTS" std-value = ">" =][= set-std-value val-name = "load-opts-value" val-UPNAME = "LOAD_OPTS" std-value = "<" =][= ENDIF have "homerc" =][= set-std-value val-name = "help-value" val-UPNAME = "HELP" std-value = "?" =][= set-std-value val-name = "more-help-value" val-UPNAME = "MORE_HELP" std-value = "!" =][= ELSE NO "flag.value" =][= IF (exist? "version") =] #define [= (. VALUE-pfx) =]VERSION [= (. INDEX-pfx) =]VERSION[= ENDIF=][= IF (exist? "homerc") =] #define [= (. VALUE-pfx) =]SAVE_OPTS [= (. INDEX-pfx) =]SAVE_OPTS #define [= (. VALUE-pfx) =]LOAD_OPTS [= (. INDEX-pfx) =]LOAD_OPTS[= ENDIF=] #define [= (. VALUE-pfx) =]HELP [= (. INDEX-pfx) =]HELP #define [= (. VALUE-pfx) =]MORE_HELP [= (. INDEX-pfx) =]MORE_HELP[= ENDIF=][= IF (exist? "homerc") =] #define SET_[=(. OPT-pfx)=]SAVE_OPTS(a) STMTS( \ [=(. UP-prefix)=]DESC(SAVE_OPTS).fOptState &= OPTST_PERSISTENT; \ [=(. UP-prefix)=]DESC(SAVE_OPTS).fOptState |= OPTST_SET; \ [=(. UP-prefix)=]DESC(SAVE_OPTS).pzLastArg = (const char*)(a) )[= ENDIF =][= IF (not (exist? "library")) =] /* * Interface defines not associated with particular options */ #define ERRSKIP_[= IF (> 1 (string-length UP-prefix)) =][= (sprintf "OPTERR STMTS( %1$sOptions.fOptSet &= ~OPTPROC_ERRSTOP ) #define ERRSTOP_OPTERR STMTS( %1$sOptions.fOptSet |= OPTPROC_ERRSTOP ) #define RESTART_OPT(n) STMTS( \\ %1$sOptions.curOptIdx = (n); \\ %1$sOptions.pzCurOpt = NULL ) #define START_OPT RESTART_OPT(1) #define USAGE(c) (*%1$sOptions.pUsageProc)( &%1$sOptions, c )" pname ) =][= ELSE we have a prefix =][= (sprintf "%1$sOPTERR STMTS( %2$sOptions.fOptSet &= ~OPTPROC_ERRSTOP ) #define ERRSTOP_%1$sOPTERR STMTS( %2$sOptions.fOptSet |= OPTPROC_ERRSTOP ) #define RESTART_%1$sOPT(n) STMTS( \\ %2$sOptions.curOptIdx = (n); \\ %2$sOptions.pzCurOpt = NULL ) #define START_%1$sOPT RESTART_%1$sOPT(1) #define %1$sUSAGE(c) (*%2$sOptions.pUsageProc)( &%2$sOptions, c )" UP-prefix pname ) =][= ENDIF have/don't have prefix ' =][= ENDIF is not a library * * * * * * * * * * * * * * * * * * * * * * * * * * * * =][= (tpl-file-line extract-fmt) =][= IF (not (exist? "library")) =] /* * * * * * * * Declare the [=prog-name=] option descriptor. */ #ifdef __cplusplus extern "C" { #endif extern tOptions [=(. pname)=]Options;[= IF (exist? "export") =] /* * * * * * * * Globals exported from the [=prog_title=] option definitions */ [= FOR export "\n\n" =][= export =][= ENDFOR export =][= ENDIF export exists =] #ifndef _ # if ENABLE_NLS # include static inline char* aoGetsText( const char* pz ) { if (pz == NULL) return NULL; return (char*)gettext( pz ); } # define _(s) aoGetsText(s) # else /* ENABLE_NLS */ # define _(s) s # endif /* ENABLE_NLS */ #endif #ifdef __cplusplus } #endif[= ENDIF this is not a lib =] #endif /* [=(. header-guard)=] */ /* * Local Variables: * Mode: C * c-file-style: "stroustrup" * indent-tabs-mode: nil * End: * options.h ends here */ 070701005b935e000081a4000004a7000000640000000143e3852c00005f53000000ed0000000100000000000000000000002000000000reloc/share/autogen/optmain.tpl[= AutoGen5 Template -*- Mode: text -*- # $Id: optmain.tpl,v 4.15 2005/12/21 20:58:43 bkorb Exp $ # Automated Options copyright 1992-2005 Bruce Korb # Time-stamp: "2005-12-15 13:58:19 bkorb" =][= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # BUILD GUILE MAIN # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE build-guile-main =][= (tpl-file-line extract-fmt) =] int original_argc; char** original_argv; static void inner_main( int argc, char** argv ) { original_argc = argc; original_argv = argv; { int ct = optionProcess( &[=(. pname)=]Options, argc, argv ); char** new_argv = (char**)malloc( (argc - ct + 2)*sizeof(char*) ); if (new_argv == NULL) { fputs( _("[=(. pname)=] cannot allocate new argv\n"), stderr ); exit( EXIT_FAILURE ); } /* * argc will be reduced by one less than the count returned * by optionProcess. That count includes the program name, * but we are adding the program name back in (plus a NULL ptr). */ argc -= (ct-1); new_argv[0] = argv[0]; /* * Copy the argument pointers, plus the terminating NULL ptr. */ memcpy( new_argv+1, argv + ct, argc * sizeof( char* )); argv = new_argv; }[= IF (> (len "guile-main") 0) =][= (def-file-line "copyright.text" extract-fmt) =] [= guile-main =] exit( EXIT_SUCCESS );[= ELSE =] export_options_to_guile( &[=(. pname)=]Options ); scm_shell( argc, argv );[= ENDIF =] } int main( int argc, char** argv ) {[= (if (exist? "before-guile-boot") (string-append (def-file-line "before-guile-boot" extract-fmt) (get "before-guile-boot") ) ) =] gh_enter( argc, argv, inner_main ); /* NOT REACHED */ return 0; } [= ENDDEF build-guile-main # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # BUILD TEST MAIN # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE build-test-main =][= (tpl-file-line extract-fmt) =] #if defined([=(. main-guard)=]) /* TEST MAIN PROCEDURE: */ int main( int argc, char** argv ) { int res = EXIT_SUCCESS;[= IF (= (get "test-main") "optionParseShell") =] extern tOptions genshelloptOptions; extern void optionParseShell( tOptions* ); extern tOptions* pShellParseOptions; /* * Stash a pointer to the options we are generating. * `genshellUsage()' will use it. */ pShellParseOptions = &[=(. pname)=]Options; (void)optionProcess( &genshelloptOptions, argc, argv ); optionParseShell( &[=(. pname)=]Options );[= ELIF (exist? "main-text") =][= IF (not (exist? "option-code")) =] { int ct = optionProcess( &[=(. pname)=]Options, argc, argv ); argc -= ct; argv += ct; }[= ELSE =][= (def-file-line "option-code" extract-fmt) =][= option-code =][= ENDIF =][= (def-file-line "main-text" extract-fmt) =][= main-text =][= ELSE=] (void)optionProcess( &[=(. pname)=]Options, argc, argv );[= (set! opt-name (get "test-main")) (if (<= (string-length opt-name) 3) (set! opt-name "optionPutShell")) =] { void [= (. opt-name) =]( tOptions* ); [= (. opt-name) =]( &[=(. pname)=]Options ); }[= ENDIF=] return res; } #endif /* defined [= (. main-guard) =] */[= ENDDEF build-test-main # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # BUILD FOR-EACH MAIN # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE for-each-main =][= (if (not (==* (get "argument") "[" )) (error "command line arguments must be optional for a 'for-each' main")) (if (not (exist? "handler-proc")) (error "'for-each' mains require a handler proc") ) =][= (define handler-arg-type "") (tpl-file-line extract-fmt) =] #include #include #include #include #include #include #include #include #include static char* trim_input_line( char* pz_s ) { char* pz_e = pz_s + strlen( pz_s ); while ((pz_e > pz_s) && isspace( pz_e[-1] )) pz_e--; *pz_e = '\0'; while (isspace( *pz_s )) pz_s++; switch (*pz_s) { case '\0': case '[= ?% comment-char "%s" "#" =]': return NULL; default: return pz_s; } }[= CASE handler-type =][= =* name =][= (set! handler-arg-type "const char* pz_fname") (define handler-proc "validate_fname") =][= =* file =][= (set! handler-arg-type "const char* pz_fname, FILE* entry_fp") (define handler-proc "validate_fname") =][= *=* text =][= (set! handler-arg-type "const char* pz_fname, char* pz_file_text, size_t text_size") (define handler-proc "validate_fname") =][= !E =][= (set! handler-arg-type "const char* pz_entry") (define handler-proc (get "handler-proc")) =][= * =][= (error) =][= ESAC =][= IF (set! tmp-text (string-append (get "handler-proc") "-code")) (exist? tmp-text) =] static int [= handler-proc =]( [=(. handler-arg-type)=] ) { int res = 0;[= (string-append (def-file-line tmp-text extract-fmt) (get tmp-text) ) =] return res; }[= ELSE =] extern int [= handler-proc =]( [=(. handler-arg-type)=] );[= ENDIF =][= (tpl-file-line extract-fmt) =][= IF (exist? "handler-type") =] static int validate_fname( const char* pz_fname ) { const char* pz_fs_err = _("fs error %d (%s) %s-ing %s\n");[= IF (*=* (get "handler-type") "text") =] char* file_text; size_t text_size; int res;[= ENDIF =] { struct stat sb; if (stat( pz_fname, &sb ) < 0) { fprintf( stderr, pz_fs_err, errno, strerror(errno), "stat", pz_fname ); return 1; }[= IF (*=* (get "handler-type") "text") =] if (! S_ISREG(sb.st_mode)) { fprintf( stderr, pz_fs_err, EINVAL, strerror(EINVAL), "not regular file:", pz_fname ); return 1; }[= IF (=* (get "handler-type") "some-text") =] if (sb.st_size == 0) { fprintf( stderr, pz_fs_err, EINVAL, strerror(EINVAL), "empty file:", pz_fname ); return 1; }[= ENDIF =] text_size = sb.st_size;[= ENDIF =] }[= CASE handler-type =][= =* name =][= (tpl-file-line extract-fmt) =] return [= handler-proc =](pz_fname);[= =* file =][= (tpl-file-line extract-fmt) =] { int res; FILE* fp = fopen(pz_fname, "[= (shellf "echo '%s' | sed 's/.*-//'" (get "handler-type")) =]"); if (fp == NULL) { fprintf( stderr, pz_fs_err, errno, strerror(errno), "fopen", pz_fname ); return 1; } res = [= handler-proc =](pz_fname, fp); fclose(fp); return res; }[= *=* text =][= (tpl-file-line extract-fmt) =] file_text = malloc( text_size + 1 ); if (file_text == NULL) { fprintf(stderr, _("cannot allocate %d bytes for %s file text\n"), text_size+1, pz_fname); exit( EXIT_FAILURE ); } { char* pz = file_text; size_t sz = text_size; int fd = open(pz_fname, O_RDONLY); int try_ct = 0; if (fd < 0) { fprintf( stderr, pz_fs_err, errno, strerror(errno), "open", pz_fname ); return 1; } while (sz > 0) { ssize_t rd_ct = read( fd, pz, sz ); /* * a read count of zero is theoretically okay, but we've already * checked the file size, so we shoud be reading more. * For us, a count of zero is an error. */ if (rd_ct <= 0) { /* * Try retriable errors up to 10 times. Then bomb out. */ if ( ((errno == EAGAIN) || (errno == EINTR)) && (++try_ct < 10) ) continue; fprintf( stderr, pz_fs_err, errno, strerror(errno), "read", pz_fname ); exit( EXIT_FAILURE ); } pz += rd_ct; sz -= rd_ct; } close(fd); } /* * Just in case it is a text file, we have an extra byte to NUL * terminate the thing. */ file_text[ text_size ] = '\0'; res = [= handler-proc =](pz_fname, file_text, text_size); free(file_text); return res;[= ESAC =] }[= ENDIF handler-type exists =][= (tpl-file-line extract-fmt) =] int main( int argc, char** argv ) { int res = 0; { int ct = optionProcess( &[=(. pname)=]Options, argc, argv ); argc -= ct; argv += ct; }[= (def-file-line "main-init" extract-fmt) =][= main-init =][= (tpl-file-line extract-fmt) =] /* * Input list from command line */ if (argc > 0) { do { res |= [= (. handler-proc) =]( *(argv++) ); } while (--argc > 0); } /* * Input list from tty input */ else if (isatty( STDIN_FILENO )) { fputs( _("[=(. prog-name)=] ERROR: input list is a tty\n"), stderr ); [= (. UP-prefix) =]USAGE( EXIT_FAILURE ); /* NOTREACHED */ } /* * Input list from a pipe or file or some such */ else { int in_ct = 0; int pg_size = getpagesize(); char* buf = malloc( pg_size ); if (buf == NULL) { fputs( _("[=(. prog-name) =] ERROR: no memory for input list\n"), stderr ); return EXIT_FAILURE; } for (;;) { char* pz = fgets( buf, pg_size, stdin ); if (pz == NULL) break; pz = trim_input_line( pz ); if (pz != NULL) { res |= [= (. handler-proc) =]( pz ); in_ct++; } } if (in_ct == 0) fputs( _("[=(. prog-name) =] Warning: no input lines were read\n"), stderr ); free( buf ); }[= (def-file-line "main-fini" extract-fmt) =][= main-fini =][= (tpl-file-line extract-fmt) =] return res; }[= ENDDEF for-each-main # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # BUILD MAIN # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE build-main =][= FOR main[] =][= CASE main-type =][= == guile =][= build-guile-main =][= == shell-process =][= INVOKE build-test-main test-main = "optionPutShell" =][= == shell-parser =][= INVOKE build-test-main test-main = "optionParseShell" =][= == main =][= INVOKE build-test-main =][= == include =][= INCLUDE tpl =][= == invoke =][= INVOKE (get "func") =][= == for-each =][= INVOKE for-each-main =][= * =][= (error (sprintf "unknown/invalid main-type: '%s'" (get "main-type"))) =][= ESAC =][= ENDFOR =][= ENDDEF build-main # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # DECLARE OPTION CALLBACKS # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE declare-option-callbacks This is the test for whether or not to emit callback handling code: =] /* * Declare option callback procedures */[= (define undef-proc-names "") (define extern-proc-list (string-append "optionPagedUsage\n" (if (exist? "version") "optionPrintVersion\n" "") ) ) (define extern-test-list (string-append "optionPagedUsage\n" (if (exist? "version") "optionVersionStderr\n" "") ) ) (define emit-decl-list (lambda(txt-var is-extern) (set! txt-var (shellf " (egrep -v '^%s$' | sort -u | \ sed 's@$@,@;$s@,$@;@' ) <<_EOProcs_\n%s_EOProcs_" (if is-extern "NULL" "(NULL|optionStackArg|optionUnstackArg)") txt-var )) (shellf (if (< (string-length txt-var) 72) "f='%s' ; echo \" \" $f" "${CLexe} --spread=1 -I4 <<_EOProcs_\n%s\n_EOProcs_" ) txt-var ) )) (define static-proc-list "doUsageOpt\n") (define static-test-list static-proc-list) =][= FOR flag =][= ;; Fill in four strings with names of callout procedures: ;; extern-test-list - external callouts done IFF test main is built ;; static-test-list - static callouts done IFF test main is built ;; extern-proc-list - external callouts for normal compilation ;; static-proc-list - static callouts for normal compilation ;; ;; For any of these that are under separate ifdef control, then ;; the name gets #defined to a "doUsageOpt" call. That is a ;; static procedure that will always get called. (set! flg-name (get "name")) (if (hash-ref have-cb-procs flg-name) (begin (if make-test-main (begin (set! tmp-val (hash-ref test-proc-name flg-name)) (if (hash-ref is-ext-cb-proc flg-name) (set! extern-test-list (string-append extern-test-list tmp-val "\n" )) (set! static-test-list (string-append static-test-list tmp-val "\n" )) ) ) ) (set! tmp-val (hash-ref cb-proc-name flg-name)) (if (hash-ref is-ext-cb-proc flg-name) (set! extern-proc-list (string-append extern-proc-list (hash-ref cb-proc-name flg-name) "\n" )) (set! static-proc-list (string-append static-proc-list (hash-ref cb-proc-name flg-name) "\n" )) ) (if (exist? "ifdef") (begin (emit (sprintf "\n#ifndef %s\n#define %s doUsageOpt\n#endif" (get "ifdef") tmp-val )) (set! undef-proc-names (string-append undef-proc-names (sprintf "\n#ifndef %1$s\n#undef %2$s\n#define %2$s NULL\n#endif" (get "ifdef") tmp-val ) )) ) ) (if (exist? "ifndef") (begin (emit (sprintf "\n#ifdef %s\n#define %s doUsageOpt\n#endif" (get "ifdef") tmp-val )) (set! undef-proc-names (string-append undef-proc-names (sprintf "\n#ifdef %1$s\n#undef %2$s\n#define %2$s NULL\n#endif" (get "ifndef") tmp-val ) )) ) ) ) ) "" =][= ENDFOR flag =][= IF (. make-test-main) =][= (tpl-file-line extract-fmt) =] #if defined([=(. main-guard)=]) /* * Under test, omit argument processing, or call optionStackArg, * if multiple copies are allowed. */ extern tOptProc [= (emit-decl-list extern-test-list #t) =][= IF (> (string-length static-test-list) 0) =] static tOptProc [=(emit-decl-list static-test-list #f)=][= ENDIF have static test procs =][= (set! static-test-list "") =][= FOR flag =][= (set! flg-name (get "name")) (if (not (= (hash-ref cb-proc-name flg-name) (hash-ref test-proc-name flg-name))) (set! static-test-list (string-append static-test-list "#define " (up-c-name "name") "_OPT_PROC " (hash-ref test-proc-name flg-name) "\n")) ) =][= ENDFOR flag =][= IF (> (string-length static-test-list) 0) =] /* * #define map the "normal" callout procs to the test ones... */ [= (. static-test-list) =][= ENDIF have some #define mappings =] #else /* NOT defined [=(. main-guard)=] */ /* * When not under test, there are different procs to use */[= ENDIF make-test-main =] extern tOptProc [=(emit-decl-list extern-proc-list #t)=][= IF (> (string-length static-proc-list) 0) =] static tOptProc [=(emit-decl-list static-proc-list #f)=][= ENDIF have static test procs =][= (set! static-proc-list "") =][= FOR flag =][= (set! flg-name (get "name")) (if (not (= (hash-ref cb-proc-name flg-name) (hash-ref test-proc-name flg-name))) (set! static-proc-list (string-append static-proc-list "#define " (up-c-name "name") "_OPT_PROC " (hash-ref cb-proc-name flg-name) "\n")) ) =][= ENDFOR flag =][= IF (> (string-length static-proc-list) 0) =] /* * #define map the "normal" callout procs */ [= (. static-proc-list) =][= ENDIF have some #define mappings =][= IF (. make-test-main) =][= FOR flag =][= IF (set! flg-name (get "name")) (not (= (hash-ref cb-proc-name flg-name) (hash-ref test-proc-name flg-name))) =] #define [=(up-c-name "name")=]_OPT_PROC [=(hash-ref cb-proc-name flg-name)=][= ENDIF =][= ENDFOR flag =] #endif /* defined([=(. main-guard)=]) */[= ENDIF (. make-test-main) =][= (. undef-proc-names) =][= ENDDEF declare-option-callbacks # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # DEFINE OPTION CALLBACKS # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE callback-proc-header =] /* * * * * * * * * For the [=name=] option[= IF (exist? "ifdef") =], when [= ifdef =] is #define-d. */ #ifdef [= ifdef =][= (set! endif-test-main (string-append (sprintf "\n#endif /* defined %s */" (get "ifdef")) endif-test-main )) =][= ELIF (exist? "ifndef") =], when [= ifdef =] is *not* #define-d. */ #ifndef [= ifndef =][= (set! endif-test-main (string-append (sprintf "\n#endif /* ! defined %s */" (get "ifndef")) endif-test-main )) =][= ELSE =]. */[= ENDIF ifdef / ifndef =] static void doOpt[=(. cap-name) =]( tOptions* pOptions, tOptDesc* pOptDesc ) { [= ENDDEF callback-proc-header # # # # # # # # # # # # # # # # =][= DEFINE range-option-code =][= (if (not (=* (get "arg-type") "num")) (error (string-append "range option " low-name " is not numeric")) ) =] static const struct {const int rmin, rmax;} rng[ [= (count "arg-range") =] ] = { [=(out-push-new) =][= FOR arg-range ",\n" =]{ [= CASE arg-range =][= *== "->" =][= (string-substitute (get "arg-range") "->" "") =], INT_MAX[= ==* "->" =]INT_MIN, [= (string-substitute (get "arg-range") "->" "") =][= *==* "->" =][= (string-substitute (get "arg-range") "->" ", ") =][= ~~ -{0,1}[0-9]+ =][=arg-range=], INT_MIN[= * =][= (error (string-append "Invalid range spec: ``" (get "arg-range") "''" )) =][= ESAC arg-range =] }[= ENDFOR =][= (shellf "${CLexe} -I8 --spread=2 <<_EOF_\n%s\n_EOF_" (out-pop #t)) =] }; long val; int ix; const char* pzIndent = "\t\t\t\t "; extern FILE* option_usage_fp; if (pOptDesc == NULL) /* usage is requesting range list option_usage_fp has already been set */ goto emit_ranges; val = atoi( pOptDesc->pzLastArg ); for (ix = 0; ix < [=(count "arg-range")=]; ix++) { if (val < rng[ix].rmin) continue; /* ranges need not be ordered. */ if (val == rng[ix].rmin) goto valid_return; if (rng[ix].rmax == INT_MIN) continue; if (val <= rng[ix].rmax) goto valid_return; } option_usage_fp = stderr; fprintf( stderr, _("%s error: %s option value ``%s''is out of range.\n"), pOptions->pzProgName, pOptDesc->pz_Name, pOptDesc->pzLastArg ); pzIndent = "\t"; emit_ranges:[= IF (> (count "arg-range") 1) =] fprintf( option_usage_fp, _("%sit must lie in one of the ranges:\n"), pzIndent ); for ( ix=0;; ) { if (rng[ix].rmax == INT_MIN) fprintf(option_usage_fp, _("%s%d exactly"), pzIndent, rng[ix].rmin); else fprintf(option_usage_fp, _("%s%d to %d"), pzIndent, rng[ix].rmin, rng[ix].rmax ); if (++ix >= [=(count "arg-range")=]) break; fputs( _(", or\n"), option_usage_fp ); } fputc( '\n', option_usage_fp );[= ELIF (*==* (get "arg-range") "->") =] fprintf( option_usage_fp, _("%sit must lie in the range: %d to %d\n"), pzIndent, rng[0].rmin, rng[0].rmax );[= ELSE =] fprintf( option_usage_fp, _("%sit must be: %d exactly\n"), pzIndent, rng[0].rmin );[= ENDIF =] if (pOptDesc == NULL) return; [=(. UP-prefix)=]USAGE( EXIT_FAILURE ); /* NOTREACHED */ return; valid_return: pOptDesc->pzLastArg = (char*)val; }[= ENDDEF range-option-code # # # # # # # # # # # # # # # # =][= DEFINE keyword-code =][= (set! tmp-ct (count "keyword")) (if (not (exist? "arg-default")) (begin (set! tmp-ct (+ 1 tmp-ct)) " tSCC zDef[2] = { 0x7F, 0 };\n" ) ) =] tSCC* azNames[[= (. tmp-ct) =]] = {[= IF (not (exist? "arg-default")) =] zDef,[= ENDIF =] [=(shellf "${CLexe} -I8 --spread=2 --sep=',' -f'\"%%s\"' <<_EOF_\n%s\n_EOF_\n" (join "\n" (stack "keyword")) ) =] }; [= IF (exist? "arg-optional") =] if (((unsigned long)pOptions > 0x0FUL) && (pOptDesc->pzLastArg == NULL)) pOptDesc->pzLastArg = (char*)[= (string-append UP-name "_" (if (> (len "arg-optional") 0) (up-c-name "arg-optional") (if (exist? "arg-default") (up-c-name "arg-default") "UNDEFINED" ))) =]; else pOptDesc->pzLastArg = optionEnumerationVal( pOptions, pOptDesc, azNames, [=(. tmp-ct)=] ); [= ELSE =] pOptDesc->pzLastArg = optionEnumerationVal( pOptions, pOptDesc, azNames, [=(. tmp-ct)=] ); [= ENDIF =]}[= ENDDEF keyword-code # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE define-option-callbacks =][= FOR flag =][= (set-flag-names) (define endif-test-main "") ;;; # # # # # # # # # # # # # # # # =][= IF (or (exist? "extract-code") (exist? "flag-code") ) =][= (if make-test-main (begin (set! endif-test-main (sprintf "\n\n#endif /* defined(%s) */" main-guard)) (sprintf "\n\n#if ! defined(%s)" main-guard) ) ) =][= INVOKE callback-proc-header =][= IF (exist? "flag-code") =][= flag-code =][= ELSE =][= (extract (string-append (base-name) ".c.save") (string-append "/* %s =-= " cap-name " Opt Code =-= %s */")) =][= ENDIF =] }[= # # # # # # # # # # # # # # # # # # =][= ELIF (exist? "arg-range") =][= INVOKE callback-proc-header =][= INVOKE range-option-code =][= # # # # # # # # # # # # # # # # # # =][= ELIF (=* (get "arg-type") "key")=][= INVOKE callback-proc-header =][= INVOKE keyword-code =][= # # # # # # # # # # # # # # # # # # =][= ELIF (=* (get "arg-type") "set")=][= INVOKE callback-proc-header =] tSCC* azNames[] = { [=(shellf "${CLexe} -I8 --spread=2 --sep=',' -f'\"%%s\"' <<_EOF_\n%s\n_EOF_\n" (join "\n" (stack "keyword")) )=] }; const int nmCt = sizeof(azNames)/sizeof(azNames[0]); optionSetMembers( pOptions, pOptDesc, azNames, nmCt ); }[= # # # # # # # # # # # # # # # # # # =][= ENDIF =][= (. endif-test-main) =][= ENDFOR flag =] [= ENDDEF define-option-callbacks =] 070701005b9352000081a4000004a7000000640000000143e3853800000bc5000000ed0000000100000000000000000000002100000000reloc/share/autogen/conftest.tpl[= AutoGen5 template -*- Mode: M4 -*- null # Maintainer: Bruce Korb # Created: Tue Nov 24 01:07:30 1998 # Last Modified: $Date: 2005/11/23 00:10:20 $ # by: bkorb # # This template uses the following definitions: # # 1. group - defines a prefix for the names. The default is "ac". # 2. test - an autoconf test to perform: # 2.a name - name of the test # 2.b type - "run", "link" or "compile" # 2.c check - short display name for user entertainment # 2.d code - the test code to compile, link and/or run. # 2.e doc - useful explanitory text # 2.f require - if there are conftest prerequisites # 2.g author - [optional] name of test's author (setenv "SHELL" "/bin/sh") =][= INCLUDE "confmacs.tpl" =][= (if (exist? "output-file") (begin (define ofile (get "output-file")) (define separate-macros #f) (shellf "echo sending output to %s >&2" ofile) ) (begin (define ofile (string-append (string-downcase! (get "group")) "_macros.m4") ) (define separate-macros #t) ) ) (out-switch ofile) (define ofile-list ofile) (define do-all-name (string-append "INVOKE_" (string-upcase! (get "group")) "_MACROS" )) (dne "dnl " "dnl ") =][= IF (exist? "do-first") =] dnl dnl do always before generated macros: dnl AC_DEFUN([[= (. do-all-name) =]_FIRST],[ [if test X${[= (. do-all-name) =]_FIRST_done} != Xyes ; then] [= (prefix " " (join "\n" (stack "do-first"))) =] [ [= (. do-all-name) =]_FIRST_done=yes fi]]) [= (if (exist? "do-always") "\n\n") =][= ENDIF do-first =][= IF (exist? "do-always") =] dnl dnl do always after generated macros: dnl AC_DEFUN([[= (. do-all-name) =]_LAST],[ [if test X${[= (. do-all-name) =]_LAST_done} != Xyes ; then] [= (prefix " " (join "\n" (stack "do-always"))) =] [ [= (. do-all-name) =]_LAST_done=yes fi]]) [= ENDIF do-always =] dnl dnl @synopsis [=(. do-all-name)=] dnl dnl This macro will invoke the AutoConf macros specified in [=(def-file)=] dnl that have not been disabled with "omit-invocation". dnl[= (if (not separate-macros) (out-push-new)) =] AC_DEFUN([[=(. do-all-name)=]],[[= (if (exist? "do-first") (string-append "\n " do-all-name "_FIRST")) =][= FOR test =][= preamble =][= (if separate-macros (begin (set! ofile (string-append (string-downcase mac-name) ".m4" )) (out-push-new ofile) (set! ofile-list (string-append ofile-list "\n" ofile)) ) (out-suspend "main-macro") ) =][= emit-macro =] [=(if separate-macros (out-pop) (out-resume "main-macro")) =][= IF (not (exist? "omit-invocation")) =] # Check to see if [=check=]. [=(. mac-name)=] [=ENDIF =][= ENDFOR test =][= (if (not separate-macros) (out-pop #t)) =][= (if (exist? "do-always") (string-append "\n " do-all-name "_LAST")) =] ]) # end AC_DEFUN of [=(. do-all-name)=][= # end conftest.tpl =] 070701005b9355000081a4000004a7000000640000000143e3853100002559000000ed0000000100000000000000000000002200000000reloc/share/autogen/fsm-macro.tpl[= AutoGen5 Template # AutoGen copyright 1992-2005 Bruce Korb =][= (define tmp-text "") (define offset-names "") (define next-offset 0) (define text-offset 0) =][= DEFINE add-text-string =][= (set! text-offset next-offset) (set! offset-names (string-append offset-names (sprintf "#define %s%s_off %d\n" Pfx (get "name") text-offset) )) (set! tmp-text (get "text")) (set! next-offset (+ next-offset (string-length tmp-text) 1)) (c-string tmp-text) =] "\0"[= ENDDEF add-text-string =][= DEFINE emit-invalid-msg =] tSCC z[=(. Pfx)=]Strings[] = [= INVOKE add-text-string name = Bogus text = "** OUT-OF-RANGE **" =] [= INVOKE add-text-string name = FsmErr text = "FSM Error: in state %d (%s), event %d (%s) is invalid\n" =] [= INVOKE add-text-string name = EvInvalid text = invalid =] [= INVOKE add-text-string name = StInit text = init =][= FOR state =] [= INVOKE add-text-string name = (string-append "St" (string-capitalize! (get "state"))) text = (string-downcase! (get "state")) =][= ENDFOR state =][= FOR event =] [= INVOKE add-text-string name = (string-append "Ev" (string-capitalize! (get "event"))) text = (if (exist? (get "event")) (get (get "event")) (string-downcase! (get "event")) ) =][= ENDFOR event =]; [=(. offset-names)=] static const size_t asz[=(. Pfx)=]States[] = { [=(shellf "${CLexe-columns} --spread=1 -I4 -S, -f'%sSt%%s_off' <<'_EOF_' Init %s _EOF_" Pfx (string-capitalize! (join "\n" (stack "state"))) )=] }; static const size_t asz[=(. Pfx)=]Events[] = { [=(shellf "${CLexe-columns} --spread=1 -I4 -S, -f'%sEv%%s_off' <<'_EOF_' %s Invalid _EOF_" Pfx (string-capitalize! (join "\n" (stack "event"))) )=] }; #define [=(. PFX)=]_EVT_NAME(t) ( (((unsigned)(t)) >= [=(. PFX)=]_EV_INVALID) \ ? z[=(. Pfx)=]Strings : z[=(. Pfx) =]Strings + asz[=(. Pfx)=]Events[t]) #define [=(. PFX)=]_STATE_NAME(s) ( (((unsigned)(s)) > [=(. PFX)=]_ST_INVALID) \ ? z[=(. Pfx)=]Strings : z[=(. Pfx) =]Strings + asz[=(. Pfx)=]States[s]) #ifndef EXIT_FAILURE # define EXIT_FAILURE 1 #endif /* * * * * * * * * THE CODE STARTS HERE * * * * * * * * * * Print out an invalid transition message and return EXIT_FAILURE */ int [=(. pfx)=]_invalid_transition( te_[=(. pfx)=]_state st, te_[= (. pfx)=]_event evt ) { [=(extract fsm-source " /* %s == INVALID TRANS MSG == %s */" "" (sprintf " fprintf( stderr, z%2$sStrings + %2$sFsmErr_off, st, %1$s_STATE_NAME(st), evt, %1$s_EVT_NAME(evt));" PFX Pfx ) )=] return EXIT_FAILURE; } [= ENDDEF emit-invalid-msg =][= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE emit-cookie-args =][= FOR cookie =] [=cookie=],[= ENDFOR =][= ENDDEF emit-cookie-args =][= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE build-callback =][= CASE cb-name =][= = noop =][= * =] static te_[=(. pfx)=]_state [=cb_prefix=]_[=cb_name=]([= emit-cookie-args =] te_[=(. pfx)=]_state initial, te_[=(. pfx)=]_state maybe_next, te_[=(. pfx)=]_event trans_evt ) { [= (extract fsm-source (string-append "/* %s == " (string-tr! (get "cb_name") "a-z_-" "A-Z ") " == %s */" ) "" (if (= (get "cb-name") "invalid") (sprintf " exit( %s_invalid_transition( initial, trans_evt ));" pfx) " return maybe_next;" )) =] } [= ESAC =][= ENDDEF build-callback # # # # # # # =][= DEFINE run-callback =] if (pT != NULL) nxtSt = (*pT)( [= FOR cookie =][= (shellf "echo '%s'|sed 's,.*[ \t],,'" (get "cookie")) =], [= ENDFOR =][=(. pfx)=]_state, nxtSt, trans_evt );[= ENDDEF run-callback # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE build-switch =] case [=cb_prefix=]_[=cb_name=]:[= IF (== (get "cb_name") "NOOP") =] break;[= ELSE =] [= (set! example-code (if (= (get "cb_name") "invalid") (sprintf " exit( %1$s_invalid_transition( %1$s_state, trans_evt ));" pfx) (string-append " nxtSt = HANDLE_" (get "cb_name") "();") )) (extract fsm-source (string-append " /* %s == " (get "cb_name") " == %s */") "" example-code ) =] break; [=ENDIF=][= ENDDEF build-switch # # # # # # # =][= DEFINE run-switch =][= (define example-code "") =] switch (trans) {[= `set -- \`sed 's/,//' .fsm.xlist\`` =][= WHILE `echo $#` =][= invoke build-switch cb_prefix = (string-append PFX "_TR") cb_name = (shell "echo $1 ; shift") =][= ENDWHILE echo $# =] default: [=(extract fsm-source " /* %s == BROKEN MACHINE == %s */" "" (string-append " exit( " pfx "_invalid_transition( " pfx "_state, trans_evt ));" ))=] }[= ENDDEF run-switch # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE preamble =][= (if (== (suffix) "c") (begin (set! fsm-source ".fsm.code") (set-writable) ) (begin (define pfx (string->c-name! (string-downcase! (if (exist? "prefix") (get "prefix") (base-name)) ))) (define PFX (string-upcase pfx)) (define Pfx (string-capitalize pfx)) (define t-trans (string-append "t_" pfx "_transition")) (define fsm-source ".fsm.head") ) ) (dne " * " "/* ") =] * * Automated Finite State Machine * * Copyright (c) 2001-2005 by Bruce Korb * [=(bsd "AutoFSM" "Bruce Korb" " * ")=] */[= ENDDEF preamble # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= DEFINE compute-transitions =][= ;;; Initialize every possible transition as invalid ;;; (define tr_name (if (=* (get "method") "call") (string-append "&" pfx "_do_invalid") (string-append PFX "_TR_INVALID") )) (shellf "ev_list='%s' ; st_list='INIT %s' for f in $ev_list ; do for g in $st_list do eval FSM_TRANS_${g}_${f}=\"'{ %s_ST_INVALID, %s }'\" export FSM_TRANS_${g}_${f} done ; done" (string-upcase! (join " " (stack "event"))) (string-upcase! (join " " (stack "state"))) PFX tr_name ) (define tev "") (define tst "") (define ttype "") (define next "") (define proc-ptr-type (lambda (tp) (if (= tp "noop") "NULL" (string-downcase! (string-append "&" pfx "_do_" tp)) ))) =][=# ;;; Now replace the initial values with proper ones gotten from ;;; the trasition definitions. ;;; ;;; It is actually possible to have multiple specifications for a ;;; single state/event pair, however the last state/event assignment ;;; will supply the value for the transition table. Different ;;; transitions may also specify the same transition method. For ;;; that, we unique sort the list and eliminate dups that way. The ;;; unique-ified list is used to produce the callout table. ;;; =][= FOR transition =][= IF (== (get "tst") "*") =][= ;; This transition applies for all states ;; (set! tev (string-upcase! (get "tev"))) (set! ttype (if (exist? "ttype") (get "ttype") (string-append "${f}_" tev) )) (set! tr_name (if (=* (get "method") "call") (proc-ptr-type ttype) (string-upcase! (string-append PFX "_TR_" ttype)) )) (set! next (if (exist? "next") (string-upcase! (get "next")) "${f}")) (shellf "for f in ${st_list} ; do F=${f} eval FSM_TRANS_${f}_%s=\"'{ %s_ST_%s, %s }'\" done" tev PFX next tr_name ) =][= ELIF (== (get "tev") "*") =][= ;; This transition applies for all transitions in a certain state ;; (set! tst (string-upcase! (get "tst"))) (set! ttype (if (exist? "ttype") (string-upcase! (get "ttype")) (string-append tst "_${f}") )) (set! tr_name (if (=* (get "method") "call") (proc-ptr-type ttype) (string-append PFX "_TR_" ttype) )) (set! next (if (exist? "next") (string-upcase! (get "next")) tst)) (shellf "for f in ${ev_list} ; do eval FSM_TRANS_%s_${f}=\"'{ %s_ST_%s, %s }'\" done" tst PFX next tr_name) =][= ELSE =][= FOR tst =][= (set! tst (string-upcase! (get "tst"))) (set! next (if (exist? "next") (string-upcase! (get "next")) tst)) =][= FOR tev =][= (set! tev (string-upcase! (get "tev"))) (set! ttype (string-downcase! (if (exist? "ttype") (get "ttype") (string-append tst "_" tev) ))) (set! tr_name (if (=* (get "method") "call") (proc-ptr-type ttype) (string-upcase! (string-append PFX "_TR_" ttype)) )) (shellf "FSM_TRANS_%s_%s=\"{ %s_ST_%s, %s }\"" tst tev PFX next tr_name) =][= ENDFOR tev =][= ENDFOR tst =][= ENDIF tst or ttkn as '*' =][= ENDFOR transition =][= (define trans-ct (shellf "env | egrep '^FSM_TRANS_' | \ sed '/, NULL }/d;s/^.*%s//;s/ .*$/,/' | \ sort -u > .fsm.xlist echo `wc -l < .fsm.xlist` " (if (=* (get "method") "call") (string-append pfx "_do_") (string-append PFX "_TR_")) ) ) =][= ENDDEF compute-transitions =] 070701005b9357000081a4000004a7000000640000000143e38531000010bd000000ed0000000100000000000000000000001c00000000reloc/share/autogen/fsm.tpl[= AutoGen5 Template -*- Mode: text -*- h=%s-fsm.h c=%s-fsm.c (setenv "SHELL" "/bin/sh") (define fmt "") (shellf "[ -f %1$s-fsm.h ] && mv -f %1$s-fsm.h .fsm.head [ -f %1$s-fsm.c ] && mv -f %1$s-fsm.c .fsm.code" (base-name)) # AutoGen copyright 1992-2005 Bruce Korb =][= CASE (suffix) =][= == h =][= INCLUDE "fsm-trans.tpl" =][= INCLUDE "fsm-macro.tpl" =][= preamble =] /* * This file enumerates the states and transition events for a FSM. * * te_[=(. pfx)=]_state * The available states. FSS_INIT is always defined to be zero * and FSS_INVALID and FSS_DONE are always made the last entries. * * te_[=(. pfx)=]_event * The transition events. These enumerate the event values used * to select the next state from the current state. * [=(. PFX)=]_EV_INVALID is always defined at the end. */ [=(make-header-guard "autofsm")=] /* * Finite State machine States * * Count of non-terminal states. The generated states INVALID and DONE * are terminal, but INIT is not :-). */ #define [=(. PFX)=]_STATE_CT [=(+ 1 (count "state"))=] typedef enum { [= (shellf "${CLexe-columns} --spread=1 -I4 -S, -f'%s_ST_%%s' <<_EOF_ INIT %s INVALID DONE _EOF_" PFX (string-upcase! (join "\n" (stack "state"))) )=] } te_[=(. pfx)=]_state; /* * Finite State machine transition Events. * * Count of the valid transition events */ #define [=(. PFX)=]_EVENT_CT [=(count "event")=] typedef enum { [= compute-transitions =][= (shellf "${CLexe-columns} --spread=1 -I4 -S, -f'%s_EV_%%s' <<_EOF_ %s INVALID _EOF_" PFX (string-upcase! (join "\n" (stack "event"))) )=] } te_[=(. pfx)=]_event; [= CASE method =][= ~* call|case=][= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # We are implementing the machine. Declare the external =][= CASE type =][= ~* step|reent =][= make-step-proc mode = "extern " =];[= =* loop =][= make-loop-proc mode = "extern " =];[= * =][= (error (string-append "invalid FSM type: ``" (get "type") "'' must be ``looping'', ``stepping'' or ``reentrant''" )) =][= ESAC =][= # End external procedure declarations # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # We are *NOT* implementing the machine. Define the table =][= == "" =][= enumerate-transitions use_ifdef = yes =][= =* no =][= enumerate-transitions use_ifdef = yes =][= * =][= (error (sprintf "invalid FSM method: ``%s'' must be ``callout'', ``case'' or ``none''" (get "method"))) =][= ESAC =] #endif /* [=(. header-guard)=] */[= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # C OUTPUT BEGINS HERE # =][= == c =][= (if (~ (get "method") "(no.*){0,1}") (begin (shell "rm -f .fsm.*") (out-delete)) ) =][= preamble =] #define DEFINE_FSM #include "[=(. header-file)=]" #include /* * Do not make changes to this file, except between the START/END * comments, or it will be removed the next time it is generated. */ [=(extract fsm-source "/* %s === USER HEADERS === %s */")=] #ifndef NULL # define NULL 0 #endif #ifndef tSCC # define tSCC static const char #endif [= CASE method =][= =* "case" =][= enumerate-transitions =][= =* "call" =][= callback-transitions =][= ESAC =] [=IF (=* (get "type") "step")=] /* * The FSM machine state */ static te_[=(. pfx)=]_state [=(. pfx)=]_state = [=(. PFX)=]_ST_INIT; [=ENDIF=] [= emit-invalid-msg =][= IF (=* (get "method") "call") =][= `set -- \`sed 's/,//' .fsm.xlist\`` =][= WHILE `echo $#` =][= invoke build-callback cb_prefix = (string-append pfx "_do") cb_name = (shell "echo $1 ; shift") =][= ENDWHILE echo $# =][= ENDIF =][= CASE type =][= =* loop =][= looping-machine =][= ~* step|reent =][= stepping-machine =][= ESAC =][= `rm -f .fsm.*` =][= ESAC (suffix) =] /* * Local Variables: * mode: C * c-file-style: "stroustrup" * tab-width: 4 * indent-tabs-mode: nil * End: * end of [=(out-name)=] */ 070701005b935f000081a4000004a7000000640000000143e3852b00000ffb000000ed0000000100000000000000000000002200000000reloc/share/autogen/rc-sample.tpl[= AutoGen5 Template rc # Time-stamp: "2005-02-14 08:21:57 bkorb" =] # [= prog-name =] sample configuration file #[= IF (if (not (exist? "homerc")) (error "RC file samples only work for rc-optioned programs") ) (out-move (string-append "sample-" (if (exist? "rcfile") (get "rcfile") (string-append (get "prog-name") "rc") ) ) ) (set-writable) (define tmp-txt "") (exist? "copyright") =] [=(sprintf "%s copyright %s %s - all rights reserved" (get "prog-name") (get "copyright.date") (get "copyright.owner") ) =][= CASE (get "copyright.type") =][= = gpl =] # [=(gpl (get "prog-name") "# " ) =][= = lgpl =] # [=(lgpl (get "prog-name") (get "copyright.owner") "# " ) =][= = bsd =] # [=(bsd (get "prog-name") (get "copyright.owner") "# " ) =][= = note =] # [=(prefix "# " (get "copyright.text")) =][= * =] # <>[= ESAC =][= ENDIF "copyright exists" =][= FOR flag =][= IF (not (or (exist? "documentation") (exist? "no-preset"))) =] # [= name =] -- [= descrip =] # [= INVOKE emit-description =] # Example: # #[= name =][= IF (exist? "arg-type") =] [= (if (exist? "arg-default") (get "arg-default") (if (exist? "arg-name") (get "arg-name") (get "arg-type") )) =][= ENDIF (exist? "arg-type") =][= ENDIF (not (exist? "documentation")) =][= ENDFOR flag = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = =][= DEFINE emit-description =][= (out-push-new) =][= IF (exist? "min") =]This option is required to appear. [=ENDIF=][= IF (exist? "max") =]This option may appear [= IF % max (= "%s" "NOLIMIT") =]an unlimited number of times[=ELSE =]up to [=max=] times[= ENDIF=]. [= ENDIF=][= IF (exist? "enabled") =]This option is enabled by default. [=ENDIF=][= IF (exist? "no-preset") =]This option may not be preset with environment variables[= # =] or in initialization (rc) files. [=ENDIF=][= IF (exist? "default") =]This option is the default option. [=ENDIF=][= IF (exist? "equivalence") =]This option is a member of the [=equivalence=] class of options. [=ENDIF=][= IF (exist? "flags-must") =]This option must appear in combination with the following options: [= FOR flags-must ", " =][=flags-must=][=ENDFOR=]. [= ENDIF=][= IF (exist? "flags-cant") =] This option must not appear in combination with any of the following [=# =]options: [= FOR flags-cant ", " =][=flags-cant=][=ENDFOR=]. [= ENDIF =][= IF (~* (get "arg-type") "key|set") =]This option takes a keyword as its argument[= IF (=* (get "arg-type") "set") =] list. Each entry turns on or off membership bits. The bits are set by [=# =]name or numeric value and cleared by preceding the name or number with an [=# =]exclamation character ('!'). They can all be cleared with the magic name [=# =]"none" and they can all be set with "all". A single option will process [=# =]a list of these values[= ELSE =]. The argument sets an enumeration value that can [=# =]be tested by comparing them against the option value macro[= ENDIF =]. The available keywords are: [= (join ", " (stack "keyword")) =]. [= ENDIF =][= IF (exist? "arg-default") =]The default [=(if (exist? "arg-name") (get "arg-name") (get "arg-type")) =] for this option is: [= arg-default =]. [= ENDIF =][= (set! tmp-txt (out-pop #t)) (if (> (string-length tmp-txt) 1) (string-append (shell (string-append "while read line do echo ${line} | fold -s -w76 | sed 's/^/# /' echo '#' done <<'__EndOfText__'\n" tmp-txt "\n__EndOfText__" )) "\n#\n") "" ) =][= IF (exist? 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(get "group"))) (if (= (string-length group-id) 0) (set! group-id "ac") (string->c-name! group-id) ) (define group-pfx (string-append group-id "_")) (define mac-name (string-upcase! (string-append group-pfx (get "type") "_" up-name))) (define sub-name (string-upcase! (string-append group-pfx down-name))) (define cv-name (string-downcase! (string-append group-pfx "cv_" (get "type") "_" down-name))) =][= ENDDEF preamble =][= DEFINE emit-macro =][= CASE type =][= ~~ compile|run|link|test =][= (define bad-define-name "NEED_%s") (define good-define-name "HAVE_%s") =][= ~~ enable|disable =][= (define bad-define-name "%s_DISABLED") (define good-define-name "%s_ENABLED") =][= ~~ with|without =][= (define bad-define-name "WITHOUT_%s") (define good-define-name "WITH_%s") =][= ~~ withlib|withconf =][= (define lib-name (string-append "lib" down-name)) (define bad-define-name "WITHOUT_LIB%s") (define good-define-name "WITH_LIB%s") =][= ESAC =][= IF (define good-text "") (define bad-text "") (. separate-macros) =][= (dne "dnl " "dnl ") =] dnl dnl @synopsis [=(. mac-name)=] dnl dnl @success-result[= IF (<= (count "action") (count "action.no")) =]: there is no output[= ELSE =] dnl[= FOR action =][= IF (not (exist? "no")) =][= CASE act-type =][= == define =] dnl * [=(sprintf good-define-name up-name) =] is #defined as [=?% act-text "%s" "1"=][= == subst =] dnl * @[=(. sub-name)=]@ is replaced by [=act-text=][= == script =] dnl * a short script is run[= ESAC =][= ENDIF =][= ENDFOR =][= ENDIF (<= (count "action") (count "action.no")) =] dnl dnl @failure-result[= IF (= (count "action.no") 0) =]: there is no output[= ELSE =] dnl[= FOR action =][= IF (exist? "no") =][= CASE act-type =][= == define =] dnl * [=(sprintf bad-define-name up-name) =] is #defined as [=?% act-text "%s" "1"=][= == subst =] dnl * @[=(. sub-name)=]@ is replaced by [=act-text=][= == script =] dnl * a short script is run[= ESAC =][= ENDIF =][= ENDFOR =][= ENDIF (= (count "action.no") 0) =][= IF (define doc-text (get "doc")) (> (string-length doc-text) 0) =] dnl dnl @description [=(prefix "dnl " doc-text) =][= ENDIF =][= IF (> (string-length author-name) 0) =] dnl dnl @version "[= (strftime "%d-%B-%Y at %H:%M" (localtime (current-time)) ) =]" dnl dnl @author [=(. author-name)=][= ENDIF =] dnl[= ENDIF separate-macros =] AC_DEFUN([[= (define fcn-name (string-append "try-" (get "type"))) (define c-text (get "code")) =][= CASE code-mode =][= = body =][= (set! c-text (string-append "int main(int argc,char** argv) {\n" c-text "\nreturn 0; }" )) =][= = all =][= ESAC =][= (. mac-name) =]],[[= IF (ag-function? fcn-name) =][= INVOKE (. fcn-name) =][= ELSE =] ERROR: invalid conftest function: ``[= (. fcn-name) =]''[= ENDIF =] [=(prefix " " (join "\n" (stack "always"))) =] ]) # end of AC_DEFUN of [=(. mac-name)=] [= ENDDEF emit-macro =][= # # # # # # # # # # # C-Feature # # # # # # # # # # Stash the result of a C/C++ feature test =][= DEFINE start-feat-test =][= (if (exist? "preamble") (prefix " " (get "preamble"))) =] AC_MSG_CHECKING([whether [=(protect-text (get "check"))=]])[= ENDDEF start-feat-test =][= DEFINE end-feat-test =][= (. pop-language) =] ]) # end of AC_CACHE_VAL for [=(. cv-name)=] AC_MSG_RESULT([${[=(. cv-name)=]}])[= emit-results =][= ENDDEF end-feat-test =][= # # # # # # # # # # EMIT RESULTS # # # # # # # # # # =][= DEFINE emit-results =][= (define good-subst 0 ) (define bad-subst 0 ) (define TMP-text "") (define tmp-text "") =][= IF (and (= (get "type") "withlib") (exist? "config")) =] AC_SUBST([LIB[=(. up-name)=]_CFLAGS]) AC_SUBST([LIB[=(. up-name)=]_LIBS]) AC_SUBST([LIB[=(. up-name)=]_PATH])[= (define good-subst 1) (define bad-subst 1) (set! good-text (string-append good-text (sprintf "[ LIB%1$s_CFLAGS=\"${%2$s_cflags}\" LIB%1$s_LIBS=\"${%2$s_libs}\" case \"${LIB%1$s_LIBS}\" in *-L* ) LIB%1$s_PATH=`echo ,${LIB%1$s_LIBS} | \ sed 's/.*[, ]-L[ \t]*//;s/[ \t].*//'` ;; * ) LIB%1$s_PATH='' ;; esac]" up-name cv-name ))) (set! bad-text (string-append bad-text (sprintf " LIB%1$s_CFLAGS='' LIB%1$s_LIBS='' LIB%1$s_PATH=''" up-name ))) =][= ENDIF type is withlib =][= FOR action =][= CASE (set! tmp-text (get "act-text")) (set! TMP-text (string-upcase tmp-text)) (string-append (if (exist? "no") "no-" "yes-") (get "act-type")) =][= == yes-define =][= (set! good-text (string-append good-text "\n AC_DEFINE" (if (exist? "unquoted") "_UNQUOTED" "") "([" (sprintf good-define-name up-name) "],[" (if (> (string-length tmp-text) 0) tmp-text "1") "],\n [Define this if " (protect-text (get "check")) "])" )) =][= == yes-subst =][= (set! good-subst 1) (set! good-text (string-append good-text "\n " sub-name "=" (protect-text (shell-str tmp-text)) )) =][= == yes-script =][= (set! good-text (string-append good-text "\n " (if (exist? "asis") tmp-text (protect-text tmp-text)) )) =][= == no-define =][= (set! bad-text (string-append bad-text "\n AC_DEFINE" (if (exist? "unquoted") "_UNQUOTED" "") "([" (sprintf bad-define-name up-name) "],[" (if (> (string-length tmp-text) 0) tmp-text "1") "],\n [Define this if '" (protect-text (get "check")) "' is not true])" )) =][= == no-subst =][= (set! bad-subst 1) (set! bad-text (string-append bad-text "\n " sub-name "=" (protect-text (shell-str tmp-text)) )) =][= == no-script =][= (set! bad-text (string-append bad-text "\n " (if (exist? "asis") tmp-text (protect-text tmp-text)) )) =][= ESAC =][= ENDFOR action =][= (if (> good-subst 0) (if (< bad-subst 1) (set! bad-text (string-append bad-text "\n " sub-name "=''" )) ) (if (> bad-subst 0) (set! good-text (string-append good-text "\n " sub-name "=''" )) ) ) =] if test "X${[=(. cv-name)=]}" [= IF (> (string-length good-text) 0) =]!= Xno then[= (. good-text) =][= IF (> (string-length bad-text) 0) =] else[= ENDIF =][= ELSE =]= Xno then[= ENDIF =][= (. bad-text) =] fi[= (if (> (+ good-subst bad-subst) 0) (string-append "\n AC_SUBST([" sub-name "])" )) =][= FOR conditional =] AM_CONDITIONAL([[= conditional =]],[test "X${[=(. cv-name)=]}" != Xno])[= ENDFOR cond.. =][= ENDDEF emit-results =][= # # # # # # # # # # ENABLEMENT # # # # # # # # # # =][= DEFINE emit-enablement =] AC_ARG_[=arg-name=]([[=(string-tr down-name "_" "-")=]], AC_HELP_STRING([--[=type=]-[=(string-tr test-name "_A-Z" "-a-z") =]], [[=check=]]), [[=(. cv-name)=]=${[=(string-downcase! (get "arg-name")) =]_[=(string-tr test-name "-A-Z" "_a-z")=]}], AC_CACHE_CHECK([whether [=check=]], [=(. cv-name)=], [=(. cv-name)=]=[= (if (~~ (get "type") "with|enable") "no" "yes") =]) ) # end of AC_ARG_[=arg-name=][= emit-results =][= ENDDEF emit-enablement =][= # # # # # # # # # SET-LANGUAGE # # # # # # # # =][= DEFINE set-language =] AC_CACHE_VAL([[=(. cv-name)=]],[[= CASE language =][= == "" =][=(define pop-language "")=][= == default =][=(define pop-language "")=][= * =] AC_LANG_PUSH([=language=])[= (define pop-language (sprintf " AC_LANG_POP(%s)" (get "language"))) =][= ESAC =][= IF (exist? "cflags") =] [=(. group-pfx)=]save_CPPFLAGS="${CPPFLAGS}" CPPFLAGS="[= cflags =] ${CPPFLAGS}"[= (set! pop-language (string-append pop-language "\n CPPFLAGS=\"${" group-pfx "save_CPPFLAGS}\"" )) =][= ENDIF cflags exists =][= IF (exist? "libs") =] [=(. group-pfx)=]save_LIBS="${LIBS}" LIBS="[= libs =] ${LIBS}"[= (set! pop-language (string-append pop-language "\n LIBS=\"${" group-pfx "save_LIBS}\"" )) =][= ENDIF libs exists =][= ENDDEF set-language =][= # # # # # # # # # # WITH # # # # # # # # # =][= DEFINE try-with =][= emit-enablement arg-name = WITH =][= ENDDEF try-with =][= # # # # # # # # # # WITHOUT # # # # # # # =][= DEFINE try-without =][= (set! cv-name (string-append group-pfx "cv_with_" down-name)) =][= emit-enablement arg-name = WITH =][= ENDDEF try-without =][= # # # # # # # # # # WITHLIB # # # # # # # =][= DEFINE try-withlib =][= # # # # # # # # options # # # # # # # =] AC_ARG_WITH([[= (set! cv-name (string-append group-pfx "cv_with_lib" down-name)) (set! lib-name (string-append "lib" down-name)) lib-name =]], AC_HELP_STRING([--with-lib[=(string-tr down-name "_" "-") =]], [[=(. lib-name)=] installation prefix]), [[=(. cv-name)=]_root=${with_lib[=(string-tr down-name "-" "_")=]}], AC_CACHE_CHECK([whether with-[=(. lib-name)=] was specified], [= (. cv-name)=]_root, [=(. cv-name)=]_root=no) ) # end of AC_ARG_WITH [=(. lib-name)=] if test "${with_libguile+set}" = set && \ test "${withval}" = no then ## disabled by request [=(. cv-name)=]_root=no [=(. cv-name)=]_cflags=no [=(. cv-name)=]_libs=no else AC_ARG_WITH([[=(. lib-name)=]-cflags], AC_HELP_STRING([--with-lib[=(string-tr down-name "_A-Z" "-a-z") =]-cflags], [[=(. lib-name)=] compile flags]), [[=(. cv-name)=]_cflags=${with_[=(string-tr test-name "-A-Z" "_a-z") =]_cflags}], AC_CACHE_CHECK([whether with-[=(. lib-name)=]-cflags was specified], [= (. cv-name)=]_cflags, [=(. cv-name)=]_cflags=no) ) # end of AC_ARG_WITH [=(. lib-name)=]-cflags AC_ARG_WITH([[=(. lib-name)=]-libs], AC_HELP_STRING([--with-lib[=(string-tr down-name "_A-Z" "-a-z") =]-libs], [[=(. lib-name)=] link command arguments]), [[=(. cv-name)=]_libs=${with_[=(string-tr test-name "-A-Z" "_a-z") =]_libs}], AC_CACHE_CHECK([whether with-[=(. lib-name)=]-libs was specified], [= (. cv-name)=]_libs, [=(. cv-name)=]_libs=no) ) # end of AC_ARG_WITH [=(. lib-name)=]-libs [= # # # # # # set cflags/libs # # # # # # =] case "X${[=(. cv-name)=]_cflags}" in Xyes|Xno|X ) case "X${[=(. cv-name)=]_root}" in Xyes|Xno|X ) [=(. cv-name)=]_cflags=no ;; * ) [=(. cv-name)=]_cflags=-I${[=(. cv-name)=]_root}/include ;; esac esac case "X${[=(. cv-name)=]_libs}" in Xyes|Xno|X ) case "X${[=(. cv-name)=]_root}" in Xyes|Xno|X ) [=(. cv-name)=]_libs=no ;; * ) [=(. cv-name)=]_libs="-L${[=(. cv-name) =]_root}/lib -l[=(. down-name)=]";; esac esac [=(. group-pfx)=]save_CPPFLAGS="${CPPFLAGS}" [=(. group-pfx)=]save_LIBS="${LIBS}"[= (set! bad-text (sprintf "\n CPPFLAGS=\"${%1$ssave_CPPFLAGS}\" LIBS=\"${%1$ssave_LIBS}\"" group-pfx )) =][= # # # # # # check config script # # # # # =][= IF (exist? "config") =] case "X${[= (define tmp-text (if (exist? "config.script") (get "config.script") (string-append down-name "-config") )) cv-name =]_cflags}" in Xyes|Xno|X ) f=`[=(. tmp-text)=] [= config.cflags-arg =] 2>/dev/null` || f='' test -n "${f}" && [=(. cv-name)=]_cflags="${f}" && \ AC_MSG_NOTICE([[=(. tmp-text)=] used for CFLAGS: $f]) ;; esac case "X${[=(. cv-name)=]_libs}" in Xyes|Xno|X ) f=`[=(. tmp-text)=] [= config.libs-arg =] 2>/dev/null` || f='' test -n "${f}" && [=(. cv-name)=]_libs="${f}" && \ AC_MSG_NOTICE([[=(. tmp-text)=] used for LIBS: $f]) ;; esac[= ENDIF (exist? "config") =][= # # # # set cflags/libs # # # # =] fi ## disabled by request case "X${[=(. cv-name)=]_cflags}" in Xyes|Xno|X ) [=(. cv-name)=]_cflags="" ;; * ) CPPFLAGS="${CPPFLAGS} ${[=(. cv-name)=]_cflags}" ;; esac case "X${[=(. cv-name)=]_libs}" in Xyes|Xno|X )[= IF (not (exist? "libname")) =] LIBS="${LIBS} -l[=(. down-name)=]" [=(. cv-name)=]_libs="-l[=(. down-name)=]"[= ELIF (> (string-length (get "libname")) 0) =] LIBS="${LIBS} -l[=(get "libname")=]" [=(. cv-name)=]_libs="-l[=(get "libname")=]"[= ELSE =] [=(. cv-name)=]_libs=""[= ENDIF =] ;; * ) LIBS="${LIBS} ${[=(. cv-name)=]_libs}" ;; esac[= # # # # # # # # testing # # # # # # # =] LIB[=(. up-name)=]_CFLAGS="" LIB[=(. up-name)=]_LIBS=""[= CASE run-mode =][= == link =] AC_MSG_CHECKING([whether [=(. lib-name)=] can be linked with])[= set-language =] AC_LINK_IFELSE([[[=(protect-text c-text)=]]], [[=(. cv-name)=]=yes], [[=(. cv-name)=]=no]) # end of AC_LINK_IFELSE [= == run =] AC_MSG_CHECKING([whether [=(. lib-name)=] functions properly])[= set-language =] AC_TRY_RUN([[=(protect-text c-text)=]], [[=(. cv-name)=]=yes], [[=(. cv-name)=]=no], [[=(. cv-name)=]=no]) # end of AC_TRY_RUN [= ESAC =][= end-feat-test =][= ENDDEF try-withlib =][= # # # # # # # # # # ENABLE # # # # # # # # # =][= DEFINE try-enable =][= emit-enablement arg-name = ENABLE =][= ENDDEF try-enable =][= # # # # # # # # # # DISABLE # # # # # # # # # =][= DEFINE try-disable =][= (set! cv-name (string-append group-pfx "cv_enable_" down-name)) =][= emit-enablement arg-name = ENABLE =][= ENDDEF try-disable =][= # # # # # # # # # # TEST # # # # # # # # # =][= DEFINE try-test =][= start-feat-test =] AC_CACHE_VAL([[=(. cv-name)=]],[ [=(. cv-name)=]=[= (sub-shell-str (string-append "exec 2> /dev/null\n" (get "code")) ) =] if test $? -ne 0 then [=(. cv-name)=]=no elif test -z "$[=(. cv-name)=]" then [=(. cv-name)=]=no fi ]) # end of CACHE_VAL of [=(. cv-name)=] AC_MSG_RESULT([${[=(. cv-name)=]}])[= emit-results =][= ENDDEF try-disable =][= # # # # # # # # # # RUN # # # # # # # # # =][= DEFINE try-run =][= start-feat-test =][= set-language =] AC_TRY_RUN([[=(protect-text c-text)=]], [[=(. cv-name)=]=yes],[[=(. cv-name)=]=no],[[= (. cv-name)=]=no] ) # end of TRY_RUN[= end-feat-test =][= ENDDEF try-run =][= # # # # # # # # # # LINK # # # # # # # # # =][= DEFINE try-link =][= start-feat-test =][= set-language =] AC_TRY_LINK([[= (protect-text (shellf "egrep '^#' <<_EOF_\n%s\n_EOF_" c-text )) =]], [[= (protect-text (shellf "egrep -v '^#' <<_EOF_\n%s\n_EOF_" c-text )) =]], [[=(. cv-name)=]=yes],[[=(. cv-name)=]=no] ) # end of TRY_LINK[= end-feat-test =][= ENDDEF try-link =][= # # # # # # # # # # COMPILE # # # # # # # # # # =][= DEFINE try-compile =][= start-feat-test =][= set-language =] AC_TRY_COMPILE([= % includes "[%s]" =],[[=(protect-text c-text)=]], [[=(. cv-name)=]=yes],[[=(. cv-name)=]=no] ) # end of TRY_COMPILE[= end-feat-test =][= ENDDEF try-compile =] 070701005b935a000081a4000004a7000000640000000143e3852c00003794000000ed0000000100000000000000000000002000000000reloc/share/autogen/optcode.tpl[= autogen5 template -*- Mode: Text -*- #$Id: optcode.tpl,v 4.14 2006/01/25 19:14:54 bkorb Exp $ # Automated Options copyright 1992-2005 Bruce Korb # Time-stamp: "2006-01-25 07:50:05 bkorb" =][= INCLUDE "optmain.tpl" =][= IF (exist? "flag.arg-range") =]#include #include [= ENDIF =][= IF (or (= "optionPutShell" (get "main.shell-process")) (= "optionParseShell" (get "main.shell-parser")) (exist? "main.code")) =] #define [= (set! make-test-main #t) main-guard =] 1[= ENDIF =] #define OPTION_CODE_COMPILE 1 #include "[= (define lib-externs "") header-file =]" #ifdef __cplusplus extern "C" { #endif[= IF (not (exist? "copyright") ) =] #define zCopyright NULL #define zCopyrightNotice NULL[= ELSE =] tSCC zCopyright[] = [= (set! tmp-text (kr-string (sprintf "%s copyright (c) %s %s, all rights reserved" (. prog-name) (get "copyright.date") (get "copyright.owner") ))) tmp-text =]; tSCC zCopyrightNotice[] = [= CASE (get "copyright.type") =][= = gpl =][=(set! tmp-text (gpl prog-name "" ))=][= = lgpl =][=(set! tmp-text (lgpl prog-name (get "copyright.owner") ""))=][= = bsd =][=(set! tmp-text (bsd prog-name (get "copyright.owner") ""))=][= = note =][=(set! tmp-text (get "copyright.text"))=][= * =][=(set! tmp-text "Copyrighted")=][= ESAC =][= (emit (def-file-line "copyright.text" extract-fmt)) (kr-string tmp-text) =];[= ENDIF "copyright notes" =] extern tUsageProc [= (define usage-proc (get "usage" "optionUsage")) usage-proc =]; [= IF (exist? "include") =] /* * global included definitions */ [=(join "\n" (stack "include")) =] [=ENDIF "include exists" =] #ifndef NULL # define NULL 0 #endif #ifndef EXIT_SUCCESS # define EXIT_SUCCESS 0 #endif #ifndef EXIT_FAILURE # define EXIT_FAILURE 1 #endif[= # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # =][= FOR flag "\n" =][= Option_Strings =][= (if (exist? "lib-name") (begin (set! lib-opt-ptr (string->c-name! (string-append (get "lib-name") "_" (get "name") "_optDesc_p"))) (set! lib-externs (string-append lib-externs (sprintf "tOptDesc const* %-16s = optDesc + %d;\n" lib-opt-ptr (for-index) ) )) ) ) =][= ENDFOR flag =] /* * Help/More_Help[= version "/Version"=] option descriptions: */ tSCC zHelpText[] = "Display usage information and exit"; tSCC zHelp_Name[] = "help"; tSCC zMore_HelpText[] = "Extended usage information passed thru pager"; tSCC zMore_Help_Name[] = "more-help";[= IF (exist? "version") =] tSCC zVersionText[] = "Output version information and exit"; tSCC zVersion_Name[] = "version";[= ENDIF (exist? "version") =][= IF (exist? "homerc") =] /* * Save/Load_Opts option description: */ tSCC zSave_OptsText[] = "Save the option state to a config file"; tSCC zSave_Opts_Name[] = "save-opts"; tSCC zLoad_OptsText[] = "Load options from a config file"; tSCC zLoad_Opts_NAME[] = "LOAD_OPTS"; tSCC zNotLoad_Opts_Name[] = "no-load-opts"; tSCC zNotLoad_Opts_Pfx[] = "no"; #define zLoad_Opts_Name (zNotLoad_Opts_Name + 3)[= ENDIF (exist? "homerc") =][= invoke declare-option-callbacks =][= IF (and (exist? "version") make-test-main) =] #ifdef [=(. main-guard) =] # define DOVERPROC optionVersionStderr #else # define DOVERPROC optionPrintVersion #endif /* [=(. main-guard)=] */[= ENDIF =] /* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Define the [=(. pname-cap)=] Option Descriptions. */ static tOptDesc optDesc[ [=(. UP-prefix)=]OPTION_CT ] = {[= FOR flag "\n" =][= INVOKE option_descriptor =][= ENDFOR flag =][= IF (exist? "version") =] { /* entry idx, value */ [= (. INDEX-pfx) =]VERSION, [= (. VALUE-pfx) =]VERSION, /* equiv idx value */ NO_EQUIVALENT, 0, /* equivalenced to */ NO_EQUIVALENT, /* min, max, act ct */ 0, 1, 0, /* opt state flags */ OPTST_SET_ARGTYPE(OPARG_TYPE_STRING) | OPTST_ARG_OPTIONAL, 0, /* last opt argumnt */ NULL, /* arg list/cookie */ NULL, /* must/cannot opts */ NULL, NULL, /* option proc */ [= (if make-test-main "DOVERPROC" "optionPrintVersion")=], /* desc, NAME, name */ zVersionText, NULL, zVersion_Name, /* disablement strs */ NULL, NULL },[= ENDIF =] { /* entry idx, value */ [= (. INDEX-pfx) =]HELP, [= (. VALUE-pfx) =]HELP, /* equiv idx value */ NO_EQUIVALENT, 0, /* equivalenced to */ NO_EQUIVALENT, /* min, max, act ct */ 0, 1, 0, /* opt state flags */ OPTST_IMM, 0, /* last opt argumnt */ NULL, /* arg list/cookie */ NULL, /* must/cannot opts */ NULL, NULL, /* option proc */ doUsageOpt, /* desc, NAME, name */ zHelpText, NULL, zHelp_Name, /* disablement strs */ NULL, NULL }, { /* entry idx, value */ [= (. INDEX-pfx) =]MORE_HELP, [= (. VALUE-pfx) =]MORE_HELP, /* equiv idx value */ NO_EQUIVALENT, 0, /* equivalenced to */ NO_EQUIVALENT, /* min, max, act ct */ 0, 1, 0, /* opt state flags */ OPTST_IMM, 0, /* last opt argumnt */ NULL, /* arg list/cookie */ NULL, /* must/cannot opts */ NULL, NULL, /* option proc */ optionPagedUsage, /* desc, NAME, name */ zMore_HelpText, NULL, zMore_Help_Name, /* disablement strs */ NULL, NULL }[= IF (exist? "homerc") =], { /* entry idx, value */ [= (. INDEX-pfx) =]SAVE_OPTS, [= (. VALUE-pfx) =]SAVE_OPTS, /* equiv idx value */ NO_EQUIVALENT, 0, /* equivalenced to */ NO_EQUIVALENT, /* min, max, act ct */ 0, 1, 0, /* opt state flags */ OPTST_SET_ARGTYPE(OPARG_TYPE_STRING) | OPTST_ARG_OPTIONAL, 0, /* last opt argumnt */ NULL, /* arg list/cookie */ NULL, /* must/cannot opts */ NULL, NULL, /* option proc */ NULL, /* desc, NAME, name */ zSave_OptsText, NULL, zSave_Opts_Name, /* disablement strs */ NULL, NULL }, { /* entry idx, value */ [= (. INDEX-pfx) =]LOAD_OPTS, [= (. VALUE-pfx) =]LOAD_OPTS, /* equiv idx value */ NO_EQUIVALENT, 0, /* equivalenced to */ NO_EQUIVALENT, /* min, max, act ct */ 0, NOLIMIT, 0, /* opt state flags */ OPTST_DISABLE_IMM | \ OPTST_SET_ARGTYPE(OPARG_TYPE_STRING), 0, /* last opt argumnt */ NULL, /* arg list/cookie */ NULL, /* must/cannot opts */ NULL, NULL, /* option proc */ optionLoadOpt, /* desc, NAME, name */ zLoad_OptsText, zLoad_Opts_NAME, zLoad_Opts_Name, /* disablement strs */ zNotLoad_Opts_Name, zNotLoad_Opts_Pfx }[= ENDIF =] }; [= (. lib-externs) =] /* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Define the [= (. pname-cap) =] Option Environment */ tSCC zPROGNAME[] = "[= (. pname-up) =]"; tSCC zUsageTitle[] = [= INVOKE usage_line =];[= IF (exist? "homerc") =] tSCC zRcName[] = "[= (if (not (exist? "rcfile")) (string-append "." pname-down "rc") (get "rcfile") ) =]"; tSCC* apzHomeList[] = {[= FOR homerc =] [= (kr-string (get "homerc")) =],[= ENDFOR homerc=] NULL };[= ELSE =] #define zRcName NULL #define apzHomeList NULL[= ENDIF =][= (define patch-text (lambda (t-name) (set! tmp-text (kr-string (string-append "\n" (shell (string-append "sed 's/@[a-z]*{\\([^{@}]*\\)}/``\\1'\"''/g\" <<'_EODetail_'\n" (get t-name) "\n_EODetail_" )) "\n" ))) )) (define bug-text "\n\ntSCC zBugsAddr[] = %s;") (if (exist? "copyright.eaddr") (sprintf bug-text (kr-string (get "copyright.eaddr"))) (if (exist? "eaddr") (sprintf bug-text (kr-string (get "eaddr"))) "\n\n#define zBugsAddr NULL" ) ) =][= IF (or (exist? "explain") (== (get "main.main-type") "for-each")) =] tSCC zExplain[] = [= (if (exist? "explain") (patch-text "explain") (set! tmp-text "") ) (if (== (get "main.main-type") "for-each") (set! tmp-text (string-append tmp-text "\n\"If no arguments are provided, input arguments are read from stdin,\\n\\ one per line; blank and '#'-prefixed lines are comments.\\n\\ 'stdin' may not be a terminal (tty).\\n\"" )) ) tmp-text =];[= ELSE =] #define zExplain NULL[= ENDIF =][= IF (exist? "detail") =] tSCC zDetail[] = [= (patch-text "detail") tmp-text =];[= ELSE =] #define zDetail NULL[= ENDIF =][= IF (exist? "version") =] tSCC zFullVersion[] = [=(. pname-up)=]_FULL_VERSION;[= ELSE =] #define zFullVersion NULL[= ENDIF =][= (tpl-file-line extract-fmt) =] #if defined(ENABLE_NLS) # define OPTPROC_BASE OPTPROC_TRANSLATE static tOptionXlateProc translate_option_strings; #else # define OPTPROC_BASE OPTPROC_NONE # define translate_option_strings NULL #endif /* ENABLE_NLS */ tOptions [=(. pname)=]Options = { OPTIONS_STRUCT_VERSION, 0, NULL, /* original argc + argv */ ( OPTPROC_BASE[= IF (not (exist? "allow-errors")) =] + OPTPROC_ERRSTOP[= ENDIF=][=IF (exist? "flag.value") =] + OPTPROC_SHORTOPT[= ENDIF=][=IF (exist? "long-opts") =] + OPTPROC_LONGOPT[= ENDIF=][=IF (not (exist? "flag.min")) =] + OPTPROC_NO_REQ_OPT[= ENDIF=][=IF (exist? "flag.disable") =] + OPTPROC_NEGATIONS[= ENDIF=][=IF (>= number-opt-index 0) =] + OPTPROC_NUM_OPT[= ENDIF=][=IF (exist? "environrc") =] + OPTPROC_ENVIRON[= ENDIF=][=IF (and (exist? "plus-marks") (exist? "flag.disable")) =] + OPTPROC_PLUSMARKS[= ENDIF=][=IF (not (exist? "argument")) =] + OPTPROC_NO_ARGS[= ELIF (not (==* (get "argument") "[" )) =] + OPTPROC_ARGS_REQ[= ENDIF=][=IF (exist? "reorder-args") =] + OPTPROC_REORDER[= ENDIF=][=IF (exist? "gnu-usage") =] + OPTPROC_GNUUSAGE[= ENDIF=][=IF (or (exist? "flag.immediate") (exist? "flag.immed-disable") (exist? "homerc") ) =] + OPTPROC_HAS_IMMED[= ENDIF=] ), 0, NULL, /* current option index, current option */ NULL, NULL, zPROGNAME, zRcName, zCopyright, zCopyrightNotice, zFullVersion, apzHomeList, zUsageTitle, zExplain, zDetail, optDesc, zBugsAddr, /* address to send bugs to */ NULL, NULL, /* extensions/saved state */ [= (. usage-proc) =], /* usage procedure */ translate_option_strings, /* translation procedure */ /* * Indexes to special options */ { [= (. INDEX-pfx) =]MORE_HELP, [=IF (exist? "homerc") =][= (. INDEX-pfx) =]SAVE_OPTS[= ELSE =] 0 /* no option state saving */[= ENDIF=], [= (if (>= number-opt-index 0) number-opt-index "NO_EQUIVALENT") =] /* index of '-#' option */, [= (if (>= default-opt-index 0) default-opt-index "NO_EQUIVALENT") =] /* index of default opt */ }, [= (. UP-prefix) =]OPTION_CT, [=(count "flag")=] /* user option count */ }; [= FOR lib-name =] tOptDesc* [= (string->c-name! (get "lib-name")) =]_optDesc_p = NULL; [= ENDFOR =] /* * Create the static procedure(s) declared above. */ static void doUsageOpt( tOptions* pOptions, tOptDesc* pOptDesc ) { [= (. UP-prefix) =]USAGE( EXIT_SUCCESS ); }[= IF (or (exist? "flag.flag-code") (exist? "flag.extract-code") (exist? "flag.arg-range") (match-value? ~* "flag.arg-type" "key|set")) =][= invoke define-option-callbacks =][= ENDIF =][= IF (. make-test-main) =][= invoke build-test-main =][= ELIF (exist? "guile-main") =][= invoke build-guile-main =][= ELIF (exist? "main") =][= invoke build-main =][= ENDIF "test/guile main" =][= (tpl-file-line extract-fmt) =] #if ENABLE_NLS #include #include #include #include static char* AO_gettext( const char* pz ) { char* pzRes; if (pz == NULL) return NULL; pzRes = _(pz); if (pzRes == pz) return pzRes; pzRes = strdup( pzRes ); if (pzRes == NULL) { fputs( _("No memory for duping translated strings\n"), stderr ); exit( EXIT_FAILURE ); } return pzRes; } /* * This invokes the translation code (e.g. gettext(3)). */ static void translate_option_strings( void ) { /* * Guard against re-translation. It won't work. The strings will have * been changed by the first pass through this code. One shot only. */ if (option_usage_text.field_ct == 0) return; /* * Do the translations. The first pointer follows the field count field. * The field count field is the size of a pointer. */ { char** ppz = (char**)(void*)&(option_usage_text); int ix = option_usage_text.field_ct; do { ppz++; *ppz = AO_gettext(*ppz); } while (--ix > 0); } option_usage_text.field_ct = 0; { tOptDesc* pOD = [=(. pname)=]Options.pOptDesc; int ix = [=(. pname)=]Options.optCt; for (;;) {[= FOR field IN pzText pz_NAME pz_Name pz_DisableName pz_DisablePfx =][= (sprintf "\n pOD->%1$-16s = AO_gettext(pOD->%1$s);" (get "field")) =][= ENDFOR =] if (--ix <= 0) break; pOD++; } }[= FOR field IN pzCopyright pzCopyNotice pzFullVersion pzUsageTitle pzExplain pzDetail =][= (sprintf "\n %1$sOptions.%2$-13s = AO_gettext(%1$sOptions.%2$s);" pname (get "field")) =][= ENDFOR =] } #endif /* ENABLE_NLS */ #ifdef __cplusplus } #endif 070701005b9358000081a4000004a7000000640000000143e3852c0000260f000000ed0000000100000000000000000000001f00000000reloc/share/autogen/getopt.tpl[+ AutoGen5 Template -*- Mode: C -*- c=%s-temp.c # Time-stamp: "2005-12-03 14:49:14 bkorb" +][+ `stamp=\`sed 's,.*stamp:,,' <<'_EOF_' Time-stamp: "2005-02-07 10:18:18 bkorb" _EOF_ \` ` +][+ (if (not (exist? "settable")) (error "'settable' must be specified globally for getopt_long\n")) (define prog-name (string->c-name! (get "prog-name"))) (define PROG-NAME (string-upcase prog-name)) (out-move (string-append "getopt-" prog-name ".c")) (dne " * " "/* " ) +] * [+ CASE copyright.type +][+ = gpl +][+ (gpl prog-name " * ") +][+ = lgpl +][+ (lgpl prog-name (if (exist? "copyright.owner") (get "copyright.owner") (get "copyright.author")) " * ") +][+ = note +][+ (prefix " * " (get "copyright.text")) +][+ ESAC +] * * Last template edit: [+ `echo $stamp` +] * $Id: getopt.tpl,v 4.5 2005/12/04 22:26:21 bkorb Exp $ */ #include #include #include "[+ (base-name) +].h"[+ IF (exist? "long-opts") +] #include /* * getopt_long option descriptor */ static struct option a_long_opts[] = {[+ FOR flag +][+ (sprintf "\n { %-20s %d, NULL, VALUE_OPT_%s }," (string-append (c-string (get "name")) ",") (if (exist? "arg-type") 1 0) (string-upcase (string->c-name! (get "name"))) ) +][+ ENDFOR flag +] { "help", 0, NULL, VALUE_OPT_HELP },[+ IF (exist? "version") +] { "version", 0, NULL, VALUE_OPT_VERSION },[+ ENDIF +] { NULL, 0, NULL, 0 } }; [+ ENDIF +] /* * Option flag character list */ static char z_opts[] = "[+ # close quote for emacs " +][+ FOR flag +][+ CASE value +][+ ~ [!-~] +][+ value +][+ CASE arg-type +][+ =* str +]:[+ == "" +][+ * +][+ (error (sprintf "error in %s opt: The only allowed arg type is 'string'\n" (get "name") )) +][+ ESAC +][+ ESAC +][+ ENDFOR +][+ IF (not (exist? "help-value")) +]?[+ ELSE +][+ CASE help-value +][+ == "" +][+ == '"' +]\"[+ * +][+ help-value +][+ ESAC +][+ ENDIF +][+ IF (exist? "version") +][+ IF (not (exist? "version-value")) +]v[+ ELSE +][+ CASE version-value +][+ == "" +][+ == '"' +]\"[+ * +][+ version-value +][+ ESAC +][+ ENDIF +][+ ENDIF +][+ # open quote for emacs " +]"; /* * AutoOpts library replacement routines: */ void optionUsage (tOptions* pOptions, int status) { if (status != 0) fprintf (stderr, _("Try `%s --help' for more information.\n"), [+ (. prog-name) +]Options.pzProgName); else { fputs (_( [+ (kr-string (string-append (shellf "[ \"${VERBOSE:-false}\" = true ] && set -x ; td=.opt-$$ rm -rf .opt-* mkdir ${td} sdir=`cd ${srcdir:-.} ; pwd` cd ${td} CFLAGS=\"${CFLAGS} `autoopts-config cflags` -DTEST_%2$s_OPTS\" LDFLAGS=\"${LDFLAGS} `autoopts-config ldflags`\" LDFLAGS=`echo ${LDFLAGS} | \ sed 's/-lguile[^ ]*//g;s/[^ ]*libguileopts[^ ]*//'` : LD_LIBRARY_PATH $LD_LIBRARY_PATH ${CC:-cc} ${CFLAGS} -o %1$s ${sdir}/%3$s.c ${LDFLAGS} || \ die 'could not build %1$s' f=`guile-config link | sed 's/.*-L//;s/ .*//'` f=`(LD_LIBRARY_PATH=$f ./%1$s -: 2>&1) | \ sed '1d;/more-help/d s/--version\\[=arg\\]/--version / /version information and exit/s/-v \\[arg\\]/-v /'` test -z \"${f}\" && die 'Cannot get help from %1$s' echo \"${f}\" cd .. [ \"${VERBOSE:-false}\" = true ] || rm -rf ${td}" (get "prog-name") (. PROG-NAME) (base-name) ) "\n" )) +]), stdout); } exit (status); } void optionPagedUsage( tOptions* pOptions, tOptDesc* pOptDesc ) { fputs (_("[+(. prog-name) +] error: paged usage help has been disabled\n"), stderr); optionUsage (pOptions, EXIT_FAILURE); } void optionPrintVersion( tOptions* pOptions, tOptDesc* pOptDesc ) { char* pz_by = _("[+ # " +][+ (sprintf "%s%s %s" prog-name (if (exist? "prog-group") (sprintf " (%s)" (get "prog-group")) "" ) (get "version") ) +]\n\ Written by [+(join ", " (stack "copyright.author"))+].\n\n\ Copyright (C) [+ copyright.date +] by [+ copyright.owner +]\n[+ CASE copyright.type +][+ *= gpl +]\ This is free software; see the source for copying conditions. There is NO\n\ warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.[+ ESAC +][+ # " +]\n"); fputs (pz_by, stdout); exit (EXIT_SUCCESS); } /* * If an option appears more often than is allowed, ... */ static void usage_too_many (tOptDesc* pOptDesc) { char* pz = _("[+(. prog-name) +] error: the '%s' option appears more than %d times\n"); printf (pz, pOptDesc->pz_Name, pOptDesc->optMaxCt); USAGE( EXIT_FAILURE ); } [+ IF (exist? "flag.min") +] /* * There is at least one option that must appear. */ static void usage_too_few (tOptDesc* pOptDesc) { char* pz = _("[+(. prog-name) +] error: the '%s' option must appear %d times\n"); printf (pz, pOptDesc->pz_Name, pOptDesc->optMinCt); USAGE( EXIT_FAILURE ); } [+ ENDIF +][+ IF (exist? "flag.flags-cant") +] /* * There is at least one pair of options that may not appear together * on the command line. */ static void usage_cannot (const char* pz_what, const char* pz_cant) { char* pz = _("[+(. prog-name) +] error: the `%s' option conflicts with `%s'\n"); printf (pz, pz_what, pz_cant); USAGE (EXIT_FAILURE); } [+ ENDIF +][+ IF (exist? "flag.flags-must") +] /* * There is at least one pair of options that are required to appear * together on the command line. */ static void usage_must (const char* pz_what, const char* pz_must) { char* pz = _("[+(. prog-name) +] error: the `%s' option requires `%s'\n"); printf (pz, pz_what, pz_must); USAGE (EXIT_FAILURE); } [+ ENDIF +] /* * Process the options for the "[+(. prog-name)+]" program. * This function was generated to use the getopt_long(3GNU) function. * There are [+ (+ (count "flag") (if (exist? "version") 2 1)) +] options for this program, * including "help (usage)"[+ IF (exist? "version") +] and "version"[+ ENDIF +]. */ int process_[+(. prog-name)+]_opts (int argc, char** argv) { { char* pz_prog = strrchr (argv[0], '/'); if (pz_prog != NULL) pz_prog++; else pz_prog = argv[0]; [+ (. prog-name) +]Options.pzProgName = pz_prog; } for (;;) { switch ([+ IF (exist? "long-opts") +]getopt_long (argc, argv, z_opts, a_long_opts, NULL)[+ ELSE +]getopt (argc, argv, z_opts)[+ ENDIF +]) { case -1: goto leave_processing; case 0: break;[+ FOR flag +][+ (define OPT-NAME (string-upcase! (string->c-name! (get "name")))) +] case VALUE_OPT_[+ (. OPT-NAME) +]:[+ IF (not (exist? "max")) +] if (HAVE_OPT( [+(. OPT-NAME)+] )) usage_too_many (&DESC([+(. OPT-NAME) +]));[+ ELIF (not (= (get "max") "nolimit")) +] if (DESC([+(. OPT-NAME)+]).optOccCt++ >= DESC([+(. OPT-NAME)+]).optMaxCt) usage_too_many (&DESC([+(. OPT-NAME) +]));[+ ENDIF +] SET_OPT_[+(. OPT-NAME)+][+ (if (exist? "arg-type") "(optarg)") +]; break;[+ ENDFOR +] case VALUE_OPT_HELP: USAGE (EXIT_SUCCESS); /* NOTREACHED */ [+ IF (exist? "version") +] case VALUE_OPT_VERSION: optionPrintVersion (&[+ (. prog-name) +]Options, &DESC(VERSION)); /* NOTREACHED */ [+ ENDIF +] default: USAGE (EXIT_FAILURE); } } leave_processing:; [+ FOR flag +][+ IF (set! OPT-NAME (string-upcase! (string->c-name! (get "name")))) (define check-have-opt (or (exist? "flags-cant") (exist? "flags-must"))) check-have-opt +] if (HAVE_OPT( [+ (. OPT-NAME) +] )) {[+ FOR flags-cant +] if (HAVE_OPT( [+ (string-upcase! (get "flags-cant")) +] )) usage_cannot (DESC([+ (. OPT-NAME) +]).pz_Name, DESC([+ (string-upcase! (get "flags-cant")) +]).pz_Name);[+ ENDFOR cant +][+ FOR flags-must +] if (! HAVE_OPT( [+ (string-upcase! (get "flags-must")) +] )) usage_must (DESC([+ (. OPT-NAME) +]).pz_Name, DESC([+ (string-upcase! (get "flags-must")) +]).pz_Name);[+ ENDFOR must +][+ IF (exist? "min") +][+ IF (> (string->number (get "min" "0")) 1) +] if (DESC([+(. OPT-NAME)+]).optOccCt < DESC([+(. OPT-NAME)+]).optMinCt) usage_too_few (&DESC([+(. OPT-NAME) +]));[+ ENDIF +][+ ENDIF +] } [+ ENDIF +][+ IF (exist? "min") +][+ IF (. check-have-opt) +] else[+ ELSE +] if ([+ # We have a minimum count, but we have not checked for option existence yet because there are no option interdependencies. We must therefore now check to see if the option has appeared the required number of times. In the absence of a max count, our limit must be one and we only check for presence. If a max count exists, then we will also have kept the occurrence count. Check that against the limit. +][+ IF (not (exist? "max")) +]! HAVE_OPT( [+ (. OPT-NAME) +] )[+ ELSE max ct exists +]DESC([+(. OPT-NAME)+]).optOccCt < DESC([+(. OPT-NAME)+]).optMinCt[+ ENDIF +])[+ ENDIF +] usage_too_few (&DESC([+(. OPT-NAME) +])); [+ ENDIF +][+ ENDFOR +] return 0; } 0707010040d090000041ed000004a7000000640000000343e3853b00000000000000ed0000000100000000000000000000000e00000000reloc/include0707010040d091000041ed000004a7000000640000000243e3853b00000000000000ed0000000100000000000000000000001700000000reloc/include/autoopts0707010040d093000081a4000004a7000000640000000143e3852a0000526f000000ed0000000100000000000000000000002300000000reloc/include/autoopts/usage-txt.h/* -*- buffer-read-only: t -*- vi: set ro: * * DO NOT EDIT THIS FILE (usage-txt.h) * * It has been AutoGen-ed Friday February 3, 2006 at 07:16:48 AM PST * From the definitions usage-txt.def * and the template file usage-txt.tpl * * This file handles all the bookkeeping required for tracking all the little * tiny strings used by the AutoOpts library. There are 114 * of them. This is not versioned because it is entirely internal to the * library and accessed by client code only in a very well-controlled way: * they may substitute translated strings using a procedure that steps through * all the string pointers. * * AutoOpts is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 2.1 of the License, or (at your option) any later version. * * AutoOpts 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 * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with AutoOpts. If not, write to: * The Free Software Foundation, Inc., * 51 Franklin Street, Fifth Floor * Boston, MA 02110-1301, USA. */ #ifndef AUTOOPTS_USAGE_TXT_H_GUARD #define AUTOOPTS_USAGE_TXT_H_GUARD #undef cch_t #define cch_t const char /* * One structure to hold all the pointers to all the stringlets. */ typedef struct { int field_ct; char* utpz_GnuBoolArg; char* utpz_GnuKeyArg; char* utpz_GnuKeyLArg; char* utpz_GnuNumArg; char* utpz_GnuStrArg; cch_t* apz_str[ 109 ]; } usage_text_t; /* * Declare the global structure with all the pointers to translated * strings. This is then used by the usage generation procedure. */ extern usage_text_t option_usage_text; #if defined(AUTOOPTS_INTERNAL) /* DEFINE ALL THE STRINGS = = = = = */ /* * Provide a mapping from a short name to fields in this structure. */ #define zAO_Bad (option_usage_text.apz_str[0]) #define zAO_Big (option_usage_text.apz_str[1]) #define zAO_Err (option_usage_text.apz_str[2]) #define zAO_Sml (option_usage_text.apz_str[3]) #define zAll (option_usage_text.apz_str[4]) #define zAlt (option_usage_text.apz_str[5]) #define zAmbigKey (option_usage_text.apz_str[6]) #define zAmbiguous (option_usage_text.apz_str[7]) #define zArgsMust (option_usage_text.apz_str[8]) #define zAtMost (option_usage_text.apz_str[9]) #define zAuto (option_usage_text.apz_str[10]) #define zBadPipe (option_usage_text.apz_str[11]) #define zBadVerArg (option_usage_text.apz_str[12]) #define zCantFmt (option_usage_text.apz_str[13]) #define zCantSave (option_usage_text.apz_str[14]) #define zDefaultOpt (option_usage_text.apz_str[15]) #define zDis (option_usage_text.apz_str[16]) #define zEnab (option_usage_text.apz_str[17]) #define zEquiv (option_usage_text.apz_str[18]) #define zErrOnly (option_usage_text.apz_str[19]) #define zExamineFmt (option_usage_text.apz_str[20]) #define zFiveSpaces (option_usage_text.apz_str[21]) #define zFlagOkay (option_usage_text.apz_str[22]) #define zFmtFmt (option_usage_text.apz_str[23]) #define zForkFail (option_usage_text.apz_str[24]) #define zFSErrOptLoad (option_usage_text.apz_str[25]) #define zFSErrReadFile (option_usage_text.apz_str[26]) #define zGenshell (option_usage_text.apz_str[27]) #define zGnuBoolArg (option_usage_text.utpz_GnuBoolArg) #define zGnuBreak (option_usage_text.apz_str[28]) #define zGnuKeyArg (option_usage_text.utpz_GnuKeyArg) #define zGnuKeyLArg (option_usage_text.utpz_GnuKeyLArg) #define zGnuNestArg (option_usage_text.apz_str[29]) #define zGnuNumArg (option_usage_text.utpz_GnuNumArg) #define zGnuOptArg (option_usage_text.apz_str[30]) #define zGnuOptFmt (option_usage_text.apz_str[31]) #define zGnuStrArg (option_usage_text.utpz_GnuStrArg) #define zHomePath (option_usage_text.apz_str[32]) #define zIllOptChr (option_usage_text.apz_str[33]) #define zIllOptStr (option_usage_text.apz_str[34]) #define zIllegal (option_usage_text.apz_str[35]) #define zInvalOptDesc (option_usage_text.apz_str[36]) #define zKeyWords (option_usage_text.apz_str[37]) #define zLoadCooked (option_usage_text.apz_str[38]) #define zLoadKeep (option_usage_text.apz_str[39]) #define zLoadType (option_usage_text.apz_str[40]) #define zLoadUncooked (option_usage_text.apz_str[41]) #define zLtypeInteger (option_usage_text.apz_str[42]) #define zLtypeNest (option_usage_text.apz_str[43]) #define zLtypeString (option_usage_text.apz_str[44]) #define zLtypeBool (option_usage_text.apz_str[45]) #define zLtypeKeyword (option_usage_text.apz_str[46]) #define zLtypeSetMembership (option_usage_text.apz_str[47]) #define zMembers (option_usage_text.apz_str[48]) #define zMisArg (option_usage_text.apz_str[49]) #define zMultiEquiv (option_usage_text.apz_str[50]) #define zMust (option_usage_text.apz_str[51]) #define zNeedOne (option_usage_text.apz_str[52]) #define zNoArg (option_usage_text.apz_str[53]) #define zNoArgs (option_usage_text.apz_str[54]) #define zNoCreat (option_usage_text.apz_str[55]) #define zNoFlags (option_usage_text.apz_str[56]) #define zNoKey (option_usage_text.apz_str[57]) #define zNoLim (option_usage_text.apz_str[58]) #define zNoPreset (option_usage_text.apz_str[59]) #define zNoRq_NoShrtTtl (option_usage_text.apz_str[60]) #define zNoRq_ShrtTtl (option_usage_text.apz_str[61]) #define zNoStat (option_usage_text.apz_str[62]) #define zNoState (option_usage_text.apz_str[63]) #define zNone (option_usage_text.apz_str[64]) #define zNotDef (option_usage_text.apz_str[65]) #define zNotEnough (option_usage_text.apz_str[66]) #define zNotFile (option_usage_text.apz_str[67]) #define zNotNumber (option_usage_text.apz_str[68]) #define zNrmOptFmt (option_usage_text.apz_str[69]) #define zNumberOpt (option_usage_text.apz_str[70]) #define zOneSpace (option_usage_text.apz_str[71]) #define zOnlyOne (option_usage_text.apz_str[72]) #define zOptsOnly (option_usage_text.apz_str[73]) #define zPathFmt (option_usage_text.apz_str[74]) #define zPlsSendBugs (option_usage_text.apz_str[75]) #define zPreset (option_usage_text.apz_str[76]) #define zPresetFile (option_usage_text.apz_str[77]) #define zPresetIntro (option_usage_text.apz_str[78]) #define zProg (option_usage_text.apz_str[79]) #define zProhib (option_usage_text.apz_str[80]) #define zReorder (option_usage_text.apz_str[81]) #define zReqFmt (option_usage_text.apz_str[82]) #define zReqOptFmt (option_usage_text.apz_str[83]) #define zReqThese (option_usage_text.apz_str[84]) #define zReq_NoShrtTtl (option_usage_text.apz_str[85]) #define zReq_ShrtTtl (option_usage_text.apz_str[86]) #define zSepChars (option_usage_text.apz_str[87]) #define zSetMembers (option_usage_text.apz_str[88]) #define zSetMemberSettings (option_usage_text.apz_str[89]) #define zShrtGnuOptFmt (option_usage_text.apz_str[90]) #define zSixSpaces (option_usage_text.apz_str[91]) #define zStdBoolArg (option_usage_text.apz_str[92]) #define zStdBreak (option_usage_text.apz_str[93]) #define zStdKeyArg (option_usage_text.apz_str[94]) #define zStdKeyLArg (option_usage_text.apz_str[95]) #define zStdNestArg (option_usage_text.apz_str[96]) #define zStdNoArg (option_usage_text.apz_str[97]) #define zStdNumArg (option_usage_text.apz_str[98]) #define zStdOptArg (option_usage_text.apz_str[99]) #define zStdReqArg (option_usage_text.apz_str[100]) #define zStdStrArg (option_usage_text.apz_str[101]) #define zTabHyp (option_usage_text.apz_str[102]) #define zTabHypAnd (option_usage_text.apz_str[103]) #define zTabout (option_usage_text.apz_str[104]) #define zThreeSpaces (option_usage_text.apz_str[105]) #define zTwoSpaces (option_usage_text.apz_str[106]) #define zUpTo (option_usage_text.apz_str[107]) #define zValidKeys (option_usage_text.apz_str[108]) /* * First, set up the strings. Some of these are writable. These are all in * English. This gets compiled into libopts and is distributed here so that * xgettext (or equivalents) can extract these strings for translation. */ static cch_t eng_zAO_Bad[] = "AutoOpts function called without option descriptor\n"; static cch_t eng_zAO_Big[] = "\tThis exceeds the compiled library version: "; static cch_t eng_zAO_Err[] = "Automated Options Processing Error!\n\ \t%s called AutoOpts function with structure version %d:%d:%d.\n"; static cch_t eng_zAO_Sml[] = "\tThis is less than the minimum library version: "; static cch_t eng_zAll[] = "all"; static cch_t eng_zAlt[] = "\t\t\t\t- an alternate for %s\n"; static cch_t eng_zAmbigKey[] = "%s error: the keyword `%s' is ambiguous\n"; static cch_t eng_zAmbiguous[] = "ambiguous"; static cch_t eng_zArgsMust[] = "%s: Command line arguments required\n"; static cch_t eng_zAtMost[] = "%4$d %1$s%s options allowed\n"; static cch_t eng_zAuto[] = "version and help options:"; static cch_t eng_zBadPipe[] = "Error %d (%s) from the pipe(2) syscall\n"; static cch_t eng_zBadVerArg[] = "ERROR: version option argument '%c' invalid. Use:\n\ \t'v' - version only\n\ \t'c' - version and copyright\n\ \t'n' - version and copyright notice\n"; static cch_t eng_zCantFmt[] = "ERROR: %s option conflicts with the %s option\n"; static cch_t eng_zCantSave[] = "%s(optionSaveState): error: cannot allocate %d bytes\n"; static cch_t eng_zDefaultOpt[] = "\t\t\t\t- default option for unnamed options\n"; static cch_t eng_zDis[] = "\t\t\t\t- disabled as --%s\n"; static cch_t eng_zEnab[] = "\t\t\t\t- enabled by default\n"; static cch_t eng_zEquiv[] = "-equivalence"; static cch_t eng_zErrOnly[] = "ERROR: only "; static cch_t eng_zExamineFmt[] = " - examining environment variables named %s_*\n"; static cch_t eng_zFiveSpaces[] = " "; static cch_t eng_zFlagOkay[] = "Options are specified by doubled hyphens and their name\n\ or by a single hyphen and the flag character.\n"; static cch_t eng_zFmtFmt[] = "%%-%ds %%s\n"; static cch_t eng_zForkFail[] = "fs error %d (%s) on fork - cannot obtain %s usage\n"; static cch_t eng_zFSErrOptLoad[] = "File error %d (%s) opening %s for loading options\n"; static cch_t eng_zFSErrReadFile[] = "fs error %d (%s) reading file %s\n"; static cch_t eng_zGenshell[] = "\n\ = = = = = = = =\n\n\ This incarnation of genshell will produce\n\ a shell script to parse the options for %s:\n\n"; static char eng_zGnuBoolArg[] = "=T/F"; static cch_t eng_zGnuBreak[] = "\n\ %s\n\n"; static char eng_zGnuKeyArg[] = "=KWd"; static char eng_zGnuKeyLArg[] = "=Mbr"; static cch_t eng_zGnuNestArg[] = "=Cplx"; static char eng_zGnuNumArg[] = "=num"; static cch_t eng_zGnuOptArg[] = "[=arg]"; static cch_t eng_zGnuOptFmt[] = "--%2$s%1$s"; static char eng_zGnuStrArg[] = "=str"; static cch_t eng_zHomePath[] = " - reading file /... %s's exe directory .../%s \n"; static cch_t eng_zIllOptChr[] = "%s: illegal option -- %c\n"; static cch_t eng_zIllOptStr[] = "%s: %s option -- %s\n"; static cch_t eng_zIllegal[] = "illegal"; static cch_t eng_zInvalOptDesc[] = "AutoOpts ERROR: invalid option descriptor for %s\n"; static cch_t eng_zKeyWords[] = "words="; static cch_t eng_zLoadCooked[] = "cooked"; static cch_t eng_zLoadKeep[] = "keep"; static cch_t eng_zLoadType[] = "type="; static cch_t eng_zLoadUncooked[] = "uncooked"; static cch_t eng_zLtypeInteger[] = "integer"; static cch_t eng_zLtypeNest[] = "nested"; static cch_t eng_zLtypeString[] = "string"; static cch_t eng_zLtypeBool[] = "bool"; static cch_t eng_zLtypeKeyword[] = "keyword"; static cch_t eng_zLtypeSetMembership[] = "set"; static cch_t eng_zMembers[] = "\t\t\t\t- is a set membership option\n"; static cch_t eng_zMisArg[] = "%s: option `%s' requires an argument\n"; static cch_t eng_zMultiEquiv[] = "Equivalenced option '%s' was equivalenced to both\n\ \t'%s' and '%s'"; static cch_t eng_zMust[] = "\t\t\t\t- must appear between %d and %d times\n"; static cch_t eng_zNeedOne[] = "ERROR: The %s option is required\n"; static cch_t eng_zNoArg[] = "%s: option `%s' cannot have an argument\n"; static cch_t eng_zNoArgs[] = "%s: Command line arguments not allowed\n"; static cch_t eng_zNoCreat[] = "error %d (%s) creating %s\n"; static cch_t eng_zNoFlags[] = "Options are specified by single or double hyphens and their name.\n"; static cch_t eng_zNoKey[] = "%s error: `%s' does not match any keywords\n"; static cch_t eng_zNoLim[] = "\t\t\t\t- may appear multiple times\n"; static cch_t eng_zNoPreset[] = "\t\t\t\t- may not be preset\n"; static cch_t eng_zNoRq_NoShrtTtl[] = " Arg Option-Name Description\n"; static cch_t eng_zNoRq_ShrtTtl[] = " Flg Arg Option-Name Description\n"; static cch_t eng_zNoStat[] = "error %d (%s) stat-ing %s\n"; static cch_t eng_zNoState[] = "%s(optionRestore): error: no saved option state\n"; static cch_t eng_zNone[] = "none"; static cch_t eng_zNotDef[] = "'%s' not defined\n"; static cch_t eng_zNotEnough[] = "ERROR: The %s option must appear %d times\n"; static cch_t eng_zNotFile[] = "error: cannot load options from non-regular file %s\n"; static cch_t eng_zNotNumber[] = "%s error: `%s' is not a recognizable number\n"; static cch_t eng_zNrmOptFmt[] = " %3s %s"; static cch_t eng_zNumberOpt[] = "The '-#' option may omit the hash char\n"; static cch_t eng_zOneSpace[] = " "; static cch_t eng_zOnlyOne[] = "one %s%s option allowed\n"; static cch_t eng_zOptsOnly[] = "All arguments are named options.\n"; static cch_t eng_zPathFmt[] = " - reading file %s"; static cch_t eng_zPlsSendBugs[] = "\n\ please send bug reports to: %s\n"; static cch_t eng_zPreset[] = "\t\t\t\t- may NOT appear - preset only\n"; static cch_t eng_zPresetFile[] = "# preset/initialization file\n\ # %s#\n"; static cch_t eng_zPresetIntro[] = "\n\ The following option preset mechanisms are supported:\n"; static cch_t eng_zProg[] = "program"; static cch_t eng_zProhib[] = "prohibits these options:\n"; static cch_t eng_zReorder[] = "Operands and options may be intermixed. They will be reordered.\n"; static cch_t eng_zReqFmt[] = "ERROR: %s option requires the %s option\n"; static cch_t eng_zReqOptFmt[] = " %3s %-14s %s"; static cch_t eng_zReqThese[] = "requires these options:\n"; static cch_t eng_zReq_NoShrtTtl[] = " Arg Option-Name Req? Description\n"; static cch_t eng_zReq_ShrtTtl[] = " Flg Arg Option-Name Req? Description\n"; static cch_t eng_zSepChars[] = "-_^"; static cch_t eng_zSetMembers[] = "members="; static cch_t eng_zSetMemberSettings[] = "or you may use a numeric representation. Preceding these with a '!' will\n\ clear the bits, specifying 'none' will clear all bits, and 'all' will set them\n\ all. Multiple entries may be passed as an option argument list.\n"; static cch_t eng_zShrtGnuOptFmt[] = "%s"; static cch_t eng_zSixSpaces[] = " "; static cch_t eng_zStdBoolArg[] = "T/F"; static cch_t eng_zStdBreak[] = "\n\ %s\n\n\ %s"; static cch_t eng_zStdKeyArg[] = "KWd"; static cch_t eng_zStdKeyLArg[] = "Mbr"; static cch_t eng_zStdNestArg[] = "Cpx"; static cch_t eng_zStdNoArg[] = "no "; static cch_t eng_zStdNumArg[] = "Num"; static cch_t eng_zStdOptArg[] = "opt"; static cch_t eng_zStdReqArg[] = "YES"; static cch_t eng_zStdStrArg[] = "Str"; static cch_t eng_zTabHyp[] = "\t\t\t\t- "; static cch_t eng_zTabHypAnd[] = "\t\t\t\t-- and "; static cch_t eng_zTabout[] = "\t\t\t\t%s\n"; static cch_t eng_zThreeSpaces[] = " "; static cch_t eng_zTwoSpaces[] = " "; static cch_t eng_zUpTo[] = "\t\t\t\t- may appear up to %d times\n"; static cch_t eng_zValidKeys[] = "The valid \"%s\" option keywords are:\n"; /* * Now, define (and initialize) the structure that contains * the pointers to all these strings. * Aren't you glad you don't maintain this by hand? */ usage_text_t option_usage_text = { 114, eng_zGnuBoolArg, eng_zGnuKeyArg, eng_zGnuKeyLArg, eng_zGnuNumArg, eng_zGnuStrArg, { eng_zAO_Bad, eng_zAO_Big, eng_zAO_Err, eng_zAO_Sml, eng_zAll, eng_zAlt, eng_zAmbigKey, eng_zAmbiguous, eng_zArgsMust, eng_zAtMost, eng_zAuto, eng_zBadPipe, eng_zBadVerArg, eng_zCantFmt, eng_zCantSave, eng_zDefaultOpt, eng_zDis, eng_zEnab, eng_zEquiv, eng_zErrOnly, eng_zExamineFmt, eng_zFiveSpaces, eng_zFlagOkay, eng_zFmtFmt, eng_zForkFail, eng_zFSErrOptLoad, eng_zFSErrReadFile, eng_zGenshell, eng_zGnuBreak, eng_zGnuNestArg, eng_zGnuOptArg, eng_zGnuOptFmt, eng_zHomePath, eng_zIllOptChr, eng_zIllOptStr, eng_zIllegal, eng_zInvalOptDesc, eng_zKeyWords, eng_zLoadCooked, eng_zLoadKeep, eng_zLoadType, eng_zLoadUncooked, eng_zLtypeInteger, eng_zLtypeNest, eng_zLtypeString, eng_zLtypeBool, eng_zLtypeKeyword, eng_zLtypeSetMembership, eng_zMembers, eng_zMisArg, eng_zMultiEquiv, eng_zMust, eng_zNeedOne, eng_zNoArg, eng_zNoArgs, eng_zNoCreat, eng_zNoFlags, eng_zNoKey, eng_zNoLim, eng_zNoPreset, eng_zNoRq_NoShrtTtl, eng_zNoRq_ShrtTtl, eng_zNoStat, eng_zNoState, eng_zNone, eng_zNotDef, eng_zNotEnough, eng_zNotFile, eng_zNotNumber, eng_zNrmOptFmt, eng_zNumberOpt, eng_zOneSpace, eng_zOnlyOne, eng_zOptsOnly, eng_zPathFmt, eng_zPlsSendBugs, eng_zPreset, eng_zPresetFile, eng_zPresetIntro, eng_zProg, eng_zProhib, eng_zReorder, eng_zReqFmt, eng_zReqOptFmt, eng_zReqThese, eng_zReq_NoShrtTtl, eng_zReq_ShrtTtl, eng_zSepChars, eng_zSetMembers, eng_zSetMemberSettings, eng_zShrtGnuOptFmt, eng_zSixSpaces, eng_zStdBoolArg, eng_zStdBreak, eng_zStdKeyArg, eng_zStdKeyLArg, eng_zStdNestArg, eng_zStdNoArg, eng_zStdNumArg, eng_zStdOptArg, eng_zStdReqArg, eng_zStdStrArg, eng_zTabHyp, eng_zTabHypAnd, eng_zTabout, eng_zThreeSpaces, eng_zTwoSpaces, eng_zUpTo, eng_zValidKeys } }; #endif /* DO_TRANSLATIONS */ #endif /* AUTOOPTS_USAGE_TXT_H_GUARD */ 0707010040d092000081a4000004a7000000640000000143e3852d00007a78000000ed0000000100000000000000000000002100000000reloc/include/autoopts/options.h/* -*- buffer-read-only: t -*- vi: set ro: * * DO NOT EDIT THIS FILE (options.h) * * It has been AutoGen-ed Friday February 3, 2006 at 07:16:48 AM PST * From the definitions funcs.def * and the template file options_h * * This file defines all the global structures and special values * used in the automated option processing library. * * Automated Options copyright 1992-Y Bruce Korb * * AutoOpts is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 2.1 of the License, or (at your option) any later version. * * AutoOpts 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 * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with AutoOpts. If not, write to: * The Free Software Foundation, Inc., * 51 Franklin Street, Fifth Floor * Boston, MA 02110-1301, USA. */ #ifndef AUTOOPTS_OPTIONS_H_GUARD #define AUTOOPTS_OPTIONS_H_GUARD #include #include #include /* * PUBLIC DEFINES * * The following defines may be used in applications that need to test the * state of an option. To test against these masks and values, a pointer * to an option descriptor must be obtained. There are two ways: * * 1. inside an option processing procedure, it is the second argument, * conventionally "tOptDesc* pOD". * * 2. Outside of an option procedure (or to reference a different option * descriptor), use either "&DESC( opt_name )" or "&pfx_DESC( opt_name )". * * See the relevant generated header file to determine which and what * values for "opt_name" are available. */ typedef enum { OPARG_TYPE_NONE = 0, OPARG_TYPE_STRING = 1, /* default type/ vanilla string */ OPARG_TYPE_ENUMERATION = 2, /* opt arg is an enum (keyword list) */ OPARG_TYPE_BOOLEAN = 3, /* opt arg is boolean-valued */ OPARG_TYPE_MEMBERSHIP = 4, /* opt arg sets set membership bits */ OPARG_TYPE_NUMERIC = 5, /* opt arg has numeric value */ OPARG_TYPE_HIERARCHY = 6 /* option arg is hierarchical value */ } teOptArgType; typedef struct optionValue { teOptArgType valType; char* pzName; union { char strVal[1]; /* OPARG_TYPE_STRING */ int enumVal; /* OPARG_TYPE_ENUMERATION */ int boolVal; /* OPARG_TYPE_BOOLEAN */ long setVal; /* OPARG_TYPE_MEMBERSHIP */ long longVal; /* OPARG_TYPE_NUMERIC */ void* nestVal; /* OPARG_TYPE_HIERARCHY */ } v; } tOptionValue; #define OPTST_SET_ARGTYPE(n) ((n) << 12) #define OPTST_GET_ARGTYPE(f) (((f) & OPTST_ARG_TYPE_MASK) >> 12) /* * Bits in the fOptState option descriptor field. */ #define OPTST_INIT 0x0000000 /* Initial compiled value */ #define OPTST_SET 0x0000001 /* Set via the "SET_OPT()" macro */ #define OPTST_PRESET 0x0000002 /* Set via an RC/INI file */ #define OPTST_DEFINED 0x0000004 /* Set via a command line option */ #define OPTST_SET_MASK 0x0000007 /* mask of flags that show set state */ #define OPTST_EQUIVALENCE 0x0000010 /* selected by equiv'ed option */ #define OPTST_DISABLED 0x0000020 /* option is in disabled state */ #define OPTST_NO_INIT 0x0000100 /* option cannot be preset */ #define OPTST_NUMBER_OPT 0x0000200 /* opt value (flag) is any digit */ #define OPTST_STACKED 0x0000400 /* opt uses optionStackArg procedure */ #define OPTST_INITENABLED 0x0000800 /* option defaults to enabled */ #define OPTST_ARG_TYPE_MASK 0x000F000 /* bits used to specify opt arg type */ #define OPTST_ARG_OPTIONAL 0x0010000 /* the option argument not required */ #define OPTST_IMM 0x0020000 /* process option on first pass */ #define OPTST_DISABLE_IMM 0x0040000 /* process disablement on first pass */ #define OPTST_OMITTED 0x0080000 /* compiled out of program */ #define OPTST_MUST_SET 0x0100000 /* must be set or pre-set */ #define OPTST_DOCUMENT 0x0200000 /* opt is for documentation only */ #define OPTST_TWICE 0x0400000 /* process option twice - imm + reg */ #define OPTST_DISABLE_TWICE 0x0800000 /* process disabled option twice */ #define OPTST_PERSISTENT 0xFFFFF00 /* mask of flags that do not change */ #define SELECTED_OPT( pod ) ( (pod)->fOptState & (OPTST_SET | OPTST_DEFINED)) #define UNUSED_OPT( pod ) (((pod)->fOptState & OPTST_SET_MASK) == 0) #define DISABLED_OPT( pod ) ( (pod)->fOptState & OPTST_DISABLED) #define OPTION_STATE( pod ) ((pod)->fOptState) /* * PRIVATE INTERFACES * * The following values are used in the generated code to communicate * with the option library procedures. They are not for public use * and may be subject to change. */ /* * Define any special processing flags */ #define OPTPROC_NONE 0x000000 #define OPTPROC_LONGOPT 0x000001 /* Process long style options */ #define OPTPROC_SHORTOPT 0x000002 /* Process short style "flags" */ #define OPTPROC_ERRSTOP 0x000004 /* Stop on argument errors */ #define OPTPROC_DISABLEDOPT 0x000008 /* Current option is disabled */ #define OPTPROC_NO_REQ_OPT 0x000010 /* no options are required */ #define OPTPROC_NUM_OPT 0x000020 /* there is a number option */ #define OPTPROC_INITDONE 0x000040 /* have initializations been done? */ #define OPTPROC_NEGATIONS 0x000080 /* any negation options? */ #define OPTPROC_ENVIRON 0x000100 /* check environment? */ #define OPTPROC_NO_ARGS 0x000200 /* Disallow remaining arguments */ #define OPTPROC_ARGS_REQ 0x000400 /* Require arguments after options */ #define OPTPROC_REORDER 0x000800 /* reorder arguments after options */ #define OPTPROC_GNUUSAGE 0x001000 /* emit usage in GNU style */ #define OPTPROC_TRANSLATE 0x002000 /* Translate strings in tOptions */ #define OPTPROC_HAS_IMMED 0x004000 /* program defines immed options */ #define OPTPROC_PRESETTING 0x800000 /* opt processing in preset state */ #define STMTS(s) do { s; } while (0) /* * The following must be #defined instead of typedef-ed * because "static const" cannot both be applied to a type, * tho each individually can...so they all are */ #define tSCC static const char #define tCC const char #define tAoSC static char #define tAoUC unsigned char #define tAoUI unsigned int #define tAoUL unsigned long #define tAoUS unsigned short /* * It is so disgusting that there must be so many ways * of specifying TRUE and FALSE. */ typedef enum { AG_FALSE = 0, AG_TRUE } ag_bool; /* * Define a structure that describes each option and * a pointer to the procedure that handles it. * The argument is the count of this flag previously seen. */ typedef struct options tOptions; typedef struct optDesc tOptDesc; typedef struct optNames tOptNames; /* * The option procedures do the special processing for each * option flag that needs it. */ typedef void (tOptProc)( tOptions* pOpts, tOptDesc* pOptDesc ); typedef tOptProc* tpOptProc; /* * The usage procedure will never return. It calls "exit(2)" * with the "exitCode" argument passed to it. */ typedef void (tUsageProc)( tOptions* pOpts, int exitCode ); typedef tUsageProc* tpUsageProc; /* * Special definitions. "NOLIMIT" is the 'max' value to use when * a flag may appear multiple times without limit. "NO_EQUIVALENT" * is an illegal value for 'optIndex' (option description index). */ #define NOLIMIT USHRT_MAX #define OPTION_LIMIT SHRT_MAX #define NO_EQUIVALENT (OPTION_LIMIT+1) /* * Special values for optValue. It must not be generatable from the * computation "optIndex +96". Since "optIndex" is limited to 100, ... */ #define NUMBER_OPTION '#' typedef struct argList tArgList; #define MIN_ARG_ALLOC_CT 6 #define INCR_ARG_ALLOC_CT 8 struct argList { int useCt; int allocCt; tCC* apzArgs[ MIN_ARG_ALLOC_CT ]; }; /* * Descriptor structure for each option. * Only the fields marked "PUBLIC" are for public use. */ struct optDesc { tAoUS optIndex; /* PUBLIC */ tAoUS optValue; /* PUBLIC */ tAoUS optActualIndex; /* PUBLIC */ tAoUS optActualValue; /* PUBLIC */ tAoUS optEquivIndex; /* PUBLIC */ tAoUS optMinCt; tAoUS optMaxCt; tAoUS optOccCt; /* PUBLIC */ tAoUI fOptState; /* PUBLIC */ tAoUI reserved; tCC* pzLastArg; /* PUBLIC */ void* optCookie; /* PUBLIC */ const int * pOptMust; const int * pOptCant; tpOptProc pOptProc; const char* pzText; const char* pz_NAME; const char* pz_Name; const char* pz_DisableName; const char* pz_DisablePfx; }; /* * Some options need special processing, so we store their * indexes in a known place: */ typedef struct optSpecIndex tOptSpecIndex; struct optSpecIndex { tAoUS more_help; tAoUS save_opts; tAoUS number_option; tAoUS default_opt; }; #define OPTIONS_STRUCT_VERSION 110594 #define OPTIONS_VERSION_STRING "27:1:2" #define OPTIONS_MINIMUM_VERSION 102400 #define OPTIONS_MIN_VER_STRING "25:0:0" /* * The procedure generated for translating option text */ typedef void (tOptionXlateProc)(void); struct options { const int structVersion; int origArgCt; char** origArgVect; unsigned int fOptSet; unsigned int curOptIdx; char* pzCurOpt; const char* pzProgPath; const char* pzProgName; const char* pzPROGNAME; const char* pzRcName; const char* pzCopyright; const char* pzCopyNotice; const char* pzFullVersion; const char** papzHomeList; const char* pzUsageTitle; const char* pzExplain; const char* pzDetail; tOptDesc* pOptDesc; const char* pzBugAddr; void* pExtensions; void* pSavedState; tpUsageProc pUsageProc; tOptionXlateProc* pTransProc; tOptSpecIndex specOptIdx; const int optCt; const int presetOptCt; }; /* * "token list" structure returned by "string_tokenize()" */ typedef struct { unsigned long tkn_ct; unsigned char* tkn_list[1]; } token_list_t; /* * Hide the interface - it pollutes a POSIX claim, but leave it for * anyone #include-ing this header */ #define strneqvcmp option_strneqvcmp #define streqvcmp option_streqvcmp #define streqvmap option_streqvmap #define strequate option_strequate #define strtransform option_strtransform /* * This is an output only structure used by text_mmap and text_munmap. * Clients must not alter the contents and must provide it to both * the text_mmap and text_munmap procedures. BE ADVISED: if you are * mapping the file with PROT_WRITE the NUL byte at the end MIGHT NOT * BE WRITABLE. In any event, that byte is not be written back * to the source file. ALSO: if "txt_data" is valid and "txt_errno" * is not zero, then there *may* not be a terminating NUL. */ typedef struct { void* txt_data; /* text file data */ size_t txt_size; /* actual file size */ size_t txt_full_size; /* mmaped mem size */ int txt_fd; /* file descriptor */ int txt_zero_fd; /* fd for /dev/zero */ int txt_errno; /* warning code */ int txt_prot; /* "prot" flags */ int txt_flags; /* mapping type */ int txt_alloc; /* if we malloced memory */ } tmap_info_t; #define TEXT_MMAP_FAILED_ADDR(a) ((void*)(a) == (void*)MAP_FAILED) /* * When loading a line (or block) of text as an option, the value can * be processed in any of several modes: * * @table @samp * @item keep * Every part of the value between the delimiters is saved. * * @item uncooked * Even if the value begins with quote characters, do not do quote processing. * * @item cooked * If the value looks like a quoted string, then process it. * Double quoted strings are processed the way strings are in "C" programs, * except they are treated as regular characters if the following character * is not a well-established escape sequence. * Single quoted strings (quoted with apostrophies) are handled the way * strings are handled in shell scripts, *except* that backslash escapes * are honored before backslash escapes and apostrophies. * @end table */ typedef enum { OPTION_LOAD_COOKED, OPTION_LOAD_UNCOOKED, OPTION_LOAD_KEEP } tOptionLoadMode; #ifdef __cplusplus extern "C" { #define CPLUSPLUS_CLOSER } #else #define CPLUSPLUS_CLOSER #endif /* * The following routines may be coded into AutoOpts client code: */ /* From: tokenize.c line 115 * * ao_string_tokenize - tokenize an input string * * Arguments: * string string to be tokenized * * Returns: token_list_t* - pointer to a structure that lists each token * * This function will convert one input string into a list of strings. * The list of strings is derived by separating the input based on * white space separation. However, if the input contains either single * or double quote characters, then the text after that character up to * a matching quote will become the string in the list. * * The returned pointer should be deallocated with @code{free(3C)} when * are done using the data. The data are placed in a single block of * allocated memory. Do not deallocate individual token/strings. * * The structure pointed to will contain at least these two fields: * @table @samp * @item tkn_ct * The number of tokens found in the input string. * @item tok_list * An array of @code{tkn_ct + 1} pointers to substring tokens, with * the last pointer set to NULL. * @end table * * There are two types of quoted strings: single quoted (@code{'}) and * double quoted (@code{"}). Singly quoted strings are fairly raw in that * escape characters (@code{\\}) are simply another character, except when * preceding the following characters: * @example * @code{\\} double backslashes reduce to one * @code{'} incorporates the single quote into the string * @code{\n} suppresses both the backslash and newline character * @end example * * Double quote strings are formed according to the rules of string * constants in ANSI-C programs. */ extern token_list_t* ao_string_tokenize( const char* ); /* From: configfile.c line 113 * * configFileLoad - parse a configuration file * * Arguments: * pzFile the file to load * * Returns: const tOptionValue* - An allocated, compound value structure * * This routine will load a named configuration file and parse the * text as a hierarchically valued option. The option descriptor * created from an option definition file is not used via this interface. * The returned value is "named" with the input file name and is of * type "@code{OPARG_TYPE_HIERARCHY}". It may be used in calls to * @code{optionGetValue()}, @code{optionNextValue()} and * @code{optionUnloadNested()}. */ extern const tOptionValue* configFileLoad( const char* ); /* From: configfile.c line 869 * * optionFileLoad - Load the locatable config files, in order * * Arguments: * pOpts program options descriptor * pzProg program name * * Returns: int - 0 -> SUCCESS, -1 -> FAILURE * * This function looks in all the specified directories for a configuration * file ("rc" file or "ini" file) and processes any found twice. The first * time through, they are processed in reverse order (last file first). At * that time, only "immediate action" configurables are processed. For * example, if the last named file specifies not processing any more * configuration files, then no more configuration files will be processed. * Such an option in the @strong{first} named directory will have no effect. * * Once the immediate action configurables have been handled, then the * directories are handled in normal, forward order. In that way, later * config files can override the settings of earlier config files. * * See the AutoOpts documentation for a thorough discussion of the * config file format. * * Configuration files not found or not decipherable are simply ignored. */ extern int optionFileLoad( tOptions*, const char* ); /* From: configfile.c line 241 * * optionFindNextValue - find a hierarcicaly valued option instance * * Arguments: * pOptDesc an option with a nested arg type * pPrevVal the last entry * name name of value to find * value the matching value * * Returns: const tOptionValue* - a compound value structure * * This routine will find the next entry in a nested value option or * configurable. It will search through the list and return the next entry * that matches the criteria. */ extern const tOptionValue* optionFindNextValue( const tOptDesc*, const tOptionValue*, const char*, const char* ); /* From: configfile.c line 166 * * optionFindValue - find a hierarcicaly valued option instance * * Arguments: * pOptDesc an option with a nested arg type * name name of value to find * value the matching value * * Returns: const tOptionValue* - a compound value structure * * This routine will find an entry in a nested value option or configurable. * It will search through the list and return a matching entry. */ extern const tOptionValue* optionFindValue( const tOptDesc*, const char*, const char* ); /* From: restore.c line 157 * * optionFree - free allocated option processing memory * * Arguments: * pOpts program options descriptor * * AutoOpts sometimes allocates memory and puts pointers to it in the * option state structures. This routine deallocates all such memory. */ extern void optionFree( tOptions* ); /* From: configfile.c line 310 * * optionGetValue - get a specific value from a hierarcical list * * Arguments: * pOptValue a hierarchcal value * valueName name of value to get * * Returns: const tOptionValue* - a compound value structure * * This routine will find an entry in a nested value option or configurable. * If "valueName" is NULL, then the first entry is returned. Otherwise, * the first entry with a name that exactly matches the argument will be * returned. */ extern const tOptionValue* optionGetValue( const tOptionValue*, const char* ); /* From: load.c line 477 * * optionLoadLine - process a string for an option name and value * * Arguments: * pOpts program options descriptor * pzLine NUL-terminated text * * This is a client program callable routine for setting options from, for * example, the contents of a file that they read in. Only one option may * appear in the text. It will be treated as a normal (non-preset) option. * * When passed a pointer to the option struct and a string, it will find * the option named by the first token on the string and set the option * argument to the remainder of the string. The caller must NUL terminate * the string. Any embedded new lines will be included in the option * argument. If the input looks like one or more quoted strings, then the * input will be "cooked". The "cooking" is identical to the string * formation used in AutoGen definition files (@pxref{basic expression}), * except that you may not use backquotes. */ extern void optionLoadLine( tOptions*, const char* ); /* From: configfile.c line 369 * * optionNextValue - get the next value from a hierarchical list * * Arguments: * pOptValue a hierarchcal list value * pOldValue a value from this list * * Returns: const tOptionValue* - a compound value structure * * This routine will return the next entry after the entry passed in. At the * end of the list, NULL will be returned. If the entry is not found on the * list, NULL will be returned and "@var{errno}" will be set to EINVAL. * The "@var{pOldValue}" must have been gotten from a prior call to this * routine or to "@code{opitonGetValue()}". */ extern const tOptionValue* optionNextValue( const tOptionValue*, const tOptionValue* ); /* From: autoopts.c line 934 * * optionProcess - this is the main option processing routine * * Arguments: * pOpts program options descriptor * argc program arg count * argv program arg vector * * Returns: int - the count of the arguments processed * * This is the main entry point for processing options. It is intended * that this procedure be called once at the beginning of the execution of * a program. Depending on options selected earlier, it is sometimes * necessary to stop and restart option processing, or to select completely * different sets of options. This can be done easily, but you generally * do not want to do this. * * The number of arguments processed always includes the program name. * If one of the arguments is "--", then it is counted and the processing * stops. If an error was encountered and errors are to be tolerated, then * the returned value is the index of the argument causing the error. * A hyphen by itself ("-") will also cause processing to stop and will * @emph{not} be counted among the processed arguments. A hyphen by itself * is treated as an operand. Encountering an operand stops option * processing. */ extern int optionProcess( tOptions*, int, char** ); /* From: restore.c line 121 * * optionRestore - restore option state from memory copy * * Arguments: * pOpts program options descriptor * * Copy back the option state from saved memory. * The allocated memory is left intact, so this routine can be * called repeatedly without having to call optionSaveState again. * If you are restoring a state that was saved before the first call * to optionProcess(3AO), then you may change the contents of the * argc/argv parameters to optionProcess. */ extern void optionRestore( tOptions* ); /* From: save.c line 325 * * optionSaveFile - saves the option state to a file * * Arguments: * pOpts program options descriptor * * This routine will save the state of option processing to a file. The name * of that file can be specified with the argument to the @code{--save-opts} * option, or by appending the @code{rcfile} attribute to the last * @code{homerc} attribute. If no @code{rcfile} attribute was specified, it * will default to @code{.@i{programname}rc}. If you wish to specify another * file, you should invoke the @code{SET_OPT_SAVE_OPTS( @i{filename} )} macro. */ extern void optionSaveFile( tOptions* ); /* From: restore.c line 54 * * optionSaveState - saves the option state to memory * * Arguments: * pOpts program options descriptor * * This routine will allocate enough memory to save the current * option processing state. If this routine has been called before, * that memory will be reused. You may only save one copy of the * option state. This routine may be called before optionProcess(3AO). * If you do call it before the first call to optionProcess, then * you may also change the contents of argc/argv after you call * optionRestore(3AO) */ extern void optionSaveState( tOptions* ); /* From: nested.c line 527 * * optionUnloadNested - Deallocate the memory for a nested value * * Arguments: * pOptVal the hierarchical value * * A nested value needs to be deallocated. The pointer passed in should * have been gotten from a call to @code{configFileLoad()} (See * @pxref{libopts-configFileLoad}). */ extern void optionUnloadNested( const tOptionValue* ); /* From: version.c line 58 * * optionVersion - return the compiled AutoOpts version number * * Returns: const char* - the version string in constant memory * * Returns the full version string compiled into the library. * The returned string cannot be modified. */ extern const char* optionVersion( void ); /* From: ../compat/pathfind.c line 24 * * pathfind - fild a file in a list of directories * * Arguments: * path colon separated list of search directories * file the name of the file to look for * mode the mode bits that must be set to match * * Returns: char* - the path to the located file * * the pathfind function is available only if HAVE_PATHFIND is not defined * * pathfind looks for a a file with name "FILE" and "MODE" access * along colon delimited "PATH", and returns the full pathname as a * string, or NULL if not found. If "FILE" contains a slash, then * it is treated as a relative or absolute path and "PATH" is ignored. * * @strong{NOTE}: this function is compiled into @file{libopts} only if * it is not natively supplied. * * The "MODE" argument is a string of option letters chosen from the * list below: * @example * Letter Meaning * r readable * w writable * x executable * f normal file (NOT IMPLEMENTED) * b block special (NOT IMPLEMENTED) * c character special (NOT IMPLEMENTED) * d directory (NOT IMPLEMENTED) * p FIFO (pipe) (NOT IMPLEMENTED) * u set user ID bit (NOT IMPLEMENTED) * g set group ID bit (NOT IMPLEMENTED) * k sticky bit (NOT IMPLEMENTED) * s size nonzero (NOT IMPLEMENTED) * @end example */ extern char* pathfind( const char*, const char*, const char* ); /* From: streqvcmp.c line 233 * * strequate - map a list of characters to the same value * * Arguments: * ch_list characters to equivalence * * Each character in the input string get mapped to the first character * in the string. * This function name is mapped to option_strequate so as to not conflict * with the POSIX name space. */ extern void strequate( const char* ); /* From: streqvcmp.c line 143 * * streqvcmp - compare two strings with an equivalence mapping * * Arguments: * str1 first string * str2 second string * * Returns: int - the difference between two differing characters * * Using a character mapping, two strings are compared for "equivalence". * Each input character is mapped to a comparison character and the * mapped-to characters are compared for the two NUL terminated input strings. * This function name is mapped to option_streqvcmp so as to not conflict * with the POSIX name space. */ extern int streqvcmp( const char*, const char* ); /* From: streqvcmp.c line 180 * * streqvmap - Set the character mappings for the streqv functions * * Arguments: * From Input character * To Mapped-to character * ct compare length * * Set the character mapping. If the count (@code{ct}) is set to zero, then * the map is cleared by setting all entries in the map to their index * value. Otherwise, the "@code{From}" character is mapped to the "@code{To}" * character. If @code{ct} is greater than 1, then @code{From} and @code{To} * are incremented and the process repeated until @code{ct} entries have been * set. For example, * @example * streqvmap( 'a', 'A', 26 ); * @end example * @noindent * will alter the mapping so that all English lower case letters * will map to upper case. * * This function name is mapped to option_streqvmap so as to not conflict * with the POSIX name space. */ extern void streqvmap( char, char, int ); /* From: streqvcmp.c line 102 * * strneqvcmp - compare two strings with an equivalence mapping * * Arguments: * str1 first string * str2 second string * ct compare length * * Returns: int - the difference between two differing characters * * Using a character mapping, two strings are compared for "equivalence". * Each input character is mapped to a comparison character and the * mapped-to characters are compared for the two NUL terminated input strings. * The comparison is limited to @code{ct} bytes. * This function name is mapped to option_strneqvcmp so as to not conflict * with the POSIX name space. */ extern int strneqvcmp( const char*, const char*, int ); /* From: streqvcmp.c line 259 * * strtransform - convert a string into its mapped-to value * * Arguments: * dest output string * src input string * * Each character in the input string is mapped and the mapped-to * character is put into the output. * This function name is mapped to option_strtransform so as to not conflict * with the POSIX name space. */ extern void strtransform( char*, const char* ); /* AutoOpts PRIVATE FUNCTIONS: */ tOptProc optionStackArg, optionUnstackArg, optionBooleanVal, optionNumericVal; extern char* ao_string_cook( char*, int* ); extern unsigned int ao_string_cook_escape_char( const char*, char*, char ); extern void genshelloptUsage( tOptions*, int ); extern void optionBooleanVal( tOptions*, tOptDesc* ); extern char* optionEnumerationVal( tOptions*, tOptDesc*, const char**, unsigned int ); extern const char* optionKeywordName( tOptDesc*, unsigned int ); extern tOptionValue* optionLoadNested( const char*, const char*, size_t, tOptionLoadMode ); extern void optionLoadOpt( tOptions*, tOptDesc* ); extern ag_bool optionMakePath( char*, int, const char*, const char* ); extern void optionNestedVal( tOptions*, tOptDesc* ); extern void optionNumericVal( tOptions*, tOptDesc* ); extern void optionPagedUsage( tOptions*, tOptDesc* ); extern void optionParseShell( tOptions* ); extern void optionPrintVersion( tOptions*, tOptDesc* ); extern void optionPutShell( tOptions* ); extern void optionSetMembers( tOptions*, tOptDesc*, const char**, unsigned int ); extern void optionStackArg( tOptions*, tOptDesc* ); extern void optionUnstackArg( tOptions*, tOptDesc* ); extern void optionUsage( tOptions*, int ); extern void optionVersionStderr( tOptions*, tOptDesc* ); extern void* text_mmap( const char*, int, int, tmap_info_t* ); extern int text_munmap( tmap_info_t* ); CPLUSPLUS_CLOSER #endif /* AUTOOPTS_OPTIONS_H_GUARD */ /* * Local Variables: * c-file-style: "stroustrup" * indent-tabs-mode: nil * End: * options.h ends here */ 07070100434ad7000041ed000004a7000000640000000443e3853c00000000000000ed0000000100000000000000000000000a00000000reloc/man070701004c5aaf000041ed000004a7000000640000000243e3853d00000000000000ed0000000100000000000000000000000f00000000reloc/man/man3070701004c5ab5000081a4000004a7000000640000000143e3852700000621000000ed0000000100000000000000000000002100000000reloc/man/man3/optionFindValue.3.TH optionFindValue 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionFindValue.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionFindValue - find a hierarcicaly valued option instance .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 const tOptionValue* \fBoptionFindValue\fP(const tOptDesc* \fIpOptDesc\fP, const char* \fIname\fP, const char* \fIvalue\fP); .sp 1 .SH DESCRIPTION This routine will find an entry in a nested value option or configurable. It will search through the list and return a matching entry. .TP .IR pOptDesc an option with a nested arg type .TP .IR name name of value to find .TP .IR value the matching value .sp 1 .SH RETURN VALUE a compound value structure .sp 1 .SH ERRORS The returned result is NULL and errno is set: .sp 1ize @bullet .sp 1 \fBEINVAL\fP - the \fBpOptValue\fP does not point to a valid hierarchical option value. .sp 1 \fBENOENT\fP - no entry matched the given name. @end itemize .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c3a000081a4000004a7000000640000000143e38528000005ed000000ed0000000100000000000000000000002100000000reloc/man/man3/optionSaveState.3.TH optionSaveState 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionSaveState.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionSaveState - saves the option state to memory .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 void \fBoptionSaveState\fP(tOptions* \fIpOpts\fP); .sp 1 .SH DESCRIPTION This routine will allocate enough memory to save the current option processing state. If this routine has been called before, that memory will be reused. You may only save one copy of the option state. This routine may be called before optionProcess(3AO). If you do call it before the first call to optionProcess, then you may also change the contents of argc/argv after you call optionRestore(3AO) .TP .IR pOpts program options descriptor .sp 1 .SH ERRORS If it fails to allocate the memory, it will print a message to stderr and exit. Otherwise, it will always succeed. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c3b000081a4000004a7000000640000000143e3852800000495000000ed0000000100000000000000000000002400000000reloc/man/man3/optionUnloadNested.3.TH optionUnloadNested 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionUnloadNested.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionUnloadNested - Deallocate the memory for a nested value .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 void \fBoptionUnloadNested\fP(const tOptionValue* \fIpOptVal\fP); .sp 1 .SH DESCRIPTION A nested value needs to be deallocated. The pointer passed in should have been gotten from a call to \fBconfigFileLoad()\fP (See @pxref{libopts-configFileLoad}). .TP .IR pOptVal the hierarchical value .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c3c000081a4000004a7000000640000000143e3852800000449000000ed0000000100000000000000000000001f00000000reloc/man/man3/optionVersion.3.TH optionVersion 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionVersion.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionVersion - return the compiled AutoOpts version number .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 const char* \fBoptionVersion\fP(void); .sp 1 .SH DESCRIPTION Returns the full version string compiled into the library. The returned string cannot be modified. .sp 1 .SH RETURN VALUE the version string in constant memory .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c3f000081a4000004a7000000640000000143e385290000068e000000ed0000000100000000000000000000001b00000000reloc/man/man3/streqvmap.3.TH streqvmap 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (streqvmap.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME streqvmap - Set the character mappings for the streqv functions .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 void \fBstreqvmap\fP(char \fIFrom\fP, char \fITo\fP, int \fIct\fP); .sp 1 .SH DESCRIPTION Set the character mapping. If the count (\fBct\fP) is set to zero, then the map is cleared by setting all entries in the map to their index value. Otherwise, the "\fBFrom\fP" character is mapped to the "\fBTo\fP" character. If \fBct\fP is greater than 1, then \fBFrom\fP and \fBTo\fP are incremented and the process repeated until \fBct\fP entries have been set. For example, .nf streqvmap( 'a', 'A', 26 ); .fi will alter the mapping so that all English lower case letters will map to upper case. This function name is mapped to option_streqvmap so as to not conflict with the POSIX name space. .TP .IR From Input character .TP .IR To Mapped-to character .TP .IR ct compare length .sp 1 .SH ERRORS none. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), strneqvcmp(3), strtransform(3), 070701004c5ad8000081a4000004a7000000640000000143e3852700000797000000ed0000000100000000000000000000002000000000reloc/man/man3/optionLoadLine.3.TH optionLoadLine 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionLoadLine.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionLoadLine - process a string for an option name and value .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 void \fBoptionLoadLine\fP(tOptions* \fIpOpts\fP, const char* \fIpzLine\fP); .sp 1 .SH DESCRIPTION This is a client program callable routine for setting options from, for example, the contents of a file that they read in. Only one option may appear in the text. It will be treated as a normal (non-preset) option. When passed a pointer to the option struct and a string, it will find the option named by the first token on the string and set the option argument to the remainder of the string. The caller must NUL terminate the string. Any embedded new lines will be included in the option argument. If the input looks like one or more quoted strings, then the input will be "cooked". The "cooking" is identical to the string formation used in AutoGen definition files (@pxref{basic expression}), except that you may not use backquotes. .TP .IR pOpts program options descriptor .TP .IR pzLine NUL-terminated text .sp 1 .SH ERRORS Invalid options are silently ignored. Invalid option arguments will cause a warning to print, but the function should return. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5ab7000081a4000004a7000000640000000143e38527000004b4000000ed0000000100000000000000000000001c00000000reloc/man/man3/optionFree.3.TH optionFree 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionFree.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionFree - free allocated option processing memory .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 void \fBoptionFree\fP(tOptions* \fIpOpts\fP); .sp 1 .SH DESCRIPTION AutoOpts sometimes allocates memory and puts pointers to it in the option state structures. This routine deallocates all such memory. .TP .IR pOpts program options descriptor .sp 1 .SH ERRORS As long as memory has not been corrupted, this routine is always successful. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c38000081a4000004a7000000640000000143e38528000005aa000000ed0000000100000000000000000000001f00000000reloc/man/man3/optionRestore.3.TH optionRestore 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionRestore.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionRestore - restore option state from memory copy .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 void \fBoptionRestore\fP(tOptions* \fIpOpts\fP); .sp 1 .SH DESCRIPTION Copy back the option state from saved memory. The allocated memory is left intact, so this routine can be called repeatedly without having to call optionSaveState again. If you are restoring a state that was saved before the first call to optionProcess(3AO), then you may change the contents of the argc/argv parameters to optionProcess. .TP .IR pOpts program options descriptor .sp 1 .SH ERRORS If you have not called \fBoptionSaveState\fP before, a diagnostic is printed to \fBstderr\fP and exit is called. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c39000081a4000004a7000000640000000143e385280000066b000000ed0000000100000000000000000000002000000000reloc/man/man3/optionSaveFile.3.TH optionSaveFile 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionSaveFile.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionSaveFile - saves the option state to a file .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 void \fBoptionSaveFile\fP(tOptions* \fIpOpts\fP); .sp 1 .SH DESCRIPTION This routine will save the state of option processing to a file. The name of that file can be specified with the argument to the \fB--save-opts\fP option, or by appending the \fBrcfile\fP attribute to the last \fBhomerc\fP attribute. If no \fBrcfile\fP attribute was specified, it will default to \fB.\fIprogramname\fPrc\fP. If you wish to specify another file, you should invoke the \fBSET_OPT_SAVE_OPTS( \fIfilename\fP )\fP macro. .TP .IR pOpts program options descriptor .sp 1 .SH ERRORS If no \fBhomerc\fP file was specified, this routine will silently return and do nothing. If the output file cannot be created or updated, a message will be printed to \fBstderr\fP and the routine will return. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c3d000081a4000004a7000000640000000143e38529000004a1000000ed0000000100000000000000000000001b00000000reloc/man/man3/strequate.3.TH strequate 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (strequate.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME strequate - map a list of characters to the same value .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 void \fBstrequate\fP(const char* \fIch_list\fP); .sp 1 .SH DESCRIPTION Each character in the input string get mapped to the first character in the string. This function name is mapped to option_strequate so as to not conflict with the POSIX name space. .TP .IR ch_list characters to equivalence .sp 1 .SH ERRORS none. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5ad7000081a4000004a7000000640000000143e3852700000641000000ed0000000100000000000000000000002000000000reloc/man/man3/optionGetValue.3.TH optionGetValue 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionGetValue.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionGetValue - get a specific value from a hierarcical list .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 const tOptionValue* \fBoptionGetValue\fP(const tOptionValue* \fIpOptValue\fP, const char* \fIvalueName\fP); .sp 1 .SH DESCRIPTION This routine will find an entry in a nested value option or configurable. If "valueName" is NULL, then the first entry is returned. Otherwise, the first entry with a name that exactly matches the argument will be returned. .TP .IR pOptValue a hierarchcal value .TP .IR valueName name of value to get .sp 1 .SH RETURN VALUE a compound value structure .sp 1 .SH ERRORS The returned result is NULL and errno is set: .sp 1ize @bullet .sp 1 \fBEINVAL\fP - the \fBpOptValue\fP does not point to a valid hierarchical option value. .sp 1 \fBENOENT\fP - no entry matched the given name. @end itemize .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5ab0000081a4000004a7000000640000000143e3852600000b84000000ed0000000100000000000000000000002400000000reloc/man/man3/ao_string_tokenize.3.TH ao_string_tokenize 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (ao_string_tokenize.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME ao_string_tokenize - tokenize an input string .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 token_list_t* \fBao_string_tokenize\fP(const char* \fIstring\fP); .sp 1 .SH DESCRIPTION This function will convert one input string into a list of strings. The list of strings is derived by separating the input based on white space separation. However, if the input contains either single or double quote characters, then the text after that character up to a matching quote will become the string in the list. The returned pointer should be deallocated with \fBfree(3C)\fP when are done using the data. The data are placed in a single block of allocated memory. Do not deallocate individual token/strings. The structure pointed to will contain at least these two fields: .sp .IR "tkn_ct" The number of tokens found in the input string. .sp .IR "tok_list" An array of \fBtkn_ct + 1\fP pointers to substring tokens, with the last pointer set to NULL. .br There are two types of quoted strings: single quoted (\fB'\fP) and double quoted (\fB"\fP). Singly quoted strings are fairly raw in that escape characters (\fB\\\fP) are simply another character, except when preceding the following characters: .nf \fB\\\fP double backslashes reduce to one \fB'\fP incorporates the single quote into the string \fB\n\fP suppresses both the backslash and newline character .fi Double quote strings are formed according to the rules of string constants in ANSI-C programs. .TP .IR string string to be tokenized .sp 1 .SH RETURN VALUE pointer to a structure that lists each token .sp 1 .SH ERRORS NULL is returned and \fBerrno\fP will be set to indicate the problem: .sp 1ize @bullet .sp 1 \fBEINVAL\fP - There was an unterminated quoted string. .sp 1 \fBENOENT\fP - The input string was empty. .sp 1 \fBENOMEM\fP - There is not enough memory. @end itemize .sp 1 .SH EXAMPLES .nf .in +5 .nf #include int ix; token_list_t* ptl = ao_string_tokenize( some_string ) for (ix = 0; ix < ptl->tkn_ct; ix++) do_something_with_tkn( ptl->tkn_list[ix] ); free( ptl ); .fi Note that everything is freed with the one call to \fBfree(3C)\fP. .in -5 .fi .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5ab3000081a4000004a7000000640000000143e3852700000690000000ed0000000100000000000000000000002500000000reloc/man/man3/optionFindNextValue.3.TH optionFindNextValue 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionFindNextValue.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionFindNextValue - find a hierarcicaly valued option instance .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 const tOptionValue* \fBoptionFindNextValue\fP(const tOptDesc* \fIpOptDesc\fP, const tOptionValue* \fIpPrevVal\fP, const char* \fIname\fP, const char* \fIvalue\fP); .sp 1 .SH DESCRIPTION This routine will find the next entry in a nested value option or configurable. It will search through the list and return the next entry that matches the criteria. .TP .IR pOptDesc an option with a nested arg type .TP .IR pPrevVal the last entry .TP .IR name name of value to find .TP .IR value the matching value .sp 1 .SH RETURN VALUE a compound value structure .sp 1 .SH ERRORS The returned result is NULL and errno is set: .sp 1ize @bullet .sp 1 \fBEINVAL\fP - the \fBpOptValue\fP does not point to a valid hierarchical option value. .sp 1 \fBENOENT\fP - no entry matched the given name. @end itemize .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5ab2000081a4000004a7000000640000000143e385270000083e000000ed0000000100000000000000000000002000000000reloc/man/man3/optionFileLoad.3.TH optionFileLoad 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionFileLoad.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionFileLoad - Load the locatable config files, in order .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 int \fBoptionFileLoad\fP(tOptions* \fIpOpts\fP, const char* \fIpzProg\fP); .sp 1 .SH DESCRIPTION This function looks in all the specified directories for a configuration file ("rc" file or "ini" file) and processes any found twice. The first time through, they are processed in reverse order (last file first). At that time, only "immediate action" configurables are processed. For example, if the last named file specifies not processing any more configuration files, then no more configuration files will be processed. Such an option in the \fBfirst\fP named directory will have no effect. Once the immediate action configurables have been handled, then the directories are handled in normal, forward order. In that way, later config files can override the settings of earlier config files. See the AutoOpts documentation for a thorough discussion of the config file format. Configuration files not found or not decipherable are simply ignored. .TP .IR pOpts program options descriptor .TP .IR pzProg program name .sp 1 .SH RETURN VALUE 0 -> SUCCESS, -1 -> FAILURE .sp 1 .SH ERRORS Returns the value, "-1" if the program options descriptor is out of date or indecipherable. Otherwise, the value "0" will always be returned. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c36000081a4000004a7000000640000000143e3852800000714000000ed0000000100000000000000000000002100000000reloc/man/man3/optionNextValue.3.TH optionNextValue 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionNextValue.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionNextValue - get the next value from a hierarchical list .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 const tOptionValue* \fBoptionNextValue\fP(const tOptionValue* \fIpOptValue\fP, const tOptionValue* \fIpOldValue\fP); .sp 1 .SH DESCRIPTION This routine will return the next entry after the entry passed in. At the end of the list, NULL will be returned. If the entry is not found on the list, NULL will be returned and "\fBerrno\fP" will be set to EINVAL. The "\fBpOldValue\fP" must have been gotten from a prior call to this routine or to "\fBopitonGetValue()\fP". .TP .IR pOptValue a hierarchcal list value .TP .IR pOldValue a value from this list .sp 1 .SH RETURN VALUE a compound value structure .sp 1 .SH ERRORS The returned result is NULL and errno is set: .sp 1ize @bullet .sp 1 \fBEINVAL\fP - the \fBpOptValue\fP does not point to a valid hierarchical option value or \fBpOldValue\fP does not point to a member of that option value. .sp 1 \fBENOENT\fP - the supplied \fBpOldValue\fP pointed to the last entry. @end itemize .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c41000081a4000004a7000000640000000143e38529000004d1000000ed0000000100000000000000000000001e00000000reloc/man/man3/strtransform.3.TH strtransform 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (strtransform.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME strtransform - convert a string into its mapped-to value .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 void \fBstrtransform\fP(char* \fIdest\fP, const char* \fIsrc\fP); .sp 1 .SH DESCRIPTION Each character in the input string is mapped and the mapped-to character is put into the output. This function name is mapped to option_strtransform so as to not conflict with the POSIX name space. .TP .IR dest output string .TP .IR src input string .sp 1 .SH ERRORS none. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), 070701004c5ab1000081a4000004a7000000640000000143e385270000075b000000ed0000000100000000000000000000002000000000reloc/man/man3/configFileLoad.3.TH configFileLoad 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (configFileLoad.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME configFileLoad - parse a configuration file .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 const tOptionValue* \fBconfigFileLoad\fP(const char* \fIpzFile\fP); .sp 1 .SH DESCRIPTION This routine will load a named configuration file and parse the text as a hierarchically valued option. The option descriptor created from an option definition file is not used via this interface. The returned value is "named" with the input file name and is of type "\fBOPARG_TYPE_HIERARCHY\fP". It may be used in calls to \fBoptionGetValue()\fP, \fBoptionNextValue()\fP and \fBoptionUnloadNested()\fP. .TP .IR pzFile the file to load .sp 1 .SH RETURN VALUE An allocated, compound value structure .sp 1 .SH ERRORS If the file cannot be loaded or processed, \fBNULL\fP is returned and \fBerrno\fP is set. It may be set by a call to either \fBopen(2)\fP \fBmmap(2)\fP or other file system calls, or it may be: .sp 1ize @bullet .sp 1 \fBENOENT\fP - the file was empty. .sp 1 \fBEINVAL\fP - the file contents are invalid -- not properly formed. .sp 1 \fBENOMEM\fP - not enough memory to allocate the needed structures. @end itemize .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c3e000081a4000004a7000000640000000143e38529000005b8000000ed0000000100000000000000000000001b00000000reloc/man/man3/streqvcmp.3.TH streqvcmp 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (streqvcmp.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME streqvcmp - compare two strings with an equivalence mapping .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 int \fBstreqvcmp\fP(const char* \fIstr1\fP, const char* \fIstr2\fP); .sp 1 .SH DESCRIPTION Using a character mapping, two strings are compared for "equivalence". Each input character is mapped to a comparison character and the mapped-to characters are compared for the two NUL terminated input strings. This function name is mapped to option_streqvcmp so as to not conflict with the POSIX name space. .TP .IR str1 first string .TP .IR str2 second string .sp 1 .SH RETURN VALUE the difference between two differing characters .sp 1 .SH ERRORS none checked. Caller responsible for seg faults. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c37000081a4000004a7000000640000000143e38528000008e6000000ed0000000100000000000000000000001f00000000reloc/man/man3/optionProcess.3.TH optionProcess 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (optionProcess.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME optionProcess - this is the main option processing routine .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 int \fBoptionProcess\fP(tOptions* \fIpOpts\fP, int \fIargc\fP, char** \fIargv\fP); .sp 1 .SH DESCRIPTION This is the main entry point for processing options. It is intended that this procedure be called once at the beginning of the execution of a program. Depending on options selected earlier, it is sometimes necessary to stop and restart option processing, or to select completely different sets of options. This can be done easily, but you generally do not want to do this. The number of arguments processed always includes the program name. If one of the arguments is "--", then it is counted and the processing stops. If an error was encountered and errors are to be tolerated, then the returned value is the index of the argument causing the error. A hyphen by itself ("-") will also cause processing to stop and will \fInot\fP be counted among the processed arguments. A hyphen by itself is treated as an operand. Encountering an operand stops option processing. .TP .IR pOpts program options descriptor .TP .IR argc program arg count .TP .IR argv program arg vector .sp 1 .SH RETURN VALUE the count of the arguments processed .sp 1 .SH ERRORS Errors will cause diagnostics to be printed. \fBexit(3)\fP may or may not be called. It depends upon whether or not the options were generated with the "allow-errors" attribute, or if the ERRSKIP_OPTERR or ERRSTOP_OPTERR macros were invoked. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strneqvcmp(3), strtransform(3), 070701004c5c40000081a4000004a7000000640000000143e3852900000611000000ed0000000100000000000000000000001c00000000reloc/man/man3/strneqvcmp.3.TH strneqvcmp 3 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (strneqvcmp.3) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 07:18:59 AM PST .\" From the definitions ./funcs.def .\" and the template file agman3.tpl .\" .SH NAME strneqvcmp - compare two strings with an equivalence mapping .sp 1 .SH SYNOPSIS #include <\fIyour-opts.h\fP> .br cc [...] -o outfile infile.c -lopts [...] .sp 1 int \fBstrneqvcmp\fP(const char* \fIstr1\fP, const char* \fIstr2\fP, int \fIct\fP); .sp 1 .SH DESCRIPTION Using a character mapping, two strings are compared for "equivalence". Each input character is mapped to a comparison character and the mapped-to characters are compared for the two NUL terminated input strings. The comparison is limited to \fBct\fP bytes. This function name is mapped to option_strneqvcmp so as to not conflict with the POSIX name space. .TP .IR str1 first string .TP .IR str2 second string .TP .IR ct compare length .sp 1 .SH RETURN VALUE the difference between two differing characters .sp 1 .SH ERRORS none checked. Caller responsible for seg faults. .SH SEE ALSO The \fIinfo\fP documentation for the \fI-lopts\fP library. .br ao_string_tokenize(3), configFileLoad(3), optionFileLoad(3), optionFindNextValue(3), optionFindValue(3), optionFree(3), optionGetValue(3), optionLoadLine(3), optionNextValue(3), optionProcess(3), optionRestore(3), optionSaveFile(3), optionSaveState(3), optionUnloadNested(3), optionVersion(3), pathfind(3), strequate(3), streqvcmp(3), streqvmap(3), strtransform(3), 07070100434af9000041ed000004a7000000640000000243e3853c00000000000000ed0000000100000000000000000000000f00000000reloc/man/man107070100434b16000081a4000004a7000000640000000143e3852a0000079b000000ed0000000100000000000000000000002100000000reloc/man/man1/autoopts-config.1.TH autoopts-config 1 2001-08-12 "" "Programmer's Manual" .SH NAME autoopts-config \- script to get information about installed version of autoopts .SH SYNOPSIS .B autoopts-config .B [ [...]] | everything .PP .SH DESCRIPTION \fBautoopts-config\fP is a tool that is used by configure to determine the compile and linker flags that should be used to compile and link programs that use autoopts. \fIvalue-name\fPs may be preceeded by one or more hyphens. They are silently ignored. .SH "VALUE NAMES" .TP .BR autogen .sp Print the full path name of the autogen executable. .TP .BR bindir .sp The destination directory for executable scripts and programs installed by the \fIautogen\fP package. .TP .BR cflags .sp Print the compiler flags that are necessary to compile an autoopts program. .TP .BR everything .sp All of the configuration values are printed, along with their names. .TP .BR exec-prefix .sp This is usually the same as the base prefix, but may have been configured differently. .TP .BR ldflags .sp Print the linker flags that are necessary to link an autoopts program in the default installation mode (static or dynamic). .TP .BR libs .sp an alternate spelling of "\fIldflags\fP". .TP .BR package .sp The name of the package that provides \fBautoopts\fP. This is always "\fIautogen\fP". .TP .BR pkgdatadir .sp Print the directory containing support files used by autogen. .TP .BR prefix .sp The \fIautogen\fP package installation prefix. .TP .BR static-libs .sp Print the linker flags that are necessary to link an autoopts program in static mode. .TP .BR version .sp Print the currently installed version of autoopts. .SH "SEE ALSO" .IR Autogen Info system documentation. .SH AUTHORS autogen is the work of Bruce Korb . .br Bruce Korb and .br Luca Filipozzi wrote this manpage. .PP AutoOpts is released under the GNU General Public License with the Library exception. 07070100434b18000081a4000004a7000000640000000143e385360000264f000000ed0000000100000000000000000000001900000000reloc/man/man1/getdefs.1.TH GETDEFS 1 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (getdefs.1) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 08:17:33 AM PST .\" From the definitions ../../getdefs/opts.def .\" and the template file agman1 .\" .SH NAME getdefs \- AutoGen Definition Extraction Tool .SH SYNOPSIS .B getdefs .\" All arguments are named options. .RI [ opt-name "[\fB=\fP" value ]]... .PP All arguments are named options. .PP If no \fBinput\fP argument is provided or is set to simply "-", and if \fBstdin\fP is not a \fBtty\fP, then the list of input files will be read from \fBstdin\fP. .SH "DESCRIPTION" This manual page documents, briefly, the \fBgetdefs\fP command. This program extracts \fBAutoGen\fP definitions from a list of source files. Definitions are delimited by "/*= \n" and "=*/\n". From that, this program creates a definition of the following form: #line nnn "source-file-name" entry_type = { name = entry_name; ... }; The ellipsis `...' is filled in by text found between the two delimiters, with everything up through the first sequence of asterisks deleted on every line. Additionally, if the `' is followed by a comma, the word `ifdef' (or 'ifndef') and a name `if_name', then the above entry will appear as: .nf .na #ifdef if_name #line nnn "source-file-name" entry_type = { name = entry_name; ... }; #endif There are two special \fIentry types\fP: * The entry_type enclosure and the name entry will be omitted and the ellipsis will become top-level definitions. -- The contents of the comment must be a single getdefs option. The option name must follow the double hyphen and its argument will be everything following the name. This is intended for use with the \fBsubblock\fP and \fBlistattr\fP options. .SH OPTIONS .TP .BR defs-to-get "=" \fIreg-ex\fP Regexp to look for after the "/*=". .sp If you want definitions only from a particular category, or even with names matching particular patterns, then specify this regular expression for the text that must follow the \fB/*=\fP. .TP .BR ordering [ =\fIfile-name\fP], " \fBno-ordering\fP" Alphabetize or use named file. The \fIno-ordering\fP form will disable the option. This option is enabled by default. .sp By default, ordering is alphabetical by the entry name. Use, \fBno-ordering\fP if order is unimportant. Use \fBordering\fP with no argument to order without case sensitivity. Use \fBordering=\fP if chronological order is important. getdefs will maintain the text content of \fBfile-name\fP. \fBfile-name\fP need not exist. .TP .BR first-index "=" \fIfirst-index\fP The first index to apply to groups. This option takes an integer number as its argument. The default \fIfirst-index\fP for this option is: .ti +4 0 .sp By default, the first occurrence of a named definition will have an index of zero. Sometimes, that needs to be a reserved value. Provide this option to specify a different starting point. .TP .BR input "=" \fIsrc-file\fP Input file to search for defs. This option may appear an unlimited number of times. This option is the default option. .sp All files that are to be searched for definitions must be named on the command line or read from \fBstdin\fP. If there is only one \fBinput\fP option and it is the string, "-", then the input file list is read from \fBstdin\fP. If a command line argument is not an option name and does not contain an assignment operator (\fB=\fP), then it defaults to being an input file name. At least one input file must be specified. .TP .BR subblock "=" \fIsub-def\fP subblock definition names. This option may appear an unlimited number of times. .sp This option is used to create shorthand entries for nested definitions. For example, with: .sp .IR "using subblock thus" \fB--subblock=arg=argname,type,null\fP .sp .IR "and defining an \fBarg\fP thus" \fBarg: this, char *\fP .sp .IR "will then expand to:" \fBarg = { argname = this; type = "char *"; @\fP;} .br The "this, char *" string is separated at the commas, with the white space removed. You may use characters other than commas by starting the value string with a punctuation character other than a single or double quote character. You may also omit intermediate values by placing the commas next to each other with no intervening white space. For example, "+mumble++yes+" will expand to: .br \fBarg = { argname = mumble; null = "yes"; @\fP;}. .TP .BR listattr "=" \fIdef\fP attribute with list of values. This option may appear an unlimited number of times. .sp This option is used to create shorthand entries for definitions that generally appear several times. That is, they tend to be a list of values. For example, with: .br \fBlistattr=foo\fP defined, the text: .br \fBfoo: this, is, a, multi-list\fP will then expand to: .br \fBfoo = 'this', 'is', 'a', 'multi-list';\fP .br The texts are separated by the commas, with the white space removed. You may use characters other than commas by starting the value string with a punctuation character other than a single or double quote character. .TP .BR filelist [ =\fIfile\fP] Insert source file names into defs. .sp Inserts the name of each input file into the output definitions. If no argument is supplied, the format will be: .nf infile = '%s'; .fi If an argument is supplied, that string will be used for the entry name instead of \fBinfile\fP. .TP .BR assign "=" \fIag-def\fP Global assignments. This option may appear an unlimited number of times. .sp The argument to each copy of this option will be inserted into the output definitions, with only a semicolon attached. .TP .BR common-assign "=" \fIag-def\fP Assignments common to all blocks. This option may appear an unlimited number of times. .sp The argument to each copy of this option will be inserted into each output definition, with only a semicolon attached. .TP .BR copy "=" \fIfile\fP File(s) to copy into definitions. This option may appear an unlimited number of times. .sp The content of each file named by these options will be inserted into the output definitions. .TP .BR srcfile [ =\fIfile\fP] Insert source file name into each def. .sp Inserts the name of the input file where a definition was found into the output definition. If no argument is supplied, the format will be: .nf srcfile = '%s'; .fi If an argument is supplied, that string will be used for the entry name instead of \fBsrcfile\fP. .TP .BR linenum [ =\fIdef-name\fP] Insert source line number into each def. .sp Inserts the line number in the input file where a definition was found into the output definition. If no argument is supplied, the format will be: .nf linenum = '%s'; .fi If an argument is supplied, that string will be used for the entry name instead of \fBlinenum\fP. .TP .BR output "=" \fIfile\fP Output file to open. This option is a member of the autogen class of options. .sp If you are not sending the output to an AutoGen process, you may name an output file instead. .TP .BR autogen [ =\fIag-cmd\fP], " \fBno-autogen\fP" Invoke AutoGen with defs. The \fIno-autogen\fP form will disable the option. This option is enabled by default. This option is a member of the autogen class of options. .sp This is the default output mode. Specifying \fBno-autogen\fP is equivalent to \fBoutput=-\fP. If you supply an argument to this option, that program will be started as if it were AutoGen and its standard in will be set to the output definitions of this program. .TP .BR template "=" \fIfile\fP Template Name. .sp Specifies the template name to be used for generating the final output. .TP .BR agarg "=" \fIag-opt\fP AutoGen Argument. This option may appear an unlimited number of times. This option must not appear in combination with any of the following options: output. .sp This is a pass-through argument. It allows you to specify any arbitrary argument to be passed to AutoGen. .TP .BR base-name "=" \fIname\fP Base name for output file(s). This option must not appear in combination with any of the following options: output. .sp When output is going to AutoGen, a base name must either be supplied or derived. If this option is not supplied, then it is taken from the \fBtemplate\fP option. If that is not provided either, then it is set to the base name of the current directory. .TP .BR help Display usage information and exit. .TP .BR more-help Extended usage information passed thru pager. .TP .BR save-opts "[=\fIrcfile\fP]" Save the option state to \fIrcfile\fP. The default is the \fIlast\fP configuration file listed in the \fBOPTION PRESETS\fP section, below. .TP .BR load-opts "=\fIrcfile\fP," " --no-load-opts" Load options from \fIrcfile\fP. The \fIno-load-opts\fP form will disable the loading of earlier RC/INI files. \fI--no-load-opts\fP is handled early, out of order. .TP .BR version "[=\fI{v|c|n}\fP]" Output version of program and exit. The default mode is `v', a simple version. The `c' mode will print copyright information and `n' will print the full copyright notice. .SH OPTION PRESETS Any option that is not marked as \fInot presettable\fP may be preset by loading values from configuration ("RC" or ".INI") file(s). The \fIhomerc\fP file is "\fI/dev/null\fP", unless that is a directory. In that case, the file "\fI.getdefsrc\fP" is searched for within that directory. .SH "SEE ALSO" This program is documented more fully in the Getdefs section of the Add-On chapter in the .IR AutoGen Info system documentation. .SH AUTHOR Bruce Korb .br Please send bug reports to: autogen-users@lists.sourceforge.net .PP Released under the GNU General Public License. .PP This manual page was \fIAutoGen\fP-erated from the \fBgetdefs\fP option definitions. 07070100434b19000081a4000004a7000000640000000143e3853700001463000000ed0000000100000000000000000000001800000000reloc/man/man1/xml2ag.1.TH XML2AG 1 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (xml2ag.1) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 08:17:46 AM PST .\" From the definitions ../../xml2ag/xmlopts.def .\" and the template file agman1 .\" .SH NAME xml2ag \- XML to AutoGen Definiton Converter .SH SYNOPSIS .B xml2ag .\" Mixture of short (flag) options and long options .RB [ -\fIflag\fP " [\fIvalue\fP]]... [" --\fIopt-name\fP " [[=| ]\fIvalue\fP]]..." .br .in +8 [ ] .PP This program will convert any arbitrary XML file into equivalent AutoGen definitions, and invoke AutoGen. .SH "DESCRIPTION" This manual page documents, briefly, the \fBxml2ag\fP command. The template will be derived from either: .br * the \fB--override-tpl\fP command line option .br * a top level XML attribute named, "template" .br One or the other \fBmust\fP be provided, or the program will exit with a failure message. .sp 1 The \fIbase-name\fP for the output will similarly be either: .br * the \fB--base-name\fP command line option .br * the base name of the .xml file .SH OPTIONS .TP .BR -O " \fIfile\fP, " --output "=" \fIfile\fP Output file in lieu of AutoGen processing. .sp By default, the output is handed to an AutoGen for processing. However, you may save the definitions to a file instead. .TP .BR -L " \fIdir\fP, " --templ-dirs "=" \fIdir\fP Template search directory list. This option may appear an unlimited number of times. .sp Pass-through AutoGen argument .TP .BR -T " \fItpl-file\fP, " --override-tpl "=" \fItpl-file\fP Override template file. .sp Pass-through AutoGen argument .TP .BR -l " \fItpl-file\fP, " --lib-template "=" \fItpl-file\fP Library template file. This option may appear an unlimited number of times. .sp Pass-through AutoGen argument .TP .BR -b " \fIname\fP, " --base-name "=" \fIname\fP Base name for output file(s). .sp Pass-through AutoGen argument .TP .BR --definitions "=\fIfile\fP" Definitions input file. .sp Pass-through AutoGen argument .TP .BR -S " \fIfile\fP, " --load-scheme "=" \fIfile\fP Scheme code file to load. .sp Pass-through AutoGen argument .TP .BR -F " \fIfile\fP, " --load-functions "=" \fIfile\fP Load scheme function library. .sp Pass-through AutoGen argument .TP .BR -s " \fIsuffix\fP, " --skip-suffix "=" \fIsuffix\fP Omit the file with this suffix. This option may appear an unlimited number of times. .sp Pass-through AutoGen argument .TP .BR -o " \fIsuffix\fP, " --select-suffix [ =\fIsuffix\fP ] specify this output suffix. This option may appear an unlimited number of times. .sp Pass-through AutoGen argument .TP .BR --source-time set mod times to latest source. .sp Pass-through AutoGen argument .TP .BR -m ", " --no-fmemopen Do not use in-mem streams. .sp Pass-through AutoGen argument .TP .BR --equate "=\fIchar-list\fP" characters considered equivalent. .sp Pass-through AutoGen argument .TP .BR --writable, " \fB--not-writable\fP" Allow output files to be writable. The \fInot-writable\fP form will disable the option. .sp Pass-through AutoGen argument .TP .BR --loop-limit "=\fIlim\fP" Limit on increment loops. This option takes an integer number as its argument. The value of \fIlim\fP is constrained to being: .in +4 .nf .na exactly -1, or in the range 1 through 0x1000000 .fi .in -4 The default \fIlim\fP for this option is: .ti +4 256 .sp Pass-through AutoGen argument .TP .BR -t " \fItime-lim\fP, " --timeout "=" \fItime-lim\fP Time limit for servers. This option takes an integer number as its argument. The value of \fItime-lim\fP is constrained to being: .in +4 .nf .na in the range 0 through 3600 .fi .in -4 .sp Pass-through AutoGen argument .TP .BR --trace "=\fIlevel\fP" tracing level of detail. This option takes a keyword as its argument. The argument sets an enumeration value that can be tested by comparing them against the option value macro. The available keywords are: .in +4 .nf .na nothing server-shell templates block-macros expressions everything .fi .in -4 .sp The default \fIlevel\fP for this option is: .ti +4 nothing .sp Pass-through AutoGen argument .TP .BR --trace-out "=\fIfile\fP" tracing output file or filter. .sp Pass-through AutoGen argument .TP .BR --show-defs Show the definition tree. .sp Pass-through AutoGen argument .TP .BR -D " \fIvalue\fP, " --define "=" \fIvalue\fP name to add to definition list. This option may appear an unlimited number of times. .sp Pass-through AutoGen argument .TP .BR -U " \fIname-pat\fP, " --undefine "=" \fIname-pat\fP definition list removal pattern. This option may appear an unlimited number of times. .sp Pass-through AutoGen argument .TP .BR \-? , " \--help" Display usage information and exit. .TP .BR \-! , " \--more-help" Extended usage information passed thru pager. .TP .BR \-v " [{\fIv|c|n\fP}]," " \--version" "[=\fI{v|c|n}\fP]" Output version of program and exit. The default mode is `v', a simple version. The `c' mode will print copyright information and `n' will print the full copyright notice. .SH AUTHOR Bruce Korb .br Please send bug reports to: autogen-users@lists.sourceforge.net .PP Released under the GNU General Public License. .PP This manual page was \fIAutoGen\fP-erated from the \fBxml2ag\fP option definitions. 07070100434b17000081a4000004a7000000640000000143e3853300001643000000ed0000000100000000000000000000001900000000reloc/man/man1/columns.1.TH COLUMNS 1 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (columns.1) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 08:17:32 AM PST .\" From the definitions ../../columns/opts.def .\" and the template file agman1 .\" .SH NAME columns \- Columnize Input Text .SH SYNOPSIS .B columns .\" Mixture of short (flag) options and long options .RB [ -\fIflag\fP " [\fIvalue\fP]]... [" --\fIopt-name\fP " [[=| ]\fIvalue\fP]]..." .PP All arguments must be options. .SH "DESCRIPTION" This manual page documents, briefly, the \fBcolumns\fP command. This program was designed for the purpose of generating compact, columnized tables. It will read a list of text items from standard in or a specified input file and produce a columnized listing of all the non-blank lines. Leading white space on each line is preserved, but trailing white space is stripped. Methods of applying per-entry and per-line embellishments are provided. See the formatting and separation arguments below. This program is used by AutoGen to help clean up and organize its output. .SH OPTIONS .TP .BR -W " \fInum\fP, " --width "=" \fInum\fP Maximum Line Width. This option takes an integer number as its argument. The default \fInum\fP for this option is: .ti +4 79 .sp This option specifies the full width of the output line, including any start-of-line indentation. The output will fill each line as completely as possible, unless the column width has been explicitly specified. If the maximum width is less than the length of the widest input, you will get a single column of output. .TP .BR -c " \fIcount\fP, " --columns "=" \fIcount\fP Desired number of columns. This option takes an integer number as its argument. The default \fIcount\fP for this option is: .ti +4 0 .sp Use this option to specify exactly how many columns to produce. If that many columns will not fit within \fBline_width\fP, then the count will be reduced to the number that fit. .TP .BR -w " \fInum\fP, " --col-width "=" \fInum\fP Set width of each column. This option takes an integer number as its argument. The default \fInum\fP for this option is: .ti +4 0 .sp Use this option to specify exactly how many characters are to be allocated for each column. If it is narrower than the widest entry, it will be over-ridden with the required width. .TP .BR --spread "=\fInum\fP" maximum spread added to column width. This option takes an integer number as its argument. The default \fInum\fP for this option is: .ti +4 0 .sp Use this option to specify exactly how many characters may be added to each column. It allows you to prevent columns from becoming too far apart. .TP .BR -I " \fIl-pfx\fP, " --indent "=" \fIl-pfx\fP Line prefix or indentation. .sp If a number, then this many spaces will be inserted at the start of every line. Otherwise, it is a line prefix that will be inserted at the start of every line. .TP .BR --first-indent "=\fIl-pfx\fP" First line prefix. This option must appear in combination with the following options: indent. .sp If a number, then this many spaces will be inserted at the start of the first line. Otherwise, it is a line prefix that will be inserted at the start of that line. .TP .BR --tab-width "=\fInum\fP" tab width. This option takes an integer number as its argument. The default \fInum\fP for this option is: .ti +4 8 .sp If an indentation string contains tabs, then this value is used to compute the ending column of the prefix string. .TP .BR -s " \fIkey-pat\fP, " --sort [ =\fIkey-pat\fP ] Sort input text. .sp Causes the input text to be sorted. If an argument is supplied, it is presumed to be a pattern and the sort is based upon the matched text. If the pattern starts with or consists of an asterisk (\fB*\fP), then the sort is case insensitive. .TP .BR -f " \fIfmt-str\fP, " --format "=" \fIfmt-str\fP Formatting string for each input. .sp If you need to reformat each input text, the argument to this option is interpreted as an \fBsprintf(3)\fP format that is used to produce each output entry. .TP .BR -S " \fIsep-str\fP, " --separation "=" \fIsep-str\fP Separation string - follows all but last. .sp Use this option if, for example, you wish a comma to appear after each entry except the last. .TP .BR --line-separation "=\fIsep-str\fP" string at end of all lines but last. .sp Use this option if, for example, you wish a backslash to appear at the end of every line, except the last. .TP .BR --by-columns Print entries in column order. .sp Normally, the entries are printed out in order by rows and then columns. This option will cause the entries to be ordered within columns. The final column, instead of the final row, may be shorter than the others. .TP .BR -i " \fIfile\fP, " --input "=" \fIfile\fP Input file (if not stdin). .sp This program normally runs as a \fBfilter\fP, reading from standard input, columnizing and writing to standard out. This option redirects input to a file. .TP .BR \-? , " \--help" Display usage information and exit. .TP .BR \-! , " \--more-help" Extended usage information passed thru pager. .TP .BR \-v " [{\fIv|c|n\fP}]," " \--version" "[=\fI{v|c|n}\fP]" Output version of program and exit. The default mode is `v', a simple version. The `c' mode will print copyright information and `n' will print the full copyright notice. .SH "SEE ALSO" This program is documented more fully in the Columns section of the Add-On chapter in the .IR AutoGen Info system documentation. .SH AUTHOR Bruce Korb .br Please send bug reports to: autogen-users@lists.sourceforge.net .PP Released under the GNU General Public License. .PP This manual page was \fIAutoGen\fP-erated from the \fBcolumns\fP option definitions. 07070100434b15000081a4000004a7000000640000000143e3853100003759000000ed0000000100000000000000000000001900000000reloc/man/man1/autogen.1.TH AUTOGEN 1 2006-02-03 "" "Programmer's Manual" .\" DO NOT EDIT THIS FILE (autogen.1) .\" .\" It has been AutoGen-ed Friday February 3, 2006 at 08:30:39 AM PST .\" From the definitions ../../agen5/opts.def .\" and the template file agman1 .\" .SH NAME autogen \- The Automated Program Generator .SH SYNOPSIS .B autogen .\" Mixture of short (flag) options and long options .RB [ -\fIflag\fP " [\fIvalue\fP]]... [" --\fIopt-name\fP " [[=| ]\fIvalue\fP]]..." .br .in +8 [ ] .PP AutoGen creates text files from templates using external definitions. .SH "DESCRIPTION" This manual page documents, briefly, the \fBautogen\fP command. \fBAutoGen\fP is designed for generating program files that contain repetitive text with varied substitutions. The goal is to simplify the maintenance of programs that contain large amounts of repetitious text. This is especially valuable if there are several blocks of such text that must be kept synchronized. .PP One common example is the problem of maintaining the code required for processing program options. Processing options requires a minimum of four different constructs be kept in proper order in different places in your program. You need at least: The flag character in the flag string, code to process the flag when it is encountered, a global state variable or two, and a line in the usage text. You will need more things besides this if you choose to implement long option names, rc/ini file processing, environment variables and so on. All of this can be done mechanically; with the proper templates and this program. .SH OPTIONS .TP .BR -L " \fIdir\fP, " --templ-dirs "=" \fIdir\fP Template search directory list. This option may appear an unlimited number of times. .sp Add a directory to the list of directories to search when opening a template, either as the primary template or an included one. The last entry has the highest priority in the search list. That is to say, they are searched in reverse order. .TP .BR -T " \fItpl-file\fP, " --override-tpl "=" \fItpl-file\fP Override template file. This option may not be preset with environment variables or in initialization (rc) files. .sp Definition files specify the standard template that is to be expanded. This option will override that name and expand a different template. .TP .BR -l " \fItpl-file\fP, " --lib-template "=" \fItpl-file\fP Library template file. This option may appear an unlimited number of times. .sp DEFINE macros are saved from this template file for use in processing the main macro file. Template text aside from the DEFINE macros is is ignored. .TP .BR -b " \fIname\fP, " --base-name "=" \fIname\fP Base name for output file(s). This option may not be preset with environment variables or in initialization (rc) files. .sp A template may specify the exact name of the output file. Normally, it does not. Instead, the name is composed of the base name of the definitions file with suffixes appended. This option will override the base name derived from the definitions file name. This is required if there is no definitions file and advisable if definitions are being read from stdin. If the definitions are being read from standard in, the base name defaults to \fIstdin\fP. .TP .BR --definitions "=\fIfile\fP", " \fB--no-definitions\fP" Definitions input file. The \fIno-definitions\fP form will disable the option. This option is enabled by default. This option may not be preset with environment variables or in initialization (rc) files. .sp Use this argument to specify the input definitions file with a command line option. If you do not specify this option, then there must be a command line argument that specifies the file, even if only to specify stdin with a hyphen (\fB-\fP). Specify, \fB--no-definitions\fP when you wish to process a template without any active AutoGen definitions.\\n .TP .BR -S " \fIfile\fP, " --load-scheme "=" \fIfile\fP Scheme code file to load. .sp Use this option to pre-load Scheme scripts into the Guile interpreter before template processing begins. Please note that the AutoGen specific functions are not loaded until after argument processing. So, though they may be specified in lambda functions you define, they may not be invoked until after option processing is complete. .TP .BR -F " \fIfile\fP, " --load-functions "=" \fIfile\fP Load scheme function library. .sp This option is used to load Guile-scheme functions. The automatically called initialization routine \fBscm_init\fP must be used to register these routines or data. This routine can be generated by using the following command and the `snarf.tpl' template. Read the introductory comment in `snarf.tpl' to see what the `getdefs(1AG)' comment must contain. First, create a config file for \fBgetdefs\fP, and then invoke \fBgetdefs\fP loading that file: .nf cat > getdefs.cfg <> .fi Note, however, that your functions must be named: .nf name_of_some_group_scm_<>(...) .fi so you may wish to use a shorter group name. .TP .BR -s " \fIsuffix\fP, " --skip-suffix "=" \fIsuffix\fP Omit the file with this suffix. This option may appear an unlimited number of times. This option may not be preset with environment variables or in initialization (rc) files. .sp Occasionally, it may not be desirable to produce all of the output files specified in the template. (For example, only the \fI.h\fP header file, but not the \fI.c\fP program text.) To do this specify \fB--skip-suffix=c\fP on the command line. .TP .BR -o " \fIsuffix\fP, " --select-suffix [ =\fIsuffix\fP ] specify this output suffix. This option may appear an unlimited number of times. This option may not be preset with environment variables or in initialization (rc) files. .sp If you wish to override the suffix specifications in the template, you can use one or more copies of this option. See the suffix specification in the @ref{pseudo macro} section of the info doc. .TP .BR --source-time, " \fB--no-source-time\fP" set mod times to latest source. The \fIno-source-time\fP form will disable the option. .sp If you stamp your output files with the `DNE' macro output, then your output files will always be different, even if the content has not really changed. If you use this option, then the modification time of the output files will change only if the input files change. This will help reduce unneeded builds. .TP .BR -m ", " --no-fmemopen Do not use in-mem streams. .sp If the local C library supports "\fBfopencookie(3GNU)\fP", or "\fBfunopen(3BSD)\fP" then AutoGen prefers to use in-memory stream buffer opens instead of anonymous files. This may lead to problems if there is a shortage of virtual memory. If, for a particular application, you run out of memory, then specify this option. This is unlikely in a modern virtual memory environment. .TP .BR --equate "=\fIchar-list\fP" characters considered equivalent. The default \fIchar-list\fP for this option is: .ti +4 _-^ .sp This option will alter the list of characters considered equivalent. The default are the three characters, "_-^". (The last is conventional on a Tandem/HP-NonStop, and I used to do a lot of work on Tandems.) .TP .BR --writable, " \fB--not-writable\fP" Allow output files to be writable. The \fInot-writable\fP form will disable the option. This option may not be preset with environment variables or in initialization (rc) files. .sp This option will leave output files writable. Normally, output files are read-only. .TP .BR --loop-limit "=\fIlim\fP" Limit on increment loops. This option takes an integer number as its argument. The value of \fIlim\fP is constrained to being: .in +4 .nf .na exactly -1, or in the range 1 through 0x1000000 .fi .in -4 The default \fIlim\fP for this option is: .ti +4 256 .sp This option prevents runaway loops. For example, if you accidentally specify, "FOR x (for-from 1) (for-to -1) (for-by 1)", it will take a long time to finish. If you do have more than 256 entries in tables, you will need to specify a new limit with this option. .TP .BR -t " \fItime-lim\fP, " --timeout "=" \fItime-lim\fP Time limit for servers. This option takes an integer number as its argument. The value of \fItime-lim\fP is constrained to being: .in +4 .nf .na in the range 0 through 3600 .fi .in -4 .sp AutoGen works with a shell server process. Most normal commands will complete in less than 10 seconds. If, however, your commands need more time than this, use this option. The valid range is 0 to 3600 seconds (1 hour). Zero will disable the server time limit. .TP .BR --trace "=\fIlevel\fP" tracing level of detail. This option takes a keyword as its argument. The argument sets an enumeration value that can be tested by comparing them against the option value macro. The available keywords are: .in +4 .nf .na nothing server-shell templates block-macros expressions everything .fi .in -4 .sp The default \fIlevel\fP for this option is: .ti +4 nothing .sp This option will cause AutoGen to display a trace of its template processing. There are six levels, each level including messages from the previous levels: .sp .IR "nothing" Does no tracing at all (default) .sp .IR "server-shell" Traces all input and output to the server shell. This includes a shell "independent" initialization script about 30 lines long. Its output is discarded and not inserted into any template. .sp .IR "templates" Traces the invocation of \fBDEFINE\fPd macros and \fBINCLUDE\fPs .sp .IR "block-macros" Traces all block macros. The above, plus \fBIF\fP, \fBFOR\fP, \fBCASE\fP and \fBWHILE\fP. .sp .IR "expressions" Displays the results of expression evaluations. .sp .IR "everything" Displays the invocation of every AutoGen macro, even \fBTEXT\fP macros (i.e. the text outside of macro quotes). .br .TP .BR --trace-out "=\fIfile\fP" tracing output file or filter. .sp The output specified may be either a file name, or, if the option argument begins with the \fBpipe\fP operator (\fB|\fP), a command that will receive the tracing output as standard in. For example, \fB--traceout='| less'\fP will run the trace output through the \fBless\fP program. .TP .BR --show-defs Show the definition tree. This option may not be preset with environment variables or in initialization (rc) files. .sp This will print out the complete definition tree before processing the template. .TP .BR -D " \fIvalue\fP, " --define "=" \fIvalue\fP name to add to definition list. This option may appear an unlimited number of times. .sp The AutoGen define names are used for the following purposes: .sp 1 Sections of the AutoGen definitions may be enabled or disabled by using C-style #ifdef and #ifndef directives. .sp 1 When defining a value for a name, you may specify the index for a particular value. That index may be a literal value, a define option or a value #define-d in the definitions themselves. .sp 1 The name of a file may be prefixed with \fB$NAME/\fP. The \fB$NAME\fP part of the name string will be replaced with the define-d value for \fBNAME\fP. .sp 1 When AutoGen is finished loading the definitions, the defined values are exported to the environment with, \fBputenv(3)\fP. These values can then be used in shell scripts with \fB${NAME@\fP} references and in templates with \fB(getenv "NAME")\fP. .sp 1 While processing a template, you may specify an index to retrieve a specific value. That index may also be a define-d value. .br .TP .BR -U " \fIname-pat\fP, " --undefine "=" \fIname-pat\fP definition list removal pattern. This option may appear an unlimited number of times. This option may not be preset with environment variables or in initialization (rc) files. .sp Just like 'C', AutoGen uses \fB#ifdef/#ifndef\fP preprocessing directives. This option will cause the matching names to be removed from the list of defined values. .TP .BR \-? , " \--help" Display usage information and exit. .TP .BR \-! , " \--more-help" Extended usage information passed thru pager. .TP .BR \-> " [\fIrcfile\fP]," " \--save-opts" "[=\fIrcfile\fP]" Save the option state to \fIrcfile\fP. The default is the \fIlast\fP configuration file listed in the \fBOPTION PRESETS\fP section, below. .TP .BR \-< " \fIrcfile\fP," " \--load-opts" "=\fIrcfile\fP," " --no-load-opts" Load options from \fIrcfile\fP. The \fIno-load-opts\fP form will disable the loading of earlier RC/INI files. \fI--no-load-opts\fP is handled early, out of order. .TP .BR \-v " [{\fIv|c|n\fP}]," " \--version" "[=\fI{v|c|n}\fP]" Output version of program and exit. The default mode is `v', a simple version. The `c' mode will print copyright information and `n' will print the full copyright notice. .SH OPTION PRESETS Any option that is not marked as \fInot presettable\fP may be preset by loading values from configuration ("RC" or ".INI") file(s) and values from environment variables named: .nf \fBAUTOGEN_\fP or \fBAUTOGEN\fP .fi .aj The environmental presets take precedence (are processed later than) the configuration files. The \fIhomerc\fP files are "\fI$HOME\fP", and "\fI.\fP". If any of these are directories, then the file \fI.autogenrc\fP is searched for within those directories. .SH "SEE ALSO" This program is documented more fully in the .IR AutoGen Info system documentation. .SH "EXAMPLES" .ti +4 autogen -T man.tpl --base-name=autogen opts.def .sp This command produced this man page from the AutoGen option definition file. It overrides the template specified in \fIopts.def\fP (normally \fIoptions.tpl\fP) and uses \fIman.tpl\fP. It also overrides the \fBbase-name\fP of the output file, which is normally derived from the input definition file name (viz. \fIopts\fP). .SH AUTHOR Bruce Korb .br Please send bug reports to: autogen-users@lists.sourceforge.net .PP Released under the GNU General Public License. .PP This manual page was \fIAutoGen\fP-erated from the \fBautogen\fP option definitions. 0707010040d098000041ed000004a7000000640000000343e3853c00000000000000ed0000000100000000000000000000000a00000000reloc/lib0707010040d09e000081a4000004a7000000640000000143e3852300040eb8000000ed0000000100000000000000000000001c00000000reloc/lib/libopts.so.25.2.1ELF”4 ¸4 ( ?ÿ?ÿ@@ °HˆHˆØ³´ !#$&'()*+,-./0345679:;>?ABDEFGIJKLMNOPRSTUVWY[\]`adefghilmnpqrstwz|~€‚„…‡ˆŠ‹ŒŽ’“”–—˜š›œžŸ¡¢¥¦ª«®°±²³  "%128<=@CHQXZ^_bcjkouvxy{}ƒ†‰‘•™ £¤§¨©¬­¯ ¯ 0 F0¼ (/¢¼\ >Q”INV\ŽX oÌ` |›Àœ Š‘Y€ ¬­ø` ½ð\ Éü ØC˜ èî¯XH ´\ ìPD $ÈÈd ,ʸ 8|P ELSZ‘@ jX\ x„‹@ ¡Q ¨L µc„ ÆÒÚA00 èî÷È4 ®X˜ xP # hX #±Ð 9Bš|D ÎL, R«„< c­X, r †ÌP š¢h, ­ÿÜ, »ÀH ËÒĈ ã1„ éP, õüÇü( d€ $*b$ <È$( 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Â@ŸÀ@¢”°@Oˆ’ÇàèÃà?ÿÃà?ÿã¿/Nÿð<®à¤‚bÈÚÀÂ@ŸÀ@ €¦ ð"€ ò" ô" °€¦à€‚b€€öÀ‚b¸¿ÿöôÀö" Çàèã¿/Nÿð®à0‚bøÚÀÂ@ŸÀ@ðÇàè‚’ € Ð@Ãàã¿€¦`€°?ÿÂ`’šÿ€ `€ ° Â` ŸÀ@Ú&`€¢ 6€ °Çàèã¿€¦`€?ÿÂN€ `€  Â`’€ `€šÿÚ&`Â` ÐNŸÀ@  €¢ € ° ÂN€ `2¿ÿòÂ`€@NµÇà‘èã¿Â ŸÀ@Çà‘耢`€Ú (‚ `ÿ€ `"€šhÐ ,ƒ2 €ˆ`2€š ƒ2 €ˆ`2€šdƒ2 €ˆ`2€šbƒ2 €ˆ`2€šaÚ"€Ãà 㿈/Mÿ﷮⦀¦`° €²ä`$Â`€ ÿ"€¬À&`€ ÿ€”’ @O ‚bìÖÀ’?ÿ” @O•¢” ŸÄ€’@O’@O€ô` ’ "€ Ø` Â`€ `"€Ø` € @&€´Ø` €¦€ €š?ÿÂ`,€ˆb€Y¢#š?ÿ€ ›3`‚@ €‹@"€)Ú` €¦ €%¢ÂL€ `€!Ð Â`€ `€C€¦ €¤à€>€¦ €’ ÿ@O?  €¢ €4°€¦ €˜& ›* €£`"€ Ú` Â`€ `¿ÿë€¤à€£¿ÿ耤àÚ` €¦ €qÂ`,€ˆb€m€¦ €k€¦ €i€¤à€€¦ €eÐ`-@O’€¢ € °€¦ €\Â` €¦¿ÿñ€¤à0€V¿ÿø°¿ÿö° ¿ÿΰ¿ÿ̰ ¿ÿÀ€¤à¿ÿÙÚ` €¦ƒ3`€˜ ˜ €ˆ@ ¿ÿ¤€¤à€ €¦ ¿ÿö’@NôÐ`-°€¢ ¿ÿðš8°¿ÿíš8¿ÿþ° ‚b4šbtÔÀÒÀ ‚b”šbxÖÀØÀ ‚bœÚÀÔ# \@NÕ” }€°?ÿ¿ÿV‚ ‚bœšb¬ÖÀÞÀ ‚bКbŒÐÀÒÀ ‚btšb”ÔÀØÀ ‚bxÚÀÖ# \Þ# `– t@Mµ °?ÿÇàèÃà®Àã¿/Lÿÿü®ã0‚bÀÚÀÂü€ ÿ€ üŸÀ@ ?ü€ ÿ¿ÿüÇàèã¿ÇàèAutoOpts function called without option descriptor This exceeds the compiled library version: Automated Options Processing Error! %s called AutoOpts function with structure version %d:%d:%d. This is less than the minimum library version: all - an alternate for %s %s error: the keyword `%s' is ambiguous ambiguous%s: Command line arguments required %4$d %1$s%s options allowed version and help options:Error %d (%s) from the pipe(2) syscall ERROR: version option argument '%c' invalid. Use: 'v' - version only 'c' - version and copyright 'n' - version and copyright notice ERROR: %s option conflicts with the %s option %s(optionSaveState): error: cannot allocate %d bytes - default option for unnamed options - disabled as --%s - enabled by default -equivalenceERROR: only - examining environment variables named %s_* Options are specified by doubled hyphens and their name or by a single hyphen and the flag character. %%-%ds %%s fs error %d (%s) on fork - cannot obtain %s usage File error %d (%s) opening %s for loading options fs error %d (%s) reading file %s = = = = = = = = This incarnation of genshell will produce a shell script to parse the options for %s: %s =Cplx[=arg]--%2$s%1$s - reading file /... %s's exe directory .../%s %s: illegal option -- %c %s: %s option -- %s illegalAutoOpts ERROR: invalid option descriptor for %s words=cookedkeeptype=uncookedintegernestedstringboolkeywordset - is a set membership option %s: option `%s' requires an argument Equivalenced option '%s' was equivalenced to both '%s' and '%s' - must appear between %d and %d times ERROR: The %s option is required %s: option `%s' cannot have an argument %s: Command line arguments not allowed error %d (%s) creating %s Options are specified by single or double hyphens and their name. %s error: `%s' does not match any keywords - may appear multiple times - may not be preset Arg Option-Name Description Flg Arg Option-Name Description error %d (%s) stat-ing %s %s(optionRestore): error: no saved option state none'%s' not defined ERROR: The %s option must appear %d times error: cannot load options from non-regular file %s %s error: `%s' is not a recognizable number %3s %sThe '-#' option may omit the hash char one %s%s option allowed All arguments are named options. - reading file %s please send bug reports to: %s - may NOT appear - preset only # preset/initialization file # %s# The following option preset mechanisms are supported: programprohibits these options: Operands and options may be intermixed. They will be reordered. ERROR: %s option requires the %s option %3s %-14s %srequires these options: Arg Option-Name Req? Description Flg Arg Option-Name Req? Description -_^members=or you may use a numeric representation. Preceding these with a '!' will clear the bits, specifying 'none' will clear all bits, and 'all' will set them all. Multiple entries may be passed as an option argument list. %s T/F %s %sKWdMbrCpxno NumoptYESStr - -- and %s - may appear up to %d times The valid "%s" option keywords are: AutoOpts lib error: defaulted to option with optional arg -->*/ %s %%-%ds %s %s *INVALID*INVALID-%d ,|+ | %s_genshellopt copyright (c) 1999-2005 Bruce Korb, all rights reservedgenshellopt is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. genshellopt 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 Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with genshellopt. If not, write to: The Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor Boston, MA 02110-1301, USA.Output Script FileSCRIPTscriptShell name (follows "#!" magic)SHELLno-shellnoDisplay usage information and exithelpExtended usage information passed thru pagermore-helpOutput version information and exitversionGENSHELLOPTgenshellopt - Generate Shell Option Processing Script - Ver. 1 USAGE: %s [ - [] | --[{=| }] ]... autogen-users@lists.sf.net Note that `shell' is only useful if the output file does not already exist. If it does, then the shell name and optional first argument will be extracted from the script file. If the script file already exists and contains Automated Option Processing text, the second line of the file through the ending tag will be replaced by the newly generated text. The first `#!' line will be regenerated. genshellopt - Generate Shell Option Processing Script - Ver. 1PATHrx%s%s :=# # # # # # # # # # -- do not modify this marker -- # # DO NOT EDIT THIS SECTION%s OF %s # # From here to the next `-- do not modify this marker --', # the text has been generated %s # From the %s option definitions # if test -z "${%1$s_%2$s}" then %1$s_%2$s_CT=0 else %1$s_%2$s_CT=1 %1$s_%2$s_1="${%1$s_%2$s}" fi export %1$s_%2$s_CT %1$s_%2$s="${%1$s_%2$s-'%3$s'}" %1$s_%2$s_set=false export %1$s_%2$s %1$s_%2$s="${%1$s_%2$s}" %1$s_%2$s_set=false export %1$s_%2$s OPT_PROCESS=true OPT_ARG="$1" while ${OPT_PROCESS} && [ $# -gt 0 ] do OPT_ELEMENT='' OPT_ARG_VAL='' case "${OPT_ARG}" in -- ) OPT_PROCESS=false shift ;; OPT_ARG="$1" while [ $# -gt 0 ] do OPT_ELEMENT='' OPT_ARG_VAL='' OPT_ARG="${1}" --* ) -* ) ;; * ) OPT_PROCESS=false ;; esac if [ -n "${OPT_ARG_VAL}" ] then eval %1$s_${OPT_NAME}${OPT_ELEMENT}="'${OPT_ARG_VAL}'" export %1$s_${OPT_NAME}${OPT_ELEMENT} fi done unset OPT_PROCESS || : unset OPT_ELEMENT || : unset OPT_ARG || : unset OPT_ARG_NEEDED || : unset OPT_NAME || : unset OPT_CODE || : unset OPT_ARG_VAL || : %2$s # # # # # # # # # # # # END OF AUTOMATED OPTION PROCESSING # # # # # # # # # # # -- do not modify this marker -- case "${OPT_CODE}" in '%s' | \ '%s' ) '%c' ) ;; * ) echo Unknown %s: "${OPT_CODE}" >&2 echo "$%s_USAGE_TEXT" exit 1 ;; esac echo "$%s_%s_TEXT" exit 0 echo "$%s_LONGUSAGE_TEXT" | ${PAGER-more} exit 0 %s if [ $%1$s_%2$s_CT -ge %3$d ] ; then echo Error: more than %3$d %2$s options >&2 echo "$%1$s_USAGE_TEXT" exit 1 ; fi %1$s_%2$s_CT=`expr ${%1$s_%2$s_CT} + 1` OPT_ELEMENT="_${%1$s_%2$s_CT}" OPT_NAME='%2$s' if [ -n "${%1$s_%2$s}" ] && ${%1$s_%2$s_set} ; then echo Error: duplicate %2$s option >&2 echo "$%1$s_USAGE_TEXT" exit 1 ; fi %1$s_%2$s_set=true OPT_NAME='%2$s' %1$s_%2$s_CT=0 OPT_ELEMENT='' %1$s_%2$s='%3$s' export %1$s_%2$s OPT_NAME='%2$s' if [ -n "${%1$s_%2$s}" ] && ${%1$s_%2$s_set} ; then echo Error: duplicate %2$s option >&2 echo "$%1$s_USAGE_TEXT" exit 1 ; fi %1$s_%2$s_set=true %1$s_%2$s='%3$s' export %1$s_%2$s OPT_NAME='%2$s' eval %1$s_%2$s${OPT_ELEMENT}=true export %1$s_%2$s${OPT_ELEMENT} OPT_ARG_NEEDED=OK OPT_ARG_NEEDED=YES eval %1$s_%2$s${OPT_ELEMENT}=true export %1$s_%2$s${OPT_ELEMENT} OPT_ARG_NEEDED=NO OPT_CODE=`echo "X${OPT_ARG}"|sed 's/^X-*//'` shift OPT_ARG="$1" case "${OPT_CODE}" in *=* ) OPT_ARG_VAL=`echo "${OPT_CODE}"|sed 's/^[^=]*=//'` OPT_CODE=`echo "${OPT_CODE}"|sed 's/=.*$//'` ;; esac case "${OPT_ARG_NEEDED}" in NO ) OPT_ARG_VAL='' ;; YES ) if [ -z "${OPT_ARG_VAL}" ] then if [ $# -eq 0 ] then echo No argument provided for ${OPT_NAME} option >&2 echo "$%s_USAGE_TEXT" exit 1 fi OPT_ARG_VAL="${OPT_ARG}" shift OPT_ARG="$1" fi ;; OK ) if [ -z "${OPT_ARG_VAL}" ] && [ $# -gt 0 ] then case "${OPT_ARG}" in -* ) ;; * ) OPT_ARG_VAL="${OPT_ARG}" shift OPT_ARG="$1" ;; esac fi ;; esac OPT_CODE=`echo "X${OPT_ARG}" | sed 's/X-\(.\).*/\1/'` OPT_ARG=` echo "X${OPT_ARG}" | sed 's/X-.//'` case "${OPT_ARG_NEEDED}" in NO ) if [ -n "${OPT_ARG}" ] then OPT_ARG=-"${OPT_ARG}" else shift OPT_ARG="$1" fi ;; YES ) if [ -n "${OPT_ARG}" ] then OPT_ARG_VAL="${OPT_ARG}" else if [ $# -eq 0 ] then echo No argument provided for ${OPT_NAME} option >&2 echo "$%s_USAGE_TEXT" exit 1 fi shift OPT_ARG_VAL="$1" fi shift OPT_ARG="$1" ;; OK ) if [ -n "${OPT_ARG}" ] then OPT_ARG_VAL="${OPT_ARG}" shift OPT_ARG="$1" else shift if [ $# -gt 0 ] then case "$1" in -* ) ;; * ) OPT_ARG_VAL="$1" shift ;; esac OPT_ARG="$1" fi fi ;; esac env | egrep %s_ SHELL/bin/shLONGUSAGEUSAGEVERSION%s_%s_TEXT=''\''rbc' stdout%A %B %e, %Y at %r %Z#! %s %ldecho 'Warning: Cannot save options files' >&2OPT_ARG_NEEDED=OKLONGUSAGEecho 'Warning: Cannot load options files' >&2OPT_ARG_NEEDED=YESVERSIONecho 'Warning: Cannot suppress the loading of options files' >&2OPT_ARG_NEEDED=NOflagoptionwb%1$s /tmp/use.%2$lu ; rm -f /tmp/use.%2$luPAGER/tmp/use.%lumore''\'OPTION_CT=%d export OPTION_CT %1$s_%2$s=%3$d # 0x%3$X export %1$s_%2$s %1$s_%2$s=%3$s export %1$s_%2$s %s_%s= export %s_%s %1$s_%2$s='%3$s' export %1$s_%2$s %1$s_%2$s_MODE='%3$s' export %1$s_%2$s_MODE %1$s_%2$s_CT=%3$d export %1$s_%2$s_CT %s_%s_%d= export %s_%s_%d =%1$ld # 0x%1$lX set -- OPTION_CT=0 '%s' 'falsetruetypeset -x -i %s_ + %s WARNING: cannot save options - %s/%s%-18s\ %d # POSIXLY_CORRECTAUTOOPTS_USAGEgnuautoopts -%c, [arg]Automated Options version %s, copyright (c) 1999-2005 Bruce Korb 27.1)len < fil->sizefile %s: line %d%s%s%s: assertion "%s" failed. ../../snprintfv/filament.c (filinitinvalid specifier../../snprintfv/format.cprintf_flag_infopinfo != ((void *)0)printf_numeric_param_infoinvalid position specifierout of rangeprintf_modifier_infoinvalid flagsprintf_char0123456789abcdefghijklmnopqrstuvwxyz0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZinvalid precisionprintf_integerprintf_pointerprintf_stringfile : line : invalid combination of flagsunregistered specifier../../snprintfv/printf.cparse_printf_formatformat != ((void *)0)do_printfvstream_printfvstream_vprintf../../snprintfv/custom.cprintf_genericHˆ00¿ÿó<0¿ÿðH0¿ÿíT0¿ÿê`0¿ÿçl0¿ÿäx0¿ÿá„0¿ÿÞ0¿ÿÛœ0¿ÿب0¿ÿÕ´0¿ÿÒÀ0¿ÿÏÌ0¿ÿÌØ0¿ÿÉä0¿ÿÆð0¿ÿÃü0¿ÿÀ0¿ÿ½0¿ÿº 0¿ÿ·,0¿ÿ´80¿ÿ±D0¿ÿ®P0¿ÿ«\0¿ÿ¨h0¿ÿ¥t0¿ÿ¢€0¿ÿŸŒ0¿ÿœ˜0¿ÿ™¤0¿ÿ–°0¿ÿ“¼0¿ÿÈ0¿ÿÔ0¿ÿŠà0¿ÿ‡ì0¿ÿ„ø0¿ÿ0¿ÿ~0¿ÿ{0¿ÿx(0¿ÿu40¿ÿr@0¿ÿoL0¿ÿlX0¿ÿid0¿ÿfp0¿ÿc|0¿ÿ`ˆ0¿ÿ]”0¿ÿZ 0¿ÿW¬0¿ÿT¸0¿ÿQÄ0¿ÿNÐ0¿ÿKÜ0¿ÿHè0¿ÿEô0¿ÿB0¿ÿ? 0¿ÿ<0¿ÿ9$0¿ÿ600¿ÿ3<0¿ÿ0H0¿ÿ-T0¿ÿ*`0¿ÿ'l0¿ÿ$x0¿ÿ!„0¿ÿ0¿ÿœ0¿ÿ¨0¿ÿ´0¿ÿÀ0¿ÿÌ0¿ÿ Ø0¿ÿ ä0¿ÿð0¿ÿü0¿ÿ0¿þý0¿þú 0¿þ÷,0¿þô80¿þñD0¿þîP0¿þë\0¿þèh0¿þåt0¿þâ€0¿þߌ0¿þܘ0¿þÙ¤0¿þÖ°0¿þÓ¼0¿þÐÈ0¿þÍÔ0¿þÊà0¿þÇì0¿þÄø0¿þÁ0¿þ¾0¿þ»0¿þ¸(0¿þµ40¿þ²@0¿þ¯L0¿þ¬X0¿þ©¿ýÔç 1h 1„”x  8 oÿýøu«oÿÿþ˜oÿÿÿ4,4øp oÿýüoÿÿûC =T/F=KWd=Mbr=num=str  !"#$%&'()*+,-./0123456789:;<=>?@abcdefghijklmnopqrstuvwxyz[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖרÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿÿÿÿÿÿÿÿÿroo€ ss€v€€?€€!€€°—€€ #+-'*$.0123456789cd hi jlLn opqstu xXzÿñ”8x˜ø#L(Ô,41h 1„ 1˜   @ C HˆI`J”JœJ¤J¨J¬LˆQ yS°ÿñ ÿñ,ÿñ<1  W2X 72L cI`qJ”JœJ¤R2Ü  Q¤©Q µJ¬¹J¨ÆÿñÐ^D Úðj è(¸ ô3 NØ\   %wPÀ /k Aà Np ]x i˜" vC ƒ<$ ‰²èŒ • ˆy ¡;üð ± ¸0 ¿P ÆX Í# Ô# Û# â8X é8` ð8@ ÷@  þ8ˆ 8¨  8  8˜ 8° !8À (8Ø /8à 69ˆ =9@ Dx  S9p Z8è a9 h90 o9 v9Ø }9ð „9ø ‹: ’:@ ™:8  :P §:X ®:` µ;ð ¼< Ã;  Ê;à Ñ&`  ß;è æ;¸ í;Ð ô;Ø û;À <8  <@ (0 M  X3(v e(àŽ t H$ zD “(‰ ¢À" ³}(Ì ¼Å Ê${ Ô# R áà* íR õ50  ³tÜ h+ *9 \ 5  CIxS‡°œ aˆ) lFìÜ wX* …¨Â –p ›ƒLd ­TÄt ¼p È*³ Ó„ô< àR éQÄ4ò`# ÿ*À|  ¦ˆ À& #>  4:¸! B¬À˜ Rx c0+ m„L¨ |˜ Š ! ”y4 žLL¸ ³h à  Ì01 Ù<ø åQøñ†0è  Jð\ #Ž`€ 2x 8¸ >À Dà Jè Pð Vø \ b h n`ÔH wp ƒIp’2ð@ Ÿ c «h µW¬h Ëžàì Ø 8  è - ÷  lÜ HÈ< "(¨ 2ð. A¨/ Q&@  `Qx„ p&°A yˆ  „( ‘%Æ ›ˆ1 ©X  »è& ÍMÔ Ý; - ëlÜ, ÷'øt $G 8€ <°B !° 0Æ8Ä =ÃÜ( K Z( j0 s8 | p Š}ôŒ ˜@( «gxL ¸8D\ Ħ   јB Þ:ˆ* ì ¸0 ¸6 (È /‡˜ > (4 JÀ  Y8h  f)¨J v˜ …4¬ ‘ `. nð ®h ¸+@÷ Ø  Î/ÿ Û# âø ï#è% ü  8¸ ÂÀ #:ø# 2I€ Aàg Oè$ [$Ø@ hIì uH% „Lˆ@ ŒR –€" ¤ˆ ±)ø ¹X ÇS  Õ¸ á 탰œ þH- T° ¸( %H  1)p3 ;p E Rà a(p m`D x3 ™ „0 ˆ ¢W8t ® * ¾€D€ ÉŠLh Öx! áÐ ðˆ, ÿà ð  +#xj 5¡Ìð @˜ MRü ^ø  m» T ! ‹è š¸ ª“8” ·%à` Á¼` ÔØ äÀ# ø>  R t¼” èA *   :<ì H:è S ø2 _;ˆ jˆ  y;x  ‡À “ÀhX ¢3 ´Ø è ÑH ßL| ìIhü´T h "Ð 0Ø# :70 J.x R.˜x [°Û rf˜à €¨ nø¼ œ.x  ¥&P  ´"À? 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-W0,-xplibopts.c/home/users/b/bk/bkorb/autogen-5.8.3/sun4u-SunOS-5.9/autoopts/libopts.cgcc2_compiled.int:t(0,1)=r(0,1);-2147483648;2147483647;char:t(0,2)=r(0,2);0;127;long int:t(0,3)=r(0,3);-2147483648;2147483647;unsigned int:t(0,4)=r(0,4);000000000000000000000000;000000000000037777777777;long unsigned int:t(0,5)=r(0,5);000000000000000000000000;000000000000037777777777;long long int:t(0,6)=@s64;r(0,6);001000000000000000000000;000777777777777777777777;long long unsigned int:t(0,7)=@s64;r(0,7);000000000000000000000000;001777777777777777777777;short int:t(0,8)=@s16;r(0,8);-32768;32767;short unsigned int:t(0,9)=@s16;r(0,9);0;65535;signed char:t(0,10)=@s8;r(0,10);-128;127;unsigned char:t(0,11)=@s8;r(0,11);0;255;__int128_t:t(0,12)=@s128;r(0,12);000000000000000000000000;0377777777777777777777777777777777;__uint128_t:t(0,13)=@s128;r(0,13);000000000000000000000000;0377777777777777777777777777777777;float:t(0,14)=r(0,1);4;0;double:t(0,15)=r(0,1);8;0;long double:t(0,16)=r(0,1);16;0;complex int:t(0,17)=s8real:(0,1),0,32;imag:(0,1),32,32;;complex float:t(0,18)=R3;8;0;complex double:t(0,19)=R4;16;0;complex long double:t(0,20)=R5;32;0;__builtin_va_list:t(0,21)=*(0,22)=(0,22)_Bool:t(0,23)=@s8;-16;libopts.c../../compat/compat.h../config.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.h/usr/include/sys/isa_defs.h/usr/include/sys/feature_tests.h/usr/include/sys/machtypes.h_label_t:T(7,1)=s8val:(7,2)=ar(7,3)=r(7,3);000000000000000000000000;000000000000037777777777;;0;1;(0,3),0,64;;label_t:t(7,4)=(7,1)lock_t:t(7,5)=(0,11)/usr/include/sys/int_types.hint8_t:t(8,1)=(0,2)int16_t:t(8,2)=(0,8)int32_t:t(8,3)=(0,1)int64_t:t(8,4)=(0,6)uint8_t:t(8,5)=(0,11)uint16_t:t(8,6)=(0,9)uint32_t:t(8,7)=(0,4)uint64_t:t(8,8)=(0,7)intmax_t:t(8,9)=(8,4)uintmax_t:t(8,10)=(8,8)intptr_t:t(8,11)=(0,1)uintptr_t:t(8,12)=(0,4)int_least8_t:t(8,13)=(0,2)int_least16_t:t(8,14)=(0,8)int_least32_t:t(8,15)=(0,1)int_least64_t:t(8,16)=(0,6)uint_least8_t:t(8,17)=(0,11)uint_least16_t:t(8,18)=(0,9)uint_least32_t:t(8,19)=(0,4)uint_least64_t:t(8,20)=(0,7)longlong_t:t(4,1)=(0,6)u_longlong_t:t(4,2)=(0,7)t_scalar_t:t(4,3)=(0,3)t_uscalar_t:t(4,4)=(0,5)uchar_t:t(4,5)=(0,11)ushort_t:t(4,6)=(0,9)uint_t:t(4,7)=(0,4)ulong_t:t(4,8)=(0,5)caddr_t:t(4,9)=(4,10)=*(0,2)daddr_t:t(4,11)=(0,3)cnt_t:t(4,12)=(0,8)ptrdiff_t:t(4,13)=(0,1)pfn_t:t(4,14)=(4,8)pgcnt_t:t(4,15)=(4,8)spgcnt_t:t(4,16)=(0,3)use_t:t(4,17)=(4,5)sysid_t:t(4,18)=(0,8)index_t:t(4,19)=(0,8)timeout_id_t:t(4,20)=(4,21)=*(0,22)bufcall_id_t:t(4,22)=(4,21)off_t:t(4,23)=(0,3)off64_t:t(4,24)=(4,1)ino_t:t(4,25)=(4,8)blkcnt_t:t(4,26)=(0,3)fsblkcnt_t:t(4,27)=(4,8)fsfilcnt_t:t(4,28)=(4,8)ino64_t:t(4,29)=(4,2)blkcnt64_t:t(4,30)=(4,1)fsblkcnt64_t:t(4,31)=(4,2)fsfilcnt64_t:t(4,32)=(4,2)blksize_t:t(4,33)=(0,3) :T(4,34)=eB_FALSE:0,B_TRUE:1,;boolean_t:t(4,35)=(4,34)pad64_t:t(4,36)=(8,4)upad64_t:t(4,37)=(8,8)offset_t:t(4,38)=(4,1)u_offset_t:t(4,39)=(4,2)len_t:t(4,40)=(4,2)diskaddr_t:t(4,41)=(4,1)lloff_t:t(4,42)=(4,43)=u8_f:(4,38),0,64;_p:(4,44)=s8_u:(8,3),0,32;_l:(8,3),32,32;;,0,64;;lldaddr_t:t(4,45)=(4,46)=u8_f:(4,41),0,64;_p:(4,47)=s8_u:(8,3),0,32;_l:(8,3),32,32;;,0,64;;k_fltset_t:t(4,48)=(4,7)id_t:t(4,49)=(0,3)useconds_t:t(4,50)=(4,7)suseconds_t:t(4,51)=(0,3)major_t:t(4,52)=(4,8)minor_t:t(4,53)=(4,8)pri_t:t(4,54)=(0,8)o_mode_t:t(4,55)=(4,6)o_dev_t:t(4,56)=(0,8)o_uid_t:t(4,57)=(4,6)o_gid_t:t(4,58)=(4,57)o_nlink_t:t(4,59)=(0,8)o_pid_t:t(4,60)=(0,8)o_ino_t:t(4,61)=(4,6)key_t:t(4,62)=(0,1)mode_t:t(4,63)=(4,8)uid_t:t(4,64)=(0,3)gid_t:t(4,65)=(4,64)taskid_t:t(4,66)=(4,49)projid_t:t(4,67)=(4,49)pthread_t:t(4,68)=(4,7)pthread_key_t:t(4,69)=(4,7)_pthread_mutex:T(4,70)=s24__pthread_mutex_flags:(4,71)=s8__pthread_mutex_flag1:(8,6),0,16;__pthread_mutex_flag2:(8,5),16,8;__pthread_mutex_ceiling:(8,5),24,8;__pthread_mutex_type:(8,6),32,16;__pthread_mutex_magic:(8,6),48,16;;,0,64;__pthread_mutex_lock:(4,72)=u8__pthread_mutex_lock64:(4,73)=s8__pthread_mutex_pad:(4,74)=ar(7,3);0;7;(8,5),0,64;;,0,64;__pthread_mutex_lock32:(4,75)=s8__pthread_ownerpid:(8,7),0,32;__pthread_lockword:(8,7),32,32;;,0,64;__pthread_mutex_owner64:(4,37),0,64;;,64,64;__pthread_mutex_data:(4,37),128,64;;pthread_mutex_t:t(4,76)=(4,70)_pthread_cond:T(4,77)=s16__pthread_cond_flags:(4,78)=s8__pthread_cond_flag:(4,79)=ar(7,3);0;3;(8,5),0,32;__pthread_cond_type:(8,6),32,16;__pthread_cond_magic:(8,6),48,16;;,0,64;__pthread_cond_data:(4,37),64,64;;pthread_cond_t:t(4,80)=(4,77)_pthread_rwlock:T(4,81)=s64__pthread_rwlock_readers:(8,3),0,32;__pthread_rwlock_type:(8,6),32,16;__pthread_rwlock_magic:(8,6),48,16;__pthread_rwlock_mutex:(4,76),64,192;__pthread_rwlock_readercv:(4,80),256,128;__pthread_rwlock_writercv:(4,80),384,128;;pthread_rwlock_t:t(4,82)=(4,81)_pthread_attr:T(4,83)=s4__pthread_attrp:(4,21),0,32;;pthread_attr_t:t(4,84)=(4,83)_pthread_mutexattr:T(4,85)=s4__pthread_mutexattrp:(4,21),0,32;;pthread_mutexattr_t:t(4,86)=(4,85)_pthread_condattr:T(4,87)=s4__pthread_condattrp:(4,21),0,32;;pthread_condattr_t:t(4,88)=(4,87)_once:T(4,89)=s32__pthread_once_pad:(4,90)=ar(7,3);0;3;(4,37),0,256;;pthread_once_t:t(4,91)=(4,89)_pthread_rwlockattr:T(4,92)=s4__pthread_rwlockattrp:(4,21),0,32;;pthread_rwlockattr_t:t(4,93)=(4,92)dev_t:t(4,94)=(4,8)nlink_t:t(4,95)=(4,8)pid_t:t(4,96)=(0,3)size_t:t(4,97)=(0,4)ssize_t:t(4,98)=(0,1)time_t:t(4,99)=(0,3)clock_t:t(4,100)=(0,3)clockid_t:t(4,101)=(0,1)timer_t:t(4,102)=(0,1)unchar:t(4,103)=(0,11)ushort:t(4,104)=(0,9)uint:t(4,105)=(0,4)ulong:t(4,106)=(0,5)u_char:t(4,107)=(0,11)u_short:t(4,108)=(0,9)u_int:t(4,109)=(0,4)u_long:t(4,110)=(0,5)_quad:T(4,111)=s8val:(4,112)=ar(7,3);0;1;(0,1),0,64;;quad_t:t(4,113)=(4,111)quad:t(4,114)=(4,113)/usr/include/sys/select.h/usr/include/sys/time.htimeval:T(10,1)=s8tv_sec:(4,99),0,32;tv_usec:(4,51),32,32;;timezone:T(10,2)=s8tz_minuteswest:(0,1),0,32;tz_dsttime:(0,1),32,32;;/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.hitimerval:T(10,3)=s16it_interval:(10,1),0,64;it_value:(10,1),64,64;;hrtime_t:t(10,4)=(4,1)/usr/include/time.h/usr/include/iso/time_iso.htm:T(13,1)=s36tm_sec:(0,1),0,32;tm_min:(0,1),32,32;tm_hour:(0,1),64,32;tm_mday:(0,1),96,32;tm_mon:(0,1),128,32;tm_year:(0,1),160,32;tm_wday:(0,1),192,32;tm_yday:(0,1),224,32;tm_isdst:(0,1),256,32;;/usr/include/sys/time_impl.htimespec:T(14,1)=s8tv_sec:(4,99),0,32;tv_nsec:(0,3),32,32;;timespec_t:t(14,2)=(14,1)timestruc_t:t(14,3)=(14,1)itimerspec:T(14,4)=s16it_interval:(14,1),0,64;it_value:(14,1),64,64;;itimerspec_t:t(14,5)=(14,4)sigval:T(12,1)=u4sival_int:(0,1),0,32;sival_ptr:(4,21),0,32;;sigevent:T(12,2)=s24sigev_notify:(0,1),0,32;sigev_signo:(0,1),32,32;sigev_value:(12,1),64,32;sigev_notify_function:(12,3)=*(12,4)=f(0,22),96,32;sigev_notify_attributes:(12,5)=*(4,84),128,32;__sigev_pad2:(0,1),160,32;;/usr/include/sys/select.hfd_mask:t(9,1)=(0,3)fds_mask:t(9,2)=(0,3)fd_set:T(9,3)=s128fds_bits:(9,4)=ar(7,3);0;31;(0,3),0,1024;;fd_set:t(9,5)=(9,3)/usr/include/sys/mman.hmemcntl_mha:T(16,1)=s12mha_cmd:(4,7),0,32;mha_flags:(4,7),32,32;mha_pagesize:(4,97),64,32;;meminfo:T(16,2)=s20mi_inaddr:(16,3)=*(16,4)=k(8,8),0,32;mi_info_req:(16,5)=*(16,6)=k(4,7),32,32;mi_outdata:(16,7)=*(8,8),64,32;mi_validity:(16,8)=*(4,7),96,32;mi_info_count:(0,1),128,32;;meminfo_t:t(16,9)=(16,2)/usr/include/sys/param.h/usr/include/sys/unistd.h/usr/include/sys/procset.hidtype:T(19,1)=eP_PID:0,P_PPID:1,P_PGID:2,P_SID:3,P_CID:4,P_UID:5,P_GID:6,P_ALL:7,P_LWPID:8,P_TASKID:9,P_PROJID:10,;idtype_t:t(19,2)=(19,1)idop:T(19,3)=ePOP_DIFF:0,POP_AND:1,POP_OR:2,POP_XOR:3,;idop_t:t(19,4)=(19,3)procset:T(19,5)=s20p_op:(19,4),0,32;p_lidtype:(19,2),32,32;p_lid:(4,49),64,32;p_ridtype:(19,2),96,32;p_rid:(4,49),128,32;;procset_t:t(19,6)=(19,5)/usr/include/sys/stat.hstat:T(20,1)=s136st_dev:(4,94),0,32;st_pad1:(20,2)=ar(7,3);0;2;(0,3),32,96;st_ino:(4,25),128,32;st_mode:(4,63),160,32;st_nlink:(4,95),192,32;st_uid:(4,64),224,32;st_gid:(4,65),256,32;st_rdev:(4,94),288,32;st_pad2:(7,2),320,64;st_size:(4,23),384,32;st_pad3:(0,3),416,32;st_atim:(14,3),448,64;st_mtim:(14,3),512,64;st_ctim:(14,3),576,64;st_blksize:(4,33),640,32;st_blocks:(4,26),672,32;st_fstype:(20,3)=ar(7,3);0;15;(0,2),704,128;st_pad4:(20,4)=ar(7,3);0;7;(0,3),832,256;;stat64:T(20,5)=s152st_dev:(4,94),0,32;st_pad1:(20,2),32,96;st_ino:(4,29),128,64;st_mode:(4,63),192,32;st_nlink:(4,95),224,32;st_uid:(4,64),256,32;st_gid:(4,65),288,32;st_rdev:(4,94),320,32;st_pad2:(7,2),352,64;st_size:(4,24),448,64;st_atim:(14,3),512,64;st_mtim:(14,3),576,64;st_ctim:(14,3),640,64;st_blksize:(4,33),704,32;st_blocks:(4,30),768,64;st_fstype:(20,3),832,128;st_pad4:(20,4),960,256;;/usr/include/sys/stat_impl.h/usr/include/sys/wait.h/usr/include/sys/resource.hrlim_t:t(23,1)=(0,5)rlimit:T(23,2)=s8rlim_cur:(23,1),0,32;rlim_max:(23,1),32,32;;rlim64_t:t(23,3)=(4,2)rlimit64:T(23,4)=s16rlim_cur:(23,3),0,64;rlim_max:(23,3),64,64;;rusage:T(23,5)=s72ru_utime:(10,1),0,64;ru_stime:(10,1),64,64;ru_maxrss:(0,3),128,32;ru_ixrss:(0,3),160,32;ru_idrss:(0,3),192,32;ru_isrss:(0,3),224,32;ru_minflt:(0,3),256,32;ru_majflt:(0,3),288,32;ru_nswap:(0,3),320,32;ru_inblock:(0,3),352,32;ru_oublock:(0,3),384,32;ru_msgsnd:(0,3),416,32;ru_msgrcv:(0,3),448,32;ru_nsignals:(0,3),480,32;ru_nvcsw:(0,3),512,32;ru_nivcsw:(0,3),544,32;;/usr/include/sys/siginfo.h/usr/include/sys/machsig.hsiginfo:T(24,1)=s128si_signo:(0,1),0,32;si_code:(0,1),32,32;si_errno:(0,1),64,32;__data:(24,2)=u116__pad:(24,3)=ar(7,3);0;28;(0,1),0,928;__proc:(24,4)=s16__pid:(4,96),0,32;__pdata:(24,5)=u12__kill:(24,6)=s8__uid:(4,64),0,32;__value:(12,1),32,32;;,0,64;__cld:(24,7)=s12__utime:(4,100),0,32;__status:(0,1),32,32;__stime:(4,100),64,32;;,0,96;;,32,96;;,0,128;__fault:(24,8)=s12__addr:(4,21),0,32;__trapno:(0,1),32,32;__pc:(4,9),64,32;;,0,96;__file:(24,9)=s8__fd:(0,1),0,32;__band:(0,3),32,32;;,0,64;__prof:(24,10)=s88__faddr:(4,9),0,32;__tstamp:(14,3),32,64;__syscall:(0,8),96,16;__nsysarg:(0,2),112,8;__fault:(0,2),120,8;__sysarg:(20,4),128,256;__mstate:(24,11)=ar(7,3);0;9;(0,1),384,320;;,0,704;__rctl:(24,12)=s4__entity:(8,3),0,32;;,0,32;;,96,928;;siginfo_t:t(24,13)=(24,1)k_siginfo:T(24,14)=s28si_signo:(0,1),0,32;si_code:(0,1),32,32;si_errno:(0,1),64,32;__data:(24,15)=u16__proc:(24,16)=s16__pid:(4,96),0,32;__pdata:(24,17)=u12__kill:(24,18)=s8__uid:(4,64),0,32;__value:(12,1),32,32;;,0,64;__cld:(24,19)=s12__utime:(4,100),0,32;__status:(0,1),32,32;__stime:(4,100),64,32;;,0,96;;,32,96;;,0,128;__fault:(24,20)=s12__addr:(4,21),0,32;__trapno:(0,1),32,32;__pc:(4,9),64,32;;,0,96;__file:(24,21)=s8__fd:(0,1),0,32;__band:(0,3),32,32;;,0,64;__prof:(24,22)=s16__faddr:(4,9),0,32;__tstamp:(14,3),32,64;__syscall:(0,8),96,16;__nsysarg:(0,2),112,8;__fault:(0,2),120,8;;,0,128;__rctl:(24,23)=s4__entity:(8,3),0,32;;,0,32;;,96,128;;k_siginfo_t:t(24,24)=(24,14)sigqueue:T(24,25)=s40sq_next:(24,26)=*(24,25),0,32;sq_info:(24,24),32,224;sq_func:(24,27)=*(24,28)=f(0,22),256,32;sq_backptr:(4,21),288,32;;sigqueue_t:t(24,29)=(24,25)/usr/include/sys/systeminfo.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.h__gnuc_va_list:t(28,1)=(0,21)/usr/include/iso/stdio_iso.h/usr/include/sys/va_list.h__va_list:t(30,1)=(4,21)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio_tag.h__FILE:t(31,1)=(31,2)=xs__FILE:/usr/include/stdio_impl.h__FILE:T(31,2)=s16_cnt:(4,98),0,32;_ptr:(32,1)=*(0,11),32,32;_base:(32,1),64,32;_flag:(0,11),96,8;_file:(0,11),104,8;__orientation:(0,4),112,2;__ionolock:(0,4),114,1;__seekable:(0,4),115,1;__filler:(0,4),116,4;;__longlong_t:t(29,1)=(0,6)FILE:t(29,2)=(31,1)fpos_t:t(29,3)=(0,3)fpos64_t:t(27,1)=(29,1)/usr/include/assert.h/usr/include/ctype.h/usr/include/iso/ctype_iso.h/usr/include/dirent.h/usr/include/sys/dirent.hdirent:T(37,1)=s12d_ino:(4,25),0,32;d_off:(4,23),32,32;d_reclen:(0,9),64,16;d_name:(37,2)=ar(7,3);0;0;(0,2),80,8;;dirent_t:t(37,3)=(37,1)dirent64:T(37,4)=s24d_ino:(4,29),0,64;d_off:(4,24),64,64;d_reclen:(0,9),128,16;d_name:(37,2),144,8;;dirent64_t:t(37,5)=(37,4)DIR:t(36,1)=(36,2)=s16dd_fd:(0,1),0,32;dd_loc:(0,1),32,32;dd_size:(0,1),64,32;dd_buf:(4,10),96,32;;/usr/include/errno.h/usr/include/sys/errno.h/usr/include/fcntl.h/usr/include/sys/fcntl.hflock:T(41,1)=s36l_type:(0,8),0,16;l_whence:(0,8),16,16;l_start:(4,23),32,32;l_len:(4,23),64,32;l_sysid:(0,1),96,32;l_pid:(4,96),128,32;l_pad:(41,2)=ar(7,3);0;3;(0,3),160,128;;flock_t:t(41,3)=(41,1)flock64:T(41,4)=s48l_type:(0,8),0,16;l_whence:(0,8),16,16;l_start:(4,24),64,64;l_len:(4,24),128,64;l_sysid:(0,1),192,32;l_pid:(4,96),224,32;l_pad:(41,2),256,128;;flock64_t:t(41,5)=(41,4)fshare:T(41,6)=s8f_access:(0,8),0,16;f_deny:(0,8),16,16;f_id:(0,1),32,32;;fshare_t:t(41,7)=(41,6)/usr/include/libgen.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/syslimits.h/usr/include/iso/limits_iso.h/usr/include/sys/int_limits.h/usr/include/memory.h/usr/include/setjmp.h/usr/include/iso/setjmp_iso.hjmp_buf:t(49,1)=(49,2)=ar(7,3);0;11;(0,1)sigjmp_buf:t(48,1)=(48,2)=ar(7,3);0;18;(0,1)/usr/include/signal.h/usr/include/iso/signal_iso.h/usr/include/sys/iso/signal_iso.hsig_atomic_t:t(51,1)=(0,1)/usr/include/sys/signal.hsigset_t:t(53,1)=(53,2)=s16__sigbits:(53,3)=ar(7,3);0;3;(0,4),0,128;;k_sigset_t:t(53,4)=(53,5)=s8__sigbits:(53,6)=ar(7,3);0;1;(0,4),0,64;;sigaction:T(53,7)=s32sa_flags:(0,1),0,32;_funcptr:(53,8)=u4_handler:(53,9)=*(53,10)=f(0,22),0,32;_sigaction:(53,11)=*(53,12)=f(0,22),0,32;;,32,32;sa_mask:(53,1),64,128;sa_resv:(4,112),192,64;;sigaltstack:T(53,13)=s12ss_sp:(4,21),0,32;ss_size:(4,97),32,32;ss_flags:(0,1),64,32;;stack_t:t(53,14)=(53,13)signotify_id:T(53,15)=s12sn_pid:(4,96),0,32;sn_index:(0,1),32,32;sn_pad:(0,1),64,32;;signotify_id_t:t(53,16)=(53,15)sigstack:T(53,17)=s8ss_sp:(4,21),0,32;ss_onstack:(0,1),32,32;;/usr/include/inttypes.h/usr/include/sys/inttypes.h/usr/include/sys/int_const.h/usr/include/sys/int_fmtio.h/usr/include/stdlib.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/iso/stdlib_iso.hdiv_t:t(59,1)=(59,2)=s8quot:(0,1),0,32;rem:(0,1),32,32;;ldiv_t:t(59,3)=(59,4)=s8quot:(0,3),0,32;rem:(0,3),32,32;;wchar_t:t(59,5)=(0,3)lldiv_t:t(58,1)=(58,2)=s16quot:(0,6),0,64;rem:(0,6),64,64;;/usr/include/string.h/usr/include/iso/string_iso.h/usr/include/utime.h/usr/include/sys/utime.hutimbuf:T(63,1)=s8actime:(4,99),0,32;modtime:(4,99),32,32;;/usr/include/unistd.ht_word:t(2,1)=(0,1)../../autoopts/autoopts/options.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h :T(65,1)=eOPARG_TYPE_NONE:0,OPARG_TYPE_STRING:1,OPARG_TYPE_ENUMERATION:2,OPARG_TYPE_BOOLEAN:3,OPARG_TYPE_MEMBERSHIP:4,OPARG_TYPE_NUMERIC:5,OPARG_TYPE_HIERARCHY:6,;teOptArgType:t(65,2)=(65,1)optionValue:T(65,3)=s12valType:(65,2),0,32;pzName:(4,10),32,32;v:(65,4)=u4strVal:(37,2),0,8;enumVal:(0,1),0,32;boolVal:(0,1),0,32;setVal:(0,3),0,32;longVal:(0,3),0,32;nestVal:(4,21),0,32;;,64,32;;tOptionValue:t(65,5)=(65,3) :T(65,6)=eAG_FALSE:0,AG_TRUE:1,;ag_bool:t(65,7)=(65,6)tOptions:t(65,8)=(65,9)=xsoptions:tOptDesc:t(65,10)=(65,11)=xsoptDesc:tOptNames:t(65,12)=(65,13)=xsoptNames:tOptProc:t(65,14)=(65,15)=f(0,22)tpOptProc:t(65,16)=(65,17)=*(65,14)tUsageProc:t(65,18)=(65,19)=f(0,22)tpUsageProc:t(65,20)=(65,21)=*(65,18)tArgList:t(65,22)=(65,23)=xsargList:argList:T(65,23)=s32useCt:(0,1),0,32;allocCt:(0,1),32,32;apzArgs:(65,24)=ar(7,3);0;5;(65,25)=*(65,26)=k(0,2),64,192;;optDesc:T(65,11)=s64optIndex:(0,9),0,16;optValue:(0,9),16,16;optActualIndex:(0,9),32,16;optActualValue:(0,9),48,16;optEquivIndex:(0,9),64,16;optMinCt:(0,9),80,16;optMaxCt:(0,9),96,16;optOccCt:(0,9),112,16;fOptState:(0,4),128,32;reserved:(0,4),160,32;pzLastArg:(65,25),192,32;optCookie:(4,21),224,32;pOptMust:(65,27)=*(65,28)=k(0,1),256,32;pOptCant:(65,27),288,32;pOptProc:(65,16),320,32;pzText:(65,25),352,32;pz_NAME:(65,25),384,32;pz_Name:(65,25),416,32;pz_DisableName:(65,25),448,32;pz_DisablePfx:(65,25),480,32;;tOptSpecIndex:t(65,29)=(65,30)=xsoptSpecIndex:optSpecIndex:T(65,30)=s8more_help:(0,9),0,16;save_opts:(0,9),16,16;number_option:(0,9),32,16;default_opt:(0,9),48,16;;tOptionXlateProc:t(65,31)=(65,32)=f(0,22)options:T(65,9)=s108structVersion:(0,1),0,32;origArgCt:(0,1),32,32;origArgVect:(65,33)=*(4,10),64,32;fOptSet:(0,4),96,32;curOptIdx:(0,4),128,32;pzCurOpt:(4,10),160,32;pzProgPath:(65,25),192,32;pzProgName:(65,25),224,32;pzPROGNAME:(65,25),256,32;pzRcName:(65,25),288,32;pzCopyright:(65,25),320,32;pzCopyNotice:(65,25),352,32;pzFullVersion:(65,25),384,32;papzHomeList:(65,34)=*(65,25),416,32;pzUsageTitle:(65,25),448,32;pzExplain:(65,25),480,32;pzDetail:(65,25),512,32;pOptDesc:(65,35)=*(65,10),544,32;pzBugAddr:(65,25),576,32;pExtensions:(4,21),608,32;pSavedState:(4,21),640,32;pUsageProc:(65,20),672,32;pTransProc:(65,36)=*(65,31),704,32;specOptIdx:(65,29),736,64;optCt:(0,1),800,32;presetOptCt:(0,1),832,32;;token_list_t:t(65,37)=(65,38)=s8tkn_ct:(0,5),0,32;tkn_list:(65,39)=ar(7,3);0;0;(32,1),32,32;;tmap_info_t:t(65,40)=(65,41)=s36txt_data:(4,21),0,32;txt_size:(4,97),32,32;txt_full_size:(4,97),64,32;txt_fd:(0,1),96,32;txt_zero_fd:(0,1),128,32;txt_errno:(0,1),160,32;txt_prot:(0,1),192,32;txt_flags:(0,1),224,32;txt_alloc:(0,1),256,32;; :T(65,42)=eOPTION_LOAD_COOKED:0,OPTION_LOAD_UNCOOKED:1,OPTION_LOAD_KEEP:2,;tOptionLoadMode:t(65,43)=(65,42)../../autoopts/autoopts/usage-txt.husage_text_t:t(67,1)=(67,2)=s460field_ct:(0,1),0,32;utpz_GnuBoolArg:(4,10),32,32;utpz_GnuKeyArg:(4,10),64,32;utpz_GnuKeyLArg:(4,10),96,32;utpz_GnuNumArg:(4,10),128,32;utpz_GnuStrArg:(4,10),160,32;apz_str:(67,3)=ar(7,3);0;108;(65,25),192,3488;;../../autoopts/genshell.h :T(68,1)=eINDEX_OPT_SCRIPT:0,INDEX_OPT_SHELL:1,INDEX_OPT_VERSION:2,INDEX_OPT_HELP:3,INDEX_OPT_MORE_HELP:4,;teOptIndex:t(68,2)=(68,1)../../autoopts/autoopts.htDirection:t(69,1)=(0,1)tSuccess:t(69,2)=(0,1) :T(69,3)=ePAGER_STATE_INITIAL:0,PAGER_STATE_READY:1,PAGER_STATE_CHILD:2,;tePagerState:t(69,4)=(69,3) :T(69,5)=eENV_ALL:0,ENV_IMM:1,ENV_NON_IMM:2,;teEnvPresetType:t(69,6)=(69,5) :T(69,7)=eTOPT_UNDEFINED:0,TOPT_SHORT:1,TOPT_LONG:2,TOPT_DEFAULT:3,;teOptType:t(69,8)=(69,7)tOptState:t(69,9)=(69,10)=s16pOD:(65,35),0,32;pzOptArg:(65,25),32,32;flags:(0,5),64,32;optType:(69,8),96,32;; :T(69,11)=eTT_LONGUSAGE:0,TT_USAGE:1,TT_VERSION:2,COUNT_TT:3,;teTextTo:t(69,12)=(69,11)arg_types_t:t(69,13)=(69,14)=s52pzStr:(65,25),0,32;pzReq:(65,25),32,32;pzNum:(65,25),64,32;pzKey:(65,25),96,32;pzKeyL:(65,25),128,32;pzBool:(65,25),160,32;pzNest:(65,25),192,32;pzOpt:(65,25),224,32;pzNo:(65,25),256,32;pzBrk:(65,25),288,32;pzNoF:(65,25),320,32;pzSpc:(65,25),352,32;pzOptFmt:(65,25),384,32;;../../snprintfv/printf.h../../snprintfv/compat.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.hva_list:t(73,1)=(28,1)snv_wchar_t:t(71,1)=(0,1)snv_wint_t:t(71,2)=(0,1)snv_pointer:t(71,3)=(4,21)snv_constpointer:t(71,4)=(71,5)=*(71,6)=k(0,22) :T(71,7)=eSNV_FALSE:0,SNV_TRUE:1,;snv_bool_t:t(71,8)=(71,7)snv_long_double:t(71,9)=(0,16)../../snprintfv/filament.hFilament:t(74,1)=(74,2)=xsfilament:filament:T(74,2)=s524value:(4,10),0,32;length:(4,97),32,32;size:(4,97),64,32;buffer:(74,3)=ar(7,3);0;511;(0,2),96,4096;;../../snprintfv/stream.hSTREAM:t(75,1)=(75,2)=xsstream:StreamPut:t(75,3)=(75,4)=*(75,5)=f(0,1)StreamGet:t(75,6)=(75,7)=*(75,8)=f(0,1)../../snprintfv/mem.hmalloc_proc_t:t(76,1)=(76,2)=f(4,21)realloc_proc_t:t(76,3)=(76,4)=f(4,21)free_proc_t:t(76,5)=(76,6)=f(4,21) :T(70,1)=eSNV_ERROR:-1,SNV_OK:0,;snv_status:t(70,2)=(70,1)printf_info:T(70,3)=s52count:(0,1),0,32;state:(0,1),32,32;error:(70,4)=*(74,1),64,32;format:(65,25),96,32;argc:(0,1),128,32;argindex:(0,1),160,32;dollar:(0,1),192,32;prec:(0,1),224,32;width:(0,1),256,32;extra:(71,3),288,32;type:(0,1),320,32;spec:(0,2),352,8;pad:(0,2),360,8;is_long_double:(0,4),368,1;is_char:(0,4),369,1;is_short:(0,4),370,1;is_long:(0,4),371,1;alt:(0,4),372,1;space:(0,4),373,1;left:(0,4),374,1;showsign:(0,4),375,1;group:(0,4),376,1;wide:(0,4),377,1;args:(70,5)=*(70,6)=k(70,7)=xuprintf_arg:,384,32;;printf_info:t(70,8)=(70,3)printf_arg:T(70,7)=u16pa_char:(0,11),0,8;pa_wchar:(71,1),0,32;pa_short_int:(0,8),0,16;pa_int:(0,1),0,32;pa_long_int:(0,3),0,32;pa_long_long_int:(8,9),0,64;pa_u_short_int:(0,9),0,16;pa_u_int:(0,4),0,32;pa_u_long_int:(0,5),0,32;pa_u_long_long_int:(8,10),0,64;pa_float:(0,14),0,32;pa_double:(0,15),0,64;pa_long_double:(0,16),0,128;pa_string:(65,25),0,32;pa_wstring:(70,9)=*(70,10)=k(71,1),0,32;pa_pointer:(71,4),0,32;;printf_arg:t(70,11)=(70,7)printf_function:t(70,12)=(70,13)=f(0,1)printf_arginfo_function:t(70,14)=(70,15)=f(0,1)spec_entry:T(70,16)=s24spec:(0,1),0,32;unused:(0,1),32,32;type:(0,1),64,32;fmt:(70,17)=*(70,12),96,32;arg:(70,18)=*(70,14),128,32;user:(71,3),160,32;;spec_entry:t(70,19)=(70,16)register_callback_function:t(70,20)=(70,21)=f(70,22)=*(70,19) :T(70,23)=ePA_INT:0,PA_CHAR:1,PA_WCHAR:2,PA_STRING:3,PA_WSTRING:4,PA_POINTER:5,PA_FLOAT:6,PA_DOUBLE:7,PA_LAST:8,PA_UNKNOWN:-1,;../../autoopts/proto.h../../autoopts/autoopts.chandleOption:f(69,2)pOpts:P(78,1)=*(65,8)pOptState:P(78,2)=*(69,9)../../autoopts/autoopts.cpOD:r(65,35)pOP:r(65,17)p:r(65,35)pzEqv:r(65,25)pzFmt:r(65,25)pzFmt:r(65,25)p:r(65,35)longOptionFind:f(69,2)pOpts:P(78,1)pzOptName:P(4,10)pOptState:P(78,2)disable:r(65,7)pzEq:r(4,10)pOD:r(65,35)idx:r(0,1)idxLim:r(0,1)matchCt:r(0,1)matchIdx:r(0,1)nameLen:r(0,1)shortOptionFind:f(69,2)pOpts:P(78,1)optValue:P(0,11)pOptState:P(78,2)pRes:r(65,35)ct:r(0,1)findOptDesc:f(69,2)pOpts:P(78,1)pOptState:P(78,2)pz:r(4,10)pz:r(4,10) :T(78,3)=eARG_NONE:0,ARG_MAY:1,ARG_MUST:2,;nextOption:f(69,2)pOpts:P(78,1)pOptState:P(78,2)res:r(69,2)pzLA:r(4,10)pzLA:r(4,10)pzLA:r(4,10)doImmediateOpts:f(69,2)pOpts:P(78,1)optState:(69,9)optState:(69,9)doRegularOpts:f(69,2)pOpts:P(78,1)optState:(69,9)optState:(69,9)doPresets:f(69,2)pOpts:P(78,1)checkConsistency:f(0,1)pOpts:P(78,1)errCt:r(0,1)pOD:r(65,35)oCt:r(0,1)pMust:r(65,27)pCant:r(65,27)p:r(65,35)p:r(65,35)pMust:r(65,27)pCant:r(65,27)p:r(65,35)pN:r(78,4)=*(78,5)=k(65,10)p:r(65,35)pN:r(78,4)optionProcess:F(0,1)pOpts:P(78,1)argCt:P(0,1)argVect:P(65,33)pOD:r(65,35)pOD:r(65,35)../../autoopts/boolean.coptionBooleanVal:F(0,22)pOpts:P(78,1)pOD:P(65,35)../../autoopts/boolean.cval:r(0,3)pz:(4,10)res:r(65,7)../../autoopts/configfile.cconfigFileLoad:F(80,1)=*(80,2)=k(65,5)pzFile:P(65,25)../../autoopts/configfile.ccfgfile:(65,40)pRes:r(80,3)=*(65,5)pzText:r(4,10)err:r(0,1)err:r(0,1)err:r(0,1)optionFindValue:F(80,1)pOptDesc:P(78,4)pzName:P(65,25)pzVal:P(65,25)pRes:r(80,1)ct:r(0,1)ppOV:r(80,4)=*(80,1)ct:r(0,1)ppOV:r(80,4)pOV:r(80,1)pRV:r(80,1)pOV:r(80,1)pRV:r(80,1)optionFindNextValue:F(80,1)pOptDesc:P(78,4)pPrevVal:P(80,1)pzName:P(65,25)pzVal:P(65,25)foundOldVal:r(0,1)pRes:r(80,3)ct:r(0,1)ppOV:r(80,5)=*(80,3)ct:r(0,1)ppOV:r(80,5)pOV:r(80,3)pOV:r(80,3)pOV:r(80,3)optionGetValue:F(80,1)pOld:P(80,1)pzValName:P(65,25)pAL:r(80,6)=*(65,22)pRes:r(80,3)ct:r(0,1)papOV:r(80,5)pOV:r(80,3)pOV:r(80,3)ct:r(0,1)papOV:r(80,5)optionNextValue:F(80,1)pOVList:P(80,1)pOldOV:P(80,1)pAL:r(80,6)pRes:r(80,3)err:r(0,1)ct:r(0,1)papNV:r(80,5)pNV:r(80,3)ct:r(0,1)papNV:r(80,5)pNV:r(80,3)filePreset:f(0,22)pOpts:P(78,1)pzFileName:P(65,25)direction:P(0,1)cfgfile:(65,40)pzFileText:r(4,10)st:(69,9)handleComment:f(4,10)pzText:P(4,10)pz:r(4,10)handleConfig:f(4,10)pOpts:P(78,1)pOS:P(78,2)pzText:P(4,10)direction:P(0,1)pzName:r(4,10)pzEnd:r(4,10)pcD:r(4,10)pcS:r(4,10)pcD:r(4,10)pcS:r(4,10)ch:r(0,2)handleDirective:f(4,10)pOpts:P(78,1)pzText:P(4,10)ztitle:(80,7)=ar(7,3);0;31;(0,2)title_len:r(4,97)name_len:r(4,97)handleProgramSection:f(4,10)pOpts:P(78,1)pzText:P(4,10)len:r(4,97)z:(80,8)=ar(7,3);0;23;(0,2)z:(80,8)handleStructure:f(4,10)pOpts:P(78,1)pOS:P(78,2)pzText:P(4,10)direction:P(0,1)mode:(65,43)valu:(65,5)pzName:r(4,10)pcNulPoint:r(4,10)z:(80,9)=ar(7,3);0;63;(0,2)pz:r(4,10)len:r(4,97)z:(80,9)pz:r(4,10)len:r(4,97)z:(80,9)pz:r(4,10)len:r(4,97)z:(80,9)pz:r(4,10)len:r(4,97)internalFileLoad:f(0,22)pOpts:P(78,1)idx:r(0,1)inc:r(0,1)zFileName:(80,10)=ar(7,3);0;1024;(0,2)StatBuf:(20,1)pzPath:r(65,25)pz:r(4,10)optionFileLoad:F(0,1)pOpts:P(78,1)pzProgram:P(65,25)optionLoadOpt:F(0,22)pOpts:P(78,1)pOptDesc:P(65,35)sb:(20,1)parseAttributes:f(4,10)pOpts:P(78,1)pzText:P(4,10)pMode:P(80,11)=*(65,43)pType:P(80,3)lenLoadType:r(4,97)lenKeyWords:r(4,97)lenSetMem:r(4,97)parseKeyWordType:f(4,10)pOpts:P(78,1)pzText:P(4,10)pType:P(80,3)parseLoadMode:f(4,10)pzText:P(4,10)pMode:P(80,11)len:r(4,97)len:r(4,97)len:r(4,97)parseSetMemType:f(4,10)pOpts:P(78,1)pzText:P(4,10)pType:P(80,3)parseValueType:f(4,10)pzText:P(4,10)pType:P(80,3)len:r(4,97)len:r(4,97)len:r(4,97)len:r(4,97)len:r(4,97)len:r(4,97)len:r(4,97)skipUnknown:f(4,10)pzText:P(4,10)validateOptionsStruct:f(69,2)pOpts:P(78,1)pzProgram:P(65,25)pz:r(65,25)pz:r(65,25)pz:r(65,25)../../autoopts/cook.cao_string_cook_escape_char:F(0,4)pzIn:P(65,25)pRes:P(4,10)nl:P(0,2)../../autoopts/cook.cres:r(0,4)val:r(0,4)ch:r(0,11)val:r(0,4)ch:r(0,11)ao_string_cook:F(4,10)pzScan:P(4,10)pLineCt:P(81,1)=*(0,1)l:(0,1)q:r(0,2)pzD:r(4,10)pzS:r(4,10)ct:r(0,1)p:r(4,10)../../autoopts/enumeration.cenumError:f(0,22)pOpts:P(78,1)pOD:P(65,35)paz_names:P(65,34)name_ct:P(0,1)../../autoopts/enumeration.cmax_len:r(4,97)ttl_len:r(4,97)paz:r(65,34)ct:r(0,1)len:r(4,97)len:r(4,97)ent_no:r(0,1)zFmt:(20,3)ent_no:r(0,1)zFmt:(20,3)ent_no:r(0,1)zFmt:(20,3)findName:f(8,12)pzName:P(65,25)pOpts:P(78,1)pOD:p(65,35)paz_names:P(65,34)name_ct:P(0,4)res:r(8,12)len:r(4,97)idx:r(8,12)optionKeywordName:F(65,25)pOD:P(65,35)enum_val:P(0,4)od:(65,10)optionEnumerationVal:F(4,10)pOpts:P(78,1)pOD:P(65,35)paz_names:P(65,34)name_ct:P(0,4)zInval:V(82,1)=ar(7,3);0;9;(65,26)ix:r(0,4)zInval:V(82,1)ix:r(0,4)ix:r(0,4)optionSetMembers:F(0,22)pOpts:P(78,1)pOD:P(65,35)paz_names:P(65,34)name_ct:P(0,4)bits:r(8,12)res:r(8,12)len:r(4,97)pz:r(4,10)bits:r(8,12)res:r(8,12)len:r(4,97)pzArg:r(65,25)res:r(8,12)zSpn:V(82,2)=ar(7,3);0;8;(65,26)len:r(0,1)pz:(4,10)bit:r(8,12)z:(82,3)=ar(7,3);0;127;(0,2)p:r(65,25)zSpn:V(82,2)len:r(0,1)pz:(4,10)bit:r(8,12)z:(82,3)p:r(65,25)pz:(4,10)bit:r(8,12)pz:r(4,10)bits:r(8,12)res:r(8,12)len:r(4,97)bits:r(8,12)res:r(8,12)len:r(4,97)../../autoopts/environment.cdoPrognameEnv:f(0,22)pOpts:P(78,1)type:P(69,6)../../autoopts/environment.cpczOptStr:r(65,25)pTL:r(83,1)=*(65,37)sv_argc:r(0,1)sv_flag:r(0,4)sv_argv:r(65,33)doEnvPresets:f(0,22)pOpts:P(78,1)type:P(69,6)ct:r(0,1)st:(69,9)pzFlagName:r(4,10)spaceLeft:r(4,97)zEnvName:(82,3)../../autoopts/genshell.cdoUsageOpt:f(0,22)pOptions:P(78,1)pOptDesc:P(65,35)../../autoopts/genshell.c../../autoopts/load.coptionMakePath:F(65,7)pzBuf:P(4,10)bufSize:P(0,1)pzName:P(65,25)pzProgPath:P(65,25)../../autoopts/load.cres:r(65,7)pzS:r(65,25)pzD:r(4,10)ct:r(0,1)z:(80,10)z:(80,10)z:(80,10)insertProgramPath:f(65,7)pzBuf:P(4,10)bufSize:P(0,1)pzName:P(65,25)pzProgPath:P(65,25)pzPath:r(65,25)pz:r(65,25)skip:r(0,1)insertEnvVal:f(65,7)pzBuf:P(4,10)bufSize:P(0,1)pzName:P(65,25)pzProgPath:P(65,25)pzDir:r(4,10)ch:r(0,2)mungeString:f(0,22)pzTxt:P(4,10)mode:P(65,43)pzE:r(4,10)pzS:r(4,10)pzD:r(4,10)assembleArgValue:f(4,10)pzTxt:P(4,10)mode:P(65,43)zBrk:V(85,1)=ar(7,3);0;4;(65,26)pzEnd:r(4,10)space_break:r(0,1)loadOptionLine:f(0,22)pOpts:P(78,1)pOS:P(78,2)pzLine:P(4,10)direction:P(69,1)load_mode:P(65,43)pzArg:r(4,10)pzArg:r(4,10)optionLoadLine:F(0,22)pOpts:P(78,1)pzLine:P(65,25)st:(69,9)pz:r(4,10)../../autoopts/makeshell.coptionParseShell:F(0,22)pOpts:P(78,1)../../autoopts/makeshell.ctextToVariable:f(0,22)pOpts:P(78,1)whichVar:P(69,12)pOD:P(65,35)nlHoldCt:r(0,1)pipeFd:(4,112)fp:r(86,1)=*(29,2)zLONGUSAGE:V(86,2)=ar(7,3);0;9;(65,26)zUSAGE:V(86,3)=ar(7,3);0;5;(65,26)zVERSION:V(86,4)=ar(7,3);0;7;(65,26)apzTTNames:V(86,5)=ar(7,3);0;2;(65,25)ch:r(0,1)emitUsage:f(0,22)pOpts:P(78,1)zTimeBuf:(82,3)zStdout:V(86,6)=ar(7,3);0;6;(65,26)pzOutName:r(65,25)curTime:(4,99)pTime:r(86,7)=*(13,1)pzPN:r(4,10)pz:r(65,25)pOptDesc:r(65,35)optionCt:r(0,1)zStdout:V(86,6)pzOutName:r(65,25)emitSetup:f(0,22)pOpts:P(78,1)pOptDesc:r(65,35)optionCt:r(0,1)pzFmt:r(65,25)pzDefault:r(65,25)zVal:(20,3)zVal:(20,3)zVal:(20,3)printOptionAction:f(0,22)pOpts:P(78,1)pOptDesc:P(65,35)printOptionInaction:f(0,22)pOpts:P(78,1)pOptDesc:P(65,35)emitFlag:f(0,22)pOpts:P(78,1)pOptDesc:r(65,35)optionCt:r(0,1)emitMatchExpr:f(0,22)pzMatchName:P(65,25)pCurOpt:P(65,35)pOpts:P(78,1)pOD:r(65,35)oCt:r(0,1)min:r(0,1)zName:(86,8)=ar(7,3);0;255;(0,2)pz:r(4,10)matchCt:r(0,1)matchCt:r(0,1)matchCt:r(0,1)matchCt:r(0,1)matchCt:r(0,1)emitLong:f(0,22)pOpts:P(78,1)pOD:r(65,35)ct:r(0,1)openOutput:f(0,22)pzFile:P(65,25)fp:r(86,1)pzData:r(4,10)stbf:(20,1)pzScan:r(4,10)sizeLeft:r(0,1)inct:r(0,1)genshelloptUsage:F(0,22)pOpts:P(78,1)exitCode:P(0,1)stat:(0,1)pz:r(4,10)stat:(0,1)../../autoopts/nested.cremoveBackslashes:f(0,22)pzSrc:P(4,10)../../autoopts/nested.cpzD:r(4,10)scanQuotedString:f(65,25)pzTxt:P(65,25)q:r(0,2)ch:r(0,2)addStringValue:f(80,3)pp:P(87,1)=*(4,21)pzName:P(65,25)nameLen:P(4,97)pzValue:P(65,25)dataLen:P(4,97)pNV:r(80,3)sz:r(4,97)addBoolValue:f(80,3)pp:P(87,1)pzName:P(65,25)nameLen:P(4,97)pzValue:P(65,25)dataLen:P(4,97)pNV:r(80,3)sz:r(4,97)addNumberValue:f(80,3)pp:P(87,1)pzName:P(65,25)nameLen:P(4,97)pzValue:P(65,25)dataLen:P(4,97)pNV:r(80,3)sz:r(4,97)addNestedValue:f(80,3)pp:P(87,1)pzName:P(65,25)nameLen:P(4,97)pzValue:P(4,10)dataLen:P(4,97)mode:P(65,43)pNV:r(80,3)sz:r(4,97)scanNameEntry:f(65,25)pzName:P(65,25)pRes:P(80,3)mode:P(65,43)pNV:r(80,3)pzScan:r(65,25)pzVal:r(65,25)nameLen:r(4,97)dataLen:r(4,97)scanXmlEntry:f(65,25)pzName:P(65,25)pRes:P(80,3)mode:p(65,43)nameLen:r(4,97)valLen:r(4,97)pzScan:r(65,25)pzVal:r(65,25)valu:(65,5)pNewVal:r(80,3)z:(87,2)=ar(7,3);0;67;(0,2)pzD:r(4,10)ct:r(0,1)pzS:r(65,25)z:(87,2)pzD:r(4,10)ct:r(0,1)pzS:r(65,25)z:(87,2)pzD:r(4,10)ct:r(0,1)pzS:r(65,25)unloadNestedArglist:f(0,22)pAL:P(80,6)ct:r(0,1)ppNV:r(80,5)pNV:r(80,3)pNV:r(80,3)optionUnloadNested:F(0,22)pOV:P(80,1)sortNestedList:f(0,22)pAL:P(80,6)ix:r(0,1)lm:r(0,1)iy:r(0,1)pNewNV:r(80,3)pOldNV:r(80,3)iy:r(0,1)pNewNV:r(80,3)pOldNV:r(80,3)optionLoadNested:F(80,3)pzTxt:P(65,25)pzName:P(65,25)nameLen:P(4,97)mode:P(65,43)pRes:r(80,3)pAL:r(80,6)optionNestedVal:F(0,22)pOpts:P(78,1)pOD:P(65,35)pOV:r(80,3)../../autoopts/numeric.coptionNumericVal:F(0,22)pOpts:P(78,1)pOD:P(65,35)../../autoopts/numeric.cpz:(4,10)val:r(0,3)../../autoopts/pgusage.coptionPagedUsage:F(0,22)pOptions:P(78,1)pOD:P(65,35)../../autoopts/pgusage.cmy_pid:V(4,96)zPageUsage:(89,1)=ar(7,3);0;1023;(0,2)zPage:V(89,2)=ar(7,3);0;42;(65,26)pzPager:r(4,10)zPage:V(89,2)pzPager:r(4,10)zPage:V(89,2)pzPager:r(4,10)zPage:V(89,2)pzPager:r(4,10)../../autoopts/putshell.cputQuotedStr:f(0,22)pzStr:P(65,25)../../autoopts/putshell.coptionPutShell:F(0,22)pOpts:P(78,1)optIx:r(0,1)zOptCtFmt:V(90,1)=ar(7,3);0;30;(65,26)zOptNumFmt:V(90,2)=ar(7,3);0;41;(65,26)zOptDisabl:V(90,3)=ar(7,3);0;32;(65,26)zOptValFmt:V(90,4)=ar(7,3);0;6;(65,26)zOptEnd:V(90,5)=ar(7,3);0;14;(65,26)zFullOptFmt:V(90,6)=ar(7,3);0;34;(65,26)zEquivMode:V(90,7)=ar(7,3);0;44;(65,26)pOD:r(65,35)pOD:r(65,35)pzArg:r(4,10)pzArg:r(4,10)pzArg:r(4,10)ch:r(0,2)pOD:r(65,35)p:r(65,35)pOD:r(65,35)pOD:r(65,35)zOptCookieCt:V(90,8)=ar(7,3);0;38;(65,26)ppz:r(65,34)ct:r(0,1)zOptNumArg:V(90,9)=ar(7,3);0;9;(65,26)zOptEnd:V(90,10)=ar(7,3);0;17;(65,26)zOptNumArg:V(90,9)zOptEnd:V(90,10)pOD:r(65,35)pz:r(4,10)val:r(8,12)ch:r(0,2)pOD:r(65,35)pz:r(4,10)val:r(8,12)ch:r(0,2)../../autoopts/restore.coptionSaveState:F(0,22)pOpts:P(78,1)../../autoopts/restore.cpOD:r(65,35)ct:r(0,1)sz:r(4,97)pOD:r(65,35)ct:r(0,1)q:r(65,35)q:r(65,35)q:r(65,35)sz:r(4,97)pzName:r(65,25)optionRestore:F(0,22)pOpts:P(78,1)p:r(78,1)pzName:r(65,25)optionFree:F(0,22)pOpts:P(78,1)p:r(65,35)ct:r(0,1)p:r(65,35)ct:r(0,1)../../autoopts/save.cfindDirName:f(65,25)pOpts:P(78,1)p_free:P(81,1)../../autoopts/save.cpzDir:r(65,25)papz:r(92,1)=*(92,2)=k(65,25)papz:r(92,1)pzEndDir:r(65,25)pzFileName:r(4,10)pzEnv:r(4,10)z:(82,3)sz:r(4,97)sz:r(4,97)findFileName:f(65,25)pOpts:P(78,1)p_free_name:P(81,1)pzDir:r(65,25)stBuf:(20,1)free_dir_name:(0,1)z:(89,1)pzDirCh:r(4,10)z:(89,1)pzDirCh:r(4,10)sz:r(4,97)pzPath:r(4,10)pzPath:r(4,10)pzPath:r(4,10)pzPath:r(4,10)printEntry:f(0,22)fp:P(86,1)p:P(65,35)pzLA:P(65,25)optionSaveFile:F(0,22)pOpts:P(78,1)pOD:r(65,35)ct:r(0,1)fp:r(86,1)free_name:(0,1)pzFName:r(65,25)pz:r(65,25)timeVal:(4,99)pzTime:r(4,10)arg_state:r(0,1)p:r(65,35)arg_state:r(0,1)p:r(65,35)arg_state:r(0,1)p:r(65,35)pAL:r(80,6)uct:r(0,1)ppz:r(65,34)arg_state:r(0,1)p:r(65,35)arg_state:r(0,1)p:r(65,35)val:r(65,25)free_name:(0,1)pzFName:r(65,25)pz:r(65,25)free_name:(0,1)pzFName:r(65,25)../../autoopts/sort.cmustHandleArg:f(69,2)pOpts:P(78,1)pzArg:P(4,10)pOS:P(78,2)ppzOpts:P(65,33)pOptsIdx:P(81,1)../../autoopts/sort.cmayHandleArg:f(69,2)pOpts:P(78,1)pzArg:P(4,10)pOS:P(78,2)ppzOpts:P(65,33)pOptsIdx:P(81,1)checkShortOpts:f(69,2)pOpts:P(78,1)pzArg:P(4,10)pOS:P(78,2)ppzOpts:P(65,33)pOptsIdx:P(81,1)optionSort:f(0,22)pOpts:P(78,1)ppzOpts:r(65,33)ppzOpds:r(65,33)optsIdx:(0,1)opdsIdx:r(0,1)os:(69,9)pzArg:r(4,10)res:r(69,2)pzArg:r(4,10)res:r(69,2)pzArg:r(4,10)res:r(69,2)pzArg:r(4,10)res:r(69,2)../../autoopts/stack.c/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/regex.hregoff_t:t(95,1)=(4,98)regex_t:t(95,2)=(95,3)=s24re_nsub:(4,97),0,32;re_comp:(4,21),32,32;re_cflags:(0,1),64,32;re_erroff:(4,97),96,32;re_len:(4,97),128,32;re_sc:(95,4)=*(95,5)=xs_regex_ext_t:,160,32;;regmatch_t:t(95,6)=(95,7)=s24rm_sp:(65,25),0,32;rm_ep:(65,25),32,32;rm_so:(95,1),64,32;rm_eo:(95,1),96,32;rm_ss:(0,1),128,32;rm_es:(0,1),160,32;;optionUnstackArg:F(0,22)pOpts:P(78,1)pOptDesc:P(65,35)../../autoopts/stack.cres:r(0,1)pAL:r(80,6)re:(95,2)i:r(0,1)ct:r(0,1)dIdx:r(0,1)pzSrc:r(65,25)pzEq:r(4,10)re:(95,2)i:r(0,1)ct:r(0,1)dIdx:r(0,1)pzSrc:r(65,25)pzEq:r(4,10)addArgListEntry:f(0,22)ppAL:P(87,1)entry:P(4,21)pAL:r(80,6)sz:r(4,97)sz:r(4,97)sz:r(4,97)optionStackArg:F(0,22)pOpts:P(78,1)pOD:P(65,35)../../autoopts/streqvcmp.coption_strneqvcmp:F(0,1)s1:P(65,25)s2:P(65,25)ct:P(0,1)../../autoopts/streqvcmp.cu1:r(0,11)u2:r(0,11)dif:r(0,1)u1:r(0,11)u2:r(0,11)dif:r(0,1)option_streqvcmp:F(0,1)s1:P(65,25)s2:P(65,25)u1:r(0,11)u2:r(0,11)dif:r(0,1)option_streqvmap:F(0,22)From:P(0,2)To:P(0,2)ct:P(0,1)chTo:r(0,1)chFrom:r(0,1)option_strequate:F(0,22)s:P(65,25)option_strtransform:F(0,22)d:P(4,10)s:P(65,25)../../autoopts/text_mmap.ctext_mmap:F(4,21)pzFile:P(65,25)prot:P(0,1)flags:P(0,1)pMI:P(97,1)=*(65,40)../../autoopts/text_mmap.csb:(20,1)o_flag:r(0,1)sb:(20,1)o_flag:r(0,1)o_flag:r(0,1)pNuls:r(4,21)pgsz:r(4,97)p:r(4,21)pNuls:r(4,21)pgsz:r(4,97)p:r(4,21)p:r(4,21)p:r(4,21)text_munmap:F(0,1)pMI:P(97,1)res:r(0,1)../../autoopts/tokenize.ccopy_cooked:f(0,22)ppDest:P(98,1)=*(32,1)ppSrc:P(98,2)=*(98,3)=*(98,4)=k(0,11)../../autoopts/tokenize.cpDest:r(32,1)pSrc:r(98,3)ch:(0,11)copy_raw:f(0,22)ppDest:P(98,1)ppSrc:P(98,2)pDest:r(32,1)pSrc:r(98,3)ch:r(0,11)ao_string_tokenize:F(83,1)str:p(65,25)max_token_ct:r(0,1)res:r(83,1)pzDest:(32,1)ch:r(0,2)pz:r(98,3)pzDest:(32,1)ch:r(0,2)pzDest:(32,1)ch:r(0,2)ch:r(0,2)pz:r(98,3)../../autoopts/usage.coptionUsage:F(0,22)pOptions:P(78,1)exitCode:P(0,1)../../autoopts/usage.cpOptTitle:(65,25)pz:r(4,10)ct:r(0,1)optNo:r(0,1)pOD:r(65,35)docCt:r(0,1)ct:r(0,1)optNo:r(0,1)pOD:r(65,35)docCt:r(0,1)pz:r(4,10)printProgramDetails:f(0,22)pOptions:P(78,1)initIntro:(65,7)ct:r(0,1)pOD:r(65,35)ct:r(0,1)pOD:r(65,35)ct:r(0,1)pOD:r(65,35)printExtendedUsage:f(0,22)pOptions:P(78,1)pOD:P(65,35)pAT:P(99,1)=*(69,13)pOptNo:r(65,27)pOptNo:r(65,27)pOptNo:r(65,27)pOptNo:r(65,27)printBareUsage:f(0,22)pOptions:P(78,1)pOD:P(65,35)pAT:P(99,1)z:(99,2)=ar(7,3);0;79;(0,2)pzArgType:r(65,25)z:(99,2)pzArgType:r(65,25)z:(99,2)pzArgType:r(65,25)setStdOptFmts:f(0,22)pOpts:P(78,1)ppT:P(65,34)flen:r(0,1)setGnuOptFmts:f(0,22)pOpts:P(78,1)ppT:P(65,34)flen:r(0,1)printInitList:f(0,22)papz:P(65,34)pInitIntro:P(99,3)=*(65,7)pzRc:P(65,25)pzPN:P(65,25)zPath:(80,10)pzPath:r(65,25)sb:(20,1)sb:(20,1)../../autoopts/version.coptionVersion:F(65,25)../../autoopts/version.czVersion:V(100,1)=ar(7,3);0;4;(65,26)printVersion:f(0,22)pOpts:P(78,1)pOD:P(65,35)fp:P(86,1)swCh:r(0,2)pz:r(65,25)optionPrintVersion:F(0,22)pOpts:P(78,1)pOD:P(65,35)optionVersionStderr:F(0,22)pOpts:P(78,1)pOD:P(65,35)option_usage_text:G(67,1)eng_zAO_Bad:S(1,1)=ar(7,3);0;51;(65,26)eng_zAO_Big:S(1,2)=ar(7,3);0;45;(65,26)eng_zAO_Err:S(1,3)=ar(7,3);0;98;(65,26)eng_zAO_Sml:S(1,4)=ar(7,3);0;49;(65,26)eng_zAll:S(1,5)=ar(7,3);0;3;(65,26)eng_zAlt:S(1,6)=ar(7,3);0;26;(65,26)eng_zAmbigKey:S(1,7)=ar(7,3);0;41;(65,26)eng_zAmbiguous:S(1,8)=ar(7,3);0;9;(65,26)eng_zArgsMust:S(1,9)=ar(7,3);0;36;(65,26)eng_zAtMost:S(1,10)=ar(7,3);0;28;(65,26)eng_zAuto:S(1,11)=ar(7,3);0;25;(65,26)eng_zBadPipe:S(1,12)=ar(7,3);0;39;(65,26)eng_zBadVerArg:S(1,13)=ar(7,3);0;136;(65,26)eng_zCantFmt:S(1,14)=ar(7,3);0;47;(65,26)eng_zCantSave:S(1,15)=ar(7,3);0;53;(65,26)eng_zDefaultOpt:S(1,16)=ar(7,3);0;41;(65,26)eng_zDis:S(1,17)=ar(7,3);0;23;(65,26)eng_zEnab:S(1,18)=ar(7,3);0;25;(65,26)eng_zEquiv:S(1,19)=ar(7,3);0;12;(65,26)eng_zErrOnly:S(1,20)=ar(7,3);0;13;(65,26)eng_zExamineFmt:S(1,21)=ar(7,3);0;46;(65,26)eng_zFiveSpaces:S(1,22)=ar(7,3);0;5;(65,26)eng_zFlagOkay:S(1,23)=ar(7,3);0;102;(65,26)eng_zFmtFmt:S(1,24)=ar(7,3);0;11;(65,26)eng_zForkFail:S(1,25)=ar(7,3);0;50;(65,26)eng_zFSErrOptLoad:S(1,26)=ar(7,3);0;50;(65,26)eng_zFSErrReadFile:S(1,27)=ar(7,3);0;33;(65,26)eng_zGenshell:S(1,28)=ar(7,3);0;105;(65,26)eng_zGnuBoolArg:S(1,29)=ar(7,3);0;4;(0,2)eng_zGnuBreak:S(1,30)=ar(7,3);0;5;(65,26)eng_zGnuKeyArg:S(1,31)=ar(7,3);0;4;(0,2)eng_zGnuKeyLArg:S(1,32)=ar(7,3);0;4;(0,2)eng_zGnuNestArg:S(1,33)=ar(7,3);0;5;(65,26)eng_zGnuNumArg:S(1,34)=ar(7,3);0;4;(0,2)eng_zGnuOptArg:S(1,35)=ar(7,3);0;6;(65,26)eng_zGnuOptFmt:S(1,36)=ar(7,3);0;10;(65,26)eng_zGnuStrArg:S(1,37)=ar(7,3);0;4;(0,2)eng_zHomePath:S(1,38)=ar(7,3);0;48;(65,26)eng_zIllOptChr:S(1,39)=ar(7,3);0;25;(65,26)eng_zIllOptStr:S(1,40)=ar(7,3);0;20;(65,26)eng_zIllegal:S(1,41)=ar(7,3);0;7;(65,26)eng_zInvalOptDesc:S(1,42)=ar(7,3);0;50;(65,26)eng_zKeyWords:S(1,43)=ar(7,3);0;6;(65,26)eng_zLoadCooked:S(1,44)=ar(7,3);0;6;(65,26)eng_zLoadKeep:S(1,45)=ar(7,3);0;4;(65,26)eng_zLoadType:S(1,46)=ar(7,3);0;5;(65,26)eng_zLoadUncooked:S(1,47)=ar(7,3);0;8;(65,26)eng_zLtypeInteger:S(1,48)=ar(7,3);0;7;(65,26)eng_zLtypeNest:S(1,49)=ar(7,3);0;6;(65,26)eng_zLtypeString:S(1,50)=ar(7,3);0;6;(65,26)eng_zLtypeBool:S(1,51)=ar(7,3);0;4;(65,26)eng_zLtypeKeyword:S(1,52)=ar(7,3);0;7;(65,26)eng_zLtypeSetMembership:S(1,53)=ar(7,3);0;3;(65,26)eng_zMembers:S(1,54)=ar(7,3);0;33;(65,26)eng_zMisArg:S(1,55)=ar(7,3);0;37;(65,26)eng_zMultiEquiv:S(1,56)=ar(7,3);0;64;(65,26)eng_zMust:S(1,57)=ar(7,3);0;42;(65,26)eng_zNeedOne:S(1,58)=ar(7,3);0;34;(65,26)eng_zNoArg:S(1,59)=ar(7,3);0;40;(65,26)eng_zNoArgs:S(1,60)=ar(7,3);0;39;(65,26)eng_zNoCreat:S(1,61)=ar(7,3);0;26;(65,26)eng_zNoFlags:S(1,62)=ar(7,3);0;66;(65,26)eng_zNoKey:S(1,63)=ar(7,3);0;44;(65,26)eng_zNoLim:S(1,64)=ar(7,3);0;32;(65,26)eng_zNoPreset:S(1,65)=ar(7,3);0;24;(65,26)eng_zNoRq_NoShrtTtl:S(1,66)=ar(7,3);0;34;(65,26)eng_zNoRq_ShrtTtl:S(1,67)=ar(7,3);0;37;(65,26)eng_zNoStat:S(1,68)=ar(7,3);0;26;(65,26)eng_zNoState:S(1,69)=ar(7,3);0;48;(65,26)eng_zNone:S(1,70)=ar(7,3);0;4;(65,26)eng_zNotDef:S(1,71)=ar(7,3);0;17;(65,26)eng_zNotEnough:S(1,72)=ar(7,3);0;43;(65,26)eng_zNotFile:S(1,73)=ar(7,3);0;53;(65,26)eng_zNotNumber:S(1,74)=ar(7,3);0;45;(65,26)eng_zNrmOptFmt:S(1,75)=ar(7,3);0;7;(65,26)eng_zNumberOpt:S(1,76)=ar(7,3);0;47;(65,26)eng_zOneSpace:S(1,77)=ar(7,3);0;1;(65,26)eng_zOnlyOne:S(1,78)=ar(7,3);0;24;(65,26)eng_zOptsOnly:S(1,79)=ar(7,3);0;33;(65,26)eng_zPathFmt:S(1,80)=ar(7,3);0;18;(65,26)eng_zPlsSendBugs:S(1,81)=ar(7,3);0;33;(65,26)eng_zPreset:S(1,82)=ar(7,3);0;35;(65,26)eng_zPresetFile:S(1,83)=ar(7,3);0;37;(65,26)eng_zPresetIntro:S(1,84)=ar(7,3);0;55;(65,26)eng_zProg:S(1,85)=ar(7,3);0;7;(65,26)eng_zProhib:S(1,86)=ar(7,3);0;25;(65,26)eng_zReorder:S(1,87)=ar(7,3);0;65;(65,26)eng_zReqFmt:S(1,88)=ar(7,3);0;41;(65,26)eng_zReqOptFmt:S(1,89)=ar(7,3);0;13;(65,26)eng_zReqThese:S(1,90)=ar(7,3);0;24;(65,26)eng_zReq_NoShrtTtl:S(1,91)=ar(7,3);0;39;(65,26)eng_zReq_ShrtTtl:S(1,92)=ar(7,3);0;42;(65,26)eng_zSepChars:S(1,93)=ar(7,3);0;3;(65,26)eng_zSetMembers:S(1,94)=ar(7,3);0;8;(65,26)eng_zSetMemberSettings:S(1,95)=ar(7,3);0;218;(65,26)eng_zShrtGnuOptFmt:S(1,96)=ar(7,3);0;2;(65,26)eng_zSixSpaces:S(1,97)=ar(7,3);0;6;(65,26)eng_zStdBoolArg:S(1,98)=ar(7,3);0;3;(65,26)eng_zStdBreak:S(1,99)=ar(7,3);0;7;(65,26)eng_zStdKeyArg:S(1,100)=ar(7,3);0;3;(65,26)eng_zStdKeyLArg:S(1,101)=ar(7,3);0;3;(65,26)eng_zStdNestArg:S(1,102)=ar(7,3);0;3;(65,26)eng_zStdNoArg:S(1,103)=ar(7,3);0;3;(65,26)eng_zStdNumArg:S(1,104)=ar(7,3);0;3;(65,26)eng_zStdOptArg:S(1,105)=ar(7,3);0;3;(65,26)eng_zStdReqArg:S(1,106)=ar(7,3);0;3;(65,26)eng_zStdStrArg:S(1,107)=ar(7,3);0;3;(65,26)eng_zTabHyp:S(1,108)=ar(7,3);0;6;(65,26)eng_zTabHypAnd:S(1,109)=ar(7,3);0;11;(65,26)eng_zTabout:S(1,110)=ar(7,3);0;7;(65,26)eng_zThreeSpaces:S(1,111)=ar(7,3);0;3;(65,26)eng_zTwoSpaces:S(1,112)=ar(7,3);0;2;(65,26)eng_zUpTo:S(1,113)=ar(7,3);0;32;(65,26)eng_zValidKeys:S(1,114)=ar(7,3);0;36;(65,26)genshelloptOptions:G(65,8)pagerState:G(69,4)option_usage_fp:G(86,1)zNil:S(1,115)=ar(7,3);0;0;(65,26)pz_enum_err_fmt:S(65,25)zCopyright:S(1,116)=ar(7,3);0;67;(65,26)zCopyrightNotice:S(1,117)=ar(7,3);0;705;(65,26)zScriptText:S(1,118)=ar(7,3);0;18;(65,26)zScript_NAME:S(1,119)=ar(7,3);0;6;(65,26)zScript_Name:S(1,120)=ar(7,3);0;6;(65,26)zShellText:S(1,121)=ar(7,3);0;31;(65,26)zShell_NAME:S(1,122)=ar(7,3);0;5;(65,26)zNotShell_Name:S(1,123)=ar(7,3);0;8;(65,26)zNotShell_Pfx:S(1,124)=ar(7,3);0;2;(65,26)zHelpText:S(1,125)=ar(7,3);0;34;(65,26)zHelp_Name:S(1,126)=ar(7,3);0;4;(65,26)zMore_HelpText:S(1,127)=ar(7,3);0;44;(65,26)zMore_Help_Name:S(1,128)=ar(7,3);0;9;(65,26)zVersionText:S(1,129)=ar(7,3);0;35;(65,26)zVersion_Name:S(1,130)=ar(7,3);0;7;(65,26)optDesc:S(1,131)=ar(7,3);0;4;(65,10)zPROGNAME:S(1,132)=ar(7,3);0;11;(65,26)zUsageTitle:S(1,133)=ar(7,3);0;120;(65,26)zBugsAddr:S(1,134)=ar(7,3);0;26;(65,26)zExplain:S(1,135)=ar(7,3);0;178;(65,26)zDetail:S(1,136)=ar(7,3);0;221;(65,26)zFullVersion:S(1,137)=ar(7,3);0;62;(65,26)pShellParseOptions:G(78,1)zStartMarker:S(1,138)=ar(7,3);0;81;(65,26)zPreamble:S(1,139)=ar(7,3);0;105;(65,26)zEndPreamble:S(1,140)=ar(7,3);0;36;(65,26)zMultiDef:S(1,141)=ar(7,3);0;122;(65,26)zSingleDef:S(1,142)=ar(7,3);0;70;(65,26)zSingleNoDef:S(1,143)=ar(7,3);0;63;(65,26)zLoopCase:S(1,144)=ar(7,3);0;197;(65,26)zLoopOnly:S(1,145)=ar(7,3);0;95;(65,26)zLongSelection:S(1,146)=ar(7,3);0;10;(65,26)zFlagSelection:S(1,147)=ar(7,3);0;9;(65,26)zEndSelection:S(1,148)=ar(7,3);0;12;(65,26)zNoSelection:S(1,149)=ar(7,3);0;57;(65,26)zLoopEnd:S(1,150)=ar(7,3);0;320;(65,26)zTrailerMarker:S(1,151)=ar(7,3);0;115;(65,26)zOptionCase:S(1,152)=ar(7,3);0;30;(65,26)zOptionPartName:S(1,153)=ar(7,3);0;17;(65,26)zOptionFullName:S(1,154)=ar(7,3);0;15;(65,26)zOptionFlag:S(1,155)=ar(7,3);0;15;(65,26)zOptionEndSelect:S(1,156)=ar(7,3);0;16;(65,26)zOptionUnknown:S(1,157)=ar(7,3);0;141;(65,26)zTextExit:S(1,158)=ar(7,3);0;50;(65,26)zPagedUsageExit:S(1,159)=ar(7,3);0;73;(65,26)zCmdFmt:S(1,160)=ar(7,3);0;15;(65,26)zCountTest:S(1,161)=ar(7,3);0;178;(65,26)zMultiArg:S(1,162)=ar(7,3);0;123;(65,26)zSingleArg:S(1,163)=ar(7,3);0;246;(65,26)zNoMultiArg:S(1,164)=ar(7,3);0;140;(65,26)zNoSingleArg:S(1,165)=ar(7,3);0;304;(65,26)zMayArg:S(1,166)=ar(7,3);0;119;(65,26)zMustArg:S(1,167)=ar(7,3);0;31;(65,26)zCantArg:S(1,168)=ar(7,3);0;119;(65,26)zLongOptInit:S(1,169)=ar(7,3);0;254;(65,26)zLongOptArg:S(1,170)=ar(7,3);0;789;(65,26)zFlagOptInit:S(1,171)=ar(7,3);0;117;(65,26)zFlagOptArg:S(1,172)=ar(7,3);0;1176;(65,26)pzShell:S(65,25)pzLeader:S(4,10)pzTrailer:S(4,10)zWarn:S(1,173)=ar(7,3);0;35;(65,26)charmap:S(1,174)=ar(7,3);0;255;(0,11)argTypes:S(69,13)zOptFmtLine:S(20,3)displayEnum:S(65,7)zAOV:S(1,175)=ar(7,3);0;65;(65,26)snv.c/home/users/b/bk/bkorb/autogen-5.8.3/sun4u-SunOS-5.9/snprintfv/snv.cgcc2_compiled.int:t(0,1)=r(0,1);-2147483648;2147483647;char:t(0,2)=r(0,2);0;127;long int:t(0,3)=r(0,3);-2147483648;2147483647;unsigned int:t(0,4)=r(0,4);000000000000000000000000;000000000000037777777777;long unsigned int:t(0,5)=r(0,5);000000000000000000000000;000000000000037777777777;long long int:t(0,6)=@s64;r(0,6);001000000000000000000000;000777777777777777777777;long long unsigned int:t(0,7)=@s64;r(0,7);000000000000000000000000;001777777777777777777777;short int:t(0,8)=@s16;r(0,8);-32768;32767;short unsigned int:t(0,9)=@s16;r(0,9);0;65535;signed char:t(0,10)=@s8;r(0,10);-128;127;unsigned char:t(0,11)=@s8;r(0,11);0;255;__int128_t:t(0,12)=@s128;r(0,12);000000000000000000000000;0377777777777777777777777777777777;__uint128_t:t(0,13)=@s128;r(0,13);000000000000000000000000;0377777777777777777777777777777777;float:t(0,14)=r(0,1);4;0;double:t(0,15)=r(0,1);8;0;long double:t(0,16)=r(0,1);16;0;complex int:t(0,17)=s8real:(0,1),0,32;imag:(0,1),32,32;;complex float:t(0,18)=R3;8;0;complex double:t(0,19)=R4;16;0;complex long double:t(0,20)=R5;32;0;__builtin_va_list:t(0,21)=*(0,22)=(0,22)_Bool:t(0,23)=@s8;-16;snv.c../../snprintfv/filament.c../config.h../../snprintfv/mem.h../../snprintfv/compat.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.h/usr/include/sys/isa_defs.h/usr/include/sys/feature_tests.h/usr/include/sys/machtypes.h_label_t:T(9,1)=s8val:(9,2)=ar(9,3)=r(9,3);000000000000000000000000;000000000000037777777777;;0;1;(0,3),0,64;;label_t:t(9,4)=(9,1)lock_t:t(9,5)=(0,11)/usr/include/sys/int_types.hint8_t:t(10,1)=(0,2)int16_t:t(10,2)=(0,8)int32_t:t(10,3)=(0,1)int64_t:t(10,4)=(0,6)uint8_t:t(10,5)=(0,11)uint16_t:t(10,6)=(0,9)uint32_t:t(10,7)=(0,4)uint64_t:t(10,8)=(0,7)intmax_t:t(10,9)=(10,4)uintmax_t:t(10,10)=(10,8)intptr_t:t(10,11)=(0,1)uintptr_t:t(10,12)=(0,4)int_least8_t:t(10,13)=(0,2)int_least16_t:t(10,14)=(0,8)int_least32_t:t(10,15)=(0,1)int_least64_t:t(10,16)=(0,6)uint_least8_t:t(10,17)=(0,11)uint_least16_t:t(10,18)=(0,9)uint_least32_t:t(10,19)=(0,4)uint_least64_t:t(10,20)=(0,7)longlong_t:t(6,1)=(0,6)u_longlong_t:t(6,2)=(0,7)t_scalar_t:t(6,3)=(0,3)t_uscalar_t:t(6,4)=(0,5)uchar_t:t(6,5)=(0,11)ushort_t:t(6,6)=(0,9)uint_t:t(6,7)=(0,4)ulong_t:t(6,8)=(0,5)caddr_t:t(6,9)=(6,10)=*(0,2)daddr_t:t(6,11)=(0,3)cnt_t:t(6,12)=(0,8)ptrdiff_t:t(6,13)=(0,1)pfn_t:t(6,14)=(6,8)pgcnt_t:t(6,15)=(6,8)spgcnt_t:t(6,16)=(0,3)use_t:t(6,17)=(6,5)sysid_t:t(6,18)=(0,8)index_t:t(6,19)=(0,8)timeout_id_t:t(6,20)=(6,21)=*(0,22)bufcall_id_t:t(6,22)=(6,21)off_t:t(6,23)=(0,3)off64_t:t(6,24)=(6,1)ino_t:t(6,25)=(6,8)blkcnt_t:t(6,26)=(0,3)fsblkcnt_t:t(6,27)=(6,8)fsfilcnt_t:t(6,28)=(6,8)ino64_t:t(6,29)=(6,2)blkcnt64_t:t(6,30)=(6,1)fsblkcnt64_t:t(6,31)=(6,2)fsfilcnt64_t:t(6,32)=(6,2)blksize_t:t(6,33)=(0,3) :T(6,34)=eB_FALSE:0,B_TRUE:1,;boolean_t:t(6,35)=(6,34)pad64_t:t(6,36)=(10,4)upad64_t:t(6,37)=(10,8)offset_t:t(6,38)=(6,1)u_offset_t:t(6,39)=(6,2)len_t:t(6,40)=(6,2)diskaddr_t:t(6,41)=(6,1)lloff_t:t(6,42)=(6,43)=u8_f:(6,38),0,64;_p:(6,44)=s8_u:(10,3),0,32;_l:(10,3),32,32;;,0,64;;lldaddr_t:t(6,45)=(6,46)=u8_f:(6,41),0,64;_p:(6,47)=s8_u:(10,3),0,32;_l:(10,3),32,32;;,0,64;;k_fltset_t:t(6,48)=(6,7)id_t:t(6,49)=(0,3)useconds_t:t(6,50)=(6,7)suseconds_t:t(6,51)=(0,3)major_t:t(6,52)=(6,8)minor_t:t(6,53)=(6,8)pri_t:t(6,54)=(0,8)o_mode_t:t(6,55)=(6,6)o_dev_t:t(6,56)=(0,8)o_uid_t:t(6,57)=(6,6)o_gid_t:t(6,58)=(6,57)o_nlink_t:t(6,59)=(0,8)o_pid_t:t(6,60)=(0,8)o_ino_t:t(6,61)=(6,6)key_t:t(6,62)=(0,1)mode_t:t(6,63)=(6,8)uid_t:t(6,64)=(0,3)gid_t:t(6,65)=(6,64)taskid_t:t(6,66)=(6,49)projid_t:t(6,67)=(6,49)pthread_t:t(6,68)=(6,7)pthread_key_t:t(6,69)=(6,7)_pthread_mutex:T(6,70)=s24__pthread_mutex_flags:(6,71)=s8__pthread_mutex_flag1:(10,6),0,16;__pthread_mutex_flag2:(10,5),16,8;__pthread_mutex_ceiling:(10,5),24,8;__pthread_mutex_type:(10,6),32,16;__pthread_mutex_magic:(10,6),48,16;;,0,64;__pthread_mutex_lock:(6,72)=u8__pthread_mutex_lock64:(6,73)=s8__pthread_mutex_pad:(6,74)=ar(9,3);0;7;(10,5),0,64;;,0,64;__pthread_mutex_lock32:(6,75)=s8__pthread_ownerpid:(10,7),0,32;__pthread_lockword:(10,7),32,32;;,0,64;__pthread_mutex_owner64:(6,37),0,64;;,64,64;__pthread_mutex_data:(6,37),128,64;;pthread_mutex_t:t(6,76)=(6,70)_pthread_cond:T(6,77)=s16__pthread_cond_flags:(6,78)=s8__pthread_cond_flag:(6,79)=ar(9,3);0;3;(10,5),0,32;__pthread_cond_type:(10,6),32,16;__pthread_cond_magic:(10,6),48,16;;,0,64;__pthread_cond_data:(6,37),64,64;;pthread_cond_t:t(6,80)=(6,77)_pthread_rwlock:T(6,81)=s64__pthread_rwlock_readers:(10,3),0,32;__pthread_rwlock_type:(10,6),32,16;__pthread_rwlock_magic:(10,6),48,16;__pthread_rwlock_mutex:(6,76),64,192;__pthread_rwlock_readercv:(6,80),256,128;__pthread_rwlock_writercv:(6,80),384,128;;pthread_rwlock_t:t(6,82)=(6,81)_pthread_attr:T(6,83)=s4__pthread_attrp:(6,21),0,32;;pthread_attr_t:t(6,84)=(6,83)_pthread_mutexattr:T(6,85)=s4__pthread_mutexattrp:(6,21),0,32;;pthread_mutexattr_t:t(6,86)=(6,85)_pthread_condattr:T(6,87)=s4__pthread_condattrp:(6,21),0,32;;pthread_condattr_t:t(6,88)=(6,87)_once:T(6,89)=s32__pthread_once_pad:(6,90)=ar(9,3);0;3;(6,37),0,256;;pthread_once_t:t(6,91)=(6,89)_pthread_rwlockattr:T(6,92)=s4__pthread_rwlockattrp:(6,21),0,32;;pthread_rwlockattr_t:t(6,93)=(6,92)dev_t:t(6,94)=(6,8)nlink_t:t(6,95)=(6,8)pid_t:t(6,96)=(0,3)size_t:t(6,97)=(0,4)ssize_t:t(6,98)=(0,1)time_t:t(6,99)=(0,3)clock_t:t(6,100)=(0,3)clockid_t:t(6,101)=(0,1)timer_t:t(6,102)=(0,1)unchar:t(6,103)=(0,11)ushort:t(6,104)=(0,9)uint:t(6,105)=(0,4)ulong:t(6,106)=(0,5)u_char:t(6,107)=(0,11)u_short:t(6,108)=(0,9)u_int:t(6,109)=(0,4)u_long:t(6,110)=(0,5)_quad:T(6,111)=s8val:(6,112)=ar(9,3);0;1;(0,1),0,64;;quad_t:t(6,113)=(6,111)quad:t(6,114)=(6,113)/usr/include/sys/select.h/usr/include/sys/time.htimeval:T(12,1)=s8tv_sec:(6,99),0,32;tv_usec:(6,51),32,32;;timezone:T(12,2)=s8tz_minuteswest:(0,1),0,32;tz_dsttime:(0,1),32,32;;/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.hitimerval:T(12,3)=s16it_interval:(12,1),0,64;it_value:(12,1),64,64;;hrtime_t:t(12,4)=(6,1)/usr/include/time.h/usr/include/iso/time_iso.htm:T(15,1)=s36tm_sec:(0,1),0,32;tm_min:(0,1),32,32;tm_hour:(0,1),64,32;tm_mday:(0,1),96,32;tm_mon:(0,1),128,32;tm_year:(0,1),160,32;tm_wday:(0,1),192,32;tm_yday:(0,1),224,32;tm_isdst:(0,1),256,32;;/usr/include/sys/time_impl.htimespec:T(16,1)=s8tv_sec:(6,99),0,32;tv_nsec:(0,3),32,32;;timespec_t:t(16,2)=(16,1)timestruc_t:t(16,3)=(16,1)itimerspec:T(16,4)=s16it_interval:(16,1),0,64;it_value:(16,1),64,64;;itimerspec_t:t(16,5)=(16,4)sigval:T(14,1)=u4sival_int:(0,1),0,32;sival_ptr:(6,21),0,32;;sigevent:T(14,2)=s24sigev_notify:(0,1),0,32;sigev_signo:(0,1),32,32;sigev_value:(14,1),64,32;sigev_notify_function:(14,3)=*(14,4)=f(0,22),96,32;sigev_notify_attributes:(14,5)=*(6,84),128,32;__sigev_pad2:(0,1),160,32;;/usr/include/sys/select.hfd_mask:t(11,1)=(0,3)fds_mask:t(11,2)=(0,3)fd_set:T(11,3)=s128fds_bits:(11,4)=ar(9,3);0;31;(0,3),0,1024;;fd_set:t(11,5)=(11,3)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.h__gnuc_va_list:t(19,1)=(0,21)/usr/include/iso/stdio_iso.h/usr/include/sys/va_list.h__va_list:t(21,1)=(6,21)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio_tag.h__FILE:t(22,1)=(22,2)=xs__FILE:/usr/include/stdio_impl.h__FILE:T(22,2)=s16_cnt:(6,98),0,32;_ptr:(23,1)=*(0,11),32,32;_base:(23,1),64,32;_flag:(0,11),96,8;_file:(0,11),104,8;__orientation:(0,4),112,2;__ionolock:(0,4),114,1;__seekable:(0,4),115,1;__filler:(0,4),116,4;;__longlong_t:t(20,1)=(0,6)FILE:t(20,2)=(22,1)fpos_t:t(20,3)=(0,3)fpos64_t:t(18,1)=(20,1)/usr/include/stdlib.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/iso/stdlib_iso.hdiv_t:t(25,1)=(25,2)=s8quot:(0,1),0,32;rem:(0,1),32,32;;ldiv_t:t(25,3)=(25,4)=s8quot:(0,3),0,32;rem:(0,3),32,32;;wchar_t:t(25,5)=(0,3)lldiv_t:t(24,1)=(24,2)=s16quot:(0,6),0,64;rem:(0,6),64,64;;/usr/include/errno.h/usr/include/sys/errno.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/syslimits.h/usr/include/iso/limits_iso.h/usr/include/sys/int_limits.h/usr/include/string.h/usr/include/iso/string_iso.h/usr/include/memory.h/usr/include/inttypes.h/usr/include/sys/inttypes.h/usr/include/sys/int_const.h/usr/include/sys/int_fmtio.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.hva_list:t(39,1)=(19,1)snv_wchar_t:t(5,1)=(0,1)snv_wint_t:t(5,2)=(0,1)snv_pointer:t(5,3)=(6,21)snv_constpointer:t(5,4)=(5,5)=*(5,6)=k(0,22) :T(5,7)=eSNV_FALSE:0,SNV_TRUE:1,;snv_bool_t:t(5,8)=(5,7)snv_long_double:t(5,9)=(0,16)malloc_proc_t:t(4,1)=(4,2)=f(6,21)realloc_proc_t:t(4,3)=(4,4)=f(6,21)free_proc_t:t(4,5)=(4,6)=f(6,21)../../snprintfv/filament.hFilament:t(40,1)=(40,2)=xsfilament:filament:T(40,2)=s524value:(6,10),0,32;length:(6,97),32,32;size:(6,97),64,32;buffer:(40,3)=ar(9,3);0;511;(0,2),96,4096;;filnew:F(2,1)=*(40,1)init:P(2,2)=k(2,3)=*(2,4)=k(0,2)len:P(6,97)../../snprintfv/filament.cnew:r(2,1)filinit:F(2,1)fil:P(2,1)init:P(2,2)len:P(6,97)fildelete:F(6,10)fil:P(2,1)./filament.in../../snprintfv/filament.c./filament.in../../snprintfv/filament.cvalue:r(6,10)_fil_extend:F(0,22)fil:P(2,1)len:P(6,97)copy:P(5,8)../../snprintfv/format.c../config.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stddef.h../../snprintfv/printf.h../../snprintfv/filament.h../../snprintfv/stream.hSTREAM:t(46,1)=(46,2)=xsstream:StreamPut:t(46,3)=(46,4)=*(46,5)=f(0,1)StreamGet:t(46,6)=(46,7)=*(46,8)=f(0,1) :T(44,1)=eSNV_ERROR:-1,SNV_OK:0,;snv_status:t(44,2)=(44,1)printf_info:T(44,3)=s52count:(0,1),0,32;state:(0,1),32,32;error:(2,1),64,32;format:(2,3),96,32;argc:(0,1),128,32;argindex:(0,1),160,32;dollar:(0,1),192,32;prec:(0,1),224,32;width:(0,1),256,32;extra:(5,3),288,32;type:(0,1),320,32;spec:(0,2),352,8;pad:(0,2),360,8;is_long_double:(0,4),368,1;is_char:(0,4),369,1;is_short:(0,4),370,1;is_long:(0,4),371,1;alt:(0,4),372,1;space:(0,4),373,1;left:(0,4),374,1;showsign:(0,4),375,1;group:(0,4),376,1;wide:(0,4),377,1;args:(44,4)=*(44,5)=k(44,6)=xuprintf_arg:,384,32;;printf_info:t(44,7)=(44,3)printf_arg:T(44,6)=u16pa_char:(0,11),0,8;pa_wchar:(5,1),0,32;pa_short_int:(0,8),0,16;pa_int:(0,1),0,32;pa_long_int:(0,3),0,32;pa_long_long_int:(10,9),0,64;pa_u_short_int:(0,9),0,16;pa_u_int:(0,4),0,32;pa_u_long_int:(0,5),0,32;pa_u_long_long_int:(10,10),0,64;pa_float:(0,14),0,32;pa_double:(0,15),0,64;pa_long_double:(0,16),0,128;pa_string:(2,3),0,32;pa_wstring:(44,8)=*(44,9)=k(5,1),0,32;pa_pointer:(5,4),0,32;;printf_arg:t(44,10)=(44,6)printf_function:t(44,11)=(44,12)=f(0,1)printf_arginfo_function:t(44,13)=(44,14)=f(0,1)spec_entry:T(44,15)=s24spec:(0,1),0,32;unused:(0,1),32,32;type:(0,1),64,32;fmt:(44,16)=*(44,11),96,32;arg:(44,17)=*(44,13),128,32;user:(5,3),160,32;;spec_entry:t(44,18)=(44,15)register_callback_function:t(44,19)=(44,20)=f(44,21)=*(44,18) :T(44,22)=ePA_INT:0,PA_CHAR:1,PA_WCHAR:2,PA_STRING:3,PA_WSTRING:4,PA_POINTER:5,PA_FLOAT:6,PA_DOUBLE:7,PA_LAST:8,PA_UNKNOWN:-1,;fetch_uintmax:f(10,10)pinfo:P(41,1)=*(44,3)arg:P(44,4)../../snprintfv/format.cfetch_intmax:f(10,9)pinfo:P(41,1)arg:P(44,4)printf_flag_info:f(0,1)pinfo:P(41,2)=k(41,1)n:P(6,97)argtypes:P(41,3)=*(0,1)printf_numeric_param_info:f(0,1)pinfo:P(41,2)n:P(6,97)argtypes:P(41,3)pEnd:r(2,3)found:r(0,1)allowed_states:r(0,1)new_state:r(0,1)position:r(0,1)skipped_args:r(0,1)value:r(0,3)printf_modifier_info:f(0,1)pinfo:P(41,2)n:P(6,97)argtypes:P(41,3)printf_char:f(0,1)stream:P(41,4)=*(46,1)pinfo:P(41,2)args:P(44,4)count_or_errorcode:r(0,1)ch:r(0,2)padwidth:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)padwidth:r(0,1)m_status:r(0,1)printf_count:f(0,1)stream:P(41,4)pinfo:P(41,2)args:P(44,4)printf_integer:f(0,1)stream:P(41,4)pinfo:P(41,2)args:P(44,4)digits_lower:V(41,5)=ar(9,3);0;36;(2,4)digits_upper:V(41,6)=ar(9,3);0;36;(2,4)digits:r(2,3)base:r(0,4)value:r(10,10)type:r(0,1)count_or_errorcode:r(0,1)buffer:(41,7)=ar(9,3);0;255;(0,2)p:r(6,10)end:r(6,10)is_negative:r(5,8)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)svalue:r(10,9)printf_pointer:f(0,1)stream:P(41,4)pinfo:P(41,2)args:P(44,4)count_or_errorcode:r(0,1)padwidth:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)padwidth:r(0,1)m_status:r(0,1)printf_string:f(0,1)stream:P(41,4)pinfo:P(41,2)args:P(44,4)len:r(0,1)count_or_errorcode:r(0,1)p:r(2,3)padwidth:r(0,1)mark:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)mark:r(0,1)m_status:r(0,1)padwidth:r(0,1)m_status:r(0,1)../../snprintfv/printf.c../config.h/usr/include/unistd.h/usr/include/sys/unistd.h../../snprintfv/printf.h../../snprintfv/filament.h../../snprintfv/stream.hregister_printf_function:F(44,21)spec:P(0,4)fmt:P(44,16)arg:P(44,17)../../snprintfv/printf.cnew:r(44,21)hash:r(0,4)hash:r(0,4)hash:r(0,4)hash:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)call_argtype_function:f(0,1)pinfo:P(41,2)argtypes:P(47,1)=*(41,3)spec:P(44,21)n:r(0,1)argindex:r(0,1)save_state:r(0,1)save_format:r(2,3)printf_strerror:F(6,10)printf_error:F(6,10)pinfo:P(41,1)file:P(2,3)line:P(0,1)func1:P(2,3)func2:P(2,3)func3:P(2,3)error_message:p(2,3)./filament.in../../snprintfv/printf.c./filament.in../../snprintfv/printf.c./filament.in../../snprintfv/printf.c./filament.in../../snprintfv/printf.c./filament.in../../snprintfv/printf.c./filament.in../../snprintfv/printf.c./filament.inerror_message:r(2,3)i:r(0,1)c:r(0,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)c:r(0,1)fil:r(2,1)c:r(0,1)fil:r(2,1)c:r(0,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)c:r(0,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)c:r(0,1)fil:r(2,1)parse_printf_format:F(6,97)format:P(2,3)n:P(0,1)argtypes:P(41,3)../../snprintfv/printf.cinfo:(44,3)ch:r(0,1)ch:r(0,1)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(0,4)hash:r(0,4)hash:r(0,4)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)do_printfv:f(0,1)stream:P(41,4)format:P(2,3)args:P(44,4)info:(44,3)ch:r(0,1)ch:r(0,1)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(0,4)hash:r(0,4)hash:r(0,4)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)stream_printfv:F(0,1)stream:p(41,4)format:P(2,3)ap:p(47,2)=*(47,3)=k(5,4)args:r(47,4)=*(44,6)info:(44,3)count_or_errorcode:r(0,1)argtypes:(41,3)ch:r(0,1)ch:r(0,1)index:r(0,1)index:r(0,1)ch:r(0,1)spec:r(44,21)spec:r(0,4)hash:r(0,4)hash:r(0,4)spec:r(44,21)spec:r(44,21)spec:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)stream_vprintf:F(0,1)stream:p(41,4)format:P(2,3)ap:P(39,1)args:r(47,4)info:(44,3)count_or_errorcode:r(0,1)argtypes:(41,3)ch:r(0,1)ch:r(0,1)index:r(0,1)index:r(0,1)ch:r(0,1)spec:r(44,21)spec:r(0,4)hash:r(0,4)hash:r(0,4)spec:r(44,21)spec:r(44,21)spec:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)stream_printf:F(0,1)stream:P(41,4)format:P(2,3)count_or_errorcode:r(0,1)snv_fdputc:F(0,1)ch:P(0,1)stream:P(41,4)buf:V(47,5)=ar(9,3);0;0;(0,2)snv_dprintf:F(0,1)fd:P(0,1)format:P(2,3)count_or_errorcode:r(0,1)snv_vdprintf:F(0,1)fd:P(0,1)format:P(2,3)ap:P(39,1)result:r(0,1)out:r(41,4)snv_dprintfv:F(0,1)fd:P(0,1)format:P(2,3)args:P(47,2)result:r(0,1)out:r(41,4)snv_fileputc:F(0,1)ch:P(0,1)stream:P(41,4)fp:r(47,6)=*(20,2)snv_printf:F(0,1)format:P(2,3)count_or_errorcode:r(0,1)snv_vprintf:F(0,1)format:P(2,3)ap:P(39,1)result:r(0,1)out:r(41,4)snv_printfv:F(0,1)format:P(2,3)args:P(47,2)result:r(0,1)out:r(41,4)snv_fprintf:F(0,1)file:P(47,6)format:P(2,3)count_or_errorcode:r(0,1)snv_vfprintf:F(0,1)file:P(47,6)format:P(2,3)ap:P(39,1)result:r(0,1)out:r(41,4)snv_fprintfv:F(0,1)file:P(47,6)format:P(2,3)args:P(47,2)result:r(0,1)out:r(41,4)snv_bufputc:F(0,1)ch:P(0,1)stream:P(41,4)ppbuffer:r(47,7)=*(6,10)snv_sprintf:F(0,1)buffer:P(6,10)format:P(2,3)count_or_errorcode:r(0,1)snv_vsprintf:F(0,1)buffer:p(6,10)format:P(2,3)ap:P(39,1)count_or_errorcode:r(0,1)out:r(41,4)snv_sprintfv:F(0,1)buffer:p(6,10)format:P(2,3)args:P(47,2)count_or_errorcode:r(0,1)out:r(41,4)snv_snprintf:F(0,1)buffer:P(6,10)limit:P(0,5)format:P(2,3)count_or_errorcode:r(0,1)snv_vsnprintf:F(0,1)buffer:p(6,10)limit:P(0,5)format:P(2,3)ap:P(39,1)count_or_errorcode:r(0,1)out:r(41,4)snv_snprintfv:F(0,1)buffer:p(6,10)limit:P(0,5)format:P(2,3)args:P(47,2)count_or_errorcode:r(0,1)out:r(41,4)snv_filputc:F(0,1)ch:P(0,1)stream:P(41,4)./filament.infil:r(2,1)snv_asprintf:F(0,1)result:P(47,7)format:P(2,3)../../snprintfv/printf.ccount:r(0,1)snv_vasprintf:F(0,1)result:P(47,7)format:P(2,3)ap:P(39,1)count_or_errorcode:r(0,1)base:r(6,10)fil:r(2,1)out:r(41,4)snv_asprintfv:F(0,1)result:P(47,7)format:P(2,3)args:P(47,2)count_or_errorcode:r(0,1)base:r(6,10)fil:r(2,1)out:r(41,4)../../snprintfv/mem.c../config.hsnv_xrealloc:F(6,21)old:P(5,3)count:P(6,97)../../snprintfv/mem.csnv_strdup:F(6,10)str:P(2,3)result:r(6,10)../../snprintfv/stream.c../config.h../../snprintfv/stream.hstream:T(46,2)=s16stream:(5,3),0,32;limit:(0,5),32,32;get_func:(46,6),64,32;put_func:(46,3),96,32;;stream_not_readable:f(0,1)stream:P(41,4)../../snprintfv/stream.cstream_not_writable:f(0,1)ch:P(0,1)stream:P(41,4)stream_new:F(41,4)dets:P(5,3)limit:P(0,5)get_func:P(46,6)put_func:P(46,3)new:r(41,4)new:r(41,4)stream_delete:F(5,3)stream:P(41,4)dets:r(5,3)stream_details:F(5,3)stream:P(41,4)stream_put:F(0,1)ch:P(0,1)stream:P(41,4)stream_puts:F(0,1)s:P(6,10)stream:P(41,4)ch_or_errorcode:r(0,1)num:r(0,1)stream_get:F(0,1)stream:P(41,4)../../snprintfv/custom.c../config.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stddef.h../../snprintfv/printf.hprintf_generic_info:F(0,1)pinfo:P(41,2)n:P(6,97)argtypes:P(41,3)../../snprintfv/custom.ctype:r(0,1)printf_generic:F(0,1)stream:P(41,4)pinfo:P(41,2)args:P(44,4)./filament.in../../snprintfv/custom.clen:r(0,1)count_or_errorcode:r(0,1)p:r(6,10)out:r(41,4)fil:r(2,1)user_func:r(44,16)padwidth:r(0,1)mark:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)mark:r(0,1)m_status:r(0,1)padwidth:r(0,1)m_status:r(0,1)snv_malloc:G(1,1)=*(4,1)snv_realloc:G(1,2)=*(4,3)snv_free:G(1,3)=*(4,5)snv_default_spec_table:G(1,4)=ar(9,3);0;35;(44,18)spec_table:S(1,5)=ar(9,3);0;94;(44,21)printf_last_error:S(6,10)””¤ 88 @"xx oÿÿþ˜˜`%Bøø T  /B#L#Lˆ DB(Ô(Ô` SB,4,44 ]1h1hc1„1„i1˜1˜Ûˆo  2ß*@@ XC C h wHˆHˆØ€I`I`4†J”J”JœJœ”J¤J¤žJ¨J¨4J¬J¬ÜILˆLˆ£Q Q ¨Q 'pİ y.¸“>jÁ•¨$ Í•Ìu˜ Ó  dõÝ YÒì+ûŠ0707010040d09d000081a4000004a7000000640000000143e385230000032d000000ed0000000100000000000000000000001500000000reloc/lib/libopts.la# libopts.la - a libtool library file # Generated by ltmain.sh - GNU libtool 1.5.22 (1.1220.2.365 2005/12/18 22:14:06) # # Please DO NOT delete this file! # It is necessary for linking the library. # The name that we can dlopen(3). dlname='libopts.so.25' # Names of this library. library_names='libopts.so.25.2.1 libopts.so.25 libopts.so' # The name of the static archive. old_library='libopts.a' # Libraries that this one depends upon. dependency_libs=' -lgen -lm -ldl' # Version information for libopts. current=27 age=2 revision=1 # Is this an already installed library? installed=yes # Should we warn about portability when linking against -modules? shouldnotlink=no # Files to dlopen/dlpreopen dlopen='' dlpreopen='' # Directory that this library needs to be installed in: libdir='/opt/GNUagen/lib' 0707010040d09a000081a4000004a7000000640000000143e3852600000368000000ed0000000100000000000000000000001a00000000reloc/lib/libguileopts.la# libguileopts.la - a libtool library file # Generated by ltmain.sh - GNU libtool 1.5.22 (1.1220.2.365 2005/12/18 22:14:06) # # Please DO NOT delete this file! # It is necessary for linking the library. # The name that we can dlopen(3). dlname='libguileopts.so.0' # Names of this library. library_names='libguileopts.so.0.0.1 libguileopts.so.0 libguileopts.so' # The name of the static archive. old_library='libguileopts.a' # Libraries that this one depends upon. dependency_libs=' /opt/GNUagen/lib/libopts.la -lgen -lm -ldl' # Version information for libguileopts. current=0 age=0 revision=1 # Is this an already installed library? installed=yes # Should we warn about portability when linking against -modules? shouldnotlink=no # Files to dlopen/dlpreopen dlopen='' dlpreopen='' # Directory that this library needs to be installed in: libdir='/opt/GNUagen/lib' 07070100434736000041ed000004a7000000640000000243e3853c00000000000000ed0000000100000000000000000000001400000000reloc/lib/pkgconfig07070100434ad3000081a4000004a7000000640000000143e3852b0000024d000000ed0000000100000000000000000000002000000000reloc/lib/pkgconfig/autoopts.pcName: AutoOpts Description: A semi-automated generated/library option parser Version: 27.1 Libs: -Wl,-R/opt/GNUagen/lib -L/opt/GNUagen/lib -lopts Cflags: -I/opt/GNUagen/include # Variables (aka non-standard configury information): # prefix=/opt/GNUagen bindir=/opt/GNUagen/bin libdir=/opt/GNUagen/lib includedir=/opt/GNUagen/include datadir=/opt/GNUagen/share ldflags=-Wl,-R/opt/GNUagen/lib -L/opt/GNUagen/lib -lopts static_libs=/opt/GNUagen/lib/libopts.a pkgdatadir=/opt/GNUagen/share/autogen libsrc=/opt/GNUagen/share/autogen/libopts-27.1.2.tar.gz 0707010040d099000081a4000004a7000000640000000143e385260000af5c000000ed0000000100000000000000000000001900000000reloc/lib/libguileopts.a! / 1138984230 0 0 0 32 ` ¼export_options_to_guile// 28 ` libguileopts_la-guileopt.o/ /0 1138983408 1191 100 100644 44644 ` ELF¬¬4( .shstrtab.text.rodata.stab.stabstr.symtab.strtab.rela.text.rela.stab.commentã°œ¿æ h¦„ÿÿ €‚à D?ÿû-<ªcð;/Ú  €‹@"€Ô 4  @¦„ÿÿ<¿ÿúÚ 0€r‚ ` ¢€€ –@?ÿ’`– à@–àf@Â Ô 4‚`€ –` ’`– à@–àf@ €ˆ`€°‚@ƒ0` € `"€Ô 4Ö €¢à"¿ÿØ  @Ô 4’à@@  @¿ÿϦ„ÿÿÖ ¿ÿ÷’` € `8€2Ô 4 € `2€Ô 4 ‚@ƒ0` € `"¿ÿðÔ 4Ö €¢à"¿ÿ¸  @Ô 4@’à¿ÿââ@¤`@’`¢„ÿ € °)Ô€@’ ¤ ¢„ÿ¿ÿú°‚ )š Â. 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À. ‚ Ú.Â. ¿ÿÆ€Ö @’`@¿ÿÊ Çàè(define opt-arg-%s %d) (define opt-arg-%s "%s") (define opt-enabled-%s #%c) (define have-opt-%s #%c) (define opt-args-%s `( "%s"(define opt-ct-%s %ld) ‚˜ dKde<t€ž€¸€ç€5€ˆ€Ü€9€d€“€½€æ€D€£€½€Ø€ù€2€P€p€•€¾€Õ‚ï‚¢û‚=‚€€+¢‚º‚Û‚¢¢÷‚€¢1‚w€¢•‚¯€Å€¢˜€;²€KÄ€SØ€X¢ì€iÿ€q€{¢*‚T‚~‚®‚¢â€ú€ ‚ V‚ œ‚¢ º‚¢ Ø€ò¢¢ î‚ ‚ O€< ˆ€A €`¢ Ø€G €O¢ (‚ n‚ ‹€ þ€! €%¢ +‚ H€> ]€D s€E ‰€J Ÿ€N ¶€O Í€P ä€U û€^ €_ -€n E€o ^€w z€} —€~ ´€ƒ Ñ€‡  €‰+€Ž¢I€>b€?}€U–€V°€\Ç€]Þ€^ó€_ €a(€b?€cT€pm€yƒ€z›€{³€}É€~à€÷€€€/€ŸE€ ]€¡x€¢“€±«€²Æ€³〴€»€:€ÁU€Ìm€Í†€ÙŸ€Úº€ÛЀÜë€ôK€­€ Ȁ܀ ÷€$€.*€/B€5W€Bp€C‡€DŸ€E¸€FÑ€Gè€H€N€R,€^B€`\€av€h€i®€Ó€„ô€Ѐð€ô€™€L€ l€¬€§Ñ€€®3€}€µ€߀½€¿€Å3€ÆH€å^€ïw€ôŽ€û¥€ü»€ýÏ€þä€1ü€2€3*€4A€z€5”€6¬‚Ƃހ€b‚¢¨€í€É‚‚5€¢û‚€U€)o€>Š€ЀP¢ì€ )€¢!‚¢¢!€0!4€2!K€!‹€Q¢¢!¡‚¢!ä‚"‚"+‚"G‚¢"d‚¢¢¢"€B"œ€C"¾€U"#$‚#:‚#X€E¢#ƒ€+¢#±€|¢#Í‚#ý‚$/€$Ž€A¢$ª€%Ê€`¢%é‚&€'¡€B¢'Å‚¢'õ‚¢(%‚¢(X‚¢(ˆ‚¢(º‚¢(ê‚)"€T¢**‚¢*^‚*Ž€+"€u+B€+±€¢+Ò‚,€,k€>,‹€-"€I¢-=‚¢-l‚-ž€2-É€3¢-ô‚¢.!‚¢.Q‚.€‚.±€G¢¢.á‚¢/‚¢/E‚¢/w‚/¨‚/ׂ0€30'€50Z€¢0¡€2´€t¢2Ò‚¢¢3‚35‚3e€3¹€@3Ý€ƒ6]€7ù€Ï¢8€8G€9¢8b‚8‚8¿€9€?92€C9f€9€I9ä€:<€O¢:Y€:—€::±€D:Ô€‰¢:ô‚¢;%‚;U‚¢;ˆ€;ð€_¢< ‚¢<<‚¢‚¢>P‚¢>‚‚¢>´‚¢>å‚?‚¢?Y€?§€½?À@€Ã¢@‚@P€@Á€A_€A쀻¢B‚¢BK‚¢B{‚¢B®‚¢Bã‚C€@¢CŠ‚¢Cº‚Cë€D1€CDM€Dþ€JE€Eg€V¢E‡‚¢E¶‚¢Eè‚¢F‚¢FJ‚¢Fz‚¢F«‚¢FÚ‚G €Gp€WG€Gû€^¢H!‚¢HT‚¢H„‚¢H¶‚¢Hæ‚¢I‚¢IL‚¢I~‚I­€Iå€BJ€JQ€I¢Jr‚¢J£‚¢JÖ‚¢K‚¢K9‚¢Ki€K‰€K¥€‘K¿€’Kà€“L€”L'€•LD€–Ld€—L‡€˜L¥€™LÄ€šL怛M€œM$€M@€žM\€ŸM|€ M€¡M¹€¢MÖ€£Mó€¤N€¥N3€¦NZ€§Nu€¨N’€©N´€ªNÚ€«Nú€¬O€­O8€®¢¢OY‚O{‚¢O¾€Pd€GP‚€Q^€TQ|€QŸ€«Q¸€²QÞ€³R€´R.€ºRR€»Ry€ÁRŸ€ÂRÈ€ÓRï€Sj€Ux€ÿU©€V!€VM€Y)€8Y‹€WZy€ZÇ€t¢Zê‚[‚[‚¢[&‚[>€[œ€\c€+¢\~‚\—‚¢¢\±‚\Ì€]B€:]\€]•€P]­€^.€g¢^I‚^a€`G€aà‚¢¢aý‚b‚b1€EbG€bˆ€pb¡€b倢df‚d‚¢dœ€g˜€ g´€jJ€¤ji€jû€¬¢¢k‚¢k7‚¢kM‚kb‚¢¢k‚k•‚k¯€l€!l,€l“€>¢l¯€*¢m‚m+‚¢¢mD‚mY‚mr€n%€´n>€nâ€Òný€oI€¢¢oc‚¢oy‚¢o¼‚¢oÒ‚oè‚p‚¢p(€)¢pD‚p^€,p¨€<pò€q»€r€±r+€rƒ€Ër¥€¢¢rä‚rú‚¢¢s‚s-‚sF€¢¢s…‚¢s›€¢s±€YsË€msã€t/€€tM€t}€ˆtž€tå€u€–us€u´€¡uЀ³w‚w+‚wD‚¢w‡‚wÊ€U¢wá€|wü€‚x€™x1€šxd€x‰€±x¥€¢xÅ‚xà€2y€¢y‚yš€9y¼€Gyç€T¢z‚z(€BzN€Czu€D¢z™€z½€3zÙ€|é€h}€~¯€‘~Ì€~ö€Ÿ(€Å€´ã€Ë€%€¢€§‚€Ë€1¢É‚¢¢à$F‚@EDFDHDG DK DL,DK@DRTDW|DY„D^°De¸De¼DfÈDnÜDoìDtDD|$Dˆ4DœDD¨\D©lD®|DŠ„DŠ„DŽˆD‹ŒDŽDœD D¬D‘ÌD•ìD}ôD‚‚@G‚$@H‚.€IÿÿïðÀ‚L@Š‚W@‹‚e@ŒÀ<àD‚q@Š‚|@‹‚Š@ŒÀ„àôà‚–$ ‚—dguileopt.c/home/users/b/bk/bkorb/autogen-5.8.3/sun4u-SunOS-5.9/autoopts/../../autoopts/guileopt.cgcc2_compiled.int:t(0,1)=r(0,1);-2147483648;2147483647;char:t(0,2)=r(0,2);0;127;long int:t(0,3)=r(0,3);-2147483648;2147483647;unsigned int:t(0,4)=r(0,4);000000000000000000000000;000000000000037777777777;long unsigned int:t(0,5)=r(0,5);000000000000000000000000;000000000000037777777777;long long int:t(0,6)=@s64;r(0,6);001000000000000000000000;000777777777777777777777;long long unsigned int:t(0,7)=@s64;r(0,7);000000000000000000000000;001777777777777777777777;short int:t(0,8)=@s16;r(0,8);-32768;32767;short unsigned int:t(0,9)=@s16;r(0,9);0;65535;signed char:t(0,10)=@s8;r(0,10);-128;127;unsigned char:t(0,11)=@s8;r(0,11);0;255;__int128_t:t(0,12)=@s128;r(0,12);000000000000000000000000;0377777777777777777777777777777777;__uint128_t:t(0,13)=@s128;r(0,13);000000000000000000000000;0377777777777777777777777777777777;float:t(0,14)=r(0,1);4;0;double:t(0,15)=r(0,1);8;0;long double:t(0,16)=r(0,1);16;0;complex int:t(0,17)=s8real:(0,1),0,32;imag:(0,1),32,32;;complex float:t(0,18)=R3;8;0;complex double:t(0,19)=R4;16;0;complex long double:t(0,20)=R5;32;0;__builtin_va_list:t(0,21)=*(0,22)=(0,22)_Bool:t(0,23)=@s8;-16;../../autoopts/guileopt.c../config.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.h__gnuc_va_list:t(4,1)=(0,21)/usr/include/iso/stdio_iso.h/usr/include/sys/feature_tests.h/usr/include/sys/isa_defs.h/usr/include/sys/va_list.h__va_list:t(8,1)=(8,2)=*(0,22)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio_tag.h__FILE:t(9,1)=(9,2)=xs__FILE:/usr/include/stdio_impl.hssize_t:t(10,1)=(0,1)__FILE:T(9,2)=s16_cnt:(10,1),0,32;_ptr:(10,2)=*(0,11),32,32;_base:(10,2),64,32;_flag:(0,11),96,8;_file:(0,11),104,8;__orientation:(0,4),112,2;__ionolock:(0,4),114,1;__seekable:(0,4),115,1;__filler:(0,4),116,4;;__longlong_t:t(5,1)=(0,6)FILE:t(5,2)=(9,1)size_t:t(5,3)=(0,4)fpos_t:t(5,4)=(0,3)off_t:t(3,1)=(0,3)off64_t:t(3,2)=(5,1)fpos64_t:t(3,3)=(5,1)/home/users/b/bk/bkorb/include/guile/gh.h/home/users/b/bk/bkorb/include/libguile.h/home/users/b/bk/bkorb/include/libguile/__scm.h/home/users/b/bk/bkorb/include/libguile/scmconfig.hlong_long:t(13,1)=(0,6)ulong_long:t(13,2)=(0,7)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/syslimits.h/usr/include/iso/limits_iso.h/usr/include/sys/int_limits.hclock_t:t(16,1)=(0,3)/usr/include/stdlib.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/iso/stdlib_iso.hdiv_t:t(20,1)=(20,2)=s8quot:(0,1),0,32;rem:(0,1),32,32;;ldiv_t:t(20,3)=(20,4)=s8quot:(0,3),0,32;rem:(0,3),32,32;;wchar_t:t(20,5)=(0,3)lldiv_t:t(19,1)=(19,2)=s16quot:(0,6),0,64;rem:(0,6),64,64;;uid_t:t(19,3)=(0,3)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.h/usr/include/sys/machtypes.h_label_t:T(22,1)=s8val:(22,2)=ar(22,3)=r(22,3);000000000000000000000000;000000000000037777777777;;0;1;(0,3),0,64;;label_t:t(22,4)=(22,1)lock_t:t(22,5)=(0,11)/usr/include/sys/int_types.hint8_t:t(23,1)=(0,2)int16_t:t(23,2)=(0,8)int32_t:t(23,3)=(0,1)int64_t:t(23,4)=(0,6)uint8_t:t(23,5)=(0,11)uint16_t:t(23,6)=(0,9)uint32_t:t(23,7)=(0,4)uint64_t:t(23,8)=(0,7)intmax_t:t(23,9)=(23,4)uintmax_t:t(23,10)=(23,8)intptr_t:t(23,11)=(0,1)uintptr_t:t(23,12)=(0,4)int_least8_t:t(23,13)=(0,2)int_least16_t:t(23,14)=(0,8)int_least32_t:t(23,15)=(0,1)int_least64_t:t(23,16)=(0,6)uint_least8_t:t(23,17)=(0,11)uint_least16_t:t(23,18)=(0,9)uint_least32_t:t(23,19)=(0,4)uint_least64_t:t(23,20)=(0,7)longlong_t:t(21,1)=(0,6)u_longlong_t:t(21,2)=(0,7)t_scalar_t:t(21,3)=(0,3)t_uscalar_t:t(21,4)=(0,5)uchar_t:t(21,5)=(0,11)ushort_t:t(21,6)=(0,9)uint_t:t(21,7)=(0,4)ulong_t:t(21,8)=(0,5)caddr_t:t(21,9)=(21,10)=*(0,2)daddr_t:t(21,11)=(0,3)cnt_t:t(21,12)=(0,8)ptrdiff_t:t(21,13)=(0,1)pfn_t:t(21,14)=(21,8)pgcnt_t:t(21,15)=(21,8)spgcnt_t:t(21,16)=(0,3)use_t:t(21,17)=(21,5)sysid_t:t(21,18)=(0,8)index_t:t(21,19)=(0,8)timeout_id_t:t(21,20)=(8,2)bufcall_id_t:t(21,21)=(8,2)ino_t:t(21,22)=(21,8)blkcnt_t:t(21,23)=(0,3)fsblkcnt_t:t(21,24)=(21,8)fsfilcnt_t:t(21,25)=(21,8)ino64_t:t(21,26)=(21,2)blkcnt64_t:t(21,27)=(21,1)fsblkcnt64_t:t(21,28)=(21,2)fsfilcnt64_t:t(21,29)=(21,2)blksize_t:t(21,30)=(0,3) :T(21,31)=eB_FALSE:0,B_TRUE:1,;boolean_t:t(21,32)=(21,31)pad64_t:t(21,33)=(23,4)upad64_t:t(21,34)=(23,8)offset_t:t(21,35)=(21,1)u_offset_t:t(21,36)=(21,2)len_t:t(21,37)=(21,2)diskaddr_t:t(21,38)=(21,1)lloff_t:t(21,39)=(21,40)=u8_f:(21,35),0,64;_p:(21,41)=s8_u:(23,3),0,32;_l:(23,3),32,32;;,0,64;;lldaddr_t:t(21,42)=(21,43)=u8_f:(21,38),0,64;_p:(21,44)=s8_u:(23,3),0,32;_l:(23,3),32,32;;,0,64;;k_fltset_t:t(21,45)=(21,7)id_t:t(21,46)=(0,3)useconds_t:t(21,47)=(21,7)suseconds_t:t(21,48)=(0,3)major_t:t(21,49)=(21,8)minor_t:t(21,50)=(21,8)pri_t:t(21,51)=(0,8)o_mode_t:t(21,52)=(21,6)o_dev_t:t(21,53)=(0,8)o_uid_t:t(21,54)=(21,6)o_gid_t:t(21,55)=(21,54)o_nlink_t:t(21,56)=(0,8)o_pid_t:t(21,57)=(0,8)o_ino_t:t(21,58)=(21,6)key_t:t(21,59)=(0,1)mode_t:t(21,60)=(21,8)gid_t:t(21,61)=(19,3)taskid_t:t(21,62)=(21,46)projid_t:t(21,63)=(21,46)pthread_t:t(21,64)=(21,7)pthread_key_t:t(21,65)=(21,7)_pthread_mutex:T(21,66)=s24__pthread_mutex_flags:(21,67)=s8__pthread_mutex_flag1:(23,6),0,16;__pthread_mutex_flag2:(23,5),16,8;__pthread_mutex_ceiling:(23,5),24,8;__pthread_mutex_type:(23,6),32,16;__pthread_mutex_magic:(23,6),48,16;;,0,64;__pthread_mutex_lock:(21,68)=u8__pthread_mutex_lock64:(21,69)=s8__pthread_mutex_pad:(21,70)=ar(22,3);0;7;(23,5),0,64;;,0,64;__pthread_mutex_lock32:(21,71)=s8__pthread_ownerpid:(23,7),0,32;__pthread_lockword:(23,7),32,32;;,0,64;__pthread_mutex_owner64:(21,34),0,64;;,64,64;__pthread_mutex_data:(21,34),128,64;;pthread_mutex_t:t(21,72)=(21,66)_pthread_cond:T(21,73)=s16__pthread_cond_flags:(21,74)=s8__pthread_cond_flag:(21,75)=ar(22,3);0;3;(23,5),0,32;__pthread_cond_type:(23,6),32,16;__pthread_cond_magic:(23,6),48,16;;,0,64;__pthread_cond_data:(21,34),64,64;;pthread_cond_t:t(21,76)=(21,73)_pthread_rwlock:T(21,77)=s64__pthread_rwlock_readers:(23,3),0,32;__pthread_rwlock_type:(23,6),32,16;__pthread_rwlock_magic:(23,6),48,16;__pthread_rwlock_mutex:(21,72),64,192;__pthread_rwlock_readercv:(21,76),256,128;__pthread_rwlock_writercv:(21,76),384,128;;pthread_rwlock_t:t(21,78)=(21,77)_pthread_attr:T(21,79)=s4__pthread_attrp:(8,2),0,32;;pthread_attr_t:t(21,80)=(21,79)_pthread_mutexattr:T(21,81)=s4__pthread_mutexattrp:(8,2),0,32;;pthread_mutexattr_t:t(21,82)=(21,81)_pthread_condattr:T(21,83)=s4__pthread_condattrp:(8,2),0,32;;pthread_condattr_t:t(21,84)=(21,83)_once:T(21,85)=s32__pthread_once_pad:(21,86)=ar(22,3);0;3;(21,34),0,256;;pthread_once_t:t(21,87)=(21,85)_pthread_rwlockattr:T(21,88)=s4__pthread_rwlockattrp:(8,2),0,32;;pthread_rwlockattr_t:t(21,89)=(21,88)dev_t:t(21,90)=(21,8)nlink_t:t(21,91)=(21,8)pid_t:t(21,92)=(0,3)time_t:t(21,93)=(0,3)clockid_t:t(21,94)=(0,1)timer_t:t(21,95)=(0,1)unchar:t(21,96)=(0,11)ushort:t(21,97)=(0,9)uint:t(21,98)=(0,4)ulong:t(21,99)=(0,5)u_char:t(21,100)=(0,11)u_short:t(21,101)=(0,9)u_int:t(21,102)=(0,4)u_long:t(21,103)=(0,5)_quad:T(21,104)=s8val:(21,105)=ar(22,3);0;1;(0,1),0,64;;quad_t:t(21,106)=(21,104)quad:t(21,107)=(21,106)/usr/include/sys/select.h/usr/include/sys/time.htimeval:T(25,1)=s8tv_sec:(21,93),0,32;tv_usec:(21,48),32,32;;timezone:T(25,2)=s8tz_minuteswest:(0,1),0,32;tz_dsttime:(0,1),32,32;;/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.hitimerval:T(25,3)=s16it_interval:(25,1),0,64;it_value:(25,1),64,64;;hrtime_t:t(25,4)=(21,1)/usr/include/time.h/usr/include/iso/time_iso.htm:T(28,1)=s36tm_sec:(0,1),0,32;tm_min:(0,1),32,32;tm_hour:(0,1),64,32;tm_mday:(0,1),96,32;tm_mon:(0,1),128,32;tm_year:(0,1),160,32;tm_wday:(0,1),192,32;tm_yday:(0,1),224,32;tm_isdst:(0,1),256,32;;/usr/include/sys/time_impl.htimespec:T(29,1)=s8tv_sec:(21,93),0,32;tv_nsec:(0,3),32,32;;timespec_t:t(29,2)=(29,1)timestruc_t:t(29,3)=(29,1)itimerspec:T(29,4)=s16it_interval:(29,1),0,64;it_value:(29,1),64,64;;itimerspec_t:t(29,5)=(29,4)sigval:T(27,1)=u4sival_int:(0,1),0,32;sival_ptr:(8,2),0,32;;sigevent:T(27,2)=s24sigev_notify:(0,1),0,32;sigev_signo:(0,1),32,32;sigev_value:(27,1),64,32;sigev_notify_function:(27,3)=*(27,4)=f(0,22),96,32;sigev_notify_attributes:(27,5)=*(21,80),128,32;__sigev_pad2:(0,1),160,32;;/usr/include/sys/select.hfd_mask:t(24,1)=(0,3)fds_mask:t(24,2)=(0,3)fd_set:T(24,3)=s128fds_bits:(24,4)=ar(22,3);0;31;(0,3),0,1024;;fd_set:t(24,5)=(24,3)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stddef.h/home/users/b/bk/bkorb/include/libguile/tags.h/usr/include/inttypes.h/usr/include/sys/inttypes.h/usr/include/sys/int_const.h/usr/include/sys/int_fmtio.hscm_t_bits:t(32,1)=(23,12)scm_t_signed_bits:t(32,2)=(23,11)SCM:t(32,3)=(32,4)=*(32,5)=xsscm_unused_struct:scm_tags:T(32,6)=escm_tc8_char:244,scm_tc8_iloc:252,;/usr/include/setjmp.h/usr/include/iso/setjmp_iso.hjmp_buf:t(38,1)=(38,2)=ar(22,3);0;11;(0,1)sigjmp_buf:t(37,1)=(37,2)=ar(22,3);0;18;(0,1)SCM_STACKITEM:t(13,3)=(0,3)/home/users/b/bk/bkorb/include/libguile/print.h/home/users/b/bk/bkorb/include/libguile/options.hscm_t_option:T(40,1)=s16type:(0,1),0,32;name:(21,10),32,32;val:(0,5),64,32;doc:(21,10),96,32;;scm_t_option:t(40,2)=(40,1)scm_print_state:T(39,1)=s48handle:(32,3),0,32;revealed:(0,1),32,32;writingp:(0,5),64,32;fancyp:(0,5),96,32;level:(0,5),128,32;length:(0,5),160,32;hot_ref:(32,3),192,32;list_offset:(0,5),224,32;top:(0,5),256,32;ceiling:(0,5),288,32;ref_stack:(39,2)=*(32,3),320,32;ref_vect:(32,3),352,32;;scm_print_state:t(39,3)=(39,1)/home/users/b/bk/bkorb/include/libguile/smob.hscm_smob_descriptor:T(41,1)=s48name:(21,10),0,32;size:(5,3),32,32;mark:(41,2)=*(41,3)=f(32,3),64,32;free:(41,4)=*(41,5)=f(5,3),96,32;print:(41,6)=*(41,7)=f(0,1),128,32;equalp:(41,8)=*(41,9)=f(32,3),160,32;apply:(41,10)=*(41,11)=f(32,3),192,32;apply_0:(41,2),224,32;apply_1:(41,8),256,32;apply_2:(41,12)=*(41,13)=f(32,3),288,32;apply_3:(41,14)=*(41,15)=f(32,3),320,32;gsubr_type:(0,1),352,32;;scm_smob_descriptor:t(41,16)=(41,1)/home/users/b/bk/bkorb/include/libguile/pairs.h/home/users/b/bk/bkorb/include/libguile/alist.h/home/users/b/bk/bkorb/include/libguile/arbiters.h/home/users/b/bk/bkorb/include/libguile/async.h/home/users/b/bk/bkorb/include/libguile/boolean.h/home/users/b/bk/bkorb/include/libguile/chars.h/home/users/b/bk/bkorb/include/libguile/continuations.hscm_t_contregs:t(48,1)=(48,2)=s76throw_value:(32,3),0,32;jmpbuf:(38,1),32,384;dynenv:(32,3),416,32;base:(48,3)=*(13,3),448,32;num_stack_items:(5,3),480,32;seq:(0,5),512,32;dframe:(48,4)=*(48,5)=xsscm_t_debug_frame:,544,32;stack:(48,6)=ar(22,3);0;0;(13,3),576,32;;/home/users/b/bk/bkorb/include/libguile/backtrace.h/home/users/b/bk/bkorb/include/libguile/debug.hscm_t_debug_info:T(50,1)=u8e:(50,2)=s8exp:(32,3),0,32;env:(32,3),32,32;;,0,64;a:(50,3)=s8proc:(32,3),0,32;args:(32,3),32,32;;,0,64;id:(32,3),0,32;;scm_t_debug_info:t(50,4)=(50,1)scm_t_debug_frame:T(48,5)=s16prev:(48,4),0,32;status:(0,3),32,32;vect:(50,5)=*(50,4),64,32;info:(50,5),96,32;;scm_t_debug_frame:t(50,6)=(48,5)/home/users/b/bk/bkorb/include/libguile/stacks.hscm_t_info_frame:T(51,1)=s16flags:(32,1),0,32;source:(32,3),32,32;proc:(32,3),64,32;args:(32,3),96,32;;scm_t_info_frame:t(51,2)=(51,1)scm_t_stack:T(51,3)=s32id:(32,3),0,32;frames:(51,4)=*(51,2),32,32;length:(0,5),64,32;tail_length:(0,5),96,32;tail:(51,5)=ar(22,3);0;0;(51,2),128,128;;scm_t_stack:t(51,6)=(51,3)/home/users/b/bk/bkorb/include/libguile/dynl.h/home/users/b/bk/bkorb/include/libguile/dynwind.hscm_t_guard:t(53,1)=(53,2)=*(53,3)=f(0,22)scm_t_inner:t(53,4)=(53,5)=*(53,6)=f(32,3)/home/users/b/bk/bkorb/include/libguile/eq.h/home/users/b/bk/bkorb/include/libguile/error.h/home/users/b/bk/bkorb/include/libguile/eval.h/home/users/b/bk/bkorb/include/libguile/struct.hscm_t_struct_free:t(57,1)=(57,2)=*(57,3)=f(5,3)/home/users/b/bk/bkorb/include/libguile/evalext.h/home/users/b/bk/bkorb/include/libguile/feature.h/home/users/b/bk/bkorb/include/libguile/filesys.h/home/users/b/bk/bkorb/include/libguile/fluids.h/home/users/b/bk/bkorb/include/libguile/root.h/home/users/b/bk/bkorb/include/libguile/throw.hscm_t_catch_body:t(63,1)=(53,5)scm_t_catch_handler:t(63,2)=(63,3)=*(63,4)=f(32,3)scm_body_thunk_data:T(63,5)=s8tag:(32,3),0,32;body_proc:(32,3),32,32;;scm_root_state:T(62,1)=s124stack_base:(48,3),0,32;save_regs_gc_mark:(38,1),32,384;errjmp_bad:(0,1),416,32;rootcont:(32,3),448,32;dynwinds:(32,3),480,32;continuation_stack:(32,3),512,32;continuation_stack_ptr:(32,3),544,32;last_debug_frame:(62,2)=*(50,6),576,32;progargs:(32,3),608,32;exitval:(32,3),640,32;cur_inp:(32,3),672,32;cur_outp:(32,3),704,32;cur_errp:(32,3),736,32;def_inp:(32,3),768,32;def_outp:(32,3),800,32;def_errp:(32,3),832,32;cur_loadp:(32,3),864,32;fluids:(32,3),896,32;handle:(32,3),928,32;parent:(32,3),960,32;;scm_root_state:t(62,3)=(62,1)/home/users/b/bk/bkorb/include/libguile/vectors.h/home/users/b/bk/bkorb/include/libguile/fports.h/home/users/b/bk/bkorb/include/libguile/ports.hscm_t_port_rw_active:T(66,1)=eSCM_PORT_NEITHER:0,SCM_PORT_READ:1,SCM_PORT_WRITE:2,;scm_t_port_rw_active:t(66,2)=(66,1)scm_t_port:t(66,3)=(66,4)=s96port:(32,3),0,32;entry:(0,3),32,32;revealed:(0,1),64,32;stream:(32,1),96,32;file_name:(32,3),128,32;line_number:(0,3),160,32;column_number:(0,1),192,32;read_buf:(10,2),224,32;read_pos:(66,5)=*(66,6)=k(0,11),256,32;read_end:(10,2),288,32;read_buf_size:(3,1),320,32;saved_read_buf:(10,2),352,32;saved_read_pos:(66,5),384,32;saved_read_end:(10,2),416,32;saved_read_buf_size:(3,1),448,32;write_buf:(10,2),480,32;write_pos:(10,2),512,32;write_end:(10,2),544,32;write_buf_size:(3,1),576,32;shortbuf:(0,11),608,8;rw_random:(0,1),640,32;rw_active:(66,2),672,32;putback_buf:(10,2),704,32;putback_buf_size:(5,3),736,32;;scm_t_ptob_descriptor:T(66,7)=s52name:(21,10),0,32;mark:(41,2),32,32;free:(41,4),64,32;print:(41,6),96,32;equalp:(41,8),128,32;close:(66,8)=*(66,9)=f(0,1),160,32;write:(66,10)=*(66,11)=f(0,22),192,32;flush:(66,12)=*(66,13)=f(0,22),224,32;end_input:(66,14)=*(66,15)=f(0,22),256,32;fill_input:(66,8),288,32;input_waiting:(66,8),320,32;seek:(66,16)=*(66,17)=f(3,1),352,32;truncate:(66,18)=*(66,19)=f(0,22),384,32;;scm_t_ptob_descriptor:t(66,20)=(66,7)scm_t_fport:T(65,1)=s4fdes:(0,1),0,32;;scm_t_fport:t(65,2)=(65,1)/home/users/b/bk/bkorb/include/libguile/gc.h/home/users/b/bk/bkorb/include/libguile/hooks.hscm_t_c_hook_type:T(68,1)=eSCM_C_HOOK_NORMAL:0,SCM_C_HOOK_OR:1,SCM_C_HOOK_AND:2,;scm_t_c_hook_type:t(68,2)=(68,1)scm_t_c_hook_function:t(68,3)=(68,4)=*(68,5)=f(8,2)scm_t_c_hook_entry:T(68,6)=s12next:(68,7)=*(68,6),0,32;func:(68,3),32,32;data:(8,2),64,32;;scm_t_c_hook_entry:t(68,8)=(68,6)scm_t_c_hook:T(68,9)=s12first:(68,10)=*(68,8),0,32;type:(68,2),32,32;data:(8,2),64,32;;scm_t_c_hook:t(68,11)=(68,9)scm_t_cell:T(67,1)=s8word_0:(32,1),0,32;word_1:(32,1),32,32;;scm_t_cell:t(67,2)=(67,1)SCM_CELLPTR:t(67,3)=(67,4)=*(67,2)scm_t_c_bvec_limb:t(67,5)=(0,5)/home/users/b/bk/bkorb/include/libguile/gdbint.h/home/users/b/bk/bkorb/include/libguile/goops.h/home/users/b/bk/bkorb/include/libguile/validate.hscm_t_method:T(70,1)=s12generic_function:(32,3),0,32;specializers:(32,3),32,32;procedure:(32,3),64,32;;scm_t_method:t(70,2)=(70,1)/home/users/b/bk/bkorb/include/libguile/gsubr.h/home/users/b/bk/bkorb/include/libguile/guardians.h/home/users/b/bk/bkorb/include/libguile/hash.h/home/users/b/bk/bkorb/include/libguile/hashtab.h/home/users/b/bk/bkorb/include/libguile/init.h/home/users/b/bk/bkorb/include/libguile/ioext.h/home/users/b/bk/bkorb/include/libguile/rdelim.h/home/users/b/bk/bkorb/include/libguile/rw.h/home/users/b/bk/bkorb/include/libguile/keywords.h/home/users/b/bk/bkorb/include/libguile/list.h/home/users/b/bk/bkorb/include/libguile/load.h/home/users/b/bk/bkorb/include/libguile/macros.h/home/users/b/bk/bkorb/include/libguile/mallocs.h/home/users/b/bk/bkorb/include/libguile/modules.h/home/users/b/bk/bkorb/include/libguile/net_db.h/home/users/b/bk/bkorb/include/libguile/numbers.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/float.hscm_t_double:T(87,1)=s16type:(32,3),0,32;pad:(32,3),32,32;real:(0,15),64,64;;scm_t_double:t(87,2)=(87,1)scm_t_complex:T(87,3)=s16real:(0,15),0,64;imag:(0,15),64,64;;scm_t_complex:t(87,4)=(87,3)/home/users/b/bk/bkorb/include/libguile/objects.hscm_metaclass_standard:T(89,1)=s16layout:(32,3),0,32;vcell:(32,3),32,32;vtable:(32,3),64,32;print:(32,3),96,32;;scm_metaclass_operator:T(89,2)=s24layout:(32,3),0,32;vcell:(32,3),32,32;vtable:(32,3),64,32;print:(32,3),96,32;procedure:(32,3),128,32;setter:(32,3),160,32;;scm_effective_slot_definition:T(89,3)=s20name:(32,3),0,32;location:(0,3),32,32;init_value:(32,3),64,32;get:(41,8),96,32;set:(41,12),128,32;;scm_effective_slot_definition:t(89,4)=(89,3)/home/users/b/bk/bkorb/include/libguile/objprop.h/home/users/b/bk/bkorb/include/libguile/posix.h/home/users/b/bk/bkorb/include/libguile/procprop.h/home/users/b/bk/bkorb/include/libguile/properties.h/home/users/b/bk/bkorb/include/libguile/procs.hscm_t_subr_entry:t(94,1)=(94,2)=s16handle:(32,3),0,32;name:(32,3),32,32;generic:(39,2),64,32;properties:(32,3),96,32;;/home/users/b/bk/bkorb/include/libguile/ramap.h/home/users/b/bk/bkorb/include/libguile/random.hscm_t_rstate:T(96,1)=s16reserved0:(0,1),0,32;reserved1:(0,15),64,64;;scm_t_rstate:t(96,2)=(96,1)scm_t_rng:T(96,3)=s16rstate_size:(5,3),0,32;random_bits:(96,4)=*(96,5)=f(0,5),32,32;init_rstate:(96,6)=*(96,7)=f(0,22),64,32;copy_rstate:(96,8)=*(96,9)=f(96,10)=*(96,2),96,32;;scm_t_rng:t(96,11)=(96,3)scm_t_i_rstate:T(96,12)=s24rstate:(96,2),0,128;w:(0,5),128,32;c:(0,5),160,32;;scm_t_i_rstate:t(96,13)=(96,12)/home/users/b/bk/bkorb/include/libguile/read.h/home/users/b/bk/bkorb/include/libguile/scmsigs.h/home/users/b/bk/bkorb/include/libguile/script.h/home/users/b/bk/bkorb/include/libguile/simpos.h/home/users/b/bk/bkorb/include/libguile/snarf.h/home/users/b/bk/bkorb/include/libguile/socket.h/home/users/b/bk/bkorb/include/libguile/sort.h/home/users/b/bk/bkorb/include/libguile/srcprop.hscm_t_srcprops:T(104,1)=s16pos:(0,5),0,32;fname:(32,3),32,32;copy:(32,3),64,32;plist:(32,3),96,32;;scm_t_srcprops:t(104,2)=(104,1)scm_t_srcprops_chunk:T(104,3)=s20next:(104,4)=*(104,3),0,32;srcprops:(104,5)=ar(22,3);0;0;(104,2),32,128;;scm_t_srcprops_chunk:t(104,6)=(104,3)/home/users/b/bk/bkorb/include/libguile/stackchk.h/home/users/b/bk/bkorb/include/libguile/stime.h/home/users/b/bk/bkorb/include/libguile/strings.h/home/users/b/bk/bkorb/include/libguile/strop.h/home/users/b/bk/bkorb/include/libguile/strorder.h/home/users/b/bk/bkorb/include/libguile/strports.h/home/users/b/bk/bkorb/include/libguile/symbols.h/home/users/b/bk/bkorb/include/libguile/unif.hscm_t_array:T(112,1)=s8v:(32,3),0,32;base:(0,5),32,32;;scm_t_array:t(112,2)=(112,1)scm_t_array_dim:T(112,3)=s12lbnd:(0,3),0,32;ubnd:(0,3),32,32;inc:(0,3),64,32;;scm_t_array_dim:t(112,4)=(112,3)/home/users/b/bk/bkorb/include/libguile/values.h/home/users/b/bk/bkorb/include/libguile/variable.h/home/users/b/bk/bkorb/include/libguile/version.h/home/users/b/bk/bkorb/include/libguile/vports.h/home/users/b/bk/bkorb/include/libguile/weaks.hscm_array_dim_t:t(12,1)=(112,4)scm_array_t:t(12,2)=(112,2)scm_bits_t:t(12,3)=(32,1)scm_c_bvec_limb_t:t(12,4)=(67,5)scm_c_hook_entry_t:t(12,5)=(68,8)scm_c_hook_function_t:t(12,6)=(68,3)scm_c_hook_t:t(12,7)=(68,11)scm_catch_body_t:t(12,8)=(63,1)scm_catch_handler_t:t(12,9)=(63,2)scm_complex_t:t(12,10)=(87,4)scm_contregs_t:t(12,11)=(48,1)scm_debug_frame_t:t(12,12)=(50,6)scm_debug_info_t:t(12,13)=(50,4)scm_double_t:t(12,14)=(87,2)scm_fport_t:t(12,15)=(65,2)scm_guard_t:t(12,16)=(53,1)scm_i_rstate_t:t(12,17)=(96,13)scm_info_frame_t:t(12,18)=(51,2)scm_inner_t:t(12,19)=(53,4)scm_method_t:t(12,20)=(70,2)scm_option_t:t(12,21)=(40,2)scm_port_rw_active_t:t(12,22)=(66,2)scm_port_t:t(12,23)=(66,3)scm_ptob_descriptor_t:t(12,24)=(66,20)scm_rng_t:t(12,25)=(96,11)scm_rstate_t:t(12,26)=(96,2)scm_signed_bits_t:t(12,27)=(32,2)scm_srcprops_chunk_t:t(12,28)=(104,6)scm_srcprops_t:t(12,29)=(104,2)scm_stack_t:t(12,30)=(51,6)scm_struct_free_t:t(12,31)=(57,1)scm_subr_entry_t:t(12,32)=(94,1)../../autoopts/autoopts/options.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h :T(118,1)=eOPARG_TYPE_NONE:0,OPARG_TYPE_STRING:1,OPARG_TYPE_ENUMERATION:2,OPARG_TYPE_BOOLEAN:3,OPARG_TYPE_MEMBERSHIP:4,OPARG_TYPE_NUMERIC:5,OPARG_TYPE_HIERARCHY:6,;teOptArgType:t(118,2)=(118,1)optionValue:T(118,3)=s12valType:(118,2),0,32;pzName:(21,10),32,32;v:(118,4)=u4strVal:(118,5)=ar(22,3);0;0;(0,2),0,8;enumVal:(0,1),0,32;boolVal:(0,1),0,32;setVal:(0,3),0,32;longVal:(0,3),0,32;nestVal:(8,2),0,32;;,64,32;;tOptionValue:t(118,6)=(118,3) :T(118,7)=eAG_FALSE:0,AG_TRUE:1,;ag_bool:t(118,8)=(118,7)tOptions:t(118,9)=(118,10)=xsoptions:tOptDesc:t(118,11)=(118,12)=xsoptDesc:tOptNames:t(118,13)=(118,14)=xsoptNames:tOptProc:t(118,15)=(118,16)=f(0,22)tpOptProc:t(118,17)=(118,18)=*(118,15)tUsageProc:t(118,19)=(118,20)=f(0,22)tpUsageProc:t(118,21)=(118,22)=*(118,19)tArgList:t(118,23)=(118,24)=xsargList:argList:T(118,24)=s32useCt:(0,1),0,32;allocCt:(0,1),32,32;apzArgs:(118,25)=ar(22,3);0;5;(118,26)=*(118,27)=k(0,2),64,192;;optDesc:T(118,12)=s64optIndex:(0,9),0,16;optValue:(0,9),16,16;optActualIndex:(0,9),32,16;optActualValue:(0,9),48,16;optEquivIndex:(0,9),64,16;optMinCt:(0,9),80,16;optMaxCt:(0,9),96,16;optOccCt:(0,9),112,16;fOptState:(0,4),128,32;reserved:(0,4),160,32;pzLastArg:(118,26),192,32;optCookie:(8,2),224,32;pOptMust:(118,28)=*(118,29)=k(0,1),256,32;pOptCant:(118,28),288,32;pOptProc:(118,17),320,32;pzText:(118,26),352,32;pz_NAME:(118,26),384,32;pz_Name:(118,26),416,32;pz_DisableName:(118,26),448,32;pz_DisablePfx:(118,26),480,32;;tOptSpecIndex:t(118,30)=(118,31)=xsoptSpecIndex:optSpecIndex:T(118,31)=s8more_help:(0,9),0,16;save_opts:(0,9),16,16;number_option:(0,9),32,16;default_opt:(0,9),48,16;;tOptionXlateProc:t(118,32)=(118,33)=f(0,22)options:T(118,10)=s108structVersion:(0,1),0,32;origArgCt:(0,1),32,32;origArgVect:(118,34)=*(21,10),64,32;fOptSet:(0,4),96,32;curOptIdx:(0,4),128,32;pzCurOpt:(21,10),160,32;pzProgPath:(118,26),192,32;pzProgName:(118,26),224,32;pzPROGNAME:(118,26),256,32;pzRcName:(118,26),288,32;pzCopyright:(118,26),320,32;pzCopyNotice:(118,26),352,32;pzFullVersion:(118,26),384,32;papzHomeList:(118,35)=*(118,26),416,32;pzUsageTitle:(118,26),448,32;pzExplain:(118,26),480,32;pzDetail:(118,26),512,32;pOptDesc:(118,36)=*(118,11),544,32;pzBugAddr:(118,26),576,32;pExtensions:(8,2),608,32;pSavedState:(8,2),640,32;pUsageProc:(118,21),672,32;pTransProc:(118,37)=*(118,32),704,32;specOptIdx:(118,30),736,64;optCt:(0,1),800,32;presetOptCt:(0,1),832,32;;token_list_t:t(118,38)=(118,39)=s8tkn_ct:(0,5),0,32;tkn_list:(118,40)=ar(22,3);0;0;(10,2),32,32;;tmap_info_t:t(118,41)=(118,42)=s36txt_data:(8,2),0,32;txt_size:(5,3),32,32;txt_full_size:(5,3),64,32;txt_fd:(0,1),96,32;txt_zero_fd:(0,1),128,32;txt_errno:(0,1),160,32;txt_prot:(0,1),192,32;txt_flags:(0,1),224,32;txt_alloc:(0,1),256,32;; :T(118,43)=eOPTION_LOAD_COOKED:0,OPTION_LOAD_UNCOOKED:1,OPTION_LOAD_KEEP:2,;tOptionLoadMode:t(118,44)=(118,43)../../autoopts/autoopts.h../../compat/compat.h../config.h/usr/include/sys/mman.hmemcntl_mha:T(123,1)=s12mha_cmd:(21,7),0,32;mha_flags:(21,7),32,32;mha_pagesize:(5,3),64,32;;meminfo:T(123,2)=s20mi_inaddr:(123,3)=*(123,4)=k(23,8),0,32;mi_info_req:(123,5)=*(123,6)=k(21,7),32,32;mi_outdata:(123,7)=*(23,8),64,32;mi_validity:(123,8)=*(21,7),96,32;mi_info_count:(0,1),128,32;;meminfo_t:t(123,9)=(123,2)/usr/include/sys/param.h/usr/include/sys/unistd.h/usr/include/sys/procset.hidtype:T(126,1)=eP_PID:0,P_PPID:1,P_PGID:2,P_SID:3,P_CID:4,P_UID:5,P_GID:6,P_ALL:7,P_LWPID:8,P_TASKID:9,P_PROJID:10,;idtype_t:t(126,2)=(126,1)idop:T(126,3)=ePOP_DIFF:0,POP_AND:1,POP_OR:2,POP_XOR:3,;idop_t:t(126,4)=(126,3)procset:T(126,5)=s20p_op:(126,4),0,32;p_lidtype:(126,2),32,32;p_lid:(21,46),64,32;p_ridtype:(126,2),96,32;p_rid:(21,46),128,32;;procset_t:t(126,6)=(126,5)/usr/include/sys/stat.hstat:T(127,1)=s136st_dev:(21,90),0,32;st_pad1:(127,2)=ar(22,3);0;2;(0,3),32,96;st_ino:(21,22),128,32;st_mode:(21,60),160,32;st_nlink:(21,91),192,32;st_uid:(19,3),224,32;st_gid:(21,61),256,32;st_rdev:(21,90),288,32;st_pad2:(22,2),320,64;st_size:(3,1),384,32;st_pad3:(0,3),416,32;st_atim:(29,3),448,64;st_mtim:(29,3),512,64;st_ctim:(29,3),576,64;st_blksize:(21,30),640,32;st_blocks:(21,23),672,32;st_fstype:(127,3)=ar(22,3);0;15;(0,2),704,128;st_pad4:(127,4)=ar(22,3);0;7;(0,3),832,256;;stat64:T(127,5)=s152st_dev:(21,90),0,32;st_pad1:(127,2),32,96;st_ino:(21,26),128,64;st_mode:(21,60),192,32;st_nlink:(21,91),224,32;st_uid:(19,3),256,32;st_gid:(21,61),288,32;st_rdev:(21,90),320,32;st_pad2:(22,2),352,64;st_size:(3,2),448,64;st_atim:(29,3),512,64;st_mtim:(29,3),576,64;st_ctim:(29,3),640,64;st_blksize:(21,30),704,32;st_blocks:(21,27),768,64;st_fstype:(127,3),832,128;st_pad4:(127,4),960,256;;/usr/include/sys/stat_impl.h/usr/include/sys/wait.h/usr/include/sys/resource.hrlim_t:t(130,1)=(0,5)rlimit:T(130,2)=s8rlim_cur:(130,1),0,32;rlim_max:(130,1),32,32;;rlim64_t:t(130,3)=(21,2)rlimit64:T(130,4)=s16rlim_cur:(130,3),0,64;rlim_max:(130,3),64,64;;rusage:T(130,5)=s72ru_utime:(25,1),0,64;ru_stime:(25,1),64,64;ru_maxrss:(0,3),128,32;ru_ixrss:(0,3),160,32;ru_idrss:(0,3),192,32;ru_isrss:(0,3),224,32;ru_minflt:(0,3),256,32;ru_majflt:(0,3),288,32;ru_nswap:(0,3),320,32;ru_inblock:(0,3),352,32;ru_oublock:(0,3),384,32;ru_msgsnd:(0,3),416,32;ru_msgrcv:(0,3),448,32;ru_nsignals:(0,3),480,32;ru_nvcsw:(0,3),512,32;ru_nivcsw:(0,3),544,32;;/usr/include/sys/siginfo.h/usr/include/sys/machsig.hsiginfo:T(131,1)=s128si_signo:(0,1),0,32;si_code:(0,1),32,32;si_errno:(0,1),64,32;__data:(131,2)=u116__pad:(131,3)=ar(22,3);0;28;(0,1),0,928;__proc:(131,4)=s16__pid:(21,92),0,32;__pdata:(131,5)=u12__kill:(131,6)=s8__uid:(19,3),0,32;__value:(27,1),32,32;;,0,64;__cld:(131,7)=s12__utime:(16,1),0,32;__status:(0,1),32,32;__stime:(16,1),64,32;;,0,96;;,32,96;;,0,128;__fault:(131,8)=s12__addr:(8,2),0,32;__trapno:(0,1),32,32;__pc:(21,9),64,32;;,0,96;__file:(131,9)=s8__fd:(0,1),0,32;__band:(0,3),32,32;;,0,64;__prof:(131,10)=s88__faddr:(21,9),0,32;__tstamp:(29,3),32,64;__syscall:(0,8),96,16;__nsysarg:(0,2),112,8;__fault:(0,2),120,8;__sysarg:(127,4),128,256;__mstate:(131,11)=ar(22,3);0;9;(0,1),384,320;;,0,704;__rctl:(131,12)=s4__entity:(23,3),0,32;;,0,32;;,96,928;;siginfo_t:t(131,13)=(131,1)k_siginfo:T(131,14)=s28si_signo:(0,1),0,32;si_code:(0,1),32,32;si_errno:(0,1),64,32;__data:(131,15)=u16__proc:(131,16)=s16__pid:(21,92),0,32;__pdata:(131,17)=u12__kill:(131,18)=s8__uid:(19,3),0,32;__value:(27,1),32,32;;,0,64;__cld:(131,19)=s12__utime:(16,1),0,32;__status:(0,1),32,32;__stime:(16,1),64,32;;,0,96;;,32,96;;,0,128;__fault:(131,20)=s12__addr:(8,2),0,32;__trapno:(0,1),32,32;__pc:(21,9),64,32;;,0,96;__file:(131,21)=s8__fd:(0,1),0,32;__band:(0,3),32,32;;,0,64;__prof:(131,22)=s16__faddr:(21,9),0,32;__tstamp:(29,3),32,64;__syscall:(0,8),96,16;__nsysarg:(0,2),112,8;__fault:(0,2),120,8;;,0,128;__rctl:(131,23)=s4__entity:(23,3),0,32;;,0,32;;,96,128;;k_siginfo_t:t(131,24)=(131,14)sigqueue:T(131,25)=s40sq_next:(131,26)=*(131,25),0,32;sq_info:(131,24),32,224;sq_func:(131,27)=*(131,28)=f(0,22),256,32;sq_backptr:(8,2),288,32;;sigqueue_t:t(131,29)=(131,25)/usr/include/sys/systeminfo.h/usr/include/assert.h/usr/include/ctype.h/usr/include/iso/ctype_iso.h/usr/include/dirent.h/usr/include/sys/dirent.hdirent:T(138,1)=s12d_ino:(21,22),0,32;d_off:(3,1),32,32;d_reclen:(0,9),64,16;d_name:(118,5),80,8;;dirent_t:t(138,2)=(138,1)dirent64:T(138,3)=s24d_ino:(21,26),0,64;d_off:(3,2),64,64;d_reclen:(0,9),128,16;d_name:(118,5),144,8;;dirent64_t:t(138,4)=(138,3)DIR:t(137,1)=(137,2)=s16dd_fd:(0,1),0,32;dd_loc:(0,1),32,32;dd_size:(0,1),64,32;dd_buf:(21,10),96,32;;/usr/include/errno.h/usr/include/sys/errno.h/usr/include/fcntl.h/usr/include/sys/fcntl.hflock:T(142,1)=s36l_type:(0,8),0,16;l_whence:(0,8),16,16;l_start:(3,1),32,32;l_len:(3,1),64,32;l_sysid:(0,1),96,32;l_pid:(21,92),128,32;l_pad:(142,2)=ar(22,3);0;3;(0,3),160,128;;flock_t:t(142,3)=(142,1)flock64:T(142,4)=s48l_type:(0,8),0,16;l_whence:(0,8),16,16;l_start:(3,2),64,64;l_len:(3,2),128,64;l_sysid:(0,1),192,32;l_pid:(21,92),224,32;l_pad:(142,2),256,128;;flock64_t:t(142,5)=(142,4)fshare:T(142,6)=s8f_access:(0,8),0,16;f_deny:(0,8),16,16;f_id:(0,1),32,32;;fshare_t:t(142,7)=(142,6)/usr/include/libgen.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/include/memory.h/usr/include/signal.h/usr/include/iso/signal_iso.h/usr/include/sys/iso/signal_iso.hsig_atomic_t:t(147,1)=(0,1)/usr/include/sys/signal.hsigset_t:t(149,1)=(149,2)=s16__sigbits:(149,3)=ar(22,3);0;3;(0,4),0,128;;k_sigset_t:t(149,4)=(149,5)=s8__sigbits:(149,6)=ar(22,3);0;1;(0,4),0,64;;sigaction:T(149,7)=s32sa_flags:(0,1),0,32;_funcptr:(149,8)=u4_handler:(149,9)=*(149,10)=f(0,22),0,32;_sigaction:(149,11)=*(149,12)=f(0,22),0,32;;,32,32;sa_mask:(149,1),64,128;sa_resv:(21,105),192,64;;sigaltstack:T(149,13)=s12ss_sp:(8,2),0,32;ss_size:(5,3),32,32;ss_flags:(0,1),64,32;;stack_t:t(149,14)=(149,13)signotify_id:T(149,15)=s12sn_pid:(21,92),0,32;sn_index:(0,1),32,32;sn_pad:(0,1),64,32;;signotify_id_t:t(149,16)=(149,15)sigstack:T(149,17)=s8ss_sp:(8,2),0,32;ss_onstack:(0,1),32,32;;/usr/include/string.h/usr/include/iso/string_iso.h/usr/include/utime.h/usr/include/sys/utime.hutimbuf:T(153,1)=s8actime:(21,93),0,32;modtime:(21,93),32,32;;/usr/include/unistd.ht_word:t(121,1)=(0,1)tDirection:t(120,1)=(0,1)tSuccess:t(120,2)=(0,1) :T(120,3)=ePAGER_STATE_INITIAL:0,PAGER_STATE_READY:1,PAGER_STATE_CHILD:2,;tePagerState:t(120,4)=(120,3) :T(120,5)=eENV_ALL:0,ENV_IMM:1,ENV_NON_IMM:2,;teEnvPresetType:t(120,6)=(120,5) :T(120,7)=eTOPT_UNDEFINED:0,TOPT_SHORT:1,TOPT_LONG:2,TOPT_DEFAULT:3,;teOptType:t(120,8)=(120,7)tOptState:t(120,9)=(120,10)=s16pOD:(118,36),0,32;pzOptArg:(118,26),32,32;flags:(0,5),64,32;optType:(120,8),96,32;; :T(120,11)=eTT_LONGUSAGE:0,TT_USAGE:1,TT_VERSION:2,COUNT_TT:3,;teTextTo:t(120,12)=(120,11)arg_types_t:t(120,13)=(120,14)=s52pzStr:(118,26),0,32;pzReq:(118,26),32,32;pzNum:(118,26),64,32;pzKey:(118,26),96,32;pzKeyL:(118,26),128,32;pzBool:(118,26),160,32;pzNest:(118,26),192,32;pzOpt:(118,26),224,32;pzNo:(118,26),256,32;pzBrk:(118,26),288,32;pzNoF:(118,26),320,32;pzSpc:(118,26),352,32;pzOptFmt:(118,26),384,32;;../../snprintfv/printf.h../../snprintfv/compat.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.hva_list:t(158,1)=(4,1)snv_wchar_t:t(156,1)=(0,1)snv_wint_t:t(156,2)=(0,1)snv_pointer:t(156,3)=(8,2)snv_constpointer:t(156,4)=(156,5)=*(156,6)=k(0,22) :T(156,7)=eSNV_FALSE:0,SNV_TRUE:1,;snv_bool_t:t(156,8)=(156,7)snv_long_double:t(156,9)=(0,16)../../snprintfv/filament.hFilament:t(159,1)=(159,2)=xsfilament:filament:T(159,2)=s524value:(21,10),0,32;length:(5,3),32,32;size:(5,3),64,32;buffer:(159,3)=ar(22,3);0;511;(0,2),96,4096;;../../snprintfv/stream.hSTREAM:t(160,1)=(160,2)=xsstream:StreamPut:t(160,3)=(160,4)=*(160,5)=f(0,1)StreamGet:t(160,6)=(160,7)=*(160,8)=f(0,1)../../snprintfv/mem.hmalloc_proc_t:t(161,1)=(161,2)=f(8,2)realloc_proc_t:t(161,3)=(161,4)=f(8,2)free_proc_t:t(161,5)=(161,6)=f(8,2) :T(155,1)=eSNV_ERROR:-1,SNV_OK:0,;snv_status:t(155,2)=(155,1)printf_info:T(155,3)=s52count:(0,1),0,32;state:(0,1),32,32;error:(155,4)=*(159,1),64,32;format:(118,26),96,32;argc:(0,1),128,32;argindex:(0,1),160,32;dollar:(0,1),192,32;prec:(0,1),224,32;width:(0,1),256,32;extra:(156,3),288,32;type:(0,1),320,32;spec:(0,2),352,8;pad:(0,2),360,8;is_long_double:(0,4),368,1;is_char:(0,4),369,1;is_short:(0,4),370,1;is_long:(0,4),371,1;alt:(0,4),372,1;space:(0,4),373,1;left:(0,4),374,1;showsign:(0,4),375,1;group:(0,4),376,1;wide:(0,4),377,1;args:(155,5)=*(155,6)=k(155,7)=xuprintf_arg:,384,32;;printf_info:t(155,8)=(155,3)printf_arg:T(155,7)=u16pa_char:(0,11),0,8;pa_wchar:(156,1),0,32;pa_short_int:(0,8),0,16;pa_int:(0,1),0,32;pa_long_int:(0,3),0,32;pa_long_long_int:(23,9),0,64;pa_u_short_int:(0,9),0,16;pa_u_int:(0,4),0,32;pa_u_long_int:(0,5),0,32;pa_u_long_long_int:(23,10),0,64;pa_float:(0,14),0,32;pa_double:(0,15),0,64;pa_long_double:(0,16),0,128;pa_string:(118,26),0,32;pa_wstring:(155,9)=*(155,10)=k(156,1),0,32;pa_pointer:(156,4),0,32;;printf_arg:t(155,11)=(155,7)printf_function:t(155,12)=(155,13)=f(0,1)printf_arginfo_function:t(155,14)=(155,15)=f(0,1)spec_entry:T(155,16)=s24spec:(0,1),0,32;unused:(0,1),32,32;type:(0,1),64,32;fmt:(155,17)=*(155,12),96,32;arg:(155,18)=*(155,14),128,32;user:(156,3),160,32;;spec_entry:t(155,19)=(155,16)register_callback_function:t(155,20)=(155,21)=f(155,22)=*(155,19) :T(155,23)=ePA_INT:0,PA_CHAR:1,PA_WCHAR:2,PA_STRING:3,PA_WSTRING:4,PA_POINTER:5,PA_FLOAT:6,PA_DOUBLE:7,PA_LAST:8,PA_UNKNOWN:-1,;../../autoopts/autoopts/usage-txt.husage_text_t:t(162,1)=(162,2)=s460field_ct:(0,1),0,32;utpz_GnuBoolArg:(21,10),32,32;utpz_GnuKeyArg:(21,10),64,32;utpz_GnuKeyLArg:(21,10),96,32;utpz_GnuNumArg:(21,10),128,32;utpz_GnuStrArg:(21,10),160,32;apz_str:(162,3)=ar(22,3);0;108;(118,26),192,3488;;../../autoopts/proto.hexport_options_to_guile:F(0,22)pOpts:P(1,1)=*(118,9)pOD:r(118,36)ct:r(0,1)z:(1,2)=ar(22,3);0;4095;(0,2)act:r(0,1)ppa:r(118,35)pz:r(21,10)act:r(0,1)ppa:r(118,35)pz:r(21,10)ÿñ  $0guileopt.cexport_options_to_guilegh_eval_strsnv_sprintf$ ( ` 8h 8t|˜ X  X¨°ô ø  tx  x”˜ x¨ ´¸ ü ˜ ˜ !¤$  as: Sun WorkShop 6 update 2 Compiler Common 6.2 Solaris_9_CBE 2001/04/02 GCC: (GNU) 3.3.24W Œ °°`$$ '„‚˜(ª0ª¬<8ªè8 C¬ 0 N¬P\0707010040d09b000081a4000004a7000000640000000143e385260000c344000000ed0000000100000000000000000000002000000000reloc/lib/libguileopts.so.0.0.1ELF”4¾”4 ( ® ® ° °Ìè d dð   ô  |" ° 8"P<\ h | ® ƒ d˜ø ¥±Ð ·´½"Ó Xà ˜_PROCEDURE_LINKAGE_TABLE__edata_GLOBAL_OFFSET_TABLE___deregister_frame_infoexport_options_to_guile_Jv_RegisterClasses_etextsnv_sprintf_DYNAMIC_lib_versiongh_eval_str_fini_init__register_frame_info__dso_handle_endlibgcc_s.so.1GCC_3.0libopts.so.25libgen.so.1libm.so.1libdl.so.1libc.so.1libguileopts.so.0/opt/GNUagen/libå y&Pó ´ p ¸ € ¼ | À x Ä t È  Ì  Ð @ Ô X Ø x Ü  à ¨ ä d ì è ð x l $ 0 < H T ã¿ @;@øÇàèã¿ @ÇàèÃà®Àã¿/Aÿÿü®à¼#‚` ÚÀØ @€£ € ‚`ÂÀÚ@Ú@€£`"€  Â‚`ŸÃ@Â$ÂÚ@€£`¿ÿû‚`‚`8ÚÀ€£`€‚`@A+ÐÀ‚` ØÀš Ú+Çàèã¿Çàèã¿/Aÿÿήà‚`@ÚÀ˜ €£`€‚`ÐÀ@AÒÀ ‚`ðÀ€ `€š`<ÂÀ € `€@A èÇàèã¿ÇàèÃà®Àã°œ¿è h/@ÿÿú®ãd¨…?ÿ €Žà D?ÿû-+597ºc𬠪`3<´  ¸ $¶à(Ú  €‹@"€Ô 4  @¨…?ÿ<¿ÿúÚ 0€vÒÀ‚ ` ¢€€ –@?ÿ– à@@Ü–àf@@ÝÂ Ô 4ÒÀ‚`€ –` – à@@Жàf@@Ñ €ˆ`€°‚@ƒ0` € `"€Ô 4Ö €¢à"¿ÿÚ  @Ô 4ÒÀ@@½@@½  @¿ÿÒ¨…?ÿÖ ¿ÿøÒÀ € `8€;Ô 4Ú €£`2€Ô 4 ‚@ƒ0` € `€Ö €¢à"¿ÿ¼  @Ô 4‚`$ÒÀ@@¿ÿáÔ 4‚` Ö ¿ÿÙÒÀ‚`,ÒÀâ@@@¤`¢„ÿ € °'¦à0Ô€ÒÀ@@†¤ ¢„ÿ¿ÿú°‚ )š Â. 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À. ‚ Ú.Â. ¿ÿ¾€Ö ÒÀ@@t@@u¿ÿÂÚ ÇàèÃà®Àã¿/@ÿÿü®á‚`4ÚÀÂü€ ÿ€ üŸÀ@ ?ü€ ÿ¿ÿüÇàèã¿Çàè(define opt-enabled-%s #%c) (define have-opt-%s #%c) (define opt-arg-%s %d) (define opt-arg-%s "%s") (define opt-ct-%s %ld) (define opt-args-%s `( "%s" d00¿ÿó<0¿ÿðH0¿ÿíT0¿ÿê`0¿ÿçû *å ´ Ð4FF”4 W$ oÿýø:€oÿÿþŒoÿÿÿ<x¬ oÿýüoÿÿû ôÿÿÿÿÿÿÿÿÿñ”$4Œ¬lx´Ð ä ø  °  ô  d T ` h p t x |U] ˜ÿñ$ÿñ0ÿñ@ì [¤ ;˜ g Tu `ƒ h‘ pV( ¤ €­ |¹ x½ tÊÿñÕ Û á @ ç X í x ó ù ¨ 0ÿñÿ l   ì ' dg \4 t@ pNÿñc ô } |„ ° š"²<\ Ê Þ ® åñ dúø Ð ´"5 XB 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D•,D}4D‚D‚@G‚$@H‚.€IÿÿïðÀ‚L@Š‚W@‹‚e@ŒÀXà`‚q@Š‚|@‹‚Š@ŒÀ¼à4àT‚–$\‚—d˜.hash.dynsym.dynstr.SUNW_version.rela.got.rela.data.rel.local.rela.plt.init.fini.text.rodata.dynamic.data.ctors.dtors.eh_frame.jcr.bss.symtab.strtab.comment.stab.index.stab.shstrtab.stab.indexstr.stabstrvalues-Xa.cXa ; O ; V=3.1 ; R=Sun WorkShop 6 update 1 C 5.2 Patch 109513-05 2001/06/04/on81-builds/on81_58shwpl3/usr/src/lib/libc/sparc; /opt/SUNWspro.40/SC6.1/bin/../WS6U1/bin/cc -xO3 -xarch=v8 -xspace -W0,-Lt -Xa -xildoff -errtags=yes -errwarn=%%all -erroff=E_EMPTY_TRANSLATION_UNIT -D_REENTRANT -Dsparc -Iinc -I../inc -DTEXT_DOMAIN='"SUNW_OST_OSLIB"' -I/on81-builds/on81_58shwpl3/proto/root_sparc/usr/include -c -o values-Xa.o ../port/gen/values-Xa.c -W0,-xpguileopt.c/home/users/b/bk/bkorb/autogen-5.8.3/sun4u-SunOS-5.9/autoopts/../../autoopts/guileopt.cgcc2_compiled.int:t(0,1)=r(0,1);-2147483648;2147483647;char:t(0,2)=r(0,2);0;127;long int:t(0,3)=r(0,3);-2147483648;2147483647;unsigned int:t(0,4)=r(0,4);000000000000000000000000;000000000000037777777777;long unsigned int:t(0,5)=r(0,5);000000000000000000000000;000000000000037777777777;long long int:t(0,6)=@s64;r(0,6);001000000000000000000000;000777777777777777777777;long long unsigned int:t(0,7)=@s64;r(0,7);000000000000000000000000;001777777777777777777777;short int:t(0,8)=@s16;r(0,8);-32768;32767;short unsigned int:t(0,9)=@s16;r(0,9);0;65535;signed char:t(0,10)=@s8;r(0,10);-128;127;unsigned char:t(0,11)=@s8;r(0,11);0;255;__int128_t:t(0,12)=@s128;r(0,12);000000000000000000000000;0377777777777777777777777777777777;__uint128_t:t(0,13)=@s128;r(0,13);000000000000000000000000;0377777777777777777777777777777777;float:t(0,14)=r(0,1);4;0;double:t(0,15)=r(0,1);8;0;long double:t(0,16)=r(0,1);16;0;complex int:t(0,17)=s8real:(0,1),0,32;imag:(0,1),32,32;;complex float:t(0,18)=R3;8;0;complex double:t(0,19)=R4;16;0;complex long double:t(0,20)=R5;32;0;__builtin_va_list:t(0,21)=*(0,22)=(0,22)_Bool:t(0,23)=@s8;-16;../../autoopts/guileopt.c../config.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.h__gnuc_va_list:t(4,1)=(0,21)/usr/include/iso/stdio_iso.h/usr/include/sys/feature_tests.h/usr/include/sys/isa_defs.h/usr/include/sys/va_list.h__va_list:t(8,1)=(8,2)=*(0,22)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio_tag.h__FILE:t(9,1)=(9,2)=xs__FILE:/usr/include/stdio_impl.hssize_t:t(10,1)=(0,1)__FILE:T(9,2)=s16_cnt:(10,1),0,32;_ptr:(10,2)=*(0,11),32,32;_base:(10,2),64,32;_flag:(0,11),96,8;_file:(0,11),104,8;__orientation:(0,4),112,2;__ionolock:(0,4),114,1;__seekable:(0,4),115,1;__filler:(0,4),116,4;;__longlong_t:t(5,1)=(0,6)FILE:t(5,2)=(9,1)size_t:t(5,3)=(0,4)fpos_t:t(5,4)=(0,3)off_t:t(3,1)=(0,3)off64_t:t(3,2)=(5,1)fpos64_t:t(3,3)=(5,1)/home/users/b/bk/bkorb/include/guile/gh.h/home/users/b/bk/bkorb/include/libguile.h/home/users/b/bk/bkorb/include/libguile/__scm.h/home/users/b/bk/bkorb/include/libguile/scmconfig.hlong_long:t(13,1)=(0,6)ulong_long:t(13,2)=(0,7)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/syslimits.h/usr/include/iso/limits_iso.h/usr/include/sys/int_limits.hclock_t:t(16,1)=(0,3)/usr/include/stdlib.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/iso/stdlib_iso.hdiv_t:t(20,1)=(20,2)=s8quot:(0,1),0,32;rem:(0,1),32,32;;ldiv_t:t(20,3)=(20,4)=s8quot:(0,3),0,32;rem:(0,3),32,32;;wchar_t:t(20,5)=(0,3)lldiv_t:t(19,1)=(19,2)=s16quot:(0,6),0,64;rem:(0,6),64,64;;uid_t:t(19,3)=(0,3)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.h/usr/include/sys/machtypes.h_label_t:T(22,1)=s8val:(22,2)=ar(22,3)=r(22,3);000000000000000000000000;000000000000037777777777;;0;1;(0,3),0,64;;label_t:t(22,4)=(22,1)lock_t:t(22,5)=(0,11)/usr/include/sys/int_types.hint8_t:t(23,1)=(0,2)int16_t:t(23,2)=(0,8)int32_t:t(23,3)=(0,1)int64_t:t(23,4)=(0,6)uint8_t:t(23,5)=(0,11)uint16_t:t(23,6)=(0,9)uint32_t:t(23,7)=(0,4)uint64_t:t(23,8)=(0,7)intmax_t:t(23,9)=(23,4)uintmax_t:t(23,10)=(23,8)intptr_t:t(23,11)=(0,1)uintptr_t:t(23,12)=(0,4)int_least8_t:t(23,13)=(0,2)int_least16_t:t(23,14)=(0,8)int_least32_t:t(23,15)=(0,1)int_least64_t:t(23,16)=(0,6)uint_least8_t:t(23,17)=(0,11)uint_least16_t:t(23,18)=(0,9)uint_least32_t:t(23,19)=(0,4)uint_least64_t:t(23,20)=(0,7)longlong_t:t(21,1)=(0,6)u_longlong_t:t(21,2)=(0,7)t_scalar_t:t(21,3)=(0,3)t_uscalar_t:t(21,4)=(0,5)uchar_t:t(21,5)=(0,11)ushort_t:t(21,6)=(0,9)uint_t:t(21,7)=(0,4)ulong_t:t(21,8)=(0,5)caddr_t:t(21,9)=(21,10)=*(0,2)daddr_t:t(21,11)=(0,3)cnt_t:t(21,12)=(0,8)ptrdiff_t:t(21,13)=(0,1)pfn_t:t(21,14)=(21,8)pgcnt_t:t(21,15)=(21,8)spgcnt_t:t(21,16)=(0,3)use_t:t(21,17)=(21,5)sysid_t:t(21,18)=(0,8)index_t:t(21,19)=(0,8)timeout_id_t:t(21,20)=(8,2)bufcall_id_t:t(21,21)=(8,2)ino_t:t(21,22)=(21,8)blkcnt_t:t(21,23)=(0,3)fsblkcnt_t:t(21,24)=(21,8)fsfilcnt_t:t(21,25)=(21,8)ino64_t:t(21,26)=(21,2)blkcnt64_t:t(21,27)=(21,1)fsblkcnt64_t:t(21,28)=(21,2)fsfilcnt64_t:t(21,29)=(21,2)blksize_t:t(21,30)=(0,3) :T(21,31)=eB_FALSE:0,B_TRUE:1,;boolean_t:t(21,32)=(21,31)pad64_t:t(21,33)=(23,4)upad64_t:t(21,34)=(23,8)offset_t:t(21,35)=(21,1)u_offset_t:t(21,36)=(21,2)len_t:t(21,37)=(21,2)diskaddr_t:t(21,38)=(21,1)lloff_t:t(21,39)=(21,40)=u8_f:(21,35),0,64;_p:(21,41)=s8_u:(23,3),0,32;_l:(23,3),32,32;;,0,64;;lldaddr_t:t(21,42)=(21,43)=u8_f:(21,38),0,64;_p:(21,44)=s8_u:(23,3),0,32;_l:(23,3),32,32;;,0,64;;k_fltset_t:t(21,45)=(21,7)id_t:t(21,46)=(0,3)useconds_t:t(21,47)=(21,7)suseconds_t:t(21,48)=(0,3)major_t:t(21,49)=(21,8)minor_t:t(21,50)=(21,8)pri_t:t(21,51)=(0,8)o_mode_t:t(21,52)=(21,6)o_dev_t:t(21,53)=(0,8)o_uid_t:t(21,54)=(21,6)o_gid_t:t(21,55)=(21,54)o_nlink_t:t(21,56)=(0,8)o_pid_t:t(21,57)=(0,8)o_ino_t:t(21,58)=(21,6)key_t:t(21,59)=(0,1)mode_t:t(21,60)=(21,8)gid_t:t(21,61)=(19,3)taskid_t:t(21,62)=(21,46)projid_t:t(21,63)=(21,46)pthread_t:t(21,64)=(21,7)pthread_key_t:t(21,65)=(21,7)_pthread_mutex:T(21,66)=s24__pthread_mutex_flags:(21,67)=s8__pthread_mutex_flag1:(23,6),0,16;__pthread_mutex_flag2:(23,5),16,8;__pthread_mutex_ceiling:(23,5),24,8;__pthread_mutex_type:(23,6),32,16;__pthread_mutex_magic:(23,6),48,16;;,0,64;__pthread_mutex_lock:(21,68)=u8__pthread_mutex_lock64:(21,69)=s8__pthread_mutex_pad:(21,70)=ar(22,3);0;7;(23,5),0,64;;,0,64;__pthread_mutex_lock32:(21,71)=s8__pthread_ownerpid:(23,7),0,32;__pthread_lockword:(23,7),32,32;;,0,64;__pthread_mutex_owner64:(21,34),0,64;;,64,64;__pthread_mutex_data:(21,34),128,64;;pthread_mutex_t:t(21,72)=(21,66)_pthread_cond:T(21,73)=s16__pthread_cond_flags:(21,74)=s8__pthread_cond_flag:(21,75)=ar(22,3);0;3;(23,5),0,32;__pthread_cond_type:(23,6),32,16;__pthread_cond_magic:(23,6),48,16;;,0,64;__pthread_cond_data:(21,34),64,64;;pthread_cond_t:t(21,76)=(21,73)_pthread_rwlock:T(21,77)=s64__pthread_rwlock_readers:(23,3),0,32;__pthread_rwlock_type:(23,6),32,16;__pthread_rwlock_magic:(23,6),48,16;__pthread_rwlock_mutex:(21,72),64,192;__pthread_rwlock_readercv:(21,76),256,128;__pthread_rwlock_writercv:(21,76),384,128;;pthread_rwlock_t:t(21,78)=(21,77)_pthread_attr:T(21,79)=s4__pthread_attrp:(8,2),0,32;;pthread_attr_t:t(21,80)=(21,79)_pthread_mutexattr:T(21,81)=s4__pthread_mutexattrp:(8,2),0,32;;pthread_mutexattr_t:t(21,82)=(21,81)_pthread_condattr:T(21,83)=s4__pthread_condattrp:(8,2),0,32;;pthread_condattr_t:t(21,84)=(21,83)_once:T(21,85)=s32__pthread_once_pad:(21,86)=ar(22,3);0;3;(21,34),0,256;;pthread_once_t:t(21,87)=(21,85)_pthread_rwlockattr:T(21,88)=s4__pthread_rwlockattrp:(8,2),0,32;;pthread_rwlockattr_t:t(21,89)=(21,88)dev_t:t(21,90)=(21,8)nlink_t:t(21,91)=(21,8)pid_t:t(21,92)=(0,3)time_t:t(21,93)=(0,3)clockid_t:t(21,94)=(0,1)timer_t:t(21,95)=(0,1)unchar:t(21,96)=(0,11)ushort:t(21,97)=(0,9)uint:t(21,98)=(0,4)ulong:t(21,99)=(0,5)u_char:t(21,100)=(0,11)u_short:t(21,101)=(0,9)u_int:t(21,102)=(0,4)u_long:t(21,103)=(0,5)_quad:T(21,104)=s8val:(21,105)=ar(22,3);0;1;(0,1),0,64;;quad_t:t(21,106)=(21,104)quad:t(21,107)=(21,106)/usr/include/sys/select.h/usr/include/sys/time.htimeval:T(25,1)=s8tv_sec:(21,93),0,32;tv_usec:(21,48),32,32;;timezone:T(25,2)=s8tz_minuteswest:(0,1),0,32;tz_dsttime:(0,1),32,32;;/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.hitimerval:T(25,3)=s16it_interval:(25,1),0,64;it_value:(25,1),64,64;;hrtime_t:t(25,4)=(21,1)/usr/include/time.h/usr/include/iso/time_iso.htm:T(28,1)=s36tm_sec:(0,1),0,32;tm_min:(0,1),32,32;tm_hour:(0,1),64,32;tm_mday:(0,1),96,32;tm_mon:(0,1),128,32;tm_year:(0,1),160,32;tm_wday:(0,1),192,32;tm_yday:(0,1),224,32;tm_isdst:(0,1),256,32;;/usr/include/sys/time_impl.htimespec:T(29,1)=s8tv_sec:(21,93),0,32;tv_nsec:(0,3),32,32;;timespec_t:t(29,2)=(29,1)timestruc_t:t(29,3)=(29,1)itimerspec:T(29,4)=s16it_interval:(29,1),0,64;it_value:(29,1),64,64;;itimerspec_t:t(29,5)=(29,4)sigval:T(27,1)=u4sival_int:(0,1),0,32;sival_ptr:(8,2),0,32;;sigevent:T(27,2)=s24sigev_notify:(0,1),0,32;sigev_signo:(0,1),32,32;sigev_value:(27,1),64,32;sigev_notify_function:(27,3)=*(27,4)=f(0,22),96,32;sigev_notify_attributes:(27,5)=*(21,80),128,32;__sigev_pad2:(0,1),160,32;;/usr/include/sys/select.hfd_mask:t(24,1)=(0,3)fds_mask:t(24,2)=(0,3)fd_set:T(24,3)=s128fds_bits:(24,4)=ar(22,3);0;31;(0,3),0,1024;;fd_set:t(24,5)=(24,3)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stddef.h/home/users/b/bk/bkorb/include/libguile/tags.h/usr/include/inttypes.h/usr/include/sys/inttypes.h/usr/include/sys/int_const.h/usr/include/sys/int_fmtio.hscm_t_bits:t(32,1)=(23,12)scm_t_signed_bits:t(32,2)=(23,11)SCM:t(32,3)=(32,4)=*(32,5)=xsscm_unused_struct:scm_tags:T(32,6)=escm_tc8_char:244,scm_tc8_iloc:252,;/usr/include/setjmp.h/usr/include/iso/setjmp_iso.hjmp_buf:t(38,1)=(38,2)=ar(22,3);0;11;(0,1)sigjmp_buf:t(37,1)=(37,2)=ar(22,3);0;18;(0,1)SCM_STACKITEM:t(13,3)=(0,3)/home/users/b/bk/bkorb/include/libguile/print.h/home/users/b/bk/bkorb/include/libguile/options.hscm_t_option:T(40,1)=s16type:(0,1),0,32;name:(21,10),32,32;val:(0,5),64,32;doc:(21,10),96,32;;scm_t_option:t(40,2)=(40,1)scm_print_state:T(39,1)=s48handle:(32,3),0,32;revealed:(0,1),32,32;writingp:(0,5),64,32;fancyp:(0,5),96,32;level:(0,5),128,32;length:(0,5),160,32;hot_ref:(32,3),192,32;list_offset:(0,5),224,32;top:(0,5),256,32;ceiling:(0,5),288,32;ref_stack:(39,2)=*(32,3),320,32;ref_vect:(32,3),352,32;;scm_print_state:t(39,3)=(39,1)/home/users/b/bk/bkorb/include/libguile/smob.hscm_smob_descriptor:T(41,1)=s48name:(21,10),0,32;size:(5,3),32,32;mark:(41,2)=*(41,3)=f(32,3),64,32;free:(41,4)=*(41,5)=f(5,3),96,32;print:(41,6)=*(41,7)=f(0,1),128,32;equalp:(41,8)=*(41,9)=f(32,3),160,32;apply:(41,10)=*(41,11)=f(32,3),192,32;apply_0:(41,2),224,32;apply_1:(41,8),256,32;apply_2:(41,12)=*(41,13)=f(32,3),288,32;apply_3:(41,14)=*(41,15)=f(32,3),320,32;gsubr_type:(0,1),352,32;;scm_smob_descriptor:t(41,16)=(41,1)/home/users/b/bk/bkorb/include/libguile/pairs.h/home/users/b/bk/bkorb/include/libguile/alist.h/home/users/b/bk/bkorb/include/libguile/arbiters.h/home/users/b/bk/bkorb/include/libguile/async.h/home/users/b/bk/bkorb/include/libguile/boolean.h/home/users/b/bk/bkorb/include/libguile/chars.h/home/users/b/bk/bkorb/include/libguile/continuations.hscm_t_contregs:t(48,1)=(48,2)=s76throw_value:(32,3),0,32;jmpbuf:(38,1),32,384;dynenv:(32,3),416,32;base:(48,3)=*(13,3),448,32;num_stack_items:(5,3),480,32;seq:(0,5),512,32;dframe:(48,4)=*(48,5)=xsscm_t_debug_frame:,544,32;stack:(48,6)=ar(22,3);0;0;(13,3),576,32;;/home/users/b/bk/bkorb/include/libguile/backtrace.h/home/users/b/bk/bkorb/include/libguile/debug.hscm_t_debug_info:T(50,1)=u8e:(50,2)=s8exp:(32,3),0,32;env:(32,3),32,32;;,0,64;a:(50,3)=s8proc:(32,3),0,32;args:(32,3),32,32;;,0,64;id:(32,3),0,32;;scm_t_debug_info:t(50,4)=(50,1)scm_t_debug_frame:T(48,5)=s16prev:(48,4),0,32;status:(0,3),32,32;vect:(50,5)=*(50,4),64,32;info:(50,5),96,32;;scm_t_debug_frame:t(50,6)=(48,5)/home/users/b/bk/bkorb/include/libguile/stacks.hscm_t_info_frame:T(51,1)=s16flags:(32,1),0,32;source:(32,3),32,32;proc:(32,3),64,32;args:(32,3),96,32;;scm_t_info_frame:t(51,2)=(51,1)scm_t_stack:T(51,3)=s32id:(32,3),0,32;frames:(51,4)=*(51,2),32,32;length:(0,5),64,32;tail_length:(0,5),96,32;tail:(51,5)=ar(22,3);0;0;(51,2),128,128;;scm_t_stack:t(51,6)=(51,3)/home/users/b/bk/bkorb/include/libguile/dynl.h/home/users/b/bk/bkorb/include/libguile/dynwind.hscm_t_guard:t(53,1)=(53,2)=*(53,3)=f(0,22)scm_t_inner:t(53,4)=(53,5)=*(53,6)=f(32,3)/home/users/b/bk/bkorb/include/libguile/eq.h/home/users/b/bk/bkorb/include/libguile/error.h/home/users/b/bk/bkorb/include/libguile/eval.h/home/users/b/bk/bkorb/include/libguile/struct.hscm_t_struct_free:t(57,1)=(57,2)=*(57,3)=f(5,3)/home/users/b/bk/bkorb/include/libguile/evalext.h/home/users/b/bk/bkorb/include/libguile/feature.h/home/users/b/bk/bkorb/include/libguile/filesys.h/home/users/b/bk/bkorb/include/libguile/fluids.h/home/users/b/bk/bkorb/include/libguile/root.h/home/users/b/bk/bkorb/include/libguile/throw.hscm_t_catch_body:t(63,1)=(53,5)scm_t_catch_handler:t(63,2)=(63,3)=*(63,4)=f(32,3)scm_body_thunk_data:T(63,5)=s8tag:(32,3),0,32;body_proc:(32,3),32,32;;scm_root_state:T(62,1)=s124stack_base:(48,3),0,32;save_regs_gc_mark:(38,1),32,384;errjmp_bad:(0,1),416,32;rootcont:(32,3),448,32;dynwinds:(32,3),480,32;continuation_stack:(32,3),512,32;continuation_stack_ptr:(32,3),544,32;last_debug_frame:(62,2)=*(50,6),576,32;progargs:(32,3),608,32;exitval:(32,3),640,32;cur_inp:(32,3),672,32;cur_outp:(32,3),704,32;cur_errp:(32,3),736,32;def_inp:(32,3),768,32;def_outp:(32,3),800,32;def_errp:(32,3),832,32;cur_loadp:(32,3),864,32;fluids:(32,3),896,32;handle:(32,3),928,32;parent:(32,3),960,32;;scm_root_state:t(62,3)=(62,1)/home/users/b/bk/bkorb/include/libguile/vectors.h/home/users/b/bk/bkorb/include/libguile/fports.h/home/users/b/bk/bkorb/include/libguile/ports.hscm_t_port_rw_active:T(66,1)=eSCM_PORT_NEITHER:0,SCM_PORT_READ:1,SCM_PORT_WRITE:2,;scm_t_port_rw_active:t(66,2)=(66,1)scm_t_port:t(66,3)=(66,4)=s96port:(32,3),0,32;entry:(0,3),32,32;revealed:(0,1),64,32;stream:(32,1),96,32;file_name:(32,3),128,32;line_number:(0,3),160,32;column_number:(0,1),192,32;read_buf:(10,2),224,32;read_pos:(66,5)=*(66,6)=k(0,11),256,32;read_end:(10,2),288,32;read_buf_size:(3,1),320,32;saved_read_buf:(10,2),352,32;saved_read_pos:(66,5),384,32;saved_read_end:(10,2),416,32;saved_read_buf_size:(3,1),448,32;write_buf:(10,2),480,32;write_pos:(10,2),512,32;write_end:(10,2),544,32;write_buf_size:(3,1),576,32;shortbuf:(0,11),608,8;rw_random:(0,1),640,32;rw_active:(66,2),672,32;putback_buf:(10,2),704,32;putback_buf_size:(5,3),736,32;;scm_t_ptob_descriptor:T(66,7)=s52name:(21,10),0,32;mark:(41,2),32,32;free:(41,4),64,32;print:(41,6),96,32;equalp:(41,8),128,32;close:(66,8)=*(66,9)=f(0,1),160,32;write:(66,10)=*(66,11)=f(0,22),192,32;flush:(66,12)=*(66,13)=f(0,22),224,32;end_input:(66,14)=*(66,15)=f(0,22),256,32;fill_input:(66,8),288,32;input_waiting:(66,8),320,32;seek:(66,16)=*(66,17)=f(3,1),352,32;truncate:(66,18)=*(66,19)=f(0,22),384,32;;scm_t_ptob_descriptor:t(66,20)=(66,7)scm_t_fport:T(65,1)=s4fdes:(0,1),0,32;;scm_t_fport:t(65,2)=(65,1)/home/users/b/bk/bkorb/include/libguile/gc.h/home/users/b/bk/bkorb/include/libguile/hooks.hscm_t_c_hook_type:T(68,1)=eSCM_C_HOOK_NORMAL:0,SCM_C_HOOK_OR:1,SCM_C_HOOK_AND:2,;scm_t_c_hook_type:t(68,2)=(68,1)scm_t_c_hook_function:t(68,3)=(68,4)=*(68,5)=f(8,2)scm_t_c_hook_entry:T(68,6)=s12next:(68,7)=*(68,6),0,32;func:(68,3),32,32;data:(8,2),64,32;;scm_t_c_hook_entry:t(68,8)=(68,6)scm_t_c_hook:T(68,9)=s12first:(68,10)=*(68,8),0,32;type:(68,2),32,32;data:(8,2),64,32;;scm_t_c_hook:t(68,11)=(68,9)scm_t_cell:T(67,1)=s8word_0:(32,1),0,32;word_1:(32,1),32,32;;scm_t_cell:t(67,2)=(67,1)SCM_CELLPTR:t(67,3)=(67,4)=*(67,2)scm_t_c_bvec_limb:t(67,5)=(0,5)/home/users/b/bk/bkorb/include/libguile/gdbint.h/home/users/b/bk/bkorb/include/libguile/goops.h/home/users/b/bk/bkorb/include/libguile/validate.hscm_t_method:T(70,1)=s12generic_function:(32,3),0,32;specializers:(32,3),32,32;procedure:(32,3),64,32;;scm_t_method:t(70,2)=(70,1)/home/users/b/bk/bkorb/include/libguile/gsubr.h/home/users/b/bk/bkorb/include/libguile/guardians.h/home/users/b/bk/bkorb/include/libguile/hash.h/home/users/b/bk/bkorb/include/libguile/hashtab.h/home/users/b/bk/bkorb/include/libguile/init.h/home/users/b/bk/bkorb/include/libguile/ioext.h/home/users/b/bk/bkorb/include/libguile/rdelim.h/home/users/b/bk/bkorb/include/libguile/rw.h/home/users/b/bk/bkorb/include/libguile/keywords.h/home/users/b/bk/bkorb/include/libguile/list.h/home/users/b/bk/bkorb/include/libguile/load.h/home/users/b/bk/bkorb/include/libguile/macros.h/home/users/b/bk/bkorb/include/libguile/mallocs.h/home/users/b/bk/bkorb/include/libguile/modules.h/home/users/b/bk/bkorb/include/libguile/net_db.h/home/users/b/bk/bkorb/include/libguile/numbers.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/float.hscm_t_double:T(87,1)=s16type:(32,3),0,32;pad:(32,3),32,32;real:(0,15),64,64;;scm_t_double:t(87,2)=(87,1)scm_t_complex:T(87,3)=s16real:(0,15),0,64;imag:(0,15),64,64;;scm_t_complex:t(87,4)=(87,3)/home/users/b/bk/bkorb/include/libguile/objects.hscm_metaclass_standard:T(89,1)=s16layout:(32,3),0,32;vcell:(32,3),32,32;vtable:(32,3),64,32;print:(32,3),96,32;;scm_metaclass_operator:T(89,2)=s24layout:(32,3),0,32;vcell:(32,3),32,32;vtable:(32,3),64,32;print:(32,3),96,32;procedure:(32,3),128,32;setter:(32,3),160,32;;scm_effective_slot_definition:T(89,3)=s20name:(32,3),0,32;location:(0,3),32,32;init_value:(32,3),64,32;get:(41,8),96,32;set:(41,12),128,32;;scm_effective_slot_definition:t(89,4)=(89,3)/home/users/b/bk/bkorb/include/libguile/objprop.h/home/users/b/bk/bkorb/include/libguile/posix.h/home/users/b/bk/bkorb/include/libguile/procprop.h/home/users/b/bk/bkorb/include/libguile/properties.h/home/users/b/bk/bkorb/include/libguile/procs.hscm_t_subr_entry:t(94,1)=(94,2)=s16handle:(32,3),0,32;name:(32,3),32,32;generic:(39,2),64,32;properties:(32,3),96,32;;/home/users/b/bk/bkorb/include/libguile/ramap.h/home/users/b/bk/bkorb/include/libguile/random.hscm_t_rstate:T(96,1)=s16reserved0:(0,1),0,32;reserved1:(0,15),64,64;;scm_t_rstate:t(96,2)=(96,1)scm_t_rng:T(96,3)=s16rstate_size:(5,3),0,32;random_bits:(96,4)=*(96,5)=f(0,5),32,32;init_rstate:(96,6)=*(96,7)=f(0,22),64,32;copy_rstate:(96,8)=*(96,9)=f(96,10)=*(96,2),96,32;;scm_t_rng:t(96,11)=(96,3)scm_t_i_rstate:T(96,12)=s24rstate:(96,2),0,128;w:(0,5),128,32;c:(0,5),160,32;;scm_t_i_rstate:t(96,13)=(96,12)/home/users/b/bk/bkorb/include/libguile/read.h/home/users/b/bk/bkorb/include/libguile/scmsigs.h/home/users/b/bk/bkorb/include/libguile/script.h/home/users/b/bk/bkorb/include/libguile/simpos.h/home/users/b/bk/bkorb/include/libguile/snarf.h/home/users/b/bk/bkorb/include/libguile/socket.h/home/users/b/bk/bkorb/include/libguile/sort.h/home/users/b/bk/bkorb/include/libguile/srcprop.hscm_t_srcprops:T(104,1)=s16pos:(0,5),0,32;fname:(32,3),32,32;copy:(32,3),64,32;plist:(32,3),96,32;;scm_t_srcprops:t(104,2)=(104,1)scm_t_srcprops_chunk:T(104,3)=s20next:(104,4)=*(104,3),0,32;srcprops:(104,5)=ar(22,3);0;0;(104,2),32,128;;scm_t_srcprops_chunk:t(104,6)=(104,3)/home/users/b/bk/bkorb/include/libguile/stackchk.h/home/users/b/bk/bkorb/include/libguile/stime.h/home/users/b/bk/bkorb/include/libguile/strings.h/home/users/b/bk/bkorb/include/libguile/strop.h/home/users/b/bk/bkorb/include/libguile/strorder.h/home/users/b/bk/bkorb/include/libguile/strports.h/home/users/b/bk/bkorb/include/libguile/symbols.h/home/users/b/bk/bkorb/include/libguile/unif.hscm_t_array:T(112,1)=s8v:(32,3),0,32;base:(0,5),32,32;;scm_t_array:t(112,2)=(112,1)scm_t_array_dim:T(112,3)=s12lbnd:(0,3),0,32;ubnd:(0,3),32,32;inc:(0,3),64,32;;scm_t_array_dim:t(112,4)=(112,3)/home/users/b/bk/bkorb/include/libguile/values.h/home/users/b/bk/bkorb/include/libguile/variable.h/home/users/b/bk/bkorb/include/libguile/version.h/home/users/b/bk/bkorb/include/libguile/vports.h/home/users/b/bk/bkorb/include/libguile/weaks.hscm_array_dim_t:t(12,1)=(112,4)scm_array_t:t(12,2)=(112,2)scm_bits_t:t(12,3)=(32,1)scm_c_bvec_limb_t:t(12,4)=(67,5)scm_c_hook_entry_t:t(12,5)=(68,8)scm_c_hook_function_t:t(12,6)=(68,3)scm_c_hook_t:t(12,7)=(68,11)scm_catch_body_t:t(12,8)=(63,1)scm_catch_handler_t:t(12,9)=(63,2)scm_complex_t:t(12,10)=(87,4)scm_contregs_t:t(12,11)=(48,1)scm_debug_frame_t:t(12,12)=(50,6)scm_debug_info_t:t(12,13)=(50,4)scm_double_t:t(12,14)=(87,2)scm_fport_t:t(12,15)=(65,2)scm_guard_t:t(12,16)=(53,1)scm_i_rstate_t:t(12,17)=(96,13)scm_info_frame_t:t(12,18)=(51,2)scm_inner_t:t(12,19)=(53,4)scm_method_t:t(12,20)=(70,2)scm_option_t:t(12,21)=(40,2)scm_port_rw_active_t:t(12,22)=(66,2)scm_port_t:t(12,23)=(66,3)scm_ptob_descriptor_t:t(12,24)=(66,20)scm_rng_t:t(12,25)=(96,11)scm_rstate_t:t(12,26)=(96,2)scm_signed_bits_t:t(12,27)=(32,2)scm_srcprops_chunk_t:t(12,28)=(104,6)scm_srcprops_t:t(12,29)=(104,2)scm_stack_t:t(12,30)=(51,6)scm_struct_free_t:t(12,31)=(57,1)scm_subr_entry_t:t(12,32)=(94,1)../../autoopts/autoopts/options.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h :T(118,1)=eOPARG_TYPE_NONE:0,OPARG_TYPE_STRING:1,OPARG_TYPE_ENUMERATION:2,OPARG_TYPE_BOOLEAN:3,OPARG_TYPE_MEMBERSHIP:4,OPARG_TYPE_NUMERIC:5,OPARG_TYPE_HIERARCHY:6,;teOptArgType:t(118,2)=(118,1)optionValue:T(118,3)=s12valType:(118,2),0,32;pzName:(21,10),32,32;v:(118,4)=u4strVal:(118,5)=ar(22,3);0;0;(0,2),0,8;enumVal:(0,1),0,32;boolVal:(0,1),0,32;setVal:(0,3),0,32;longVal:(0,3),0,32;nestVal:(8,2),0,32;;,64,32;;tOptionValue:t(118,6)=(118,3) :T(118,7)=eAG_FALSE:0,AG_TRUE:1,;ag_bool:t(118,8)=(118,7)tOptions:t(118,9)=(118,10)=xsoptions:tOptDesc:t(118,11)=(118,12)=xsoptDesc:tOptNames:t(118,13)=(118,14)=xsoptNames:tOptProc:t(118,15)=(118,16)=f(0,22)tpOptProc:t(118,17)=(118,18)=*(118,15)tUsageProc:t(118,19)=(118,20)=f(0,22)tpUsageProc:t(118,21)=(118,22)=*(118,19)tArgList:t(118,23)=(118,24)=xsargList:argList:T(118,24)=s32useCt:(0,1),0,32;allocCt:(0,1),32,32;apzArgs:(118,25)=ar(22,3);0;5;(118,26)=*(118,27)=k(0,2),64,192;;optDesc:T(118,12)=s64optIndex:(0,9),0,16;optValue:(0,9),16,16;optActualIndex:(0,9),32,16;optActualValue:(0,9),48,16;optEquivIndex:(0,9),64,16;optMinCt:(0,9),80,16;optMaxCt:(0,9),96,16;optOccCt:(0,9),112,16;fOptState:(0,4),128,32;reserved:(0,4),160,32;pzLastArg:(118,26),192,32;optCookie:(8,2),224,32;pOptMust:(118,28)=*(118,29)=k(0,1),256,32;pOptCant:(118,28),288,32;pOptProc:(118,17),320,32;pzText:(118,26),352,32;pz_NAME:(118,26),384,32;pz_Name:(118,26),416,32;pz_DisableName:(118,26),448,32;pz_DisablePfx:(118,26),480,32;;tOptSpecIndex:t(118,30)=(118,31)=xsoptSpecIndex:optSpecIndex:T(118,31)=s8more_help:(0,9),0,16;save_opts:(0,9),16,16;number_option:(0,9),32,16;default_opt:(0,9),48,16;;tOptionXlateProc:t(118,32)=(118,33)=f(0,22)options:T(118,10)=s108structVersion:(0,1),0,32;origArgCt:(0,1),32,32;origArgVect:(118,34)=*(21,10),64,32;fOptSet:(0,4),96,32;curOptIdx:(0,4),128,32;pzCurOpt:(21,10),160,32;pzProgPath:(118,26),192,32;pzProgName:(118,26),224,32;pzPROGNAME:(118,26),256,32;pzRcName:(118,26),288,32;pzCopyright:(118,26),320,32;pzCopyNotice:(118,26),352,32;pzFullVersion:(118,26),384,32;papzHomeList:(118,35)=*(118,26),416,32;pzUsageTitle:(118,26),448,32;pzExplain:(118,26),480,32;pzDetail:(118,26),512,32;pOptDesc:(118,36)=*(118,11),544,32;pzBugAddr:(118,26),576,32;pExtensions:(8,2),608,32;pSavedState:(8,2),640,32;pUsageProc:(118,21),672,32;pTransProc:(118,37)=*(118,32),704,32;specOptIdx:(118,30),736,64;optCt:(0,1),800,32;presetOptCt:(0,1),832,32;;token_list_t:t(118,38)=(118,39)=s8tkn_ct:(0,5),0,32;tkn_list:(118,40)=ar(22,3);0;0;(10,2),32,32;;tmap_info_t:t(118,41)=(118,42)=s36txt_data:(8,2),0,32;txt_size:(5,3),32,32;txt_full_size:(5,3),64,32;txt_fd:(0,1),96,32;txt_zero_fd:(0,1),128,32;txt_errno:(0,1),160,32;txt_prot:(0,1),192,32;txt_flags:(0,1),224,32;txt_alloc:(0,1),256,32;; :T(118,43)=eOPTION_LOAD_COOKED:0,OPTION_LOAD_UNCOOKED:1,OPTION_LOAD_KEEP:2,;tOptionLoadMode:t(118,44)=(118,43)../../autoopts/autoopts.h../../compat/compat.h../config.h/usr/include/sys/mman.hmemcntl_mha:T(123,1)=s12mha_cmd:(21,7),0,32;mha_flags:(21,7),32,32;mha_pagesize:(5,3),64,32;;meminfo:T(123,2)=s20mi_inaddr:(123,3)=*(123,4)=k(23,8),0,32;mi_info_req:(123,5)=*(123,6)=k(21,7),32,32;mi_outdata:(123,7)=*(23,8),64,32;mi_validity:(123,8)=*(21,7),96,32;mi_info_count:(0,1),128,32;;meminfo_t:t(123,9)=(123,2)/usr/include/sys/param.h/usr/include/sys/unistd.h/usr/include/sys/procset.hidtype:T(126,1)=eP_PID:0,P_PPID:1,P_PGID:2,P_SID:3,P_CID:4,P_UID:5,P_GID:6,P_ALL:7,P_LWPID:8,P_TASKID:9,P_PROJID:10,;idtype_t:t(126,2)=(126,1)idop:T(126,3)=ePOP_DIFF:0,POP_AND:1,POP_OR:2,POP_XOR:3,;idop_t:t(126,4)=(126,3)procset:T(126,5)=s20p_op:(126,4),0,32;p_lidtype:(126,2),32,32;p_lid:(21,46),64,32;p_ridtype:(126,2),96,32;p_rid:(21,46),128,32;;procset_t:t(126,6)=(126,5)/usr/include/sys/stat.hstat:T(127,1)=s136st_dev:(21,90),0,32;st_pad1:(127,2)=ar(22,3);0;2;(0,3),32,96;st_ino:(21,22),128,32;st_mode:(21,60),160,32;st_nlink:(21,91),192,32;st_uid:(19,3),224,32;st_gid:(21,61),256,32;st_rdev:(21,90),288,32;st_pad2:(22,2),320,64;st_size:(3,1),384,32;st_pad3:(0,3),416,32;st_atim:(29,3),448,64;st_mtim:(29,3),512,64;st_ctim:(29,3),576,64;st_blksize:(21,30),640,32;st_blocks:(21,23),672,32;st_fstype:(127,3)=ar(22,3);0;15;(0,2),704,128;st_pad4:(127,4)=ar(22,3);0;7;(0,3),832,256;;stat64:T(127,5)=s152st_dev:(21,90),0,32;st_pad1:(127,2),32,96;st_ino:(21,26),128,64;st_mode:(21,60),192,32;st_nlink:(21,91),224,32;st_uid:(19,3),256,32;st_gid:(21,61),288,32;st_rdev:(21,90),320,32;st_pad2:(22,2),352,64;st_size:(3,2),448,64;st_atim:(29,3),512,64;st_mtim:(29,3),576,64;st_ctim:(29,3),640,64;st_blksize:(21,30),704,32;st_blocks:(21,27),768,64;st_fstype:(127,3),832,128;st_pad4:(127,4),960,256;;/usr/include/sys/stat_impl.h/usr/include/sys/wait.h/usr/include/sys/resource.hrlim_t:t(130,1)=(0,5)rlimit:T(130,2)=s8rlim_cur:(130,1),0,32;rlim_max:(130,1),32,32;;rlim64_t:t(130,3)=(21,2)rlimit64:T(130,4)=s16rlim_cur:(130,3),0,64;rlim_max:(130,3),64,64;;rusage:T(130,5)=s72ru_utime:(25,1),0,64;ru_stime:(25,1),64,64;ru_maxrss:(0,3),128,32;ru_ixrss:(0,3),160,32;ru_idrss:(0,3),192,32;ru_isrss:(0,3),224,32;ru_minflt:(0,3),256,32;ru_majflt:(0,3),288,32;ru_nswap:(0,3),320,32;ru_inblock:(0,3),352,32;ru_oublock:(0,3),384,32;ru_msgsnd:(0,3),416,32;ru_msgrcv:(0,3),448,32;ru_nsignals:(0,3),480,32;ru_nvcsw:(0,3),512,32;ru_nivcsw:(0,3),544,32;;/usr/include/sys/siginfo.h/usr/include/sys/machsig.hsiginfo:T(131,1)=s128si_signo:(0,1),0,32;si_code:(0,1),32,32;si_errno:(0,1),64,32;__data:(131,2)=u116__pad:(131,3)=ar(22,3);0;28;(0,1),0,928;__proc:(131,4)=s16__pid:(21,92),0,32;__pdata:(131,5)=u12__kill:(131,6)=s8__uid:(19,3),0,32;__value:(27,1),32,32;;,0,64;__cld:(131,7)=s12__utime:(16,1),0,32;__status:(0,1),32,32;__stime:(16,1),64,32;;,0,96;;,32,96;;,0,128;__fault:(131,8)=s12__addr:(8,2),0,32;__trapno:(0,1),32,32;__pc:(21,9),64,32;;,0,96;__file:(131,9)=s8__fd:(0,1),0,32;__band:(0,3),32,32;;,0,64;__prof:(131,10)=s88__faddr:(21,9),0,32;__tstamp:(29,3),32,64;__syscall:(0,8),96,16;__nsysarg:(0,2),112,8;__fault:(0,2),120,8;__sysarg:(127,4),128,256;__mstate:(131,11)=ar(22,3);0;9;(0,1),384,320;;,0,704;__rctl:(131,12)=s4__entity:(23,3),0,32;;,0,32;;,96,928;;siginfo_t:t(131,13)=(131,1)k_siginfo:T(131,14)=s28si_signo:(0,1),0,32;si_code:(0,1),32,32;si_errno:(0,1),64,32;__data:(131,15)=u16__proc:(131,16)=s16__pid:(21,92),0,32;__pdata:(131,17)=u12__kill:(131,18)=s8__uid:(19,3),0,32;__value:(27,1),32,32;;,0,64;__cld:(131,19)=s12__utime:(16,1),0,32;__status:(0,1),32,32;__stime:(16,1),64,32;;,0,96;;,32,96;;,0,128;__fault:(131,20)=s12__addr:(8,2),0,32;__trapno:(0,1),32,32;__pc:(21,9),64,32;;,0,96;__file:(131,21)=s8__fd:(0,1),0,32;__band:(0,3),32,32;;,0,64;__prof:(131,22)=s16__faddr:(21,9),0,32;__tstamp:(29,3),32,64;__syscall:(0,8),96,16;__nsysarg:(0,2),112,8;__fault:(0,2),120,8;;,0,128;__rctl:(131,23)=s4__entity:(23,3),0,32;;,0,32;;,96,128;;k_siginfo_t:t(131,24)=(131,14)sigqueue:T(131,25)=s40sq_next:(131,26)=*(131,25),0,32;sq_info:(131,24),32,224;sq_func:(131,27)=*(131,28)=f(0,22),256,32;sq_backptr:(8,2),288,32;;sigqueue_t:t(131,29)=(131,25)/usr/include/sys/systeminfo.h/usr/include/assert.h/usr/include/ctype.h/usr/include/iso/ctype_iso.h/usr/include/dirent.h/usr/include/sys/dirent.hdirent:T(138,1)=s12d_ino:(21,22),0,32;d_off:(3,1),32,32;d_reclen:(0,9),64,16;d_name:(118,5),80,8;;dirent_t:t(138,2)=(138,1)dirent64:T(138,3)=s24d_ino:(21,26),0,64;d_off:(3,2),64,64;d_reclen:(0,9),128,16;d_name:(118,5),144,8;;dirent64_t:t(138,4)=(138,3)DIR:t(137,1)=(137,2)=s16dd_fd:(0,1),0,32;dd_loc:(0,1),32,32;dd_size:(0,1),64,32;dd_buf:(21,10),96,32;;/usr/include/errno.h/usr/include/sys/errno.h/usr/include/fcntl.h/usr/include/sys/fcntl.hflock:T(142,1)=s36l_type:(0,8),0,16;l_whence:(0,8),16,16;l_start:(3,1),32,32;l_len:(3,1),64,32;l_sysid:(0,1),96,32;l_pid:(21,92),128,32;l_pad:(142,2)=ar(22,3);0;3;(0,3),160,128;;flock_t:t(142,3)=(142,1)flock64:T(142,4)=s48l_type:(0,8),0,16;l_whence:(0,8),16,16;l_start:(3,2),64,64;l_len:(3,2),128,64;l_sysid:(0,1),192,32;l_pid:(21,92),224,32;l_pad:(142,2),256,128;;flock64_t:t(142,5)=(142,4)fshare:T(142,6)=s8f_access:(0,8),0,16;f_deny:(0,8),16,16;f_id:(0,1),32,32;;fshare_t:t(142,7)=(142,6)/usr/include/libgen.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/include/memory.h/usr/include/signal.h/usr/include/iso/signal_iso.h/usr/include/sys/iso/signal_iso.hsig_atomic_t:t(147,1)=(0,1)/usr/include/sys/signal.hsigset_t:t(149,1)=(149,2)=s16__sigbits:(149,3)=ar(22,3);0;3;(0,4),0,128;;k_sigset_t:t(149,4)=(149,5)=s8__sigbits:(149,6)=ar(22,3);0;1;(0,4),0,64;;sigaction:T(149,7)=s32sa_flags:(0,1),0,32;_funcptr:(149,8)=u4_handler:(149,9)=*(149,10)=f(0,22),0,32;_sigaction:(149,11)=*(149,12)=f(0,22),0,32;;,32,32;sa_mask:(149,1),64,128;sa_resv:(21,105),192,64;;sigaltstack:T(149,13)=s12ss_sp:(8,2),0,32;ss_size:(5,3),32,32;ss_flags:(0,1),64,32;;stack_t:t(149,14)=(149,13)signotify_id:T(149,15)=s12sn_pid:(21,92),0,32;sn_index:(0,1),32,32;sn_pad:(0,1),64,32;;signotify_id_t:t(149,16)=(149,15)sigstack:T(149,17)=s8ss_sp:(8,2),0,32;ss_onstack:(0,1),32,32;;/usr/include/string.h/usr/include/iso/string_iso.h/usr/include/utime.h/usr/include/sys/utime.hutimbuf:T(153,1)=s8actime:(21,93),0,32;modtime:(21,93),32,32;;/usr/include/unistd.ht_word:t(121,1)=(0,1)tDirection:t(120,1)=(0,1)tSuccess:t(120,2)=(0,1) :T(120,3)=ePAGER_STATE_INITIAL:0,PAGER_STATE_READY:1,PAGER_STATE_CHILD:2,;tePagerState:t(120,4)=(120,3) :T(120,5)=eENV_ALL:0,ENV_IMM:1,ENV_NON_IMM:2,;teEnvPresetType:t(120,6)=(120,5) :T(120,7)=eTOPT_UNDEFINED:0,TOPT_SHORT:1,TOPT_LONG:2,TOPT_DEFAULT:3,;teOptType:t(120,8)=(120,7)tOptState:t(120,9)=(120,10)=s16pOD:(118,36),0,32;pzOptArg:(118,26),32,32;flags:(0,5),64,32;optType:(120,8),96,32;; :T(120,11)=eTT_LONGUSAGE:0,TT_USAGE:1,TT_VERSION:2,COUNT_TT:3,;teTextTo:t(120,12)=(120,11)arg_types_t:t(120,13)=(120,14)=s52pzStr:(118,26),0,32;pzReq:(118,26),32,32;pzNum:(118,26),64,32;pzKey:(118,26),96,32;pzKeyL:(118,26),128,32;pzBool:(118,26),160,32;pzNest:(118,26),192,32;pzOpt:(118,26),224,32;pzNo:(118,26),256,32;pzBrk:(118,26),288,32;pzNoF:(118,26),320,32;pzSpc:(118,26),352,32;pzOptFmt:(118,26),384,32;;../../snprintfv/printf.h../../snprintfv/compat.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.hva_list:t(158,1)=(4,1)snv_wchar_t:t(156,1)=(0,1)snv_wint_t:t(156,2)=(0,1)snv_pointer:t(156,3)=(8,2)snv_constpointer:t(156,4)=(156,5)=*(156,6)=k(0,22) :T(156,7)=eSNV_FALSE:0,SNV_TRUE:1,;snv_bool_t:t(156,8)=(156,7)snv_long_double:t(156,9)=(0,16)../../snprintfv/filament.hFilament:t(159,1)=(159,2)=xsfilament:filament:T(159,2)=s524value:(21,10),0,32;length:(5,3),32,32;size:(5,3),64,32;buffer:(159,3)=ar(22,3);0;511;(0,2),96,4096;;../../snprintfv/stream.hSTREAM:t(160,1)=(160,2)=xsstream:StreamPut:t(160,3)=(160,4)=*(160,5)=f(0,1)StreamGet:t(160,6)=(160,7)=*(160,8)=f(0,1)../../snprintfv/mem.hmalloc_proc_t:t(161,1)=(161,2)=f(8,2)realloc_proc_t:t(161,3)=(161,4)=f(8,2)free_proc_t:t(161,5)=(161,6)=f(8,2) :T(155,1)=eSNV_ERROR:-1,SNV_OK:0,;snv_status:t(155,2)=(155,1)printf_info:T(155,3)=s52count:(0,1),0,32;state:(0,1),32,32;error:(155,4)=*(159,1),64,32;format:(118,26),96,32;argc:(0,1),128,32;argindex:(0,1),160,32;dollar:(0,1),192,32;prec:(0,1),224,32;width:(0,1),256,32;extra:(156,3),288,32;type:(0,1),320,32;spec:(0,2),352,8;pad:(0,2),360,8;is_long_double:(0,4),368,1;is_char:(0,4),369,1;is_short:(0,4),370,1;is_long:(0,4),371,1;alt:(0,4),372,1;space:(0,4),373,1;left:(0,4),374,1;showsign:(0,4),375,1;group:(0,4),376,1;wide:(0,4),377,1;args:(155,5)=*(155,6)=k(155,7)=xuprintf_arg:,384,32;;printf_info:t(155,8)=(155,3)printf_arg:T(155,7)=u16pa_char:(0,11),0,8;pa_wchar:(156,1),0,32;pa_short_int:(0,8),0,16;pa_int:(0,1),0,32;pa_long_int:(0,3),0,32;pa_long_long_int:(23,9),0,64;pa_u_short_int:(0,9),0,16;pa_u_int:(0,4),0,32;pa_u_long_int:(0,5),0,32;pa_u_long_long_int:(23,10),0,64;pa_float:(0,14),0,32;pa_double:(0,15),0,64;pa_long_double:(0,16),0,128;pa_string:(118,26),0,32;pa_wstring:(155,9)=*(155,10)=k(156,1),0,32;pa_pointer:(156,4),0,32;;printf_arg:t(155,11)=(155,7)printf_function:t(155,12)=(155,13)=f(0,1)printf_arginfo_function:t(155,14)=(155,15)=f(0,1)spec_entry:T(155,16)=s24spec:(0,1),0,32;unused:(0,1),32,32;type:(0,1),64,32;fmt:(155,17)=*(155,12),96,32;arg:(155,18)=*(155,14),128,32;user:(156,3),160,32;;spec_entry:t(155,19)=(155,16)register_callback_function:t(155,20)=(155,21)=f(155,22)=*(155,19) :T(155,23)=ePA_INT:0,PA_CHAR:1,PA_WCHAR:2,PA_STRING:3,PA_WSTRING:4,PA_POINTER:5,PA_FLOAT:6,PA_DOUBLE:7,PA_LAST:8,PA_UNKNOWN:-1,;../../autoopts/autoopts/usage-txt.husage_text_t:t(162,1)=(162,2)=s460field_ct:(0,1),0,32;utpz_GnuBoolArg:(21,10),32,32;utpz_GnuKeyArg:(21,10),64,32;utpz_GnuKeyLArg:(21,10),96,32;utpz_GnuNumArg:(21,10),128,32;utpz_GnuStrArg:(21,10),160,32;apz_str:(162,3)=ar(22,3);0;108;(118,26),192,3488;;../../autoopts/proto.hexport_options_to_guile:F(0,22)pOpts:P(1,1)=*(118,9)pOD:r(118,36)ct:r(0,1)z:(1,2)=ar(22,3);0;4095;(0,2)act:r(0,1)ppa:r(118,35)pz:r(21,10)act:r(0,1)ppa:r(118,35)pz:r(21,10)”” $$"44WoÿÿþŒŒ %B¬¬À  /Bll  DBxx<  N´´TÐÐZää`øø¶* ° °DI ô ôp h d dðq T T w ` `~ h h… p p t t4 x x” | |™ |A¡ ŒG©Ó²ä$ ¾$< Ä 9DæÎ:*ÒÝ;ü‚˜0707010040d09c000081a4000004a7000000640000000143e3852400043d36000000ed0000000100000000000000000000001400000000reloc/lib/libopts.a! / 1138984228 0 0 0 1774 ` 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 D›+`Ð`‚@ Ò¡¸Ô`4@´ Â€€ @¿ÿöš¿ÿfÔ`8Ò`@´Ú€¤!  D›+`Ð`‚@ Ò¡¸Ô`4@´ Â€€ @¿ÿöšÂ`$€ `"¿ÿPÔ`8С´@Ò`¿ÿGÂ`$Çàèã¿@Ø €‹ €jÔ`‚`Ú €€‹`€P‚`š €£@€F!Р(@Ò Ú`ƒ3` ˜ˆ`€&@Ö  Â` °¿ € `Ô 0€Ø`4Ú ’ P@Ð Ö`,”@’`Â`ƒ0` ‚`€ `€€ `€IÂ`(€ `˜`€‚ Â`€@Â#¿ÿæÚ €‹@€€£ ¿ÿÚÖ €/ƒ+ š`Ø@ÿÿÑÖ  ¿ÿÏÖ€¿ÿÍÖ ¿ÿËÖ ¿ÿÉÖ ¿ÿÇÖ Ò @ ¿ÿºÐ (!Ð @’`Ú ‚`š @€£@2¿ÿ±Ú`Ö ’  @” ¿ÿ©Ú`Р,¿ÿ£!Ô`4Ò`@ @ Çàèã¿Â ' àô!ú!¬ø!¨ö! ð!”Þ!ˆÚ!˜Ø!¤Ö!œÔ!ŒÒ lÐ!À¢`¤€¤`²`ú `ô&` ø&`ö&`ð&`Þ&`Ú&`Ø&`Ö&` Ô&`$Ò&`(Ð&`,€´ €¤`€€¤`€¤`"€ú!l‚àò`t1@‘î ú$€Â!d´ ¿ÿøÂ&`0€ €¤`¿ÿõ‚àú! ú$€Â!,¿ÿ÷´ ¿ÿüú!¿ÿðú!pã¿%˜ Â! ø Â&@Ú!4à Ð Ò Þ Ô ö Œú ô ˆò!„ð!¼– €¢à¸`¢ à `ú' Þ' ö' Ú' ô' $ò' (ð' ,Ú' Ð' Ò' €Ô' €¢à*€Â ”€¢à€º €¢à"€  ”‚ ò`t1´@‘î  ”¿ÿùÂ' 0Â!€¢ Â' 0ú*€ú*@ú*ú,‚`¿ÿîÂ' ¿ÿó‚`㻀¦ €7!#  Ò`Ð!P@¤)<À&@'ò€¦`€*° –” »è’$@Â`€¢ €²Ò¡@@”ÂN€€ `€Ò`@ ¿ÿèò@’»`€¢ ¿ÿùÒ`»t‚@€ @¿ÿô /@Ò`Ò`@¿ÿíÒ`ÇàèÃà ã¿Â`€ `€  và@Ð 0€¢ €eò 8ÐN@@’Â@ƒ(`ƒ8`€ ` ¿ÿù²`•, ƒ: € `V€ €K€ `n€ `C"€;Ð (€€ `N€ `"€  Ò`•: @  @2¿ÿøÐ (€¢ €Ð ,€¢ €@”@’`Ô H€¢ "¿ÿë Ò`@¿ÿå @’ @’0¿ÿê@’ @’ @’¿ÿÞÐ ,€¢ €@¿ÿÝ”@’ @’0¿ÿ÷¿ÿÊ€ `n¿ÿ»€ `v€ `c¿ÿ»¿ÿìÐ (@’ @’¿ÿ£•, À`” À`” AutoOpts function called without option descriptor This exceeds the compiled library version: Automated Options Processing Error! %s called AutoOpts function with structure version %d:%d:%d. This is less than the minimum library version: all - an alternate for %s %s error: the keyword `%s' is ambiguous ambiguous%s: Command line arguments required %4$d %1$s%s options allowed version and help options:Error %d (%s) from the pipe(2) syscall ERROR: version option argument '%c' invalid. Use: 'v' - version only 'c' - version and copyright 'n' - version and copyright notice ERROR: %s option conflicts with the %s option %s(optionSaveState): error: cannot allocate %d bytes - default option for unnamed options - disabled as --%s - enabled by default -equivalenceERROR: only - examining environment variables named %s_* Options are specified by doubled hyphens and their name or by a single hyphen and the flag character. %%-%ds %%s fs error %d (%s) on fork - cannot obtain %s usage File error %d (%s) opening %s for loading options fs error %d (%s) reading file %s = = = = = = = = This incarnation of genshell will produce a shell script to parse the options for %s: %s =Cplx[=arg]--%2$s%1$s - reading file /... %s's exe directory .../%s %s: illegal option -- %c %s: %s option -- %s illegalAutoOpts ERROR: invalid option descriptor for %s words=cookedkeeptype=uncookedintegernestedstringboolkeywordset - is a set membership option %s: option `%s' requires an argument Equivalenced option '%s' was equivalenced to both '%s' and '%s' - must appear between %d and %d times ERROR: The %s option is required %s: option `%s' cannot have an argument %s: Command line arguments not allowed error %d (%s) creating %s Options are specified by single or double hyphens and their name. %s error: `%s' does not match any keywords - may appear multiple times - may not be preset Arg Option-Name Description Flg Arg Option-Name Description error %d (%s) stat-ing %s %s(optionRestore): error: no saved option state none'%s' not defined ERROR: The %s option must appear %d times error: cannot load options from non-regular file %s %s error: `%s' is not a recognizable number %3s %sThe '-#' option may omit the hash char one %s%s option allowed All arguments are named options. - reading file %s please send bug reports to: %s - may NOT appear - preset only # preset/initialization file # %s# The following option preset mechanisms are supported: programprohibits these options: Operands and options may be intermixed. They will be reordered. ERROR: %s option requires the %s option %3s %-14s %srequires these options: Arg Option-Name Req? Description Flg Arg Option-Name Req? Description -_^members=or you may use a numeric representation. Preceding these with a '!' will clear the bits, specifying 'none' will clear all bits, and 'all' will set them all. Multiple entries may be passed as an option argument list. %s T/F %s %sKWdMbrCpxno NumoptYESStr - -- and %s - may appear up to %d times The valid "%s" option keywords are: AutoOpts lib error: defaulted to option with optional arg -->*/ %s %%-%ds %s %s *INVALID*INVALID-%d ,|+ | %s_genshellopt copyright (c) 1999-2005 Bruce Korb, all rights reservedgenshellopt is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. genshellopt 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 Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with genshellopt. If not, write to: The Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor Boston, MA 02110-1301, USA.Output Script FileSCRIPTscriptShell name (follows "#!" magic)SHELLno-shellnoDisplay usage information and exithelpExtended usage information passed thru pagermore-helpOutput version information and exitversionGENSHELLOPTgenshellopt - Generate Shell Option Processing Script - Ver. 1 USAGE: %s [ - [] | --[{=| }] ]... autogen-users@lists.sf.net Note that `shell' is only useful if the output file does not already exist. If it does, then the shell name and optional first argument will be extracted from the script file. If the script file already exists and contains Automated Option Processing text, the second line of the file through the ending tag will be replaced by the newly generated text. The first `#!' line will be regenerated. genshellopt - Generate Shell Option Processing Script - Ver. 1PATHrx%s%s :=# # # # # # # # # # -- do not modify this marker -- # # DO NOT EDIT THIS SECTION%s OF %s # # From here to the next `-- do not modify this marker --', # the text has been generated %s # From the %s option definitions # if test -z "${%1$s_%2$s}" then %1$s_%2$s_CT=0 else %1$s_%2$s_CT=1 %1$s_%2$s_1="${%1$s_%2$s}" fi export %1$s_%2$s_CT %1$s_%2$s="${%1$s_%2$s-'%3$s'}" %1$s_%2$s_set=false export %1$s_%2$s %1$s_%2$s="${%1$s_%2$s}" %1$s_%2$s_set=false export %1$s_%2$s OPT_PROCESS=true OPT_ARG="$1" while ${OPT_PROCESS} && [ $# -gt 0 ] do OPT_ELEMENT='' OPT_ARG_VAL='' case "${OPT_ARG}" in -- ) OPT_PROCESS=false shift ;; OPT_ARG="$1" while [ $# -gt 0 ] do OPT_ELEMENT='' OPT_ARG_VAL='' OPT_ARG="${1}" --* ) -* ) ;; * ) OPT_PROCESS=false ;; esac if [ -n "${OPT_ARG_VAL}" ] then eval %1$s_${OPT_NAME}${OPT_ELEMENT}="'${OPT_ARG_VAL}'" export %1$s_${OPT_NAME}${OPT_ELEMENT} fi done unset OPT_PROCESS || : unset OPT_ELEMENT || : unset OPT_ARG || : unset OPT_ARG_NEEDED || : unset OPT_NAME || : unset OPT_CODE || : unset OPT_ARG_VAL || : %2$s # # # # # # # # # # # # END OF AUTOMATED OPTION PROCESSING # # # # # # # # # # # -- do not modify this marker -- case "${OPT_CODE}" in '%s' | \ '%s' ) '%c' ) ;; * ) echo Unknown %s: "${OPT_CODE}" >&2 echo "$%s_USAGE_TEXT" exit 1 ;; esac echo "$%s_%s_TEXT" exit 0 echo "$%s_LONGUSAGE_TEXT" | ${PAGER-more} exit 0 %s if [ $%1$s_%2$s_CT -ge %3$d ] ; then echo Error: more than %3$d %2$s options >&2 echo "$%1$s_USAGE_TEXT" exit 1 ; fi %1$s_%2$s_CT=`expr ${%1$s_%2$s_CT} + 1` OPT_ELEMENT="_${%1$s_%2$s_CT}" OPT_NAME='%2$s' if [ -n "${%1$s_%2$s}" ] && ${%1$s_%2$s_set} ; then echo Error: duplicate %2$s option >&2 echo "$%1$s_USAGE_TEXT" exit 1 ; fi %1$s_%2$s_set=true OPT_NAME='%2$s' %1$s_%2$s_CT=0 OPT_ELEMENT='' %1$s_%2$s='%3$s' export %1$s_%2$s OPT_NAME='%2$s' if [ -n "${%1$s_%2$s}" ] && ${%1$s_%2$s_set} ; then echo Error: duplicate %2$s option >&2 echo "$%1$s_USAGE_TEXT" exit 1 ; fi %1$s_%2$s_set=true %1$s_%2$s='%3$s' export %1$s_%2$s OPT_NAME='%2$s' eval %1$s_%2$s${OPT_ELEMENT}=true export %1$s_%2$s${OPT_ELEMENT} OPT_ARG_NEEDED=OK OPT_ARG_NEEDED=YES eval %1$s_%2$s${OPT_ELEMENT}=true export %1$s_%2$s${OPT_ELEMENT} OPT_ARG_NEEDED=NO OPT_CODE=`echo "X${OPT_ARG}"|sed 's/^X-*//'` shift OPT_ARG="$1" case "${OPT_CODE}" in *=* ) OPT_ARG_VAL=`echo "${OPT_CODE}"|sed 's/^[^=]*=//'` OPT_CODE=`echo "${OPT_CODE}"|sed 's/=.*$//'` ;; esac case "${OPT_ARG_NEEDED}" in NO ) OPT_ARG_VAL='' ;; YES ) if [ -z "${OPT_ARG_VAL}" ] then if [ $# -eq 0 ] then echo No argument provided for ${OPT_NAME} option >&2 echo "$%s_USAGE_TEXT" exit 1 fi OPT_ARG_VAL="${OPT_ARG}" shift OPT_ARG="$1" fi ;; OK ) if [ -z "${OPT_ARG_VAL}" ] && [ $# -gt 0 ] then case "${OPT_ARG}" in -* ) ;; * ) OPT_ARG_VAL="${OPT_ARG}" shift OPT_ARG="$1" ;; esac fi ;; esac OPT_CODE=`echo "X${OPT_ARG}" | sed 's/X-\(.\).*/\1/'` OPT_ARG=` echo "X${OPT_ARG}" | sed 's/X-.//'` case "${OPT_ARG_NEEDED}" in NO ) if [ -n "${OPT_ARG}" ] then OPT_ARG=-"${OPT_ARG}" else shift OPT_ARG="$1" fi ;; YES ) if [ -n "${OPT_ARG}" ] then OPT_ARG_VAL="${OPT_ARG}" else if [ $# -eq 0 ] then echo No argument provided for ${OPT_NAME} option >&2 echo "$%s_USAGE_TEXT" exit 1 fi shift OPT_ARG_VAL="$1" fi shift OPT_ARG="$1" ;; OK ) if [ -n "${OPT_ARG}" ] then OPT_ARG_VAL="${OPT_ARG}" shift OPT_ARG="$1" else shift if [ $# -gt 0 ] then case "$1" in -* ) ;; * ) OPT_ARG_VAL="$1" shift ;; esac OPT_ARG="$1" fi fi ;; esac env | egrep %s_ SHELL/bin/shLONGUSAGEUSAGEVERSION%s_%s_TEXT=''\''rbc' stdout%A %B %e, %Y at %r %Z#! %s %ldecho 'Warning: Cannot save options files' >&2OPT_ARG_NEEDED=OKLONGUSAGEecho 'Warning: Cannot load options files' >&2OPT_ARG_NEEDED=YESVERSIONOPT_ARG_NEEDED=NOecho 'Warning: Cannot suppress the loading of options files' >&2flagoptionwb%1$s /tmp/use.%2$lu ; rm -f /tmp/use.%2$lu/tmp/use.%luPAGERmore''\'OPTION_CT=%d export OPTION_CT %1$s_%2$s=%3$d # 0x%3$X export %1$s_%2$s %1$s_%2$s=%3$s export %1$s_%2$s %s_%s= export %s_%s %1$s_%2$s='%3$s' export %1$s_%2$s %1$s_%2$s_MODE='%3$s' export %1$s_%2$s_MODE %1$s_%2$s_CT=%3$d export %1$s_%2$s_CT %s_%s_%d= export %s_%s_%d set -- '%s' OPTION_CT=0 'falsetruetypeset -x -i %s_ + =%1$ld # 0x%1$lX %s WARNING: cannot save options - %s/%s%-18s\ %d # POSIXLY_CORRECTAUTOOPTS_USAGEgnuautoopts -%c, [arg]Automated Options version %s, copyright (c) 1999-2005 Bruce Korb 27.1=T/F=KWd=Mbr=num=strroo€ ss€v€€?€€!€€°—€€  !"#$%&'()*+,-./0123456789:;<=>?@abcdefghijklmnopqrstuvwxyz[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖרÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿX¯ dJdT<c€€§€Ö€$€w€Ë€(€S€‚€¬€Õ€3€’€¬€Ç€è€!€?€_€„€­€Ä‚΂ä‚¢ð‚6‚¢R‚¢s‚€ÿ€!€%¢)‚F€>Z€Do€E„€J™€N¯€OÅ€PÛ€Uñ€^€_€n6€oN€wi€}…€~¡€ƒ½€‡Ú€ˆ÷€‰€Ž¢1€>I€?c€U{€V”€\ª€]À€^Ô€_é€a €b €c 0€p H€y \€z r€{ ‰€} €~ ³€ É€€ í€ € €˜ 3€Ÿ G€  ^€¡ w€¢ €± ¦€² ¿€³ Ú€´ õ€» € -€Á F€Ì \€Í s€Ù Š€Ú £€Û ·€Ü Ѐô *€ †€ Ÿ€ ²€ Ë€$ å€. û€/ €5 %€B <€C R€D h€E €F —€G ­€H ÀN ×€R ì€Z€^€`-€aE€h]€iy€€„¬€€€ž€›€™»€ñ€ €O€§r€°€®Ò€€µ6€x€½œ€¿°€ÅÆ€ÆÚ€Ôï€ß€å€ê1€ïJ€ôa€ûx€üŽ€ý¢€þ·€1΀2å€3ú€4€F€5^€6t‚Ž‚¦€â€(‚¢n€³€Éʂނú€¢À‚Ý€€)3€>N€”€P¢°€È‚¢¢â€0÷€2 €J€Q¢¢^‚v€Ò€Ž€+¢§‚À‚¢¢Ú‚õ€j€:‚€º€PЀK€g¢d‚|€ S€!à‚¢¢!ý‚"‚"1€E"F€"„€p"›€"Ü€¢$\‚$w‚¢$’€'~€ '˜€*#€¤*@€*Í€¬¢¢*é‚¢+‚+I‚+Œ€+¢+ª‚+Ç‚+•+û‚,A€¢,a‚,{€¢-O€;-j€K-~€X¢-“€{¢-«‚¢-Á‚-Ö‚¢¢-ó‚. ‚.#€.–€!.®€/€>¢/-€*¢/‘‚/¦‚¢¢/¿‚/Ô‚/í€0ž€´0µ€1X€Ò1q€1¼€¢¢1Ô‚¢1ê‚2-‚2s‚¢2‘‚¢¢¢2¯‚¢2Å‚2Û‚2ù€E¢3#€+¢3P‚3f‚3„‚¢3¦€)¢3Á‚3Û€,4!€<4g€5(€5~€±5—€5í€Ë6 €¢¢6L‚6d‚6€‚¢6‚¢¢¢6º‚6Ђ7€<7T€A7Ž€`¢7¤€G¢7à‚7ö‚¢¢8‚8)‚8B€¢¢8~‚¢8”€¢8¨‚8Ê‚¢9 €9²€G9΀:“€T:¯€:Ñ€«:耲; €³;0€´;W€º;y€»;€Á;Á€Â;ç€Ó< €<‚€>†€ÿ>µ€?,€?V€B€8Bz€WCi€C¶€t¢CׂCû€1¢Dï‚E €Ev€=¢E‚Eª€YEÀmEÚ€F%€€FA€Fp€ˆF€FÕ€FG\€Gœ€¡G¶€³Hé‚I‚I‚¢I^‚I¡€U¢I¸€|IÒ€‚I뀙J€šJ6€JZ€±Jt€¢J“‚J®€2JÒ€¢KK‚Kd€9K„€GK¬€T¢KÔ‚Kê€BL€CL5€D¢LX€L{€3L•€N€hN¸€PX€‘Ps€P›€ŸPË€Qb€´Q~€ËQ¼€¢R=‚¢¢RT‚Rn$aRƒ@`R™@`R³„DaDfDiDo DaDiDoDg Do D|8D}LD„PD„TD\DªpD«tDª|D«€D³€D²„D³ˆD²ŒD³D²”D³˜D¹ D¹¤DËÐDÌÜDÎäD»ìD¾ D¿DÀ8DÁLDÅhDŽ|D Dœ D™¤Dœ¨D™¬Dœ°D¡ÀD£ÀD¡ÄD£ÈD¢ÌD¡ÐD£ÔD®ÜD¯àD®äD¯èDrðDÏøRÍ@fRÚ@gÀRç@} ÀDà€Rò@»ÀìS@¿ÀàhS@¿Àpà|à|S@} À|àÜàøS*$S+$àSB@ßSP@ßSb@ßDàDâDâ DäDïDãDå Dæ$Dï(Dñ0Dð4Dñ8Dô8Dõ<D'LD)\D*hD/pDC|DF¤DH¨DF¬DI°DF´DI¸DJ¼DQÄDRÐDTüDW D4D5(D74D8<D7@D7DDøLDýdDxD$xD$|DþDD ˜D¼DÀDÄDòÐDXàSt@áS„@âS‘@ãSž@äS©@åS·@æSÆ@çSÖ@èÀààSå$èSæ$bSþ@aT @a T@aDbDcDdDb DcDiDnD|<D|@DiHD†HDŠtDˆxDŠ|Dˆ€DŠ„D‹ˆDqD“˜D˜¨D”°D•ÄDoÜDpàD™èT/@c T=@d ÀàèTG$ðTH$£T\@¢ Tj@¢D£D©D£D© D¬,D¯@D´HD¯LD´PD´TD¶\D¼dD¾tDÄœDʼDÐÌDÖÐDïàDðìD×øDáDâDä0Dâ4Dä<Dó<T|@µ À\àxT‡@µ À€àœT’$DT“€TÀ$TÓ@ÿTá@ÿDDDDD4D@DPD`DD€D¢”D¥˜DE D›¸D$ÀD%ØD&ôD'øD.D/ DQ(DDD`DShDT€DmˆDt”Dx°Dw´D{´Du¼DkÄD’èD˜øD™D“D¦(Tó@ÀTÿ@m Àxà€U @m ÀˆàÄU@m Àààèà(U&$0U'$»U?@ºD»D¼DÃD¼ D½DÃD½DÃDÄ0DÆ<DÏlDÒ”DèDÖ¨DظD×ÀDÙèUM€ÄÿÿÿàÀ0à¨U]€ÄÿÿÿàÀÔààUm$ðUn$ÞU„@ÝDÞDäDÞDäDÞ$Dä(Då8DçDDñpDòŒDô¤D÷´DäÌDúÌDüÜDûäDý U’€åÿÿÿàÀ8àÌU¢€åÿÿÿàÀøàU²$U³$UÅ@DDD DD D,D0DXDdDlDpD|D„DŒD˜UÓ$ UÔ$(Uì@'D(D*D+D0 D)D0D: D1$D:(D:,D;4D<PD=\D=`DClD;|DG|DH˜DI¤DI¨DO´DGÄDYÄDpèD0ìDyøD~DD€$D‹0DŠ4Dˆ@D‰HDŠ\D_hDfxDh˜Dk˜DkœDl¤Dm¼DJÔDLØDJÜDLàDJäDLèDKìDLðD>D@D>D@ D>D@D?D@D‘,Uú@)V@*V@+ÀV@1V.@2À V=@<ÀPà|VH@HÀ˜àÄàøVS@1Vb@2ÀhVq@HÀÔV|@JÀÔàøàV˜@<ÀV£@>Àà$à,à,à,V®$4V¯$ÍVÄ@ÊVÒ@ËVß@ÌDÍDÎDÎ DÕ Dè0Dê@DéDDíHDî\D÷dDøpDú|DŒD œD¤D¸DûÐDüØDÖäDÖäD×èDØìDÚðDÝDÞDÏ(D (Vð@øÀpàŒVý@øÀÐàäW $0¢W ‚W$$EW=@DWK@DWX„DEDJDJDXPDVdDL|DM„D]¬Wq@FW|€GÿÿÿìW†@HÀà°W’$¸¢W“‚W¯$‘WÖ@Wæ„D‘D”D‘D” D—(Dš4DœPD¡\D¢dDžhDŸpD£tX€’ÿÿÿÈX@“X'@”ÀX6@À4à<XA@ÀTà\XL@ÀhàtàtXW$|XX$ÁXp@¿X@ÀX‘@ÀDÁDÄDÄDÆ(DÉ8DÏDDÓHDØTDÝ`DÞhDßlDßtDá|DäˆDéœDê¨DÙ¬DÚ°Dî°X @ÂÀX­@ÏX·@ÐÀ0à8XÌ@ÏXÖ@ÐÀ<Xã@ÞXï@ßÀhàXû@ÞY@ßÀ”àœà°à°Y$¸Y$Y0@ YA@ YR@ Yb@ DDDDD(D8DDD HD/TD%\D&hD'lD'pD+xD.D"¤D)¤D3¬Yq@ Y„@ ÀY‘@Y›@À0à8Y°@Yº@À<YÇ@& Àhà„YÓ@& ÀˆàYß@& À¤à¬à¬à¬Yë$´Yì$QZ@PZ@PDQDUDUDV DW(DW,D[4D\DD_HDdPDeTDe\DipDk€DmŒDl”D`¤Dn¬Z#@RZ8@SÀZE@\ZO@]À<Z]@dÀPàpZi@dÀxà€à€Zu@\Z@]À¤à¬à¬Z$´ZŽ$ŽZ¦@Z¶@ DŽD“DD“D” D•$D•(D™0Dš4Dœ8DDDžHDªdD«pD¬xD €D¦ŒD­”ZÅ@ ZÑ@ ZÞ@‘ ÀZé@™ Zó@šÀ0[@ÀDàTàd[ @™ [@šÀ€[%@À€à”à”à”[1$œ[2$¹[E@¶[S@·[g@¸D¹D»D½D¿0D¿4DÂ<DÃHDÄLDÃPDÍTDÎhDÐpDÑtDÓ¤DÖÀDóàDùèDüôDïDðDØDÛ(DáHDâPDÝ`DÞhDåpDæxDÙŒDÔ¤Dý¼[x€ºÿÿÿÈ[ˆ@»[›€½ÿÿÿ¸Àà¼[¥$Ä[¦$[¼@DD D D D $[Ë@ Àà$[Ö$,[×$[ì@ [ú@ \@\@DDDD DD!D(D,D!0D4D!4D"pD#¨D/´D0ÜD1üD:DWD^ D^0D;<D?@D@DDOxD>|DE„DGˆDBDJ˜DK¨D%´D&¸D&ÄD3ÌDa\&@\5@À\C@;\O@< Àà\[@;\g@< À<\s@? 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int:t(0,3)=r(0,3);-2147483648;2147483647;unsigned int:t(0,4)=r(0,4);000000000000000000000000;000000000000037777777777;long unsigned int:t(0,5)=r(0,5);000000000000000000000000;000000000000037777777777;long long int:t(0,6)=@s64;r(0,6);001000000000000000000000;000777777777777777777777;long long unsigned int:t(0,7)=@s64;r(0,7);000000000000000000000000;001777777777777777777777;short int:t(0,8)=@s16;r(0,8);-32768;32767;short unsigned int:t(0,9)=@s16;r(0,9);0;65535;signed char:t(0,10)=@s8;r(0,10);-128;127;unsigned char:t(0,11)=@s8;r(0,11);0;255;__int128_t:t(0,12)=@s128;r(0,12);000000000000000000000000;0377777777777777777777777777777777;__uint128_t:t(0,13)=@s128;r(0,13);000000000000000000000000;0377777777777777777777777777777777;float:t(0,14)=r(0,1);4;0;double:t(0,15)=r(0,1);8;0;long double:t(0,16)=r(0,1);16;0;complex int:t(0,17)=s8real:(0,1),0,32;imag:(0,1),32,32;;complex float:t(0,18)=R3;8;0;complex double:t(0,19)=R4;16;0;complex long double:t(0,20)=R5;32;0;__builtin_va_list:t(0,21)=*(0,22)=(0,22)_Bool:t(0,23)=@s8;-16;libopts.c../../compat/compat.h../config.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.h/usr/include/sys/isa_defs.h/usr/include/sys/feature_tests.h/usr/include/sys/machtypes.h_label_t:T(7,1)=s8val:(7,2)=ar(7,3)=r(7,3);000000000000000000000000;000000000000037777777777;;0;1;(0,3),0,64;;label_t:t(7,4)=(7,1)lock_t:t(7,5)=(0,11)/usr/include/sys/int_types.hint8_t:t(8,1)=(0,2)int16_t:t(8,2)=(0,8)int32_t:t(8,3)=(0,1)int64_t:t(8,4)=(0,6)uint8_t:t(8,5)=(0,11)uint16_t:t(8,6)=(0,9)uint32_t:t(8,7)=(0,4)uint64_t:t(8,8)=(0,7)intmax_t:t(8,9)=(8,4)uintmax_t:t(8,10)=(8,8)intptr_t:t(8,11)=(0,1)uintptr_t:t(8,12)=(0,4)int_least8_t:t(8,13)=(0,2)int_least16_t:t(8,14)=(0,8)int_least32_t:t(8,15)=(0,1)int_least64_t:t(8,16)=(0,6)uint_least8_t:t(8,17)=(0,11)uint_least16_t:t(8,18)=(0,9)uint_least32_t:t(8,19)=(0,4)uint_least64_t:t(8,20)=(0,7)longlong_t:t(4,1)=(0,6)u_longlong_t:t(4,2)=(0,7)t_scalar_t:t(4,3)=(0,3)t_uscalar_t:t(4,4)=(0,5)uchar_t:t(4,5)=(0,11)ushort_t:t(4,6)=(0,9)uint_t:t(4,7)=(0,4)ulong_t:t(4,8)=(0,5)caddr_t:t(4,9)=(4,10)=*(0,2)daddr_t:t(4,11)=(0,3)cnt_t:t(4,12)=(0,8)ptrdiff_t:t(4,13)=(0,1)pfn_t:t(4,14)=(4,8)pgcnt_t:t(4,15)=(4,8)spgcnt_t:t(4,16)=(0,3)use_t:t(4,17)=(4,5)sysid_t:t(4,18)=(0,8)index_t:t(4,19)=(0,8)timeout_id_t:t(4,20)=(4,21)=*(0,22)bufcall_id_t:t(4,22)=(4,21)off_t:t(4,23)=(0,3)off64_t:t(4,24)=(4,1)ino_t:t(4,25)=(4,8)blkcnt_t:t(4,26)=(0,3)fsblkcnt_t:t(4,27)=(4,8)fsfilcnt_t:t(4,28)=(4,8)ino64_t:t(4,29)=(4,2)blkcnt64_t:t(4,30)=(4,1)fsblkcnt64_t:t(4,31)=(4,2)fsfilcnt64_t:t(4,32)=(4,2)blksize_t:t(4,33)=(0,3) :T(4,34)=eB_FALSE:0,B_TRUE:1,;boolean_t:t(4,35)=(4,34)pad64_t:t(4,36)=(8,4)upad64_t:t(4,37)=(8,8)offset_t:t(4,38)=(4,1)u_offset_t:t(4,39)=(4,2)len_t:t(4,40)=(4,2)diskaddr_t:t(4,41)=(4,1)lloff_t:t(4,42)=(4,43)=u8_f:(4,38),0,64;_p:(4,44)=s8_u:(8,3),0,32;_l:(8,3),32,32;;,0,64;;lldaddr_t:t(4,45)=(4,46)=u8_f:(4,41),0,64;_p:(4,47)=s8_u:(8,3),0,32;_l:(8,3),32,32;;,0,64;;k_fltset_t:t(4,48)=(4,7)id_t:t(4,49)=(0,3)useconds_t:t(4,50)=(4,7)suseconds_t:t(4,51)=(0,3)major_t:t(4,52)=(4,8)minor_t:t(4,53)=(4,8)pri_t:t(4,54)=(0,8)o_mode_t:t(4,55)=(4,6)o_dev_t:t(4,56)=(0,8)o_uid_t:t(4,57)=(4,6)o_gid_t:t(4,58)=(4,57)o_nlink_t:t(4,59)=(0,8)o_pid_t:t(4,60)=(0,8)o_ino_t:t(4,61)=(4,6)key_t:t(4,62)=(0,1)mode_t:t(4,63)=(4,8)uid_t:t(4,64)=(0,3)gid_t:t(4,65)=(4,64)taskid_t:t(4,66)=(4,49)projid_t:t(4,67)=(4,49)pthread_t:t(4,68)=(4,7)pthread_key_t:t(4,69)=(4,7)_pthread_mutex:T(4,70)=s24__pthread_mutex_flags:(4,71)=s8__pthread_mutex_flag1:(8,6),0,16;__pthread_mutex_flag2:(8,5),16,8;__pthread_mutex_ceiling:(8,5),24,8;__pthread_mutex_type:(8,6),32,16;__pthread_mutex_magic:(8,6),48,16;;,0,64;__pthread_mutex_lock:(4,72)=u8__pthread_mutex_lock64:(4,73)=s8__pthread_mutex_pad:(4,74)=ar(7,3);0;7;(8,5),0,64;;,0,64;__pthread_mutex_lock32:(4,75)=s8__pthread_ownerpid:(8,7),0,32;__pthread_lockword:(8,7),32,32;;,0,64;__pthread_mutex_owner64:(4,37),0,64;;,64,64;__pthread_mutex_data:(4,37),128,64;;pthread_mutex_t:t(4,76)=(4,70)_pthread_cond:T(4,77)=s16__pthread_cond_flags:(4,78)=s8__pthread_cond_flag:(4,79)=ar(7,3);0;3;(8,5),0,32;__pthread_cond_type:(8,6),32,16;__pthread_cond_magic:(8,6),48,16;;,0,64;__pthread_cond_data:(4,37),64,64;;pthread_cond_t:t(4,80)=(4,77)_pthread_rwlock:T(4,81)=s64__pthread_rwlock_readers:(8,3),0,32;__pthread_rwlock_type:(8,6),32,16;__pthread_rwlock_magic:(8,6),48,16;__pthread_rwlock_mutex:(4,76),64,192;__pthread_rwlock_readercv:(4,80),256,128;__pthread_rwlock_writercv:(4,80),384,128;;pthread_rwlock_t:t(4,82)=(4,81)_pthread_attr:T(4,83)=s4__pthread_attrp:(4,21),0,32;;pthread_attr_t:t(4,84)=(4,83)_pthread_mutexattr:T(4,85)=s4__pthread_mutexattrp:(4,21),0,32;;pthread_mutexattr_t:t(4,86)=(4,85)_pthread_condattr:T(4,87)=s4__pthread_condattrp:(4,21),0,32;;pthread_condattr_t:t(4,88)=(4,87)_once:T(4,89)=s32__pthread_once_pad:(4,90)=ar(7,3);0;3;(4,37),0,256;;pthread_once_t:t(4,91)=(4,89)_pthread_rwlockattr:T(4,92)=s4__pthread_rwlockattrp:(4,21),0,32;;pthread_rwlockattr_t:t(4,93)=(4,92)dev_t:t(4,94)=(4,8)nlink_t:t(4,95)=(4,8)pid_t:t(4,96)=(0,3)size_t:t(4,97)=(0,4)ssize_t:t(4,98)=(0,1)time_t:t(4,99)=(0,3)clock_t:t(4,100)=(0,3)clockid_t:t(4,101)=(0,1)timer_t:t(4,102)=(0,1)unchar:t(4,103)=(0,11)ushort:t(4,104)=(0,9)uint:t(4,105)=(0,4)ulong:t(4,106)=(0,5)u_char:t(4,107)=(0,11)u_short:t(4,108)=(0,9)u_int:t(4,109)=(0,4)u_long:t(4,110)=(0,5)_quad:T(4,111)=s8val:(4,112)=ar(7,3);0;1;(0,1),0,64;;quad_t:t(4,113)=(4,111)quad:t(4,114)=(4,113)/usr/include/sys/select.h/usr/include/sys/time.htimeval:T(10,1)=s8tv_sec:(4,99),0,32;tv_usec:(4,51),32,32;;timezone:T(10,2)=s8tz_minuteswest:(0,1),0,32;tz_dsttime:(0,1),32,32;;/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.hitimerval:T(10,3)=s16it_interval:(10,1),0,64;it_value:(10,1),64,64;;hrtime_t:t(10,4)=(4,1)/usr/include/time.h/usr/include/iso/time_iso.htm:T(13,1)=s36tm_sec:(0,1),0,32;tm_min:(0,1),32,32;tm_hour:(0,1),64,32;tm_mday:(0,1),96,32;tm_mon:(0,1),128,32;tm_year:(0,1),160,32;tm_wday:(0,1),192,32;tm_yday:(0,1),224,32;tm_isdst:(0,1),256,32;;/usr/include/sys/time_impl.htimespec:T(14,1)=s8tv_sec:(4,99),0,32;tv_nsec:(0,3),32,32;;timespec_t:t(14,2)=(14,1)timestruc_t:t(14,3)=(14,1)itimerspec:T(14,4)=s16it_interval:(14,1),0,64;it_value:(14,1),64,64;;itimerspec_t:t(14,5)=(14,4)sigval:T(12,1)=u4sival_int:(0,1),0,32;sival_ptr:(4,21),0,32;;sigevent:T(12,2)=s24sigev_notify:(0,1),0,32;sigev_signo:(0,1),32,32;sigev_value:(12,1),64,32;sigev_notify_function:(12,3)=*(12,4)=f(0,22),96,32;sigev_notify_attributes:(12,5)=*(4,84),128,32;__sigev_pad2:(0,1),160,32;;/usr/include/sys/select.hfd_mask:t(9,1)=(0,3)fds_mask:t(9,2)=(0,3)fd_set:T(9,3)=s128fds_bits:(9,4)=ar(7,3);0;31;(0,3),0,1024;;fd_set:t(9,5)=(9,3)/usr/include/sys/mman.hmemcntl_mha:T(16,1)=s12mha_cmd:(4,7),0,32;mha_flags:(4,7),32,32;mha_pagesize:(4,97),64,32;;meminfo:T(16,2)=s20mi_inaddr:(16,3)=*(16,4)=k(8,8),0,32;mi_info_req:(16,5)=*(16,6)=k(4,7),32,32;mi_outdata:(16,7)=*(8,8),64,32;mi_validity:(16,8)=*(4,7),96,32;mi_info_count:(0,1),128,32;;meminfo_t:t(16,9)=(16,2)/usr/include/sys/param.h/usr/include/sys/unistd.h/usr/include/sys/procset.hidtype:T(19,1)=eP_PID:0,P_PPID:1,P_PGID:2,P_SID:3,P_CID:4,P_UID:5,P_GID:6,P_ALL:7,P_LWPID:8,P_TASKID:9,P_PROJID:10,;idtype_t:t(19,2)=(19,1)idop:T(19,3)=ePOP_DIFF:0,POP_AND:1,POP_OR:2,POP_XOR:3,;idop_t:t(19,4)=(19,3)procset:T(19,5)=s20p_op:(19,4),0,32;p_lidtype:(19,2),32,32;p_lid:(4,49),64,32;p_ridtype:(19,2),96,32;p_rid:(4,49),128,32;;procset_t:t(19,6)=(19,5)/usr/include/sys/stat.hstat:T(20,1)=s136st_dev:(4,94),0,32;st_pad1:(20,2)=ar(7,3);0;2;(0,3),32,96;st_ino:(4,25),128,32;st_mode:(4,63),160,32;st_nlink:(4,95),192,32;st_uid:(4,64),224,32;st_gid:(4,65),256,32;st_rdev:(4,94),288,32;st_pad2:(7,2),320,64;st_size:(4,23),384,32;st_pad3:(0,3),416,32;st_atim:(14,3),448,64;st_mtim:(14,3),512,64;st_ctim:(14,3),576,64;st_blksize:(4,33),640,32;st_blocks:(4,26),672,32;st_fstype:(20,3)=ar(7,3);0;15;(0,2),704,128;st_pad4:(20,4)=ar(7,3);0;7;(0,3),832,256;;stat64:T(20,5)=s152st_dev:(4,94),0,32;st_pad1:(20,2),32,96;st_ino:(4,29),128,64;st_mode:(4,63),192,32;st_nlink:(4,95),224,32;st_uid:(4,64),256,32;st_gid:(4,65),288,32;st_rdev:(4,94),320,32;st_pad2:(7,2),352,64;st_size:(4,24),448,64;st_atim:(14,3),512,64;st_mtim:(14,3),576,64;st_ctim:(14,3),640,64;st_blksize:(4,33),704,32;st_blocks:(4,30),768,64;st_fstype:(20,3),832,128;st_pad4:(20,4),960,256;;/usr/include/sys/stat_impl.h/usr/include/sys/wait.h/usr/include/sys/resource.hrlim_t:t(23,1)=(0,5)rlimit:T(23,2)=s8rlim_cur:(23,1),0,32;rlim_max:(23,1),32,32;;rlim64_t:t(23,3)=(4,2)rlimit64:T(23,4)=s16rlim_cur:(23,3),0,64;rlim_max:(23,3),64,64;;rusage:T(23,5)=s72ru_utime:(10,1),0,64;ru_stime:(10,1),64,64;ru_maxrss:(0,3),128,32;ru_ixrss:(0,3),160,32;ru_idrss:(0,3),192,32;ru_isrss:(0,3),224,32;ru_minflt:(0,3),256,32;ru_majflt:(0,3),288,32;ru_nswap:(0,3),320,32;ru_inblock:(0,3),352,32;ru_oublock:(0,3),384,32;ru_msgsnd:(0,3),416,32;ru_msgrcv:(0,3),448,32;ru_nsignals:(0,3),480,32;ru_nvcsw:(0,3),512,32;ru_nivcsw:(0,3),544,32;;/usr/include/sys/siginfo.h/usr/include/sys/machsig.hsiginfo:T(24,1)=s128si_signo:(0,1),0,32;si_code:(0,1),32,32;si_errno:(0,1),64,32;__data:(24,2)=u116__pad:(24,3)=ar(7,3);0;28;(0,1),0,928;__proc:(24,4)=s16__pid:(4,96),0,32;__pdata:(24,5)=u12__kill:(24,6)=s8__uid:(4,64),0,32;__value:(12,1),32,32;;,0,64;__cld:(24,7)=s12__utime:(4,100),0,32;__status:(0,1),32,32;__stime:(4,100),64,32;;,0,96;;,32,96;;,0,128;__fault:(24,8)=s12__addr:(4,21),0,32;__trapno:(0,1),32,32;__pc:(4,9),64,32;;,0,96;__file:(24,9)=s8__fd:(0,1),0,32;__band:(0,3),32,32;;,0,64;__prof:(24,10)=s88__faddr:(4,9),0,32;__tstamp:(14,3),32,64;__syscall:(0,8),96,16;__nsysarg:(0,2),112,8;__fault:(0,2),120,8;__sysarg:(20,4),128,256;__mstate:(24,11)=ar(7,3);0;9;(0,1),384,320;;,0,704;__rctl:(24,12)=s4__entity:(8,3),0,32;;,0,32;;,96,928;;siginfo_t:t(24,13)=(24,1)k_siginfo:T(24,14)=s28si_signo:(0,1),0,32;si_code:(0,1),32,32;si_errno:(0,1),64,32;__data:(24,15)=u16__proc:(24,16)=s16__pid:(4,96),0,32;__pdata:(24,17)=u12__kill:(24,18)=s8__uid:(4,64),0,32;__value:(12,1),32,32;;,0,64;__cld:(24,19)=s12__utime:(4,100),0,32;__status:(0,1),32,32;__stime:(4,100),64,32;;,0,96;;,32,96;;,0,128;__fault:(24,20)=s12__addr:(4,21),0,32;__trapno:(0,1),32,32;__pc:(4,9),64,32;;,0,96;__file:(24,21)=s8__fd:(0,1),0,32;__band:(0,3),32,32;;,0,64;__prof:(24,22)=s16__faddr:(4,9),0,32;__tstamp:(14,3),32,64;__syscall:(0,8),96,16;__nsysarg:(0,2),112,8;__fault:(0,2),120,8;;,0,128;__rctl:(24,23)=s4__entity:(8,3),0,32;;,0,32;;,96,128;;k_siginfo_t:t(24,24)=(24,14)sigqueue:T(24,25)=s40sq_next:(24,26)=*(24,25),0,32;sq_info:(24,24),32,224;sq_func:(24,27)=*(24,28)=f(0,22),256,32;sq_backptr:(4,21),288,32;;sigqueue_t:t(24,29)=(24,25)/usr/include/sys/systeminfo.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.h__gnuc_va_list:t(28,1)=(0,21)/usr/include/iso/stdio_iso.h/usr/include/sys/va_list.h__va_list:t(30,1)=(4,21)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio_tag.h__FILE:t(31,1)=(31,2)=xs__FILE:/usr/include/stdio_impl.h__FILE:T(31,2)=s16_cnt:(4,98),0,32;_ptr:(32,1)=*(0,11),32,32;_base:(32,1),64,32;_flag:(0,11),96,8;_file:(0,11),104,8;__orientation:(0,4),112,2;__ionolock:(0,4),114,1;__seekable:(0,4),115,1;__filler:(0,4),116,4;;__longlong_t:t(29,1)=(0,6)FILE:t(29,2)=(31,1)fpos_t:t(29,3)=(0,3)fpos64_t:t(27,1)=(29,1)/usr/include/assert.h/usr/include/ctype.h/usr/include/iso/ctype_iso.h/usr/include/dirent.h/usr/include/sys/dirent.hdirent:T(37,1)=s12d_ino:(4,25),0,32;d_off:(4,23),32,32;d_reclen:(0,9),64,16;d_name:(37,2)=ar(7,3);0;0;(0,2),80,8;;dirent_t:t(37,3)=(37,1)dirent64:T(37,4)=s24d_ino:(4,29),0,64;d_off:(4,24),64,64;d_reclen:(0,9),128,16;d_name:(37,2),144,8;;dirent64_t:t(37,5)=(37,4)DIR:t(36,1)=(36,2)=s16dd_fd:(0,1),0,32;dd_loc:(0,1),32,32;dd_size:(0,1),64,32;dd_buf:(4,10),96,32;;/usr/include/errno.h/usr/include/sys/errno.h/usr/include/fcntl.h/usr/include/sys/fcntl.hflock:T(41,1)=s36l_type:(0,8),0,16;l_whence:(0,8),16,16;l_start:(4,23),32,32;l_len:(4,23),64,32;l_sysid:(0,1),96,32;l_pid:(4,96),128,32;l_pad:(41,2)=ar(7,3);0;3;(0,3),160,128;;flock_t:t(41,3)=(41,1)flock64:T(41,4)=s48l_type:(0,8),0,16;l_whence:(0,8),16,16;l_start:(4,24),64,64;l_len:(4,24),128,64;l_sysid:(0,1),192,32;l_pid:(4,96),224,32;l_pad:(41,2),256,128;;flock64_t:t(41,5)=(41,4)fshare:T(41,6)=s8f_access:(0,8),0,16;f_deny:(0,8),16,16;f_id:(0,1),32,32;;fshare_t:t(41,7)=(41,6)/usr/include/libgen.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/syslimits.h/usr/include/iso/limits_iso.h/usr/include/sys/int_limits.h/usr/include/memory.h/usr/include/setjmp.h/usr/include/iso/setjmp_iso.hjmp_buf:t(49,1)=(49,2)=ar(7,3);0;11;(0,1)sigjmp_buf:t(48,1)=(48,2)=ar(7,3);0;18;(0,1)/usr/include/signal.h/usr/include/iso/signal_iso.h/usr/include/sys/iso/signal_iso.hsig_atomic_t:t(51,1)=(0,1)/usr/include/sys/signal.hsigset_t:t(53,1)=(53,2)=s16__sigbits:(53,3)=ar(7,3);0;3;(0,4),0,128;;k_sigset_t:t(53,4)=(53,5)=s8__sigbits:(53,6)=ar(7,3);0;1;(0,4),0,64;;sigaction:T(53,7)=s32sa_flags:(0,1),0,32;_funcptr:(53,8)=u4_handler:(53,9)=*(53,10)=f(0,22),0,32;_sigaction:(53,11)=*(53,12)=f(0,22),0,32;;,32,32;sa_mask:(53,1),64,128;sa_resv:(4,112),192,64;;sigaltstack:T(53,13)=s12ss_sp:(4,21),0,32;ss_size:(4,97),32,32;ss_flags:(0,1),64,32;;stack_t:t(53,14)=(53,13)signotify_id:T(53,15)=s12sn_pid:(4,96),0,32;sn_index:(0,1),32,32;sn_pad:(0,1),64,32;;signotify_id_t:t(53,16)=(53,15)sigstack:T(53,17)=s8ss_sp:(4,21),0,32;ss_onstack:(0,1),32,32;;/usr/include/inttypes.h/usr/include/sys/inttypes.h/usr/include/sys/int_const.h/usr/include/sys/int_fmtio.h/usr/include/stdlib.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/iso/stdlib_iso.hdiv_t:t(59,1)=(59,2)=s8quot:(0,1),0,32;rem:(0,1),32,32;;ldiv_t:t(59,3)=(59,4)=s8quot:(0,3),0,32;rem:(0,3),32,32;;wchar_t:t(59,5)=(0,3)lldiv_t:t(58,1)=(58,2)=s16quot:(0,6),0,64;rem:(0,6),64,64;;/usr/include/string.h/usr/include/iso/string_iso.h/usr/include/utime.h/usr/include/sys/utime.hutimbuf:T(63,1)=s8actime:(4,99),0,32;modtime:(4,99),32,32;;/usr/include/unistd.ht_word:t(2,1)=(0,1)../../autoopts/autoopts/options.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h :T(65,1)=eOPARG_TYPE_NONE:0,OPARG_TYPE_STRING:1,OPARG_TYPE_ENUMERATION:2,OPARG_TYPE_BOOLEAN:3,OPARG_TYPE_MEMBERSHIP:4,OPARG_TYPE_NUMERIC:5,OPARG_TYPE_HIERARCHY:6,;teOptArgType:t(65,2)=(65,1)optionValue:T(65,3)=s12valType:(65,2),0,32;pzName:(4,10),32,32;v:(65,4)=u4strVal:(37,2),0,8;enumVal:(0,1),0,32;boolVal:(0,1),0,32;setVal:(0,3),0,32;longVal:(0,3),0,32;nestVal:(4,21),0,32;;,64,32;;tOptionValue:t(65,5)=(65,3) :T(65,6)=eAG_FALSE:0,AG_TRUE:1,;ag_bool:t(65,7)=(65,6)tOptions:t(65,8)=(65,9)=xsoptions:tOptDesc:t(65,10)=(65,11)=xsoptDesc:tOptNames:t(65,12)=(65,13)=xsoptNames:tOptProc:t(65,14)=(65,15)=f(0,22)tpOptProc:t(65,16)=(65,17)=*(65,14)tUsageProc:t(65,18)=(65,19)=f(0,22)tpUsageProc:t(65,20)=(65,21)=*(65,18)tArgList:t(65,22)=(65,23)=xsargList:argList:T(65,23)=s32useCt:(0,1),0,32;allocCt:(0,1),32,32;apzArgs:(65,24)=ar(7,3);0;5;(65,25)=*(65,26)=k(0,2),64,192;;optDesc:T(65,11)=s64optIndex:(0,9),0,16;optValue:(0,9),16,16;optActualIndex:(0,9),32,16;optActualValue:(0,9),48,16;optEquivIndex:(0,9),64,16;optMinCt:(0,9),80,16;optMaxCt:(0,9),96,16;optOccCt:(0,9),112,16;fOptState:(0,4),128,32;reserved:(0,4),160,32;pzLastArg:(65,25),192,32;optCookie:(4,21),224,32;pOptMust:(65,27)=*(65,28)=k(0,1),256,32;pOptCant:(65,27),288,32;pOptProc:(65,16),320,32;pzText:(65,25),352,32;pz_NAME:(65,25),384,32;pz_Name:(65,25),416,32;pz_DisableName:(65,25),448,32;pz_DisablePfx:(65,25),480,32;;tOptSpecIndex:t(65,29)=(65,30)=xsoptSpecIndex:optSpecIndex:T(65,30)=s8more_help:(0,9),0,16;save_opts:(0,9),16,16;number_option:(0,9),32,16;default_opt:(0,9),48,16;;tOptionXlateProc:t(65,31)=(65,32)=f(0,22)options:T(65,9)=s108structVersion:(0,1),0,32;origArgCt:(0,1),32,32;origArgVect:(65,33)=*(4,10),64,32;fOptSet:(0,4),96,32;curOptIdx:(0,4),128,32;pzCurOpt:(4,10),160,32;pzProgPath:(65,25),192,32;pzProgName:(65,25),224,32;pzPROGNAME:(65,25),256,32;pzRcName:(65,25),288,32;pzCopyright:(65,25),320,32;pzCopyNotice:(65,25),352,32;pzFullVersion:(65,25),384,32;papzHomeList:(65,34)=*(65,25),416,32;pzUsageTitle:(65,25),448,32;pzExplain:(65,25),480,32;pzDetail:(65,25),512,32;pOptDesc:(65,35)=*(65,10),544,32;pzBugAddr:(65,25),576,32;pExtensions:(4,21),608,32;pSavedState:(4,21),640,32;pUsageProc:(65,20),672,32;pTransProc:(65,36)=*(65,31),704,32;specOptIdx:(65,29),736,64;optCt:(0,1),800,32;presetOptCt:(0,1),832,32;;token_list_t:t(65,37)=(65,38)=s8tkn_ct:(0,5),0,32;tkn_list:(65,39)=ar(7,3);0;0;(32,1),32,32;;tmap_info_t:t(65,40)=(65,41)=s36txt_data:(4,21),0,32;txt_size:(4,97),32,32;txt_full_size:(4,97),64,32;txt_fd:(0,1),96,32;txt_zero_fd:(0,1),128,32;txt_errno:(0,1),160,32;txt_prot:(0,1),192,32;txt_flags:(0,1),224,32;txt_alloc:(0,1),256,32;; :T(65,42)=eOPTION_LOAD_COOKED:0,OPTION_LOAD_UNCOOKED:1,OPTION_LOAD_KEEP:2,;tOptionLoadMode:t(65,43)=(65,42)../../autoopts/autoopts/usage-txt.husage_text_t:t(67,1)=(67,2)=s460field_ct:(0,1),0,32;utpz_GnuBoolArg:(4,10),32,32;utpz_GnuKeyArg:(4,10),64,32;utpz_GnuKeyLArg:(4,10),96,32;utpz_GnuNumArg:(4,10),128,32;utpz_GnuStrArg:(4,10),160,32;apz_str:(67,3)=ar(7,3);0;108;(65,25),192,3488;;../../autoopts/genshell.h :T(68,1)=eINDEX_OPT_SCRIPT:0,INDEX_OPT_SHELL:1,INDEX_OPT_VERSION:2,INDEX_OPT_HELP:3,INDEX_OPT_MORE_HELP:4,;teOptIndex:t(68,2)=(68,1)../../autoopts/autoopts.htDirection:t(69,1)=(0,1)tSuccess:t(69,2)=(0,1) :T(69,3)=ePAGER_STATE_INITIAL:0,PAGER_STATE_READY:1,PAGER_STATE_CHILD:2,;tePagerState:t(69,4)=(69,3) :T(69,5)=eENV_ALL:0,ENV_IMM:1,ENV_NON_IMM:2,;teEnvPresetType:t(69,6)=(69,5) :T(69,7)=eTOPT_UNDEFINED:0,TOPT_SHORT:1,TOPT_LONG:2,TOPT_DEFAULT:3,;teOptType:t(69,8)=(69,7)tOptState:t(69,9)=(69,10)=s16pOD:(65,35),0,32;pzOptArg:(65,25),32,32;flags:(0,5),64,32;optType:(69,8),96,32;; :T(69,11)=eTT_LONGUSAGE:0,TT_USAGE:1,TT_VERSION:2,COUNT_TT:3,;teTextTo:t(69,12)=(69,11)arg_types_t:t(69,13)=(69,14)=s52pzStr:(65,25),0,32;pzReq:(65,25),32,32;pzNum:(65,25),64,32;pzKey:(65,25),96,32;pzKeyL:(65,25),128,32;pzBool:(65,25),160,32;pzNest:(65,25),192,32;pzOpt:(65,25),224,32;pzNo:(65,25),256,32;pzBrk:(65,25),288,32;pzNoF:(65,25),320,32;pzSpc:(65,25),352,32;pzOptFmt:(65,25),384,32;;../../snprintfv/printf.h../../snprintfv/compat.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.hva_list:t(73,1)=(28,1)snv_wchar_t:t(71,1)=(0,1)snv_wint_t:t(71,2)=(0,1)snv_pointer:t(71,3)=(4,21)snv_constpointer:t(71,4)=(71,5)=*(71,6)=k(0,22) :T(71,7)=eSNV_FALSE:0,SNV_TRUE:1,;snv_bool_t:t(71,8)=(71,7)snv_long_double:t(71,9)=(0,16)../../snprintfv/filament.hFilament:t(74,1)=(74,2)=xsfilament:filament:T(74,2)=s524value:(4,10),0,32;length:(4,97),32,32;size:(4,97),64,32;buffer:(74,3)=ar(7,3);0;511;(0,2),96,4096;;../../snprintfv/stream.hSTREAM:t(75,1)=(75,2)=xsstream:StreamPut:t(75,3)=(75,4)=*(75,5)=f(0,1)StreamGet:t(75,6)=(75,7)=*(75,8)=f(0,1)../../snprintfv/mem.hmalloc_proc_t:t(76,1)=(76,2)=f(4,21)realloc_proc_t:t(76,3)=(76,4)=f(4,21)free_proc_t:t(76,5)=(76,6)=f(4,21) :T(70,1)=eSNV_ERROR:-1,SNV_OK:0,;snv_status:t(70,2)=(70,1)printf_info:T(70,3)=s52count:(0,1),0,32;state:(0,1),32,32;error:(70,4)=*(74,1),64,32;format:(65,25),96,32;argc:(0,1),128,32;argindex:(0,1),160,32;dollar:(0,1),192,32;prec:(0,1),224,32;width:(0,1),256,32;extra:(71,3),288,32;type:(0,1),320,32;spec:(0,2),352,8;pad:(0,2),360,8;is_long_double:(0,4),368,1;is_char:(0,4),369,1;is_short:(0,4),370,1;is_long:(0,4),371,1;alt:(0,4),372,1;space:(0,4),373,1;left:(0,4),374,1;showsign:(0,4),375,1;group:(0,4),376,1;wide:(0,4),377,1;args:(70,5)=*(70,6)=k(70,7)=xuprintf_arg:,384,32;;printf_info:t(70,8)=(70,3)printf_arg:T(70,7)=u16pa_char:(0,11),0,8;pa_wchar:(71,1),0,32;pa_short_int:(0,8),0,16;pa_int:(0,1),0,32;pa_long_int:(0,3),0,32;pa_long_long_int:(8,9),0,64;pa_u_short_int:(0,9),0,16;pa_u_int:(0,4),0,32;pa_u_long_int:(0,5),0,32;pa_u_long_long_int:(8,10),0,64;pa_float:(0,14),0,32;pa_double:(0,15),0,64;pa_long_double:(0,16),0,128;pa_string:(65,25),0,32;pa_wstring:(70,9)=*(70,10)=k(71,1),0,32;pa_pointer:(71,4),0,32;;printf_arg:t(70,11)=(70,7)printf_function:t(70,12)=(70,13)=f(0,1)printf_arginfo_function:t(70,14)=(70,15)=f(0,1)spec_entry:T(70,16)=s24spec:(0,1),0,32;unused:(0,1),32,32;type:(0,1),64,32;fmt:(70,17)=*(70,12),96,32;arg:(70,18)=*(70,14),128,32;user:(71,3),160,32;;spec_entry:t(70,19)=(70,16)register_callback_function:t(70,20)=(70,21)=f(70,22)=*(70,19) :T(70,23)=ePA_INT:0,PA_CHAR:1,PA_WCHAR:2,PA_STRING:3,PA_WSTRING:4,PA_POINTER:5,PA_FLOAT:6,PA_DOUBLE:7,PA_LAST:8,PA_UNKNOWN:-1,;../../autoopts/proto.h../../autoopts/autoopts.chandleOption:f(69,2)pOpts:P(78,1)=*(65,8)pOptState:P(78,2)=*(69,9)../../autoopts/autoopts.cpOD:r(65,35)pOP:r(65,17)p:r(65,35)pzEqv:r(65,25)pzFmt:r(65,25)pzFmt:r(65,25)p:r(65,35)longOptionFind:f(69,2)pOpts:P(78,1)pzOptName:P(4,10)pOptState:P(78,2)disable:r(65,7)pzEq:r(4,10)pOD:r(65,35)idx:r(0,1)idxLim:r(0,1)matchCt:r(0,1)matchIdx:r(0,1)nameLen:r(0,1)shortOptionFind:f(69,2)pOpts:P(78,1)optValue:P(0,11)pOptState:P(78,2)pRes:r(65,35)ct:r(0,1)findOptDesc:f(69,2)pOpts:P(78,1)pOptState:P(78,2)pz:r(4,10)pz:r(4,10) :T(78,3)=eARG_NONE:0,ARG_MAY:1,ARG_MUST:2,;nextOption:f(69,2)pOpts:P(78,1)pOptState:P(78,2)res:r(69,2)pzLA:r(4,10)pzLA:r(4,10)pzLA:r(4,10)doImmediateOpts:f(69,2)pOpts:P(78,1)optState:(69,9)optState:(69,9)doRegularOpts:f(69,2)pOpts:P(78,1)optState:(69,9)optState:(69,9)doPresets:f(69,2)pOpts:P(78,1)checkConsistency:f(0,1)pOpts:P(78,1)errCt:r(0,1)pOD:r(65,35)oCt:r(0,1)pMust:r(65,27)pCant:r(65,27)p:r(65,35)p:r(65,35)pMust:r(65,27)pCant:r(65,27)p:r(65,35)pN:r(78,4)=*(78,5)=k(65,10)p:r(65,35)pN:r(78,4)optionProcess:F(0,1)pOpts:P(78,1)argCt:P(0,1)argVect:P(65,33)pOD:r(65,35)pOD:r(65,35)../../autoopts/boolean.coptionBooleanVal:F(0,22)pOpts:P(78,1)pOD:P(65,35)../../autoopts/boolean.cval:r(0,3)pz:(4,10)res:r(65,7)../../autoopts/configfile.cconfigFileLoad:F(80,1)=*(80,2)=k(65,5)pzFile:P(65,25)../../autoopts/configfile.ccfgfile:(65,40)pRes:r(80,3)=*(65,5)pzText:r(4,10)err:r(0,1)err:r(0,1)err:r(0,1)optionFindValue:F(80,1)pOptDesc:P(78,4)pzName:P(65,25)pzVal:P(65,25)pRes:r(80,1)ct:r(0,1)ppOV:r(80,4)=*(80,1)ct:r(0,1)ppOV:r(80,4)pOV:r(80,1)pRV:r(80,1)pOV:r(80,1)pRV:r(80,1)optionFindNextValue:F(80,1)pOptDesc:P(78,4)pPrevVal:P(80,1)pzName:P(65,25)pzVal:P(65,25)foundOldVal:r(0,1)pRes:r(80,3)ct:r(0,1)ppOV:r(80,5)=*(80,3)ct:r(0,1)ppOV:r(80,5)pOV:r(80,3)pOV:r(80,3)pOV:r(80,3)optionGetValue:F(80,1)pOld:P(80,1)pzValName:P(65,25)pAL:r(80,6)=*(65,22)pRes:r(80,3)ct:r(0,1)papOV:r(80,5)pOV:r(80,3)pOV:r(80,3)ct:r(0,1)papOV:r(80,5)optionNextValue:F(80,1)pOVList:P(80,1)pOldOV:P(80,1)pAL:r(80,6)pRes:r(80,3)err:r(0,1)ct:r(0,1)papNV:r(80,5)pNV:r(80,3)ct:r(0,1)papNV:r(80,5)pNV:r(80,3)filePreset:f(0,22)pOpts:P(78,1)pzFileName:P(65,25)direction:P(0,1)cfgfile:(65,40)pzFileText:r(4,10)st:(69,9)handleComment:f(4,10)pzText:P(4,10)pz:r(4,10)handleConfig:f(4,10)pOpts:P(78,1)pOS:P(78,2)pzText:P(4,10)direction:P(0,1)pzName:r(4,10)pzEnd:r(4,10)pcD:r(4,10)pcS:r(4,10)pcD:r(4,10)pcS:r(4,10)ch:r(0,2)handleDirective:f(4,10)pOpts:P(78,1)pzText:P(4,10)ztitle:(80,7)=ar(7,3);0;31;(0,2)title_len:r(4,97)name_len:r(4,97)handleProgramSection:f(4,10)pOpts:P(78,1)pzText:P(4,10)len:r(4,97)z:(80,8)=ar(7,3);0;23;(0,2)z:(80,8)handleStructure:f(4,10)pOpts:P(78,1)pOS:P(78,2)pzText:P(4,10)direction:P(0,1)mode:(65,43)valu:(65,5)pzName:r(4,10)pcNulPoint:r(4,10)z:(80,9)=ar(7,3);0;63;(0,2)pz:r(4,10)len:r(4,97)z:(80,9)pz:r(4,10)len:r(4,97)z:(80,9)pz:r(4,10)len:r(4,97)z:(80,9)pz:r(4,10)len:r(4,97)internalFileLoad:f(0,22)pOpts:P(78,1)idx:r(0,1)inc:r(0,1)zFileName:(80,10)=ar(7,3);0;1024;(0,2)StatBuf:(20,1)pzPath:r(65,25)pz:r(4,10)optionFileLoad:F(0,1)pOpts:P(78,1)pzProgram:P(65,25)optionLoadOpt:F(0,22)pOpts:P(78,1)pOptDesc:P(65,35)sb:(20,1)parseAttributes:f(4,10)pOpts:P(78,1)pzText:P(4,10)pMode:P(80,11)=*(65,43)pType:P(80,3)lenLoadType:r(4,97)lenKeyWords:r(4,97)lenSetMem:r(4,97)parseKeyWordType:f(4,10)pOpts:P(78,1)pzText:P(4,10)pType:P(80,3)parseLoadMode:f(4,10)pzText:P(4,10)pMode:P(80,11)len:r(4,97)len:r(4,97)len:r(4,97)parseSetMemType:f(4,10)pOpts:P(78,1)pzText:P(4,10)pType:P(80,3)parseValueType:f(4,10)pzText:P(4,10)pType:P(80,3)len:r(4,97)len:r(4,97)len:r(4,97)len:r(4,97)len:r(4,97)len:r(4,97)len:r(4,97)skipUnknown:f(4,10)pzText:P(4,10)validateOptionsStruct:f(69,2)pOpts:P(78,1)pzProgram:P(65,25)pz:r(65,25)pz:r(65,25)pz:r(65,25)../../autoopts/cook.cao_string_cook_escape_char:F(0,4)pzIn:P(65,25)pRes:P(4,10)nl:P(0,2)../../autoopts/cook.cres:r(0,4)val:r(0,4)ch:r(0,11)val:r(0,4)ch:r(0,11)ao_string_cook:F(4,10)pzScan:P(4,10)pLineCt:P(81,1)=*(0,1)l:(0,1)q:r(0,2)pzD:r(4,10)pzS:r(4,10)ct:r(0,1)p:r(4,10)../../autoopts/enumeration.cenumError:f(0,22)pOpts:P(78,1)pOD:P(65,35)paz_names:P(65,34)name_ct:P(0,1)../../autoopts/enumeration.cmax_len:r(4,97)ttl_len:r(4,97)paz:r(65,34)ct:r(0,1)len:r(4,97)len:r(4,97)ent_no:r(0,1)zFmt:(20,3)ent_no:r(0,1)zFmt:(20,3)ent_no:r(0,1)zFmt:(20,3)findName:f(8,12)pzName:P(65,25)pOpts:P(78,1)pOD:P(65,35)paz_names:P(65,34)name_ct:P(0,4)res:r(8,12)len:r(4,97)idx:r(8,12)optionKeywordName:F(65,25)pOD:P(65,35)enum_val:P(0,4)od:(65,10)optionEnumerationVal:F(4,10)pOpts:P(78,1)pOD:P(65,35)paz_names:P(65,34)name_ct:P(0,4)zInval:V(82,1)=ar(7,3);0;9;(65,26)ix:r(0,4)zInval:V(82,1)ix:r(0,4)ix:r(0,4)optionSetMembers:F(0,22)pOpts:P(78,1)pOD:P(65,35)paz_names:P(65,34)name_ct:P(0,4)bits:r(8,12)res:r(8,12)len:r(4,97)pz:r(4,10)bits:r(8,12)res:r(8,12)len:r(4,97)pzArg:r(65,25)res:r(8,12)zSpn:V(82,2)=ar(7,3);0;8;(65,26)len:r(0,1)pz:(4,10)bit:r(8,12)z:(82,3)=ar(7,3);0;127;(0,2)p:r(65,25)zSpn:V(82,2)len:r(0,1)pz:(4,10)bit:r(8,12)z:(82,3)p:r(65,25)pz:(4,10)bit:r(8,12)pz:r(4,10)bits:r(8,12)res:r(8,12)len:r(4,97)bits:r(8,12)res:r(8,12)len:r(4,97)../../autoopts/environment.cdoPrognameEnv:f(0,22)pOpts:P(78,1)type:P(69,6)../../autoopts/environment.cpczOptStr:r(65,25)pTL:r(83,1)=*(65,37)sv_argc:r(0,1)sv_flag:r(0,4)sv_argv:r(65,33)doEnvPresets:f(0,22)pOpts:P(78,1)type:P(69,6)ct:r(0,1)st:(69,9)pzFlagName:r(4,10)spaceLeft:r(4,97)zEnvName:(82,3)../../autoopts/genshell.cdoUsageOpt:f(0,22)pOptions:P(78,1)pOptDesc:P(65,35)../../autoopts/genshell.c../../autoopts/load.coptionMakePath:F(65,7)pzBuf:P(4,10)bufSize:P(0,1)pzName:P(65,25)pzProgPath:P(65,25)../../autoopts/load.cres:r(65,7)pzS:r(65,25)pzD:r(4,10)ct:r(0,1)z:(80,10)z:(80,10)z:(80,10)insertProgramPath:f(65,7)pzBuf:P(4,10)bufSize:P(0,1)pzName:P(65,25)pzProgPath:P(65,25)pzPath:r(65,25)pz:r(65,25)skip:r(0,1)insertEnvVal:f(65,7)pzBuf:P(4,10)bufSize:P(0,1)pzName:P(65,25)pzProgPath:P(65,25)pzDir:r(4,10)ch:r(0,2)mungeString:f(0,22)pzTxt:P(4,10)mode:P(65,43)pzE:r(4,10)pzS:r(4,10)pzD:r(4,10)assembleArgValue:f(4,10)pzTxt:P(4,10)mode:P(65,43)zBrk:V(85,1)=ar(7,3);0;4;(65,26)pzEnd:r(4,10)space_break:r(0,1)loadOptionLine:f(0,22)pOpts:P(78,1)pOS:P(78,2)pzLine:P(4,10)direction:P(69,1)load_mode:P(65,43)pzArg:r(4,10)pzArg:r(4,10)optionLoadLine:F(0,22)pOpts:P(78,1)pzLine:P(65,25)st:(69,9)pz:r(4,10)../../autoopts/makeshell.coptionParseShell:F(0,22)pOpts:P(78,1)../../autoopts/makeshell.ctextToVariable:f(0,22)pOpts:P(78,1)whichVar:P(69,12)pOD:P(65,35)nlHoldCt:r(0,1)pipeFd:(4,112)fp:r(86,1)=*(29,2)zLONGUSAGE:V(86,2)=ar(7,3);0;9;(65,26)zUSAGE:V(86,3)=ar(7,3);0;5;(65,26)zVERSION:V(86,4)=ar(7,3);0;7;(65,26)apzTTNames:V(86,5)=ar(7,3);0;2;(65,25)ch:r(0,1)emitUsage:f(0,22)pOpts:P(78,1)zTimeBuf:(82,3)zStdout:V(86,6)=ar(7,3);0;6;(65,26)pzOutName:r(65,25)curTime:(4,99)pTime:r(86,7)=*(13,1)pzPN:r(4,10)pz:r(65,25)pOptDesc:r(65,35)optionCt:r(0,1)zStdout:V(86,6)pzOutName:r(65,25)emitSetup:f(0,22)pOpts:P(78,1)pOptDesc:r(65,35)optionCt:r(0,1)pzFmt:r(65,25)pzDefault:r(65,25)zVal:(20,3)zVal:(20,3)zVal:(20,3)printOptionAction:f(0,22)pOpts:P(78,1)pOptDesc:P(65,35)printOptionInaction:f(0,22)pOpts:P(78,1)pOptDesc:P(65,35)emitFlag:f(0,22)pOpts:P(78,1)pOptDesc:r(65,35)optionCt:r(0,1)emitMatchExpr:f(0,22)pzMatchName:P(65,25)pCurOpt:P(65,35)pOpts:P(78,1)pOD:r(65,35)oCt:r(0,1)min:r(0,1)zName:(86,8)=ar(7,3);0;255;(0,2)pz:r(4,10)matchCt:r(0,1)matchCt:r(0,1)matchCt:r(0,1)matchCt:r(0,1)matchCt:r(0,1)emitLong:f(0,22)pOpts:P(78,1)pOD:r(65,35)ct:r(0,1)openOutput:f(0,22)pzFile:P(65,25)fp:r(86,1)pzData:r(4,10)stbf:(20,1)pzScan:r(4,10)sizeLeft:r(0,1)inct:r(0,1)genshelloptUsage:F(0,22)pOpts:P(78,1)exitCode:P(0,1)pz:r(4,10)stat:(0,1)pz:r(4,10)stat:(0,1)../../autoopts/nested.cremoveBackslashes:f(0,22)pzSrc:P(4,10)../../autoopts/nested.cpzD:r(4,10)scanQuotedString:f(65,25)pzTxt:P(65,25)q:r(0,2)ch:r(0,2)addStringValue:f(80,3)pp:P(87,1)=*(4,21)pzName:P(65,25)nameLen:P(4,97)pzValue:P(65,25)dataLen:P(4,97)pNV:r(80,3)sz:r(4,97)addBoolValue:f(80,3)pp:P(87,1)pzName:P(65,25)nameLen:P(4,97)pzValue:P(65,25)dataLen:P(4,97)pNV:r(80,3)sz:r(4,97)addNumberValue:f(80,3)pp:P(87,1)pzName:P(65,25)nameLen:P(4,97)pzValue:P(65,25)dataLen:P(4,97)pNV:r(80,3)sz:r(4,97)addNestedValue:f(80,3)pp:P(87,1)pzName:P(65,25)nameLen:P(4,97)pzValue:P(4,10)dataLen:P(4,97)mode:P(65,43)pNV:r(80,3)sz:r(4,97)scanNameEntry:f(65,25)pzName:P(65,25)pRes:P(80,3)mode:P(65,43)pNV:r(80,3)pzScan:r(65,25)pzVal:r(65,25)nameLen:r(4,97)dataLen:r(4,97)scanXmlEntry:f(65,25)pzName:P(65,25)pRes:P(80,3)mode:p(65,43)nameLen:r(4,97)valLen:r(4,97)pzScan:r(65,25)pzVal:r(65,25)valu:(65,5)pNewVal:r(80,3)z:(87,2)=ar(7,3);0;67;(0,2)pzD:r(4,10)ct:r(0,1)pzS:r(65,25)z:(87,2)pzD:r(4,10)ct:r(0,1)pzS:r(65,25)z:(87,2)pzD:r(4,10)ct:r(0,1)pzS:r(65,25)unloadNestedArglist:f(0,22)pAL:P(80,6)ct:r(0,1)ppNV:r(80,5)pNV:r(80,3)pNV:r(80,3)optionUnloadNested:F(0,22)pOV:P(80,1)sortNestedList:f(0,22)pAL:P(80,6)ix:r(0,1)lm:r(0,1)iy:r(0,1)pNewNV:r(80,3)pOldNV:r(80,3)iy:r(0,1)pNewNV:r(80,3)pOldNV:r(80,3)optionLoadNested:F(80,3)pzTxt:P(65,25)pzName:P(65,25)nameLen:P(4,97)mode:P(65,43)pRes:r(80,3)pAL:r(80,6)optionNestedVal:F(0,22)pOpts:P(78,1)pOD:P(65,35)pOV:r(80,3)../../autoopts/numeric.coptionNumericVal:F(0,22)pOpts:P(78,1)pOD:P(65,35)../../autoopts/numeric.cpz:(4,10)val:r(0,3)../../autoopts/pgusage.coptionPagedUsage:F(0,22)pOptions:P(78,1)pOD:P(65,35)../../autoopts/pgusage.cmy_pid:V(4,96)zPageUsage:(89,1)=ar(7,3);0;1023;(0,2)zPage:V(89,2)=ar(7,3);0;42;(65,26)pzPager:r(4,10)zPage:V(89,2)pzPager:r(4,10)../../autoopts/putshell.cputQuotedStr:f(0,22)pzStr:P(65,25)../../autoopts/putshell.coptionPutShell:F(0,22)pOpts:P(78,1)optIx:r(0,1)zOptCtFmt:V(90,1)=ar(7,3);0;30;(65,26)zOptNumFmt:V(90,2)=ar(7,3);0;41;(65,26)zOptDisabl:V(90,3)=ar(7,3);0;32;(65,26)zOptValFmt:V(90,4)=ar(7,3);0;6;(65,26)zOptEnd:V(90,5)=ar(7,3);0;14;(65,26)zFullOptFmt:V(90,6)=ar(7,3);0;34;(65,26)zEquivMode:V(90,7)=ar(7,3);0;44;(65,26)pOD:r(65,35)pOD:r(65,35)pzArg:r(4,10)pzArg:r(4,10)pzArg:r(4,10)ch:r(0,2)pOD:r(65,35)p:r(65,35)pOD:r(65,35)pOD:r(65,35)zOptCookieCt:V(90,8)=ar(7,3);0;38;(65,26)ppz:r(65,34)ct:r(0,1)zOptNumArg:V(90,9)=ar(7,3);0;9;(65,26)zOptEnd:V(90,10)=ar(7,3);0;17;(65,26)zOptNumArg:V(90,9)zOptEnd:V(90,10)pOD:r(65,35)pz:r(4,10)val:r(8,12)ch:r(0,2)pOD:r(65,35)pz:r(4,10)val:r(8,12)ch:r(0,2)../../autoopts/restore.coptionSaveState:F(0,22)pOpts:P(78,1)../../autoopts/restore.cpOD:r(65,35)ct:r(0,1)sz:r(4,97)pOD:r(65,35)ct:r(0,1)q:r(65,35)q:r(65,35)q:r(65,35)sz:r(4,97)pzName:r(65,25)optionRestore:F(0,22)pOpts:P(78,1)p:r(78,1)pzName:r(65,25)optionFree:F(0,22)pOpts:P(78,1)p:r(65,35)ct:r(0,1)p:r(65,35)ct:r(0,1)../../autoopts/save.cfindDirName:f(65,25)pOpts:P(78,1)p_free:P(81,1)../../autoopts/save.cpzDir:r(65,25)papz:r(92,1)=*(92,2)=k(65,25)papz:r(92,1)pzEndDir:r(65,25)pzFileName:r(4,10)pzEnv:r(4,10)z:(82,3)sz:r(4,97)sz:r(4,97)findFileName:f(65,25)pOpts:P(78,1)p_free_name:P(81,1)pzDir:r(65,25)stBuf:(20,1)free_dir_name:(0,1)z:(89,1)pzDirCh:r(4,10)z:(89,1)pzDirCh:r(4,10)sz:r(4,97)pzPath:r(4,10)pzPath:r(4,10)pzPath:r(4,10)pzPath:r(4,10)printEntry:f(0,22)fp:P(86,1)p:P(65,35)pzLA:P(65,25)optionSaveFile:F(0,22)pOpts:P(78,1)pOD:r(65,35)ct:r(0,1)fp:r(86,1)free_name:(0,1)pzFName:r(65,25)pz:r(65,25)timeVal:(4,99)pzTime:r(4,10)arg_state:r(0,1)p:r(65,35)arg_state:r(0,1)p:r(65,35)arg_state:r(0,1)p:r(65,35)pAL:r(80,6)uct:r(0,1)ppz:r(65,34)arg_state:r(0,1)p:r(65,35)arg_state:r(0,1)p:r(65,35)val:r(65,25)free_name:(0,1)pzFName:r(65,25)pz:r(65,25)free_name:(0,1)pzFName:r(65,25)../../autoopts/sort.cmustHandleArg:f(69,2)pOpts:P(78,1)pzArg:P(4,10)pOS:P(78,2)ppzOpts:P(65,33)pOptsIdx:P(81,1)../../autoopts/sort.cmayHandleArg:f(69,2)pOpts:P(78,1)pzArg:P(4,10)pOS:P(78,2)ppzOpts:P(65,33)pOptsIdx:P(81,1)checkShortOpts:f(69,2)pOpts:P(78,1)pzArg:P(4,10)pOS:P(78,2)ppzOpts:P(65,33)pOptsIdx:P(81,1)optionSort:f(0,22)pOpts:P(78,1)ppzOpts:r(65,33)ppzOpds:r(65,33)optsIdx:(0,1)opdsIdx:r(0,1)os:(69,9)pzArg:r(4,10)res:r(69,2)pzArg:r(4,10)res:r(69,2)pzArg:r(4,10)res:r(69,2)pzArg:r(4,10)res:r(69,2)../../autoopts/stack.c/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/regex.hregoff_t:t(95,1)=(4,98)regex_t:t(95,2)=(95,3)=s24re_nsub:(4,97),0,32;re_comp:(4,21),32,32;re_cflags:(0,1),64,32;re_erroff:(4,97),96,32;re_len:(4,97),128,32;re_sc:(95,4)=*(95,5)=xs_regex_ext_t:,160,32;;regmatch_t:t(95,6)=(95,7)=s24rm_sp:(65,25),0,32;rm_ep:(65,25),32,32;rm_so:(95,1),64,32;rm_eo:(95,1),96,32;rm_ss:(0,1),128,32;rm_es:(0,1),160,32;;optionUnstackArg:F(0,22)pOpts:P(78,1)pOptDesc:P(65,35)../../autoopts/stack.cres:r(0,1)pAL:r(80,6)re:(95,2)i:r(0,1)ct:r(0,1)dIdx:r(0,1)pzSrc:r(65,25)pzEq:r(4,10)re:(95,2)i:r(0,1)ct:r(0,1)dIdx:r(0,1)pzSrc:r(65,25)pzEq:r(4,10)addArgListEntry:f(0,22)ppAL:P(87,1)entry:P(4,21)pAL:r(80,6)sz:r(4,97)sz:r(4,97)sz:r(4,97)optionStackArg:F(0,22)pOpts:P(78,1)pOD:P(65,35)../../autoopts/streqvcmp.coption_strneqvcmp:F(0,1)s1:P(65,25)s2:P(65,25)ct:P(0,1)../../autoopts/streqvcmp.cu1:r(0,11)u2:r(0,11)dif:r(0,1)u1:r(0,11)u2:r(0,11)dif:r(0,1)option_streqvcmp:F(0,1)s1:P(65,25)s2:P(65,25)u1:r(0,11)u2:r(0,11)dif:r(0,1)option_streqvmap:F(0,22)From:P(0,2)To:P(0,2)ct:P(0,1)chTo:r(0,1)chFrom:r(0,1)option_strequate:F(0,22)s:P(65,25)option_strtransform:F(0,22)d:P(4,10)s:P(65,25)../../autoopts/text_mmap.ctext_mmap:F(4,21)pzFile:P(65,25)prot:P(0,1)flags:P(0,1)pMI:P(97,1)=*(65,40)../../autoopts/text_mmap.csb:(20,1)o_flag:r(0,1)sb:(20,1)o_flag:r(0,1)o_flag:r(0,1)pNuls:r(4,21)pgsz:r(4,97)p:r(4,21)pNuls:r(4,21)pgsz:r(4,97)p:r(4,21)p:r(4,21)p:r(4,21)text_munmap:F(0,1)pMI:P(97,1)res:r(0,1)../../autoopts/tokenize.ccopy_cooked:f(0,22)ppDest:P(98,1)=*(32,1)ppSrc:P(98,2)=*(98,3)=*(98,4)=k(0,11)../../autoopts/tokenize.cpDest:r(32,1)pSrc:r(98,3)ch:(0,11)copy_raw:f(0,22)ppDest:P(98,1)ppSrc:P(98,2)pDest:r(32,1)pSrc:r(98,3)ch:r(0,11)ao_string_tokenize:F(83,1)str:p(65,25)max_token_ct:r(0,1)res:r(83,1)pzDest:(32,1)ch:r(0,2)pz:r(98,3)pzDest:(32,1)ch:r(0,2)pzDest:(32,1)ch:r(0,2)ch:r(0,2)../../autoopts/usage.coptionUsage:F(0,22)pOptions:P(78,1)exitCode:P(0,1)../../autoopts/usage.cpOptTitle:(65,25)pz:r(4,10)ct:r(0,1)optNo:r(0,1)pOD:r(65,35)docCt:r(0,1)ct:r(0,1)optNo:r(0,1)pOD:r(65,35)docCt:r(0,1)ct:r(0,1)optNo:r(0,1)pOD:r(65,35)docCt:r(0,1)pz:r(4,10)printProgramDetails:f(0,22)pOptions:P(78,1)initIntro:(65,7)ct:r(0,1)pOD:r(65,35)ct:r(0,1)pOD:r(65,35)ct:r(0,1)pOD:r(65,35)printExtendedUsage:f(0,22)pOptions:P(78,1)pOD:P(65,35)pAT:P(99,1)=*(69,13)pOptNo:r(65,27)pOptNo:r(65,27)pOptNo:r(65,27)pOptNo:r(65,27)printBareUsage:f(0,22)pOptions:P(78,1)pOD:P(65,35)pAT:P(99,1)z:(99,2)=ar(7,3);0;79;(0,2)pzArgType:r(65,25)z:(99,2)pzArgType:r(65,25)z:(99,2)pzArgType:r(65,25)setStdOptFmts:f(0,22)pOpts:P(78,1)ppT:P(65,34)flen:r(0,1)setGnuOptFmts:f(0,22)pOpts:P(78,1)ppT:P(65,34)flen:r(0,1)printInitList:f(0,22)papz:P(65,34)pInitIntro:P(99,3)=*(65,7)pzRc:P(65,25)pzPN:P(65,25)zPath:(80,10)pzPath:r(65,25)sb:(20,1)sb:(20,1)../../autoopts/version.coptionVersion:F(65,25)../../autoopts/version.cprintVersion:f(0,22)pOpts:P(78,1)pOD:P(65,35)fp:P(86,1)swCh:r(0,2)pz:r(65,25)optionPrintVersion:F(0,22)pOpts:P(78,1)pOD:P(65,35)optionVersionStderr:F(0,22)pOpts:P(78,1)pOD:P(65,35)option_usage_text:G(67,1)eng_zAO_Bad:S(1,1)=ar(7,3);0;51;(65,26)eng_zAO_Big:S(1,2)=ar(7,3);0;45;(65,26)eng_zAO_Err:S(1,3)=ar(7,3);0;98;(65,26)eng_zAO_Sml:S(1,4)=ar(7,3);0;49;(65,26)eng_zAll:S(1,5)=ar(7,3);0;3;(65,26)eng_zAlt:S(1,6)=ar(7,3);0;26;(65,26)eng_zAmbigKey:S(1,7)=ar(7,3);0;41;(65,26)eng_zAmbiguous:S(1,8)=ar(7,3);0;9;(65,26)eng_zArgsMust:S(1,9)=ar(7,3);0;36;(65,26)eng_zAtMost:S(1,10)=ar(7,3);0;28;(65,26)eng_zAuto:S(1,11)=ar(7,3);0;25;(65,26)eng_zBadPipe:S(1,12)=ar(7,3);0;39;(65,26)eng_zBadVerArg:S(1,13)=ar(7,3);0;136;(65,26)eng_zCantFmt:S(1,14)=ar(7,3);0;47;(65,26)eng_zCantSave:S(1,15)=ar(7,3);0;53;(65,26)eng_zDefaultOpt:S(1,16)=ar(7,3);0;41;(65,26)eng_zDis:S(1,17)=ar(7,3);0;23;(65,26)eng_zEnab:S(1,18)=ar(7,3);0;25;(65,26)eng_zEquiv:S(1,19)=ar(7,3);0;12;(65,26)eng_zErrOnly:S(1,20)=ar(7,3);0;13;(65,26)eng_zExamineFmt:S(1,21)=ar(7,3);0;46;(65,26)eng_zFiveSpaces:S(1,22)=ar(7,3);0;5;(65,26)eng_zFlagOkay:S(1,23)=ar(7,3);0;102;(65,26)eng_zFmtFmt:S(1,24)=ar(7,3);0;11;(65,26)eng_zForkFail:S(1,25)=ar(7,3);0;50;(65,26)eng_zFSErrOptLoad:S(1,26)=ar(7,3);0;50;(65,26)eng_zFSErrReadFile:S(1,27)=ar(7,3);0;33;(65,26)eng_zGenshell:S(1,28)=ar(7,3);0;105;(65,26)eng_zGnuBoolArg:S(1,29)=ar(7,3);0;4;(0,2)eng_zGnuBreak:S(1,30)=ar(7,3);0;5;(65,26)eng_zGnuKeyArg:S(1,31)=ar(7,3);0;4;(0,2)eng_zGnuKeyLArg:S(1,32)=ar(7,3);0;4;(0,2)eng_zGnuNestArg:S(1,33)=ar(7,3);0;5;(65,26)eng_zGnuNumArg:S(1,34)=ar(7,3);0;4;(0,2)eng_zGnuOptArg:S(1,35)=ar(7,3);0;6;(65,26)eng_zGnuOptFmt:S(1,36)=ar(7,3);0;10;(65,26)eng_zGnuStrArg:S(1,37)=ar(7,3);0;4;(0,2)eng_zHomePath:S(1,38)=ar(7,3);0;48;(65,26)eng_zIllOptChr:S(1,39)=ar(7,3);0;25;(65,26)eng_zIllOptStr:S(1,40)=ar(7,3);0;20;(65,26)eng_zIllegal:S(1,41)=ar(7,3);0;7;(65,26)eng_zInvalOptDesc:S(1,42)=ar(7,3);0;50;(65,26)eng_zKeyWords:S(1,43)=ar(7,3);0;6;(65,26)eng_zLoadCooked:S(1,44)=ar(7,3);0;6;(65,26)eng_zLoadKeep:S(1,45)=ar(7,3);0;4;(65,26)eng_zLoadType:S(1,46)=ar(7,3);0;5;(65,26)eng_zLoadUncooked:S(1,47)=ar(7,3);0;8;(65,26)eng_zLtypeInteger:S(1,48)=ar(7,3);0;7;(65,26)eng_zLtypeNest:S(1,49)=ar(7,3);0;6;(65,26)eng_zLtypeString:S(1,50)=ar(7,3);0;6;(65,26)eng_zLtypeBool:S(1,51)=ar(7,3);0;4;(65,26)eng_zLtypeKeyword:S(1,52)=ar(7,3);0;7;(65,26)eng_zLtypeSetMembership:S(1,53)=ar(7,3);0;3;(65,26)eng_zMembers:S(1,54)=ar(7,3);0;33;(65,26)eng_zMisArg:S(1,55)=ar(7,3);0;37;(65,26)eng_zMultiEquiv:S(1,56)=ar(7,3);0;64;(65,26)eng_zMust:S(1,57)=ar(7,3);0;42;(65,26)eng_zNeedOne:S(1,58)=ar(7,3);0;34;(65,26)eng_zNoArg:S(1,59)=ar(7,3);0;40;(65,26)eng_zNoArgs:S(1,60)=ar(7,3);0;39;(65,26)eng_zNoCreat:S(1,61)=ar(7,3);0;26;(65,26)eng_zNoFlags:S(1,62)=ar(7,3);0;66;(65,26)eng_zNoKey:S(1,63)=ar(7,3);0;44;(65,26)eng_zNoLim:S(1,64)=ar(7,3);0;32;(65,26)eng_zNoPreset:S(1,65)=ar(7,3);0;24;(65,26)eng_zNoRq_NoShrtTtl:S(1,66)=ar(7,3);0;34;(65,26)eng_zNoRq_ShrtTtl:S(1,67)=ar(7,3);0;37;(65,26)eng_zNoStat:S(1,68)=ar(7,3);0;26;(65,26)eng_zNoState:S(1,69)=ar(7,3);0;48;(65,26)eng_zNone:S(1,70)=ar(7,3);0;4;(65,26)eng_zNotDef:S(1,71)=ar(7,3);0;17;(65,26)eng_zNotEnough:S(1,72)=ar(7,3);0;43;(65,26)eng_zNotFile:S(1,73)=ar(7,3);0;53;(65,26)eng_zNotNumber:S(1,74)=ar(7,3);0;45;(65,26)eng_zNrmOptFmt:S(1,75)=ar(7,3);0;7;(65,26)eng_zNumberOpt:S(1,76)=ar(7,3);0;47;(65,26)eng_zOneSpace:S(1,77)=ar(7,3);0;1;(65,26)eng_zOnlyOne:S(1,78)=ar(7,3);0;24;(65,26)eng_zOptsOnly:S(1,79)=ar(7,3);0;33;(65,26)eng_zPathFmt:S(1,80)=ar(7,3);0;18;(65,26)eng_zPlsSendBugs:S(1,81)=ar(7,3);0;33;(65,26)eng_zPreset:S(1,82)=ar(7,3);0;35;(65,26)eng_zPresetFile:S(1,83)=ar(7,3);0;37;(65,26)eng_zPresetIntro:S(1,84)=ar(7,3);0;55;(65,26)eng_zProg:S(1,85)=ar(7,3);0;7;(65,26)eng_zProhib:S(1,86)=ar(7,3);0;25;(65,26)eng_zReorder:S(1,87)=ar(7,3);0;65;(65,26)eng_zReqFmt:S(1,88)=ar(7,3);0;41;(65,26)eng_zReqOptFmt:S(1,89)=ar(7,3);0;13;(65,26)eng_zReqThese:S(1,90)=ar(7,3);0;24;(65,26)eng_zReq_NoShrtTtl:S(1,91)=ar(7,3);0;39;(65,26)eng_zReq_ShrtTtl:S(1,92)=ar(7,3);0;42;(65,26)eng_zSepChars:S(1,93)=ar(7,3);0;3;(65,26)eng_zSetMembers:S(1,94)=ar(7,3);0;8;(65,26)eng_zSetMemberSettings:S(1,95)=ar(7,3);0;218;(65,26)eng_zShrtGnuOptFmt:S(1,96)=ar(7,3);0;2;(65,26)eng_zSixSpaces:S(1,97)=ar(7,3);0;6;(65,26)eng_zStdBoolArg:S(1,98)=ar(7,3);0;3;(65,26)eng_zStdBreak:S(1,99)=ar(7,3);0;7;(65,26)eng_zStdKeyArg:S(1,100)=ar(7,3);0;3;(65,26)eng_zStdKeyLArg:S(1,101)=ar(7,3);0;3;(65,26)eng_zStdNestArg:S(1,102)=ar(7,3);0;3;(65,26)eng_zStdNoArg:S(1,103)=ar(7,3);0;3;(65,26)eng_zStdNumArg:S(1,104)=ar(7,3);0;3;(65,26)eng_zStdOptArg:S(1,105)=ar(7,3);0;3;(65,26)eng_zStdReqArg:S(1,106)=ar(7,3);0;3;(65,26)eng_zStdStrArg:S(1,107)=ar(7,3);0;3;(65,26)eng_zTabHyp:S(1,108)=ar(7,3);0;6;(65,26)eng_zTabHypAnd:S(1,109)=ar(7,3);0;11;(65,26)eng_zTabout:S(1,110)=ar(7,3);0;7;(65,26)eng_zThreeSpaces:S(1,111)=ar(7,3);0;3;(65,26)eng_zTwoSpaces:S(1,112)=ar(7,3);0;2;(65,26)eng_zUpTo:S(1,113)=ar(7,3);0;32;(65,26)eng_zValidKeys:S(1,114)=ar(7,3);0;36;(65,26)genshelloptOptions:G(65,8)pagerState:G(69,4)option_usage_fp:G(86,1)zNil:S(1,115)=ar(7,3);0;0;(65,26)pz_enum_err_fmt:S(65,25)zCopyright:S(1,116)=ar(7,3);0;67;(65,26)zCopyrightNotice:S(1,117)=ar(7,3);0;705;(65,26)zScriptText:S(1,118)=ar(7,3);0;18;(65,26)zScript_NAME:S(1,119)=ar(7,3);0;6;(65,26)zScript_Name:S(1,120)=ar(7,3);0;6;(65,26)zShellText:S(1,121)=ar(7,3);0;31;(65,26)zShell_NAME:S(1,122)=ar(7,3);0;5;(65,26)zNotShell_Name:S(1,123)=ar(7,3);0;8;(65,26)zNotShell_Pfx:S(1,124)=ar(7,3);0;2;(65,26)zHelpText:S(1,125)=ar(7,3);0;34;(65,26)zHelp_Name:S(1,126)=ar(7,3);0;4;(65,26)zMore_HelpText:S(1,127)=ar(7,3);0;44;(65,26)zMore_Help_Name:S(1,128)=ar(7,3);0;9;(65,26)zVersionText:S(1,129)=ar(7,3);0;35;(65,26)zVersion_Name:S(1,130)=ar(7,3);0;7;(65,26)optDesc:S(1,131)=ar(7,3);0;4;(65,10)zPROGNAME:S(1,132)=ar(7,3);0;11;(65,26)zUsageTitle:S(1,133)=ar(7,3);0;120;(65,26)zBugsAddr:S(1,134)=ar(7,3);0;26;(65,26)zExplain:S(1,135)=ar(7,3);0;178;(65,26)zDetail:S(1,136)=ar(7,3);0;221;(65,26)zFullVersion:S(1,137)=ar(7,3);0;62;(65,26)pShellParseOptions:G(78,1)zStartMarker:S(1,138)=ar(7,3);0;81;(65,26)zPreamble:S(1,139)=ar(7,3);0;105;(65,26)zEndPreamble:S(1,140)=ar(7,3);0;36;(65,26)zMultiDef:S(1,141)=ar(7,3);0;122;(65,26)zSingleDef:S(1,142)=ar(7,3);0;70;(65,26)zSingleNoDef:S(1,143)=ar(7,3);0;63;(65,26)zLoopCase:S(1,144)=ar(7,3);0;197;(65,26)zLoopOnly:S(1,145)=ar(7,3);0;95;(65,26)zLongSelection:S(1,146)=ar(7,3);0;10;(65,26)zFlagSelection:S(1,147)=ar(7,3);0;9;(65,26)zEndSelection:S(1,148)=ar(7,3);0;12;(65,26)zNoSelection:S(1,149)=ar(7,3);0;57;(65,26)zLoopEnd:S(1,150)=ar(7,3);0;320;(65,26)zTrailerMarker:S(1,151)=ar(7,3);0;115;(65,26)zOptionCase:S(1,152)=ar(7,3);0;30;(65,26)zOptionPartName:S(1,153)=ar(7,3);0;17;(65,26)zOptionFullName:S(1,154)=ar(7,3);0;15;(65,26)zOptionFlag:S(1,155)=ar(7,3);0;15;(65,26)zOptionEndSelect:S(1,156)=ar(7,3);0;16;(65,26)zOptionUnknown:S(1,157)=ar(7,3);0;141;(65,26)zTextExit:S(1,158)=ar(7,3);0;50;(65,26)zPagedUsageExit:S(1,159)=ar(7,3);0;73;(65,26)zCmdFmt:S(1,160)=ar(7,3);0;15;(65,26)zCountTest:S(1,161)=ar(7,3);0;178;(65,26)zMultiArg:S(1,162)=ar(7,3);0;123;(65,26)zSingleArg:S(1,163)=ar(7,3);0;246;(65,26)zNoMultiArg:S(1,164)=ar(7,3);0;140;(65,26)zNoSingleArg:S(1,165)=ar(7,3);0;304;(65,26)zMayArg:S(1,166)=ar(7,3);0;119;(65,26)zMustArg:S(1,167)=ar(7,3);0;31;(65,26)zCantArg:S(1,168)=ar(7,3);0;119;(65,26)zLongOptInit:S(1,169)=ar(7,3);0;254;(65,26)zLongOptArg:S(1,170)=ar(7,3);0;789;(65,26)zFlagOptInit:S(1,171)=ar(7,3);0;117;(65,26)zFlagOptArg:S(1,172)=ar(7,3);0;1176;(65,26)pzShell:S(65,25)pzLeader:S(4,10)pzTrailer:S(4,10)zWarn:S(1,173)=ar(7,3);0;35;(65,26)charmap:S(1,174)=ar(7,3);0;255;(0,11)argTypes:S(69,13)zOptFmtLine:S(20,3)displayEnum:S(65,7)zAOV:S(1,175)=ar(7,3);0;65;(65,26)ÿñ 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oL(LL((OLBdsnv.c/home/users/b/bk/bkorb/autogen-5.8.3/sun4u-SunOS-5.9/snprintfv/snv.cgcc2_compiled.int:t(0,1)=r(0,1);-2147483648;2147483647;char:t(0,2)=r(0,2);0;127;long int:t(0,3)=r(0,3);-2147483648;2147483647;unsigned int:t(0,4)=r(0,4);000000000000000000000000;000000000000037777777777;long unsigned int:t(0,5)=r(0,5);000000000000000000000000;000000000000037777777777;long long int:t(0,6)=@s64;r(0,6);001000000000000000000000;000777777777777777777777;long long unsigned int:t(0,7)=@s64;r(0,7);000000000000000000000000;001777777777777777777777;short int:t(0,8)=@s16;r(0,8);-32768;32767;short unsigned int:t(0,9)=@s16;r(0,9);0;65535;signed char:t(0,10)=@s8;r(0,10);-128;127;unsigned char:t(0,11)=@s8;r(0,11);0;255;__int128_t:t(0,12)=@s128;r(0,12);000000000000000000000000;0377777777777777777777777777777777;__uint128_t:t(0,13)=@s128;r(0,13);000000000000000000000000;0377777777777777777777777777777777;float:t(0,14)=r(0,1);4;0;double:t(0,15)=r(0,1);8;0;long double:t(0,16)=r(0,1);16;0;complex int:t(0,17)=s8real:(0,1),0,32;imag:(0,1),32,32;;complex float:t(0,18)=R3;8;0;complex double:t(0,19)=R4;16;0;complex long double:t(0,20)=R5;32;0;__builtin_va_list:t(0,21)=*(0,22)=(0,22)_Bool:t(0,23)=@s8;-16;snv.c../../snprintfv/filament.c../config.h../../snprintfv/mem.h../../snprintfv/compat.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.h/usr/include/sys/isa_defs.h/usr/include/sys/feature_tests.h/usr/include/sys/machtypes.h_label_t:T(9,1)=s8val:(9,2)=ar(9,3)=r(9,3);000000000000000000000000;000000000000037777777777;;0;1;(0,3),0,64;;label_t:t(9,4)=(9,1)lock_t:t(9,5)=(0,11)/usr/include/sys/int_types.hint8_t:t(10,1)=(0,2)int16_t:t(10,2)=(0,8)int32_t:t(10,3)=(0,1)int64_t:t(10,4)=(0,6)uint8_t:t(10,5)=(0,11)uint16_t:t(10,6)=(0,9)uint32_t:t(10,7)=(0,4)uint64_t:t(10,8)=(0,7)intmax_t:t(10,9)=(10,4)uintmax_t:t(10,10)=(10,8)intptr_t:t(10,11)=(0,1)uintptr_t:t(10,12)=(0,4)int_least8_t:t(10,13)=(0,2)int_least16_t:t(10,14)=(0,8)int_least32_t:t(10,15)=(0,1)int_least64_t:t(10,16)=(0,6)uint_least8_t:t(10,17)=(0,11)uint_least16_t:t(10,18)=(0,9)uint_least32_t:t(10,19)=(0,4)uint_least64_t:t(10,20)=(0,7)longlong_t:t(6,1)=(0,6)u_longlong_t:t(6,2)=(0,7)t_scalar_t:t(6,3)=(0,3)t_uscalar_t:t(6,4)=(0,5)uchar_t:t(6,5)=(0,11)ushort_t:t(6,6)=(0,9)uint_t:t(6,7)=(0,4)ulong_t:t(6,8)=(0,5)caddr_t:t(6,9)=(6,10)=*(0,2)daddr_t:t(6,11)=(0,3)cnt_t:t(6,12)=(0,8)ptrdiff_t:t(6,13)=(0,1)pfn_t:t(6,14)=(6,8)pgcnt_t:t(6,15)=(6,8)spgcnt_t:t(6,16)=(0,3)use_t:t(6,17)=(6,5)sysid_t:t(6,18)=(0,8)index_t:t(6,19)=(0,8)timeout_id_t:t(6,20)=(6,21)=*(0,22)bufcall_id_t:t(6,22)=(6,21)off_t:t(6,23)=(0,3)off64_t:t(6,24)=(6,1)ino_t:t(6,25)=(6,8)blkcnt_t:t(6,26)=(0,3)fsblkcnt_t:t(6,27)=(6,8)fsfilcnt_t:t(6,28)=(6,8)ino64_t:t(6,29)=(6,2)blkcnt64_t:t(6,30)=(6,1)fsblkcnt64_t:t(6,31)=(6,2)fsfilcnt64_t:t(6,32)=(6,2)blksize_t:t(6,33)=(0,3) :T(6,34)=eB_FALSE:0,B_TRUE:1,;boolean_t:t(6,35)=(6,34)pad64_t:t(6,36)=(10,4)upad64_t:t(6,37)=(10,8)offset_t:t(6,38)=(6,1)u_offset_t:t(6,39)=(6,2)len_t:t(6,40)=(6,2)diskaddr_t:t(6,41)=(6,1)lloff_t:t(6,42)=(6,43)=u8_f:(6,38),0,64;_p:(6,44)=s8_u:(10,3),0,32;_l:(10,3),32,32;;,0,64;;lldaddr_t:t(6,45)=(6,46)=u8_f:(6,41),0,64;_p:(6,47)=s8_u:(10,3),0,32;_l:(10,3),32,32;;,0,64;;k_fltset_t:t(6,48)=(6,7)id_t:t(6,49)=(0,3)useconds_t:t(6,50)=(6,7)suseconds_t:t(6,51)=(0,3)major_t:t(6,52)=(6,8)minor_t:t(6,53)=(6,8)pri_t:t(6,54)=(0,8)o_mode_t:t(6,55)=(6,6)o_dev_t:t(6,56)=(0,8)o_uid_t:t(6,57)=(6,6)o_gid_t:t(6,58)=(6,57)o_nlink_t:t(6,59)=(0,8)o_pid_t:t(6,60)=(0,8)o_ino_t:t(6,61)=(6,6)key_t:t(6,62)=(0,1)mode_t:t(6,63)=(6,8)uid_t:t(6,64)=(0,3)gid_t:t(6,65)=(6,64)taskid_t:t(6,66)=(6,49)projid_t:t(6,67)=(6,49)pthread_t:t(6,68)=(6,7)pthread_key_t:t(6,69)=(6,7)_pthread_mutex:T(6,70)=s24__pthread_mutex_flags:(6,71)=s8__pthread_mutex_flag1:(10,6),0,16;__pthread_mutex_flag2:(10,5),16,8;__pthread_mutex_ceiling:(10,5),24,8;__pthread_mutex_type:(10,6),32,16;__pthread_mutex_magic:(10,6),48,16;;,0,64;__pthread_mutex_lock:(6,72)=u8__pthread_mutex_lock64:(6,73)=s8__pthread_mutex_pad:(6,74)=ar(9,3);0;7;(10,5),0,64;;,0,64;__pthread_mutex_lock32:(6,75)=s8__pthread_ownerpid:(10,7),0,32;__pthread_lockword:(10,7),32,32;;,0,64;__pthread_mutex_owner64:(6,37),0,64;;,64,64;__pthread_mutex_data:(6,37),128,64;;pthread_mutex_t:t(6,76)=(6,70)_pthread_cond:T(6,77)=s16__pthread_cond_flags:(6,78)=s8__pthread_cond_flag:(6,79)=ar(9,3);0;3;(10,5),0,32;__pthread_cond_type:(10,6),32,16;__pthread_cond_magic:(10,6),48,16;;,0,64;__pthread_cond_data:(6,37),64,64;;pthread_cond_t:t(6,80)=(6,77)_pthread_rwlock:T(6,81)=s64__pthread_rwlock_readers:(10,3),0,32;__pthread_rwlock_type:(10,6),32,16;__pthread_rwlock_magic:(10,6),48,16;__pthread_rwlock_mutex:(6,76),64,192;__pthread_rwlock_readercv:(6,80),256,128;__pthread_rwlock_writercv:(6,80),384,128;;pthread_rwlock_t:t(6,82)=(6,81)_pthread_attr:T(6,83)=s4__pthread_attrp:(6,21),0,32;;pthread_attr_t:t(6,84)=(6,83)_pthread_mutexattr:T(6,85)=s4__pthread_mutexattrp:(6,21),0,32;;pthread_mutexattr_t:t(6,86)=(6,85)_pthread_condattr:T(6,87)=s4__pthread_condattrp:(6,21),0,32;;pthread_condattr_t:t(6,88)=(6,87)_once:T(6,89)=s32__pthread_once_pad:(6,90)=ar(9,3);0;3;(6,37),0,256;;pthread_once_t:t(6,91)=(6,89)_pthread_rwlockattr:T(6,92)=s4__pthread_rwlockattrp:(6,21),0,32;;pthread_rwlockattr_t:t(6,93)=(6,92)dev_t:t(6,94)=(6,8)nlink_t:t(6,95)=(6,8)pid_t:t(6,96)=(0,3)size_t:t(6,97)=(0,4)ssize_t:t(6,98)=(0,1)time_t:t(6,99)=(0,3)clock_t:t(6,100)=(0,3)clockid_t:t(6,101)=(0,1)timer_t:t(6,102)=(0,1)unchar:t(6,103)=(0,11)ushort:t(6,104)=(0,9)uint:t(6,105)=(0,4)ulong:t(6,106)=(0,5)u_char:t(6,107)=(0,11)u_short:t(6,108)=(0,9)u_int:t(6,109)=(0,4)u_long:t(6,110)=(0,5)_quad:T(6,111)=s8val:(6,112)=ar(9,3);0;1;(0,1),0,64;;quad_t:t(6,113)=(6,111)quad:t(6,114)=(6,113)/usr/include/sys/select.h/usr/include/sys/time.htimeval:T(12,1)=s8tv_sec:(6,99),0,32;tv_usec:(6,51),32,32;;timezone:T(12,2)=s8tz_minuteswest:(0,1),0,32;tz_dsttime:(0,1),32,32;;/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/sys/types.hitimerval:T(12,3)=s16it_interval:(12,1),0,64;it_value:(12,1),64,64;;hrtime_t:t(12,4)=(6,1)/usr/include/time.h/usr/include/iso/time_iso.htm:T(15,1)=s36tm_sec:(0,1),0,32;tm_min:(0,1),32,32;tm_hour:(0,1),64,32;tm_mday:(0,1),96,32;tm_mon:(0,1),128,32;tm_year:(0,1),160,32;tm_wday:(0,1),192,32;tm_yday:(0,1),224,32;tm_isdst:(0,1),256,32;;/usr/include/sys/time_impl.htimespec:T(16,1)=s8tv_sec:(6,99),0,32;tv_nsec:(0,3),32,32;;timespec_t:t(16,2)=(16,1)timestruc_t:t(16,3)=(16,1)itimerspec:T(16,4)=s16it_interval:(16,1),0,64;it_value:(16,1),64,64;;itimerspec_t:t(16,5)=(16,4)sigval:T(14,1)=u4sival_int:(0,1),0,32;sival_ptr:(6,21),0,32;;sigevent:T(14,2)=s24sigev_notify:(0,1),0,32;sigev_signo:(0,1),32,32;sigev_value:(14,1),64,32;sigev_notify_function:(14,3)=*(14,4)=f(0,22),96,32;sigev_notify_attributes:(14,5)=*(6,84),128,32;__sigev_pad2:(0,1),160,32;;/usr/include/sys/select.hfd_mask:t(11,1)=(0,3)fds_mask:t(11,2)=(0,3)fd_set:T(11,3)=s128fds_bits:(11,4)=ar(9,3);0;31;(0,3),0,1024;;fd_set:t(11,5)=(11,3)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.h__gnuc_va_list:t(19,1)=(0,21)/usr/include/iso/stdio_iso.h/usr/include/sys/va_list.h__va_list:t(21,1)=(6,21)/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdio_tag.h__FILE:t(22,1)=(22,2)=xs__FILE:/usr/include/stdio_impl.h__FILE:T(22,2)=s16_cnt:(6,98),0,32;_ptr:(23,1)=*(0,11),32,32;_base:(23,1),64,32;_flag:(0,11),96,8;_file:(0,11),104,8;__orientation:(0,4),112,2;__ionolock:(0,4),114,1;__seekable:(0,4),115,1;__filler:(0,4),116,4;;__longlong_t:t(20,1)=(0,6)FILE:t(20,2)=(22,1)fpos_t:t(20,3)=(0,3)fpos64_t:t(18,1)=(20,1)/usr/include/stdlib.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/iso/stdlib_iso.hdiv_t:t(25,1)=(25,2)=s8quot:(0,1),0,32;rem:(0,1),32,32;;ldiv_t:t(25,3)=(25,4)=s8quot:(0,3),0,32;rem:(0,3),32,32;;wchar_t:t(25,5)=(0,3)lldiv_t:t(24,1)=(24,2)=s16quot:(0,6),0,64;rem:(0,6),64,64;;/usr/include/errno.h/usr/include/sys/errno.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/limits.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/syslimits.h/usr/include/iso/limits_iso.h/usr/include/sys/int_limits.h/usr/include/string.h/usr/include/iso/string_iso.h/usr/include/memory.h/usr/include/inttypes.h/usr/include/sys/inttypes.h/usr/include/sys/int_const.h/usr/include/sys/int_fmtio.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stdarg.hva_list:t(39,1)=(19,1)snv_wchar_t:t(5,1)=(0,1)snv_wint_t:t(5,2)=(0,1)snv_pointer:t(5,3)=(6,21)snv_constpointer:t(5,4)=(5,5)=*(5,6)=k(0,22) :T(5,7)=eSNV_FALSE:0,SNV_TRUE:1,;snv_bool_t:t(5,8)=(5,7)snv_long_double:t(5,9)=(0,16)malloc_proc_t:t(4,1)=(4,2)=f(6,21)realloc_proc_t:t(4,3)=(4,4)=f(6,21)free_proc_t:t(4,5)=(4,6)=f(6,21)../../snprintfv/filament.hFilament:t(40,1)=(40,2)=xsfilament:filament:T(40,2)=s524value:(6,10),0,32;length:(6,97),32,32;size:(6,97),64,32;buffer:(40,3)=ar(9,3);0;511;(0,2),96,4096;;filnew:F(2,1)=*(40,1)init:P(2,2)=k(2,3)=*(2,4)=k(0,2)len:P(6,97)../../snprintfv/filament.cnew:r(2,1)filinit:F(2,1)fil:P(2,1)init:P(2,2)len:P(6,97)fildelete:F(6,10)fil:P(2,1)./filament.in../../snprintfv/filament.c./filament.in../../snprintfv/filament.cvalue:r(6,10)_fil_extend:F(0,22)fil:P(2,1)len:P(6,97)copy:P(5,8)../../snprintfv/format.c../config.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stddef.h../../snprintfv/printf.h../../snprintfv/filament.h../../snprintfv/stream.hSTREAM:t(46,1)=(46,2)=xsstream:StreamPut:t(46,3)=(46,4)=*(46,5)=f(0,1)StreamGet:t(46,6)=(46,7)=*(46,8)=f(0,1) :T(44,1)=eSNV_ERROR:-1,SNV_OK:0,;snv_status:t(44,2)=(44,1)printf_info:T(44,3)=s52count:(0,1),0,32;state:(0,1),32,32;error:(2,1),64,32;format:(2,3),96,32;argc:(0,1),128,32;argindex:(0,1),160,32;dollar:(0,1),192,32;prec:(0,1),224,32;width:(0,1),256,32;extra:(5,3),288,32;type:(0,1),320,32;spec:(0,2),352,8;pad:(0,2),360,8;is_long_double:(0,4),368,1;is_char:(0,4),369,1;is_short:(0,4),370,1;is_long:(0,4),371,1;alt:(0,4),372,1;space:(0,4),373,1;left:(0,4),374,1;showsign:(0,4),375,1;group:(0,4),376,1;wide:(0,4),377,1;args:(44,4)=*(44,5)=k(44,6)=xuprintf_arg:,384,32;;printf_info:t(44,7)=(44,3)printf_arg:T(44,6)=u16pa_char:(0,11),0,8;pa_wchar:(5,1),0,32;pa_short_int:(0,8),0,16;pa_int:(0,1),0,32;pa_long_int:(0,3),0,32;pa_long_long_int:(10,9),0,64;pa_u_short_int:(0,9),0,16;pa_u_int:(0,4),0,32;pa_u_long_int:(0,5),0,32;pa_u_long_long_int:(10,10),0,64;pa_float:(0,14),0,32;pa_double:(0,15),0,64;pa_long_double:(0,16),0,128;pa_string:(2,3),0,32;pa_wstring:(44,8)=*(44,9)=k(5,1),0,32;pa_pointer:(5,4),0,32;;printf_arg:t(44,10)=(44,6)printf_function:t(44,11)=(44,12)=f(0,1)printf_arginfo_function:t(44,13)=(44,14)=f(0,1)spec_entry:T(44,15)=s24spec:(0,1),0,32;unused:(0,1),32,32;type:(0,1),64,32;fmt:(44,16)=*(44,11),96,32;arg:(44,17)=*(44,13),128,32;user:(5,3),160,32;;spec_entry:t(44,18)=(44,15)register_callback_function:t(44,19)=(44,20)=f(44,21)=*(44,18) :T(44,22)=ePA_INT:0,PA_CHAR:1,PA_WCHAR:2,PA_STRING:3,PA_WSTRING:4,PA_POINTER:5,PA_FLOAT:6,PA_DOUBLE:7,PA_LAST:8,PA_UNKNOWN:-1,;fetch_uintmax:f(10,10)pinfo:P(41,1)=*(44,3)arg:P(44,4)../../snprintfv/format.cfetch_intmax:f(10,9)pinfo:P(41,1)arg:P(44,4)printf_flag_info:f(0,1)pinfo:P(41,2)=k(41,1)n:P(6,97)argtypes:P(41,3)=*(0,1)printf_numeric_param_info:f(0,1)pinfo:P(41,2)n:P(6,97)argtypes:P(41,3)pEnd:r(2,3)found:r(0,1)allowed_states:r(0,1)new_state:r(0,1)position:r(0,1)skipped_args:r(0,1)value:r(0,3)printf_modifier_info:f(0,1)pinfo:P(41,2)n:P(6,97)argtypes:P(41,3)printf_char:f(0,1)stream:P(41,4)=*(46,1)pinfo:P(41,2)args:P(44,4)count_or_errorcode:r(0,1)ch:r(0,2)padwidth:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)padwidth:r(0,1)m_status:r(0,1)printf_count:f(0,1)stream:P(41,4)pinfo:P(41,2)args:P(44,4)printf_integer:f(0,1)stream:P(41,4)pinfo:P(41,2)args:P(44,4)digits_lower:V(41,5)=ar(9,3);0;36;(2,4)digits_upper:V(41,6)=ar(9,3);0;36;(2,4)digits:r(2,3)base:r(0,4)value:r(10,10)type:r(0,1)count_or_errorcode:r(0,1)buffer:(41,7)=ar(9,3);0;255;(0,2)p:r(6,10)end:r(6,10)is_negative:r(5,8)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)svalue:r(10,9)printf_pointer:f(0,1)stream:P(41,4)pinfo:P(41,2)args:P(44,4)count_or_errorcode:r(0,1)padwidth:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)padwidth:r(0,1)m_status:r(0,1)printf_string:f(0,1)stream:P(41,4)pinfo:P(41,2)args:P(44,4)len:r(0,1)count_or_errorcode:r(0,1)p:r(2,3)padwidth:r(0,1)mark:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)mark:r(0,1)m_status:r(0,1)padwidth:r(0,1)m_status:r(0,1)../../snprintfv/printf.c../config.h/usr/include/unistd.h/usr/include/sys/unistd.h../../snprintfv/printf.h../../snprintfv/filament.h../../snprintfv/stream.hregister_printf_function:F(44,21)spec:P(0,4)fmt:P(44,16)arg:P(44,17)../../snprintfv/printf.cnew:r(44,21)hash:r(0,4)hash:r(0,4)hash:r(0,4)hash:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)call_argtype_function:f(0,1)pinfo:P(41,2)argtypes:P(47,1)=*(41,3)spec:P(44,21)n:r(0,1)argindex:r(0,1)save_state:r(0,1)save_format:r(2,3)printf_strerror:F(6,10)printf_error:F(6,10)pinfo:P(41,1)file:P(2,3)line:P(0,1)func1:P(2,3)func2:P(2,3)func3:P(2,3)error_message:p(2,3)./filament.in../../snprintfv/printf.c./filament.in../../snprintfv/printf.c./filament.in../../snprintfv/printf.c./filament.in../../snprintfv/printf.c./filament.in../../snprintfv/printf.c./filament.in../../snprintfv/printf.c./filament.inerror_message:r(2,3)i:r(0,1)c:r(0,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)c:r(0,1)fil:r(2,1)c:r(0,1)fil:r(2,1)c:r(0,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)c:r(0,1)fil:r(2,1)fil:r(2,1)fil:r(2,1)c:r(0,1)fil:r(2,1)parse_printf_format:F(6,97)format:P(2,3)n:P(0,1)argtypes:P(41,3)../../snprintfv/printf.cinfo:(44,3)ch:r(0,1)ch:r(0,1)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(0,4)hash:r(0,4)hash:r(0,4)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)do_printfv:f(0,1)stream:P(41,4)format:P(2,3)args:P(44,4)info:(44,3)ch:r(0,1)ch:r(0,1)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(0,4)hash:r(0,4)hash:r(0,4)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(44,21)status:r(0,1)argindex:r(0,1)spec:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)stream_printfv:F(0,1)stream:p(41,4)format:P(2,3)ap:p(47,2)=*(47,3)=k(5,4)args:r(47,4)=*(44,6)info:(44,3)count_or_errorcode:r(0,1)argtypes:(41,3)ch:r(0,1)ch:r(0,1)index:r(0,1)index:r(0,1)ch:r(0,1)spec:r(44,21)spec:r(0,4)hash:r(0,4)hash:r(0,4)spec:r(44,21)spec:r(44,21)spec:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)stream_vprintf:F(0,1)stream:p(41,4)format:P(2,3)ap:P(39,1)args:r(47,4)info:(44,3)count_or_errorcode:r(0,1)argtypes:(41,3)ch:r(0,1)ch:r(0,1)index:r(0,1)index:r(0,1)ch:r(0,1)spec:r(44,21)spec:r(0,4)hash:r(0,4)hash:r(0,4)spec:r(44,21)spec:r(44,21)spec:r(0,4)hash:r(0,4)spec:r(0,4)spec:r(0,4)spec:r(0,4)stream_printf:F(0,1)stream:P(41,4)format:P(2,3)count_or_errorcode:r(0,1)snv_fdputc:F(0,1)ch:P(0,1)stream:P(41,4)buf:V(47,5)=ar(9,3);0;0;(0,2)snv_dprintf:F(0,1)fd:P(0,1)format:P(2,3)count_or_errorcode:r(0,1)snv_vdprintf:F(0,1)fd:P(0,1)format:P(2,3)ap:P(39,1)result:r(0,1)out:r(41,4)snv_dprintfv:F(0,1)fd:P(0,1)format:P(2,3)args:P(47,2)result:r(0,1)out:r(41,4)snv_fileputc:F(0,1)ch:P(0,1)stream:P(41,4)fp:r(47,6)=*(20,2)snv_printf:F(0,1)format:P(2,3)count_or_errorcode:r(0,1)snv_vprintf:F(0,1)format:P(2,3)ap:P(39,1)result:r(0,1)out:r(41,4)snv_printfv:F(0,1)format:P(2,3)args:P(47,2)result:r(0,1)out:r(41,4)snv_fprintf:F(0,1)file:P(47,6)format:P(2,3)count_or_errorcode:r(0,1)snv_vfprintf:F(0,1)file:P(47,6)format:P(2,3)ap:P(39,1)result:r(0,1)out:r(41,4)snv_fprintfv:F(0,1)file:P(47,6)format:P(2,3)args:P(47,2)result:r(0,1)out:r(41,4)snv_bufputc:F(0,1)ch:P(0,1)stream:P(41,4)ppbuffer:r(47,7)=*(6,10)snv_sprintf:F(0,1)buffer:P(6,10)format:P(2,3)count_or_errorcode:r(0,1)snv_vsprintf:F(0,1)buffer:p(6,10)format:P(2,3)ap:P(39,1)count_or_errorcode:r(0,1)out:r(41,4)snv_sprintfv:F(0,1)buffer:p(6,10)format:P(2,3)args:P(47,2)count_or_errorcode:r(0,1)out:r(41,4)snv_snprintf:F(0,1)buffer:P(6,10)limit:P(0,5)format:P(2,3)count_or_errorcode:r(0,1)snv_vsnprintf:F(0,1)buffer:p(6,10)limit:P(0,5)format:P(2,3)ap:P(39,1)count_or_errorcode:r(0,1)out:r(41,4)snv_snprintfv:F(0,1)buffer:p(6,10)limit:P(0,5)format:P(2,3)args:P(47,2)count_or_errorcode:r(0,1)out:r(41,4)snv_filputc:F(0,1)ch:P(0,1)stream:P(41,4)./filament.infil:r(2,1)snv_asprintf:F(0,1)result:P(47,7)format:P(2,3)../../snprintfv/printf.ccount:r(0,1)snv_vasprintf:F(0,1)result:P(47,7)format:P(2,3)ap:P(39,1)count_or_errorcode:r(0,1)base:r(6,10)fil:r(2,1)out:r(41,4)snv_asprintfv:F(0,1)result:P(47,7)format:P(2,3)args:P(47,2)count_or_errorcode:r(0,1)base:r(6,10)fil:r(2,1)out:r(41,4)../../snprintfv/mem.c../config.hsnv_xrealloc:F(6,21)old:P(5,3)count:P(6,97)../../snprintfv/mem.csnv_strdup:F(6,10)str:P(2,3)result:r(6,10)../../snprintfv/stream.c../config.h../../snprintfv/stream.hstream:T(46,2)=s16stream:(5,3),0,32;limit:(0,5),32,32;get_func:(46,6),64,32;put_func:(46,3),96,32;;stream_not_readable:f(0,1)stream:P(41,4)../../snprintfv/stream.cstream_not_writable:f(0,1)ch:P(0,1)stream:P(41,4)stream_new:F(41,4)dets:P(5,3)limit:P(0,5)get_func:P(46,6)put_func:P(46,3)new:r(41,4)new:r(41,4)stream_delete:F(5,3)stream:P(41,4)dets:r(5,3)stream_details:F(5,3)stream:P(41,4)stream_put:F(0,1)ch:P(0,1)stream:P(41,4)stream_puts:F(0,1)s:P(6,10)stream:P(41,4)ch_or_errorcode:r(0,1)num:r(0,1)stream_get:F(0,1)stream:P(41,4)../../snprintfv/custom.c../config.h/usr/local/lib/gcc-lib/sparc-sun-solaris2.9/3.3.2/include/stddef.h../../snprintfv/printf.hprintf_generic_info:F(0,1)pinfo:P(41,2)n:P(6,97)argtypes:P(41,3)../../snprintfv/custom.ctype:r(0,1)printf_generic:F(0,1)stream:P(41,4)pinfo:P(41,2)args:P(44,4)./filament.in../../snprintfv/custom.clen:r(0,1)count_or_errorcode:r(0,1)p:r(6,10)out:r(41,4)fil:r(2,1)user_func:r(44,16)padwidth:r(0,1)mark:r(0,1)m_status:r(0,1)m_status:r(0,1)m_status:r(0,1)mark:r(0,1)m_status:r(0,1)padwidth:r(0,1)m_status:r(0,1)snv_malloc:G(1,1)=*(4,1)snv_realloc:G(1,2)=*(4,3)snv_free:G(1,3)=*(4,5)snv_default_spec_table:G(1,4)=ar(9,3);0;35;(44,18)spec_table:S(1,5)=ar(9,3);0;94;(44,21)printf_last_error:S(6,10)ÿñ ð à% ,30:XAHHÐO¸Và]ðdkryP€p‡ˆŽ8•œ £°ªÀ±Ð¸ð¿|Î%Ý(Hè?üh% „H!h'p-39?°EÈKxQ ˜fült|>ø“(¡„„°ˆÊhˆ× Àí„„ú€ (\8,$*3=,@H|dP?°_80Pls1ð ‚7¼H9¤\™ ¥,dŒ´; `Á9H\Í:,Ùtàæë7,ù,|")?ÈP4`K0ÜdàŒn?|4|Ì,Œ8ÐL™9,¤:Ì(°·@˜ÂlÎ$Dâ=<xðhùø ;€`@°l/4@€@I<ÄLU:|Pb:,Po?tzAX‰d•=´x£¨:ô,´`¿8€PÌ>¨P×;à,äísnv.cbuf.3printf_flag_info.LLC10.LLC11.LLC12.LLC13.LLC14.LLC15.LLC16.LLC17.LLC18.LLC19.LLC20.LLC21.LLC22.LLC23.LLC24.LLC25.LLC26.LLC27.LLC28.LLC29.LLC31.LLC33.LLC34printf_integerdigits_upper.1do_printfvstream_not_writabledigits_lower.0is_init.2.LLC0.LLC1.LLC2.LLC3.LLC4.LLC5.LLC6.LLC7.LLC8.LLC9printf_modifier_infofetch_uintmaxspec_tablestream_not_readableprintf_stringprintf_pointerprintf_numeric_param_infofetch_intmaxcall_argtype_functionprintf_countprintf_last_errorprintf_charsnv_dprintf__iob__udiv64snv_asprintffprintffilinitstream_detailssnv_vdprintfstrlenstream_vprintfsnv_fdputcsnv_printfvmemset.divstream_printfvsnv_vsprintfsnv_vprintfsnv_fprintffilnewwriteexitstream_printfsnv_snprintfvsnv_vsnprintfsnv_xreallocmemcpystream_putsnv_default_spec_tableregister_printf_functionfildeletestream_deleteprintf_strerrorsnv_fileputcsnv_printfsnv_bufputcmallocstream_get_fil_extendparse_printf_formatsnv_vasprintfsnv_freeprintf_errorsnv_sprintfvreallocprintf_generic_infofreestream_puts__urem64snv_filputcsnv_fprintfvsnv_vfprintfstream_newprintf_genericsnv_reallocsnv_asprintfv.remsnv_sprintfsnv_mallocsnv_dprintfvsnv_strdupsnv_snprintf__flsbuf_GLOBAL_OFFSET_TABLE_ 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INFO-DIR-SECTION GNU programming tools START-INFO-DIR-ENTRY * AutoGen: (autogen). The Automated Program Generator END-INFO-DIR-ENTRY This file documents GNU AutoGen Version 5.8 AutoGen copyright (C) 1992-2005 Bruce Korb AutoOpts copyright (C) 1992-2005 Bruce Korb snprintfv copyright (C) 1999-2000 Gary V. Vaughan AutoGen is free software. You may redistribute it and/or modify it under the terms of the GNU General Public License, as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. AutoGen 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 AutoGen. If not, write to: The Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor Boston, MA 02110-1301, USA.  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INFO-DIR-SECTION GNU programming tools START-INFO-DIR-ENTRY * AutoGen: (autogen). The Automated Program Generator END-INFO-DIR-ENTRY This file documents GNU AutoGen Version 5.8 AutoGen copyright (C) 1992-2005 Bruce Korb AutoOpts copyright (C) 1992-2005 Bruce Korb snprintfv copyright (C) 1999-2000 Gary V. Vaughan AutoGen is free software. You may redistribute it and/or modify it under the terms of the GNU General Public License, as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. AutoGen 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 AutoGen. If not, write to: The Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor Boston, MA 02110-1301, USA.  File: autogen.info, Node: Top, Next: Introduction, Up: (dir) The Automated Program Generator ******************************* This file documents AutoGen version 5.8. It is a tool designed for generating program files that contain repetitive text with varied substitutions. This document is very long because it is intended as a reference document. For a quick start example, *Note Example Usage::. The AutoGen distribution includes the basic generator engine and several add-on libraries and programs. Of the most general interest would be Automated Option processing, *Note AutoOpts::, which also includes stand-alone support for configuration file parsing, *Note Features::. Please see the "Add-on packages for AutoGen" section for additional programs and libraries associated with AutoGen. This edition documents version 5.8, February 2006. * Menu: * Introduction:: AutoGen's Purpose * Definitions File:: AutoGen Definitions File * Template File:: AutoGen Template * Augmenting AutoGen:: Augmenting AutoGen Features * autogen Invocation:: Invoking AutoGen * Installation:: Configuring and Installing * AutoOpts:: Automated Option Processing * Add-Ons:: Add-on packages for AutoGen * Future:: Some ideas for the future. * Concept Index:: General index * Function Index:: Function index  File: autogen.info, Node: Introduction, Next: Definitions File, Prev: Top, Up: Top 1 Introduction ************** AutoGen is a tool designed for generating program files that contain repetitive text with varied substitutions. Its goal is to simplify the maintenance of programs that contain large amounts of repetitious text. This is especially valuable if there are several blocks of such text that must be kept synchronized in parallel tables. One common example is the problem of maintaining the code required for processing program options. Processing options requires a minimum of four different constructs be kept in proper order in different places in your program. You need at least: 1. The flag character in the flag string, 2. code to process the flag when it is encountered, 3. a global state variable or two, and 4. a line in the usage text. You will need more things besides this if you choose to implement long option names, rc/ini/config file processing, environment variables and so on. All of this can be done mechanically; with the proper templates and this program. In fact, it has already been done and AutoGen itself uses it *Note AutoOpts::. For a simple example of Automated Option processing, *Note Quick Start::. For a full list of the Automated Option features, *Note Features::. * Menu: * Generalities:: The Purpose of AutoGen * Example Usage:: A Simple Example * csh/zsh caveat:: csh/zsh caveat * Testimonial:: A User's Perspective  File: autogen.info, Node: Generalities, Next: Example Usage, Up: Introduction 1.1 The Purpose of AutoGen ========================== The idea of this program is to have a text file, a template if you will, that contains the general text of the desired output file. That file includes substitution expressions and sections of text that are replicated under the control of separate definition files. AutoGen was designed with the following features: 1. The definitions are completely separate from the template. By completely isolating the definitions from the template it greatly increases the flexibility of the template implementation. A secondary goal is that a template user only needs to specify those data that are necessary to describe his application of a template. 2. Each datum in the definitions is named. Thus, the definitions can be rearranged, augmented and become obsolete without it being necessary to go back and clean up older definition files. Reduce incompatibilities! 3. Every definition name defines an array of values, even when there is only one entry. These arrays of values are used to control the replication of sections of the template. 4. There are named collections of definitions. They form a nested hierarchy. Associated values are collected and associated with a group name. These associated data are used collectively in sets of substitutions. 5. The template has special markers to indicate where substitutions are required, much like the `${VAR}' construct in a shell `here doc'. These markers are not fixed strings. They are specified at the start of each template. Template designers know best what fits into their syntax and can avoid marker conflicts. We did this because it is burdensome and difficult to avoid conflicts using either M4 tokenization or C preprocessor substitution rules. It also makes it easier to specify expressions that transform the value. Of course, our expressions are less cryptic than the shell methods. 6. These same markers are used, in conjunction with enclosed keywords, to indicate sections of text that are to be skipped and for sections of text that are to be repeated. This is a major improvement over using C preprocessing macros. With the C preprocessor, you have no way of selecting output text because it is an unvarying, mechanical substitution process. 7. Finally, we supply methods for carefully controlling the output. Sometimes, it is just simply easier and clearer to compute some text or a value in one context when its application needs to be later. So, functions are available for saving text or values for later use.  File: autogen.info, Node: Example Usage, Next: csh/zsh caveat, Prev: Generalities, Up: Introduction 1.2 A Simple Example ==================== This is just one simple example that shows a few basic features. If you are interested, you also may run "make check" with the `VERBOSE' environment variable set and see a number of other examples in the `agen5/test/testdir' directory. Assume you have an enumeration of names and you wish to associate some string with each name. Assume also, for the sake of this example, that it is either too complex or too large to maintain easily by hand. We will start by writing an abbreviated version of what the result is supposed to be. We will use that to construct our output templates. In a header file, `list.h', you define the enumeration and the global array containing the associated strings: typedef enum { IDX_ALPHA, IDX_BETA, IDX_OMEGA } list_enum; extern const char* az_name_list[ 3 ]; Then you also have `list.c' that defines the actual strings: #include "list.h" const char* az_name_list[] = { "some alpha stuff", "more beta stuff", "final omega stuff" }; First, we will define the information that is unique for each enumeration name/string pair. This would be placed in a file named, `list.def', for example. autogen definitions list; list = { list_element = alpha; list_info = "some alpha stuff"; }; list = { list_info = "more beta stuff"; list_element = beta; }; list = { list_element = omega; list_info = "final omega stuff"; }; The `autogen definitions list;' entry defines the file as an AutoGen definition file that uses a template named `list'. That is followed by three `list' entries that define the associations between the enumeration names and the strings. The order of the differently named elements inside of list is unimportant. They are reversed inside of the `beta' entry and the output is unaffected. Now, to actually create the output, we need a template or two that can be expanded into the files you want. In this program, we use a single template that is capable of multiple output files. The definitions above refer to a `list' template, so it would normally be named, `list.tpl'. It looks something like this. (For a full description, *Note Template File::.) [+ AutoGen5 template h c +] [+ CASE (suffix) +][+ == h +] typedef enum {[+ FOR list "," +] IDX_[+ (string-upcase! (get "list_element")) +][+ ENDFOR list +] } list_enum; extern const char* az_name_list[ [+ (count "list") +] ]; [+ == c +] #include "list.h" const char* az_name_list[] = {[+ FOR list "," +] "[+list_info+]"[+ ENDFOR list +] };[+ ESAC +] The `[+ AutoGen5 template h c +]' text tells AutoGen that this is an AutoGen version 5 template file; that it is to be processed twice; that the start macro marker is `[+'; and the end marker is `+]'. The template will be processed first with a suffix value of `h' and then with `c'. Normally, the suffix values are appended to the `base-name' to create the output file name. The `[+ == h +]' and `[+ == c +]' `CASE' selection clauses select different text for the two different passes. In this example, the output is nearly disjoint and could have been put in two separate templates. However, sometimes there are common sections and this is just an example. The `[+FOR list "," +]' and `[+ ENDFOR list +]' clauses delimit a block of text that will be repeated for every definition of `list'. Inside of that block, the definition name-value pairs that are members of each `list' are available for substitutions. The remainder of the macros are expressions. Some of these contain special expression functions that are dependent on AutoGen named values; others are simply Scheme expressions, the result of which will be inserted into the output text. Other expressions are names of AutoGen values. These values will be inserted into the output text. For example, `[+list_info+]' will result in the value associated with the name `list_info' being inserted between the double quotes and `(string-upcase! (get "list_element"))' will first "get" the value associated with the name `list_element', then change the case of all the letters to upper case. The result will be inserted into the output document. If you have compiled AutoGen, you can copy out the template and definitions as described above and run `autogen list.def'. This will produce exactly the hypothesized desired output. One more point, too. Lets say you decided it was too much trouble to figure out how to use AutoGen, so you created this enumeration and string list with thousands of entries. Now, requirements have changed and it has become necessary to map a string containing the enumeration name into the enumeration number. With AutoGen, you just alter the template to emit the table of names. It will be guaranteed to be in the correct order, missing none of the entries. If you want to do that by hand, well, good luck.  File: autogen.info, Node: csh/zsh caveat, Next: Testimonial, Prev: Example Usage, Up: Introduction 1.3 csh/zsh caveat ================== AutoGen tries to use your normal shell so that you can supply shell code in a manner you are accustomed to using. If, however, you use csh or zsh, you cannot do this. Csh is sufficiently difficult to program that it is unsupported. Zsh, though largely programmable, also has some anomalies that make it incompatible with AutoGen usage. Therefore, when invoking AutoGen from these environments, you must be certain to set the SHELL environment variable to a Bourne-derived shell. e.g., sh, ksh or bash. Any shell you choose for your own scripts need to follow these basic requirements: 1. It handles `trap $sig ":"' without output to standard out. This is done when the server shell is first started. If your shell does not handle this, then it may be able to by loading functions from its start up files. 2. At the beginning of each scriptlet, the command `\\cd $PWD' is inserted. This ensures that `cd' is not aliased to something peculiar and each scriptlet starts life in the execution directory. 3. At the end of each scriptlet, the command `echo mumble' is appended. The program you use as a shell must emit the single argument `mumble' on a line by itself.  File: autogen.info, Node: Testimonial, Prev: csh/zsh caveat, Up: Introduction 1.4 A User's Perspective ======================== Alexandre wrote: > > I'd appreciate opinions from others about advantages/disadvantages of > each of these macro packages. I am using AutoGen in my pet project, and find one of its best points to be that it separates the operational data from the implementation. Indulge me for a few paragraphs, and all will be revealed: In the manual, Bruce cites the example of maintaining command line flags inside the source code; traditionally spreading usage information, flag names, letters and processing across several functions (if not files). Investing the time in writing a sort of boiler plate (a template in AutoGen terminology) pays by moving all of the option details (usage, flags names etc.) into a well structured table (a definition file if you will), so that adding a new command line option becomes a simple matter of adding a set of details to the table. So far so good! Of course, now that there is a template, writing all of that tedious optargs processing and usage functions is no longer an issue. Creating a table of the options needed for the new project and running AutoGen generates all of the option processing code in C automatically from just the tabular data. AutoGen in fact already ships with such a template... AutoOpts. One final consequence of the good separation in the design of AutoGen is that it is retargetable to a greater extent. The egcs/gcc/fixinc/inclhack.def can equally be used (with different templates) to create a shell script (inclhack.sh) or a c program (fixincl.c). This is just the tip of the iceberg. AutoGen is far more powerful than these examples might indicate, and has many other varied uses. I am certain Bruce or I could supply you with many and varied examples, and I would heartily recommend that you try it for your project and see for yourself how it compares to m4. As an aside, I would be interested to see whether someone might be persuaded to rationalise autoconf with AutoGen in place of m4... Ben, are you listening? autoconf-3.0! `kay? =)O| Sincerely, Gary V. Vaughan  File: autogen.info, Node: Definitions File, Next: Template File, Prev: Introduction, Up: Top 2 Definitions File ****************** This chapter describes the syntax and semantics of the AutoGen definition file. In order to instantiate a template, you normally must provide a definitions file that identifies itself and contains some value definitions. Consequently, we keep it very simple. For "advanced" users, there are preprocessing directives, sparse arrays, named indexes and comments that may be used as well. The definitions file is used to associate values with names. Every value is implicitly an array of values, even if there is only one value. Values may be either simple strings or compound collections of name-value pairs. An array may not contain both simple and compound members. Fundamentally, it is as simple as: prog-name = "autogen"; flag = { name = templ_dirs; value = L; descrip = "Template search directory list"; }; For purposes of commenting and controlling the processing of the definitions, C-style comments and most C preprocessing directives are honored. The major exception is that the `#if' directive is ignored, along with all following text through the matching `#endif' directive. The C preprocessor is not actually invoked, so C macro substitution is *not* performed. * Menu: * Identification:: The Identification Definition * Definitions:: Named Definitions * Index Assignments:: Assigning an Index to a Definition * Dynamic Text:: Dynamic Text * Directives:: Controlling What Gets Processed * Predefines:: Pre-defined Names * Comments:: Commenting Your Definitions * Example:: What it all looks like. * Full Syntax:: Finite State Machine Grammar * Alternate Definition:: Alternate Definition Forms  File: autogen.info, Node: Identification, Next: Definitions, Up: Definitions File 2.1 The Identification Definition ================================= The first definition in this file is used to identify it as a AutoGen file. It consists of the two keywords, `autogen' and `definitions' followed by the default template name and a terminating semi-colon (`;'). That is: AutoGen Definitions TEMPLATE-NAME; Note that, other than the name TEMPLATE-NAME, the words `AutoGen' and `Definitions' are searched for without case sensitivity. Most lookups in this program are case insensitive. Also, if the input contains more identification definitions, they will be ignored. This is done so that you may include (*note Directives::) other definition files without an identification conflict. AutoGen uses the name of the template to find the corresponding template file. It searches for the file in the following way, stopping when it finds the file: 1. It tries to open `./TEMPLATE-NAME'. If it fails, 2. it tries `./TEMPLATE-NAME.tpl'. 3. It searches for either of these files in the directories listed in the templ-dirs command line option. If AutoGen fails to find the template file in one of these places, it prints an error message and exits.  File: autogen.info, Node: Definitions, Next: Index Assignments, Prev: Identification, Up: Definitions File 2.2 Named Definitions ===================== Any name may have multiple values associated with it in the definition file. If there is more than one instance, the *only* way to expand all of the copies of it is by using the FOR (*note FOR::) text function on it, as described in the next chapter. There are two kinds of definitions, `simple' and `compound'. They are defined thus (*note Full Syntax::): compound_name '=' '{' definition-list '}' ';' simple_name '=' string ';' no_text_name ';' `No_text_name' is a simple definition with a shorthand empty string value. The string values for definitions may be specified in any of several formation rules. * Menu: * def-list:: Definition List * double-quote-string:: Double Quote String * single-quote-string:: Single Quote String * simple-string:: An Unquoted String * shell-generated:: Shell Output String * scheme-generated:: Scheme Result String * here-string:: A Here String * concat-string:: Concatenated Strings  File: autogen.info, Node: def-list, Next: double-quote-string, Up: Definitions 2.2.1 Definition List --------------------- `definition-list' is a list of definitions that may or may not contain nested compound definitions. Any such definitions may *only* be expanded within a `FOR' block iterating over the containing compound definition. *Note FOR::. Here is, again, the example definitions from the previous chapter, with three additional name value pairs. Two with an empty value assigned (FIRST and LAST), and a "global" GROUP_NAME. autogen definitions list; group_name = example; list = { list_element = alpha; first; list_info = "some alpha stuff"; }; list = { list_info = "more beta stuff"; list_element = beta; }; list = { list_element = omega; last; list_info = "final omega stuff"; };  File: autogen.info, Node: double-quote-string, Next: single-quote-string, Prev: def-list, Up: Definitions 2.2.2 Double Quote String ------------------------- The string follows the C-style escaping (`\', `\n', `\f', `\v', etc.), plus octal character numbers specified as `\ooo'. The difference from "C" is that the string may span multiple lines. Like ANSI "C", a series of these strings, possibly intermixed with single quote strings, will be concatenated together.  File: autogen.info, Node: single-quote-string, Next: simple-string, Prev: double-quote-string, Up: Definitions 2.2.3 Single Quote String ------------------------- This is similar to the shell single-quote string. However, escapes `\' are honored before another escape, single quotes `'' and hash characters `#'. This latter is done specifically to disambiguate lines starting with a hash character inside of a quoted string. In other words, fumble = ' #endif '; could be misinterpreted by the definitions scanner, whereas this would not: fumble = ' \#endif '; As with the double quote string, a series of these, even intermixed with double quote strings, will be concatenated together.  File: autogen.info, Node: shell-generated, Next: scheme-generated, Prev: simple-string, Up: Definitions 2.2.4 Shell Output String ------------------------- This is assembled according to the same rules as the double quote string, except that there is no concatenation of strings and the resulting string is written to a shell server process. The definition takes on the value of the output string. NB The text is interpreted by a server shell. There may be left over state from previous server shell processing. This scriptlet may also leave state for subsequent processing. However, a `cd' to the original directory is always issued before the new command is issued.  File: autogen.info, Node: simple-string, Next: shell-generated, Prev: single-quote-string, Up: Definitions 2.2.5 An Unquoted String ------------------------ A simple string that does not contain white space may be left unquoted. The string must not contain any of the characters special to the definition text (i.e. `"', `#', `'', `(', `)', `,', `;', `<', `=', `>', `[', `]', ``', `{', or `}'). This list is subject to change, but it will never contain underscore (`_'), period (`.'), slash (`/'), colon (`:'), hyphen (`-') or backslash (`\\'). Basically, if the string looks like it is a normal DOS or UNIX file or variable name, and it is not one of two keywords (`autogen' or `definitions') then it is OK to not quote it, otherwise you should.  File: autogen.info, Node: scheme-generated, Next: here-string, Prev: shell-generated, Up: Definitions 2.2.6 Scheme Result String -------------------------- A scheme result string must begin with an open parenthesis `('. The scheme expression will be evaluated by Guile and the value will be the result. The AutoGen expression functions are *dis*abled at this stage, so do not use them.  File: autogen.info, Node: here-string, Next: concat-string, Prev: scheme-generated, Up: Definitions 2.2.7 A Here String ------------------- A `here string' is formed in much the same way as a shell here doc. It is denoted with a doubled less than character and, optionally, a hyphen. This is followed by optional horizontal white space and an ending marker-identifier. This marker must follow the syntax rules for identifiers. Unlike the shell version, however, you must not quote this marker. The resulting string will start with the first character on the next line and continue up to but not including the newline that precedes the line that begins with the marker token. No backslash or any other kind of processing is done on this string. The characters are copied directly into the result string. Here are two examples: str1 = <<- STR_END $quotes = " ' ` STR_END; str2 = << STR_END $quotes = " ' ` STR_END; STR_END; The first string contains no new line characters. The first character is the dollar sign, the last the back quote. The second string contains one new line character. The first character is the tab character preceding the dollar sign. The last character is the semicolon after the `STR_END'. That `STR_END' does not end the string because it is not at the beginning of the line. In the preceding case, the leading tab was stripped.  File: autogen.info, Node: concat-string, Prev: here-string, Up: Definitions 2.2.8 Concatenated Strings -------------------------- If single or double quote characters are used, then you also have the option, a la ANSI-C syntax, of implicitly concatenating a series of them together, with intervening white space ignored. NB You *cannot* use directives to alter the string content. That is, str = "fumble" #ifdef LATER "stumble" #endif ; will result in a syntax error. The preprocessing directives are not carried out by the C preprocessor. However, str = '"fumble\n" #ifdef LATER " stumble\n" #endif '; *Will* work. It will enclose the `#ifdef LATER' and `#endif' in the string. But it may also wreak havoc with the definition processing directives. The hash characters in the first column should be disambiguated with an escape `\' or join them with previous lines: `"fumble\n#ifdef LATER...'.  File: autogen.info, Node: Index Assignments, Next: Dynamic Text, Prev: Definitions, Up: Definitions File 2.3 Assigning an Index to a Definition ====================================== In AutoGen, every name is implicitly an array of values. When assigning values, they are usually implicitly assiged to the next highest slot. They can also be specified explicitly: mumble[9] = stumble; mumble[0] = grumble; If, subsequently, you assign a value to `mumble' without an index, its index will be `10', not `1'. If indexes are specified, they must not cause conflicts. `#define'-d names may also be used for index values. This is equivalent to the above: #define FIRST 0 #define LAST 9 mumble[LAST] = stumble; mumble[FIRST] = grumble; All values in a range do *not* have to be filled in. If you leave gaps, then you will have a sparse array. This is fine (*note FOR::). You have your choice of iterating over all the defined values, or iterating over a range of slots. This: [+ FOR mumble +][+ ENDFOR +] iterates over all and only the defined entries, whereas this: [+ FOR mumble (for-by 1) +][+ ENDFOR +] will iterate over all 10 "slots". Your template will likely have to contain something like this: [+ IF (exist? (sprintf "mumble[%d]" (for-index))) +] or else "mumble" will have to be a compound value that, say, always contains a "grumble" value: [+ IF (exist? "grumble") +]  File: autogen.info, Node: Dynamic Text, Next: Directives, Prev: Index Assignments, Up: Definitions File 2.4 Dynamic Text ================ There are several methods for including dynamic content inside a definitions file. Three of them are mentioned above (*Note shell-generated:: and *note scheme-generated::) in the discussion of string formation rules. Another method uses the `#shell' processing directive. It will be discussed in the next section (*note Directives::). Guile/Scheme may also be used to yield to create definitions. When the Scheme expression is preceded by a backslash and single quote, then the expression is expected to be an alist of names and values that will be used to create AutoGen definitions. This method can be be used as follows: \'( (name (value-expression)) (name2 (another-expr)) ) This is entirely equivalent to: name = (value-expression); name2 = (another-expr); Under the covers, the expression gets handed off to a Guile function named `alist->autogen-def' in an expression that looks like this: (alist->autogen-def ( (name (value-expression)) (name2 (another-expr)) ) )  File: autogen.info, Node: Directives, Next: Predefines, Prev: Dynamic Text, Up: Definitions File 2.5 Controlling What Gets Processed =================================== Definition processing directives can *only* be processed if the '#' character is the first character on a line. Also, if you want a '#' as the first character of a line in one of your string assignments, you should either escape it by preceding it with a backslash `\', or by embedding it in the string as in `"\n#"'. All of the normal C preprocessing directives are recognized, though several are ignored. There is also an additional `#shell' - `#endshell' pair. Another minor difference is that AutoGen directives must have the hash character (`#') in column 1. The final tweak is that `#!' is treated as a comment line. Using this feature, you can use: `#! /usr/local/bin/autogen' as the first line of a definitions file, set the mode to executable and "run" the definitions file as if it were a direct invocation of AutoGen. This was done for its hack value. The ignored directives are: `#assert', `#ident', `#let', `#pragma', and `#if'. Note that when ignoring the `#if' directive, all intervening text through its matching `#endif' is also ignored, including the `#else' clause. The AutoGen directives that affect the processing of definitions are: `#define name [ ]' Will add the name to the define list as if it were a DEFINE program argument. Its value will be the first non-whitespace token following the name. Quotes are *not* processed. After the definitions file has been processed, any remaining entries in the define list will be added to the environment. `#elif' This must follow an `#if' otherwise it will generate an error. It will be ignored. `#else' This must follow an `#if', `#ifdef' or `#ifndef'. If it follows the `#if', then it will be ignored. Otherwise, it will change the processing state to the reverse of what it was. `#endif' This must follow an `#if', `#ifdef' or `#ifndef'. In all cases, this will resume normal processing of text. `#endmac' This terminates a "macdef", but must not ever be encountered directly. `#endshell' Ends the text processed by a command shell into autogen definitions. `#error [ ]' This directive will cause AutoGen to stop processing and exit with a status of EXIT_FAILURE. `#if [ ]' `#if' expressions are not analyzed. *Everything* from here to the matching `#endif' is skipped. `#ifdef name-to-test' The definitions that follow, up to the matching `#endif' will be processed only if there is a corresponding `-Dname' command line option or if a `#define' of that name has been previously encountered. `#ifndef name-to-test' The definitions that follow, up to the matching `#endif' will be processed only if there is *not* a corresponding `-Dname' command line option or there was a canceling `-Uname' option. `#include unadorned-file-name' This directive will insert definitions from another file into the current collection. If the file name is adorned with double quotes or angle brackets (as in a C program), then the include is ignored. `#line' Alters the current line number and/or file name. You may wish to use this directive if you extract definition source from other files. `getdefs' uses this mechanism so AutoGen will report the correct file and approximate line number of any errors found in extracted definitions. `#macdef' This is a new AT&T research preprocessing directive. Basically, it is a multi-line #define that may include other preprocessing directives. `#option opt-name [ ]' This directive will pass the option name and associated text to the AutoOpts optionLoadLine routine (*note libopts-optionLoadLine::). The option text may span multiple lines by continuing them with a backslash. The backslash/newline pair will be replaced with two space characters. This directive may be used to set a search path for locating template files For example, this: #option templ-dirs $ENVVAR/dirname will direct autogen to use the `ENVVAR' environment variable to find a directory named `dirname' that (may) contain templates. Since these directories are searched in most recently supplied first order, search directories supplied in this way will be searched before any supplied on the command line. `#shell' Invokes `$SHELL' or `/bin/sh' on a script that should generate AutoGen definitions. It does this using the same server process that handles the back-quoted ``' text. *CAUTION* let not your `$SHELL' be `csh'. `#undef name-to-undefine' Will remove any entries from the define list that match the undef name pattern.  File: autogen.info, Node: Predefines, Next: Comments, Prev: Directives, Up: Definitions File 2.6 Pre-defined Names ===================== When AutoGen starts, it tries to determine several names from the operating environment and put them into environment variables for use in both `#ifdef' tests in the definitions files and in shell scripts with environment variable tests. `__autogen__' is always defined. For other names, AutoGen will first try to use the POSIX version of the `sysinfo(2)' system call. Failing that, it will try for the POSIX `uname(2)' call. If neither is available, then only "`__autogen__'" will be inserted into the environment. In all cases, the associated names are converted to lower case, surrounded by doubled underscores and non-symbol characters are replaced with underscores. With Solaris on a sparc platform, `sysinfo(2)' is available. The following strings are used: * `SI_SYSNAME' (e.g., "__sunos__") * `SI_HOSTNAME' (e.g., "__ellen__") * `SI_ARCHITECTURE' (e.g., "__sparc__") * `SI_HW_PROVIDER' (e.g., "__sun_microsystems__") * `SI_PLATFORM' (e.g., "__sun_ultra_5_10__") * `SI_MACHINE' (e.g., "__sun4u__") For Linux and other operating systems that only support the `uname(2)' call, AutoGen will use these values: * `sysname' (e.g., "__linux__") * `machine' (e.g., "__i586__") * `nodename' (e.g., "__bach__") By testing these pre-defines in my definitions, you can select pieces of the definitions without resorting to writing shell scripts that parse the output of `uname(1)'. You can also segregate real C code from autogen definitions by testing for "`__autogen__'". #ifdef __bach__ location = home; #else location = work; #endif  File: autogen.info, Node: Comments, Next: Example, Prev: Predefines, Up: Definitions File 2.7 Commenting Your Definitions =============================== The definitions file may contain C and C++ style comments. /* * This is a comment. It continues for several lines and closes * when the characters '*' and '/' appear together. */ // this comment is a single line comment  File: autogen.info, Node: Example, Next: Full Syntax, Prev: Comments, Up: Definitions File 2.8 What it all looks like. =========================== This is an extended example: autogen definitions `template-name'; /* * This is a comment that describes what these * definitions are all about. */ global = "value for a global text definition."; /* * Include a standard set of definitions */ #include standards.def a_block = { a_field; a_subblock = { sub_name = first; sub_field = "sub value."; }; #ifdef FEATURE a_subblock = { sub_name = second; }; #endif };  File: autogen.info, Node: Full Syntax, Next: Alternate Definition, Prev: Example, Up: Definitions File 2.9 Finite State Machine Grammar ================================ The preprocessing directives and comments are not part of the grammar. They are handled by the scanner/lexer. The following was extracted directly from the generated defParse-fsm.c source file. The "EVT:" is the token seen, the "STATE:" is the current state and the entries in this table describe the next state and the action to take. Invalid transitions were removed from the table. dp_trans_table[ DP_STATE_CT ][ DP_EVENT_CT ] = { /* STATE 0: DP_ST_INIT */ { { DP_ST_NEED_DEF, NULL }, /* EVT: autogen */ /* STATE 1: DP_ST_NEED_DEF */ { DP_ST_NEED_TPL, NULL }, /* EVT: definitions */ /* STATE 2: DP_ST_NEED_TPL */ { DP_ST_NEED_SEMI, &dp_do_tpl_name }, /* EVT: var_name */ { DP_ST_NEED_SEMI, &dp_do_tpl_name }, /* EVT: other_name */ { DP_ST_NEED_SEMI, &dp_do_tpl_name }, /* EVT: string */ /* STATE 3: DP_ST_NEED_SEMI */ { DP_ST_NEED_NAME, NULL }, /* EVT: ; */ /* STATE 4: DP_ST_NEED_NAME */ { { DP_ST_NEED_DEF, NULL }, /* EVT: autogen */ { DP_ST_DONE, &dp_do_need_name_end }, /* EVT: End-Of-File */ { DP_ST_HAVE_NAME, &dp_do_need_name_var_name }, /* EVT: var_name */ { DP_ST_HAVE_VALUE, &dp_do_end_block }, /* EVT: } */ /* STATE 5: DP_ST_HAVE_NAME */ { DP_ST_NEED_NAME, &dp_do_empty_val }, /* EVT: ; */ { DP_ST_NEED_VALUE, &dp_do_have_name_lit_eq }, /* EVT: = */ { DP_ST_NEED_IDX, NULL }, /* EVT: [ */ /* STATE 6: DP_ST_NEED_VALUE */ { DP_ST_HAVE_VALUE, &dp_do_str_value }, /* EVT: var_name */ { DP_ST_HAVE_VALUE, &dp_do_str_value }, /* EVT: other_name */ { DP_ST_HAVE_VALUE, &dp_do_str_value }, /* EVT: string */ { DP_ST_HAVE_VALUE, &dp_do_str_value }, /* EVT: here_string */ { DP_ST_HAVE_VALUE, &dp_do_str_value }, /* EVT: number */ { DP_ST_NEED_NAME, &dp_do_start_block }, /* EVT: { */ /* STATE 7: DP_ST_NEED_IDX */ { DP_ST_NEED_CBKT, &dp_do_indexed_name }, /* EVT: var_name */ { DP_ST_NEED_CBKT, &dp_do_indexed_name }, /* EVT: number */ /* STATE 8: DP_ST_NEED_CBKT */ { DP_ST_INDX_NAME, NULL } /* EVT: ] */ /* STATE 9: DP_ST_INDX_NAME */ { DP_ST_NEED_NAME, &dp_do_empty_val }, /* EVT: ; */ { DP_ST_NEED_VALUE, NULL }, /* EVT: = */ /* STATE 10: DP_ST_HAVE_VALUE */ { DP_ST_NEED_NAME, NULL }, /* EVT: ; */ { DP_ST_NEED_VALUE, &dp_do_next_val }, /* EVT: , */  File: autogen.info, Node: Alternate Definition, Prev: Full Syntax, Up: Definitions File 2.10 Alternate Definition Forms =============================== There are several methods for supplying data values for templates. `no definitions' It is entirely possible to write a template that does not depend upon external definitions. Such a template would likely have an unvarying output, but be convenient nonetheless because of an external library of either AutoGen or Scheme functions, or both. This can be accommodated by providing the `--override-tpl' and `--no-definitions' options on the command line. *Note autogen Invocation::. `CGI' AutoGen behaves as a CGI server if the definitions input is from stdin and the environment variable `REQUEST_METHOD' is defined and set to either "GET" or "POST", *Note AutoGen CGI::. Obviously, all the values are constrained to strings because there is no way to represent nested values. `XML' AutoGen comes with a program named, `xml2ag'. Its output can either be redirected to a file for later use, or the program can be used as an AutoGen wrapper. *Note xml2ag Invocation::. The introductory template example (*note Example Usage::) can be rewritten in XML as follows: A more XML-normal form might look like this: some alpha stuff more beta stuff final omega stuff but you would have to change the template `list_info' references into `text' references. `standard AutoGen definitions' Of course. :-)  File: autogen.info, Node: Template File, Next: Augmenting AutoGen, Prev: Definitions File, Up: Top 3 Template File *************** The AutoGen template file defines the content of the output text. It is composed of two parts. The first part consists of a pseudo macro invocation and commentary. It is followed by the template proper. This pseudo macro is special. It is used to identify the file as a AutoGen template file, fixing the starting and ending marks for the macro invocations in the rest of the file, specifying the list of suffixes to be generated by the template and, optionally, the shell to use for processing shell commands embedded in the template. AutoGen-ing a file consists of copying text from the template to the output file until a start macro marker is found. The text from the start marker to the end marker constitutes the macro text. AutoGen macros may cause sections of the template to be skipped or processed several times. The process continues until the end of the template is reached. The process is repeated once for each suffix specified in the pseudo macro. This chapter describes the format of the AutoGen template macros and the usage of the AutoGen native macros. Users may augment these by defining their own macros. *Note DEFINE::. * Menu: * pseudo macro:: Format of the Pseudo Macro * naming values:: Naming a value * expression syntax:: Macro Expression Syntax * AutoGen Functions:: AutoGen Scheme Functions * Common Functions:: Common Scheme Functions * native macros:: AutoGen Native Macros * output controls:: Redirecting Output  File: autogen.info, Node: pseudo macro, Next: naming values, Up: Template File 3.1 Format of the Pseudo Macro ============================== The pseudo macro is used to tell AutoGen how to process a template. It tells autogen: 1. The start macro marker. It consists of punctuation characters used to demarcate the start of a macro. It may be up to seven characters long and must be the first non-whitespace characters in the file. It is generally a good idea to use some sort of opening bracket in the starting macro and closing bracket in the ending macro (e.g. `{', `(', `[', or even `<' in the starting macro). It helps both visually and with editors capable of finding a balancing parenthesis. 2. That start marker must be immediately followed by the identifier strings "AutoGen5" and then "template", though capitalization is not important. The next several components may be intermingled: 3. Zero, one or more suffix specifications tell AutoGen how many times to process the template file. No suffix specifications mean that it is to be processed once and that the generated text is to be written to stdout. The current suffix for each pass can be determined with the `(suffix)' scheme function (*note SCM suffix::). The suffix specification consists of a sequence of POSIX compliant file name characters and, optionally, an equal sign and a file name "printf"-style formatting string. Two string arguments are allowed for that string: the base name of the definition file and the current suffix (that being the text to the left of the equal sign). (Note: "POSIX compliant file name characters" consist of alphanumerics plus the period (`.'), hyphen (`-') and underscore (`_') characters.) 4. Comment lines: blank lines, lines starting with a hash mark [`#']), and edit mode comments (text between pairs of `-*-' strings). 5. Scheme expressions may be inserted in order to make configuration changes before template processing begins. It is used, for example, to allow the template writer to specify the shell program that must be used to interpret the shell commands in the template. It can have no effect on any shell commands in the definitions file, as that file will have been processed by the time the pseudo macro is interpreted. (setenv "SHELL" "/bin/sh") This is extremely useful to ensure that the shell used is the one the template was written to use. By default, AutoGen determines the shell to use by user preferences. Sometimes, that can be the "csh", though. The scheme expression can also be used to save a pre-existing output file for later text extraction (*note SCM extract::). (shellf "mv -f %1$s.c %1$s.sav" (base-name)) After these must come the end macro marker: 6. The punctuation characters used to demarcate the end of a macro. Like the start marker, it must consist of seven or fewer punctuation characters. The ending macro marker has a few constraints on its content. Some of them are just advisory, though. There is no special check for advisory restrictions. * It must not begin with a POSIX file name character (hyphen `-', underscore `_' or period `.'), the backslash (`\') or open parenthesis (`('). These are used to identify a suffix specification, indicate Scheme code and trim white space. * If it begins with an equal sign, then it must be separated from any suffix specification by white space. * The closing marker may not begin with an open parenthesis, as that is used to enclose a scheme expression. * It cannot begin with a backslash, as that is used to indicate white space trimming after the end macro mark. If, in the body of the template, you put the backslash character (`\') before the end macro mark, then any white space characters after the mark and through the newline character are trimmed. * It is also helpful to avoid using the comment marker (`#'). It might be seen as a comment within the pseudo macro. * You should avoid using any of the quote characters double, single or back-quote. It won't confuse AutoGen, but it might well confuse you and/or your editor. As an example, assume we want to use `[+' and `+]' as the start and end macro markers, and we wish to produce a `.c' and a `.h' file, then the pseudo macro might look something like this: [+ AutoGen5 template -*- Mode: emacs-mode-of-choice -*- h=chk-%s.h c # make sure we don't use csh: (setenv "SHELL" "/bin/sh") +] The template proper starts after the pseudo-macro. The starting character is either the first non-whitespace character or the first character after the newline that follows the end macro marker.  File: autogen.info, Node: naming values, Next: expression syntax, Prev: pseudo macro, Up: Template File 3.2 Naming a value ================== When an AutoGen value is specified in a template, it is specified by name. The name may be a simple name, or a compound name of several components. Since each named value in AutoGen is implicitly an array of one or more values, each component may have an index associated with it. It looks like this: comp-name-1 . comp-name-2 [ 2 ] Note that if there are multiple components to a name, each component name is separated by a dot (`.'). Indexes follow a component name, enclosed in square brackets (`[' and `]'). The index may be either an integer or an integer-valued define name. The first component of the name is searched for in the current definition level. If not found, higher levels will be searched until either a value is found, or there are no more definition levels. Subsequent components of the name must be found within the context of the newly-current definition level. Also, if the named value is prefixed by a dot (`.'), then the value search is started in the current context only. No higher levels are searched. If someone rewrites this, I'll incorporate it. :-)  File: autogen.info, Node: expression syntax, Next: AutoGen Functions, Prev: naming values, Up: Template File 3.3 Macro Expression Syntax =========================== AutoGen has two types of expressions: full expressions and basic ones. A full AutoGen expression can appear by itself, or as the argument to certain AutoGen built-in macros: CASE, IF, ELIF, INCLUDE, INVOKE (explicit invocation, *note INVOKE::), and WHILE. If it appears by itself, the result is inserted into the output. If it is an argument to one of these macros, the macro code will act on it sensibly. You are constrained to basic expressions only when passing arguments to user defined macros, *Note DEFINE::. The syntax of a full AutoGen expression is: [[ ] ] [ [ ]] How the expression is evaluated depends upon the presence or absence of the apply code and value name. The "value name" is the name of an AutoGen defined value, or not. If it does not name such a value, the expression result is generally the empty string. All expressions must contain either a `value-name' or a `basic-expr'. * Menu: * apply code:: Apply Code * basic expression:: Basic Expression  File: autogen.info, Node: apply code, Next: basic expression, Up: expression syntax 3.3.1 Apply Code ---------------- The "apply code" selected determines the method of evaluating the expression. There are five apply codes, including the non-use of an apply code. `no apply code' This is the most common expression type. Expressions of this sort come in three flavors: `' The result is the value of `value-name', if defined. Otherwise it is the empty string. `' The result of the basic expression is the result of the full expression, *Note basic expression::. ` ' If there is a defined value for `value-name', then the `basic-expr' is evaluated. Otherwise, the result is the empty string. `% ' If `value-name' is defined, use `basic-expr' as a format string for sprintf. Then, if the `basic-expr' is either a back-quoted string or a parenthesized expression, then hand the result to the appropriate interpreter for further evaluation. Otherwise, for single and double quote strings, the result is the result of the sprintf operation. Naturally, if `value-name' is not defined, the result is the empty string. For example, assume that `fumble' had the string value, `stumble': [+ % fumble `printf '%%x\\n' $%s` +] This would cause the shell to evaluate "`printf '%x\n' $stumble'". Assuming that the shell variable `stumble' had a numeric value, the expression result would be that number, in hex. Note the need for doubled percent characters and backslashes. `? ' Two `basic-expr'-s are required. If the `value-name' is defined, then the first `basic-expr-1' is evaluated, otherwise `basic-expr-2' is. `- ' Evaluate `basic-expr' only if `value-name' is not defined. `?% ' This combines the functions of `?' and `%'. If `value-name' is defined, it behaves exactly like `%', above, using `basic-expr-1'. If not defined, then `basic-expr-2' is evaluated. For example, assume again that `fumble' had the string value, `stumble': [+ ?% fumble `cat $%s` `pwd` +] This would cause the shell to evaluate "`cat $stumble'". If `fumble' were not defined, then the result would be the name of our current directory.  File: autogen.info, Node: basic expression, Prev: apply code, Up: expression syntax 3.3.2 Basic Expression ---------------------- A basic expression can have one of the following forms: `'STRING'' A single quoted string. Backslashes can be used to protect single quotes (`''), hash characters (`#'), or backslashes (`\') in the string. All other characters of STRING are output as-is when the single quoted string is evaluated. Backslashes are processed before the hash character for consistency with the definition syntax. It is needed there to avoid preprocessing conflicts. `"STRING"' A double quoted string. This is a cooked text string as in C, except that they are not concatenated with adjacent strings. Evaluating "`STRING'" will output STRING with all backslash sequences interpreted. ``STRING`' A back quoted string. When this expression is evaluated, STRING is first interpreted as a cooked string (as in `"STRING"') and evaluated as a shell expression by the AutoGen server shell. This expression is replaced by the stdout output of the shell. `(STRING)' A parenthesized expression. It will be passed to the Guile interpreter for evaluation and replaced by the resulting value. If there is a Scheme error in this expression, Guile 1.4 and Guile 1.6 will report the template line number where the error occurs. Guile 1.7 has lost this capability. Additionally, other than in the `%' and `?%' expressions, the Guile expressions may be introduced with the Guile comment character (`;') and you may put a series of Guile expressions within a single macro. They will be implicitly evaluated as if they were arguments to the `(begin ...)' expression. The result will be the the result of the last Guile expression evaluated.  File: autogen.info, Node: AutoGen Functions, Next: Common Functions, Prev: expression syntax, Up: Template File 3.4 AutoGen Scheme Functions ============================ AutoGen uses Guile to interpret Scheme expressions within AutoGen macros. All of the normal Guile functions are available, plus several extensions (*note Common Functions::) have been added to augment the repertoire of string manipulation functions and manage the state of AutoGen processing. This section describes those functions that are specific to AutoGen. Please take note that these AutoGen specific functions are not loaded and thus not made available until after the command line options have been processed and the AutoGen definitions have been loaded. They may, of course, be used in Scheme functions that get defined at those times, but they cannot be invoked. * Menu: * SCM ag-function?:: `ag-function?' - test for function * SCM base-name:: `base-name' - base output name * SCM chdir:: `chdir' - Change current directory * SCM count:: `count' - definition count * SCM def-file:: `def-file' - definitions file name * SCM def-file-line:: `def-file-line' - get a definition file+line number * SCM dne:: `dne' - "Do Not Edit" warning * SCM error:: `error' - display message and exit * SCM exist?:: `exist?' - test for value name * SCM find-file:: `find-file' - locate a file in the search path * SCM first-for?:: `first-for?' - detect first iteration * SCM for-by:: `for-by' - set iteration step * SCM for-from:: `for-from' - set initial index * SCM for-index:: `for-index' - get current loop index * SCM for-sep:: `for-sep' - set loop separation string * SCM for-to:: `for-to' - set ending index * SCM get:: `get' - get named value * SCM high-lim:: `high-lim' - get highest value index * SCM last-for?:: `last-for?' - detect last iteration * SCM len:: `len' - get count of values * SCM low-lim:: `low-lim' - get lowest value index * SCM match-value?:: `match-value?' - test for matching value * SCM out-delete:: `out-delete' - delete current output file * SCM out-depth:: `out-depth' - output file stack depth * SCM out-line:: `out-line' - output file line number * SCM out-move:: `out-move' - change name of output file * SCM out-name:: `out-name' - current output file name * SCM out-pop:: `out-pop' - close current output file * SCM out-push-add:: `out-push-add' - append output to file * SCM out-push-new:: `out-push-new' - purge and create output file * SCM out-resume:: `out-resume' - resume current output file * SCM out-suspend:: `out-suspend' - suspend current output file * SCM out-switch:: `out-switch' - close and create new output * SCM set-option:: `set-option' - Set a command line option * SCM set-writable:: `set-writable' - Make the output file be writable * SCM stack:: `stack' - make list of AutoGen values * SCM suffix:: `suffix' - get the current suffix * SCM tpl-file:: `tpl-file' - get the template file name * SCM tpl-file-line:: `tpl-file-line' - get the template file+line number * SCM make-header-guard:: `make-header-guard' - protect a header file * SCM autogen-version:: `autogen-version' - ``5.8.3'' * SCM c-file-line-fmt:: format file info as, ```#line nn "file"'''  File: autogen.info, Node: SCM ag-function?, Next: SCM base-name, Up: AutoGen Functions 3.4.1 `ag-function?' - test for function ---------------------------------------- Usage: (ag-function? ag-name) return SCM_BOOL_T if a specified name is a user-defined AutoGen macro, otherwise return SCM_BOOL_F. Arguments: ag-name - name of AutoGen macro  File: autogen.info, Node: SCM base-name, Next: SCM chdir, Prev: SCM ag-function?, Up: AutoGen Functions 3.4.2 `base-name' - base output name ------------------------------------ Usage: (base-name) Returns a string containing the base name of the output file(s). Generally, this is also the base name of the definitions file. This Scheme function takes no arguments.  File: autogen.info, Node: SCM chdir, Next: SCM count, Prev: SCM base-name, Up: AutoGen Functions 3.4.3 `chdir' - Change current directory ---------------------------------------- Usage: (chdir dir) Sets the current directory for AutoGen. Shell commands will run from this directory as well. This is a wrapper around the Guile native function. It returns its directory name argument and fails the program on failure. Arguments: dir - new directory name  File: autogen.info, Node: SCM count, Next: SCM def-file, Prev: SCM chdir, Up: AutoGen Functions 3.4.4 `count' - definition count -------------------------------- Usage: (count ag-name) Count the number of entries for a definition. The input argument must be a string containing the name of the AutoGen values to be counted. If there is no value associated with the name, the result is an SCM immediate integer value of zero. Arguments: ag-name - name of AutoGen value  File: autogen.info, Node: SCM def-file, Next: SCM def-file-line, Prev: SCM count, Up: AutoGen Functions 3.4.5 `def-file' - definitions file name ---------------------------------------- Usage: (def-file) Get the name of the definitions file. Returns the name of the source file containing the AutoGen definitions. This Scheme function takes no arguments.  File: autogen.info, Node: SCM def-file-line, Next: SCM dne, Prev: SCM def-file, Up: AutoGen Functions 3.4.6 `def-file-line' - get a definition file+line number --------------------------------------------------------- Usage: (def-file-line ag-name [ msg-fmt ]) Returns the file and line number of a AutoGen defined value, using either the default format, "from %s line %d", or else the format you supply. For example, if you want to insert a "C" language file-line directive, you would supply the format "# %2$d \"%1$s\"", but that is also already supplied with the scheme variable *Note SCM c-file-line-fmt::. You may use it thus: (def-file-line "ag-def-name" c-file-line-fmt) It is also safe to use the formatting string, "%2$d". AutoGen uses an argument vector version of printf: *Note snprintfv::. Arguments: ag-name - name of AutoGen value msg-fmt - Optional - formatting for line message  File: autogen.info, Node: SCM dne, Next: SCM error, Prev: SCM def-file-line, Up: AutoGen Functions 3.4.7 `dne' - "Do Not Edit" warning ----------------------------------- Usage: (dne prefix [ first_prefix ] [ optpfx ]) Generate a "DO NOT EDIT" or "EDIT WITH CARE" warning string. Which depends on whether or not the `--writable' command line option was set. The first argument is a per-line string prefix. The optional second argument is a prefix for the first-line and, in read-only mode, activates the editor hints. -*- buffer-read-only: t -*- vi: set ro: The warning string also includes information about the template used to construct the file and the definitions used in its instantiation. The optional third argument is used when the first argument is actually an invocation option and the prefix arguments get shifted. The first argument must be, specifically, "`-d'". That is used to signify that the date stamp should not be inserted into the output. Arguments: prefix - string for starting each output line first_prefix - Optional - for the first output line optpfx - Optional - shifted prefix  File: autogen.info, Node: SCM error, Next: SCM exist?, Prev: SCM dne, Up: AutoGen Functions 3.4.8 `error' - display message and exit ---------------------------------------- Usage: (error message) The argument is a string that printed out as part of an error message. The message is formed from the formatting string: DEFINITIONS ERROR in %s line %d for %s: %s\n The first three arguments to this format are provided by the routine and are: The name of the template file, the line within the template where the error was found, and the current output file name. After displaying the message, the current output file is removed and autogen exits with the EXIT_FAILURE error code. IF, however, the argument begins with the number 0 (zero), or the string is the empty string, then processing continues with the next suffix. Arguments: message - message to display before exiting  File: autogen.info, Node: SCM exist?, Next: SCM find-file, Prev: SCM error, Up: AutoGen Functions 3.4.9 `exist?' - test for value name ------------------------------------ Usage: (exist? ag-name) return SCM_BOOL_T iff a specified name has an AutoGen value. The name may include indexes and/or member names. All but the last member name must be an aggregate definition. For example: (exist? "foo[3].bar.baz") will yield true if all of the following is true: There is a member value of either group or string type named `baz' for some group value `bar' that is a member of the `foo' group with index `3'. There may be multiple entries of `bar' within `foo', only one needs to contain a value for `baz'. Arguments: ag-name - name of AutoGen value  File: autogen.info, Node: SCM find-file, Next: SCM first-for?, Prev: SCM exist?, Up: AutoGen Functions 3.4.10 `find-file' - locate a file in the search path ----------------------------------------------------- Usage: (find-file file-name [ suffix ]) AutoGen has a search path that it uses to locate template and definition files. This function will search the same list for `file-name', both with and without the `.suffix', if provided. Arguments: file-name - name of file with text suffix - Optional - file suffix to try, too  File: autogen.info, Node: SCM first-for?, Next: SCM for-by, Prev: SCM find-file, Up: AutoGen Functions 3.4.11 `first-for?' - detect first iteration -------------------------------------------- Usage: (first-for? [ for_var ]) Returns SCM_BOOL_T if the named FOR loop (or, if not named, the current innermost loop) is on the first pass through the data. Outside of any FOR loop, it returns SCM_UNDEFINED. *Note FOR::. Arguments: for_var - Optional - which for loop  File: autogen.info, Node: SCM for-by, Next: SCM for-from, Prev: SCM first-for?, Up: AutoGen Functions 3.4.12 `for-by' - set iteration step ------------------------------------ Usage: (for-by by) This function records the "step by" information for an AutoGen FOR function. Outside of the FOR macro itself, this function will emit an error. *Note FOR::. Arguments: by - the iteration increment for the AutoGen FOR macro  File: autogen.info, Node: SCM for-from, Next: SCM for-index, Prev: SCM for-by, Up: AutoGen Functions 3.4.13 `for-from' - set initial index ------------------------------------- Usage: (for-from from) This function records the initial index information for an AutoGen FOR function. Outside of the FOR macro itself, this function will emit an error. *Note FOR::. Arguments: from - the initial index for the AutoGen FOR macro  File: autogen.info, Node: SCM for-index, Next: SCM for-sep, Prev: SCM for-from, Up: AutoGen Functions 3.4.14 `for-index' - get current loop index ------------------------------------------- Usage: (for-index [ for_var ]) Returns the current index for the named FOR loop. If not named, then the index for the innermost loop. Outside of any FOR loop, it returns SCM_UNDEFINED. *Note FOR::. Arguments: for_var - Optional - which for loop  File: autogen.info, Node: SCM for-sep, Next: SCM for-to, Prev: SCM for-index, Up: AutoGen Functions 3.4.15 `for-sep' - set loop separation string --------------------------------------------- Usage: (for-sep separator) This function records the separation string that is to be inserted between each iteration of an AutoGen FOR function. This is often nothing more than a comma. Outside of the FOR macro itself, this function will emit an error. Arguments: separator - the text to insert between the output of each FOR iteration  File: autogen.info, Node: SCM for-to, Next: SCM get, Prev: SCM for-sep, Up: AutoGen Functions 3.4.16 `for-to' - set ending index ---------------------------------- Usage: (for-to to) This function records the terminating value information for an AutoGen FOR function. Outside of the FOR macro itself, this function will emit an error. *Note FOR::. Arguments: to - the final index for the AutoGen FOR macro  File: autogen.info, Node: SCM get, Next: SCM high-lim, Prev: SCM for-to, Up: AutoGen Functions 3.4.17 `get' - get named value ------------------------------ Usage: (get ag-name [ alt-val ]) Get the first string value associated with the name. It will either return the associated string value (if the name resolves), the alternate value (if one is provided), or else the empty string. Arguments: ag-name - name of AutoGen value alt-val - Optional - value if not present  File: autogen.info, Node: SCM high-lim, Next: SCM last-for?, Prev: SCM get, Up: AutoGen Functions 3.4.18 `high-lim' - get highest value index ------------------------------------------- Usage: (high-lim ag-name) Returns the highest index associated with an array of definitions. This is generally, but not necessarily, one less than the `count' value. (The indexes may be specified, rendering a non-zero based or sparse array of values.) This is very useful for specifying the size of a zero-based array of values where not all values are present. For example: tMyStruct myVals[ [+ (+ 1 (high-lim "my-val-list")) +] ]; Arguments: ag-name - name of AutoGen value  File: autogen.info, Node: SCM last-for?, Next: SCM len, Prev: SCM high-lim, Up: AutoGen Functions 3.4.19 `last-for?' - detect last iteration ------------------------------------------ Usage: (last-for? [ for_var ]) Returns SCM_BOOL_T if the named FOR loop (or, if not named, the current innermost loop) is on the last pass through the data. Outside of any FOR loop, it returns SCM_UNDEFINED. *Note FOR::. Arguments: for_var - Optional - which for loop  File: autogen.info, Node: SCM len, Next: SCM low-lim, Prev: SCM last-for?, Up: AutoGen Functions 3.4.20 `len' - get count of values ---------------------------------- Usage: (len ag-name) If the named object is a group definition, then "len" is the same as "count". Otherwise, if it is one or more text definitions, then it is the sum of their string lengths. If it is a single text definition, then it is equivalent to `(string-length (get "ag-name"))'. Arguments: ag-name - name of AutoGen value  File: autogen.info, Node: SCM low-lim, Next: SCM match-value?, Prev: SCM len, Up: AutoGen Functions 3.4.21 `low-lim' - get lowest value index ----------------------------------------- Usage: (low-lim ag-name) Returns the lowest index associated with an array of definitions. Arguments: ag-name - name of AutoGen value  File: autogen.info, Node: SCM match-value?, Next: SCM out-delete, Prev: SCM low-lim, Up: AutoGen Functions 3.4.22 `match-value?' - test for matching value ----------------------------------------------- Usage: (match-value? op ag-name test-str) This function answers the question, "Is there an AutoGen value named `ag-name' with a value that matches the pattern `test-str' using the match function `op'?" Return SCM_BOOL_T iff at least one occurrence of the specified name has such a value. The operator can be any function that takes two string arguments and yields a boolean. It is expected that you will use one of the string matching functions provided by AutoGen. The value name must follow the same rules as the `ag-name' argument for `exist?' (*note SCM exist?::). Arguments: op - boolean result operator ag-name - name of AutoGen value test-str - string to test against  File: autogen.info, Node: SCM out-delete, Next: SCM out-depth, Prev: SCM match-value?, Up: AutoGen Functions 3.4.23 `out-delete' - delete current output file ------------------------------------------------ Usage: (out-delete) Remove the current output file. Cease processing the template for the current suffix. It is an error if there are `push'-ed output files. Use the `(error "0")' scheme function instead. *Note output controls::. This Scheme function takes no arguments.  File: autogen.info, Node: SCM out-depth, Next: SCM out-line, Prev: SCM out-delete, Up: AutoGen Functions 3.4.24 `out-depth' - output file stack depth -------------------------------------------- Usage: (out-depth) Returns the depth of the output file stack. *Note output controls::. This Scheme function takes no arguments.  File: autogen.info, Node: SCM out-line, Next: SCM out-move, Prev: SCM out-depth, Up: AutoGen Functions 3.4.25 `out-line' - output file line number ------------------------------------------- Usage: (out-line) Returns the current line number of the output file. It rewinds and reads the file to count newlines. This Scheme function takes no arguments.  File: autogen.info, Node: SCM out-move, Next: SCM out-name, Prev: SCM out-line, Up: AutoGen Functions 3.4.26 `out-move' - change name of output file ---------------------------------------------- Usage: (out-move new-name) Rename current output file. *Note output controls::. Please note: changing the name will not save a temporary file from being deleted. It may, however, be used on the root output file. Arguments: new-name - new name for the current output file  File: autogen.info, Node: SCM out-name, Next: SCM out-pop, Prev: SCM out-move, Up: AutoGen Functions 3.4.27 `out-name' - current output file name -------------------------------------------- Usage: (out-name) Returns the name of the current output file. If the current file is a temporary, unnamed file, then it will scan up the chain until a real output file name is found. *Note output controls::. This Scheme function takes no arguments.  File: autogen.info, Node: SCM out-pop, Next: SCM out-push-add, Prev: SCM out-name, Up: AutoGen Functions 3.4.28 `out-pop' - close current output file -------------------------------------------- Usage: (out-pop [ disp ]) If there has been a `push' on the output, then close that file and go back to the previously open file. It is an error if there has not been a `push'. *Note output controls::. If there is no argument, no further action is taken. Otherwise, the argument should be `#t' and the contents of the file are returned by the function. Arguments: disp - Optional - return contents of the file  File: autogen.info, Node: SCM out-push-add, Next: SCM out-push-new, Prev: SCM out-pop, Up: AutoGen Functions 3.4.29 `out-push-add' - append output to file --------------------------------------------- Usage: (out-push-add file-name) Identical to `push-new', except the contents are *not* purged, but appended to. *Note output controls::. Arguments: file-name - name of the file to append text to  File: autogen.info, Node: SCM out-push-new, Next: SCM out-resume, Prev: SCM out-push-add, Up: AutoGen Functions 3.4.30 `out-push-new' - purge and create output file ---------------------------------------------------- Usage: (out-push-new [ file-name ]) Leave the current output file open, but purge and create a new file that will remain open until a `pop' `delete' or `switch' closes it. The file name is optional and, if omitted, the output will be sent to a temporary file that will be deleted when it is closed. *Note output controls::. Arguments: file-name - Optional - name of the file to create  File: autogen.info, Node: SCM out-resume, Next: SCM out-suspend, Prev: SCM out-push-new, Up: AutoGen Functions 3.4.31 `out-resume' - resume current output file ------------------------------------------------ Usage: (out-resume suspName) If there has been a suspended output, then make that output descriptor current again. That output must have been suspended with the same tag name given to this routine as its argument. Arguments: suspName - A name tag for reactivating  File: autogen.info, Node: SCM out-suspend, Next: SCM out-switch, Prev: SCM out-resume, Up: AutoGen Functions 3.4.32 `out-suspend' - suspend current output file -------------------------------------------------- Usage: (out-suspend suspName) If there has been a `push' on the output, then set aside the output descriptor for later reactiviation with `(out-resume "xxx")'. The tag name need not reflect the name of the output file. In fact, the output file may be an anonymous temporary file. You may also change the tag every time you suspend output to a file, because the tag names are forgotten as soon as the file has been "resumed". Arguments: suspName - A name tag for reactivating  File: autogen.info, Node: SCM out-switch, Next: SCM set-option, Prev: SCM out-suspend, Up: AutoGen Functions 3.4.33 `out-switch' - close and create new output ------------------------------------------------- Usage: (out-switch file-name) Switch output files - close current file and make the current file pointer refer to the new file. This is equivalent to `out-pop' followed by `out-push-new', except that you may not pop the base level output file, but you may `switch' it. *Note output controls::. Arguments: file-name - name of the file to create  File: autogen.info, Node: SCM set-option, Next: SCM set-writable, Prev: SCM out-switch, Up: AutoGen Functions 3.4.34 `set-option' - Set a command line option ----------------------------------------------- Usage: (set-option opt) The text argument must be an option name followed by any needed option argument. Returns SCM_UNDEFINED. Arguments: opt - AutoGen option name + its argument  File: autogen.info, Node: SCM set-writable, Next: SCM stack, Prev: SCM set-option, Up: AutoGen Functions 3.4.35 `set-writable' - Make the output file be writable -------------------------------------------------------- Usage: (set-writable [ set? ]) This function will set the current output file to be writable (or not). This is only effective if neither the `--writable' nor `--not-writable' have been specified. This state is reset when the current suffix's output is complete. Arguments: set? - Optional - boolean arg, false to make output non-writable  File: autogen.info, Node: SCM stack, Next: SCM suffix, Prev: SCM set-writable, Up: AutoGen Functions 3.4.36 `stack' - make list of AutoGen values -------------------------------------------- Usage: (stack ag-name) Create a scheme list of all the strings that are associated with a name. They must all be text values or we choke. Arguments: ag-name - AutoGen value name  File: autogen.info, Node: SCM suffix, Next: SCM tpl-file, Prev: SCM stack, Up: AutoGen Functions 3.4.37 `suffix' - get the current suffix ---------------------------------------- Usage: (suffix) Returns the current active suffix (*note pseudo macro::). This Scheme function takes no arguments.  File: autogen.info, Node: SCM tpl-file, Next: SCM tpl-file-line, Prev: SCM suffix, Up: AutoGen Functions 3.4.38 `tpl-file' - get the template file name ---------------------------------------------- Usage: (tpl-file [ full_path ]) Returns the name of the current template file. If `#t' is passed in as an argument, then the template file is hunted for in the template search path. Otherwise, just the unadorned name. Arguments: full_path - Optional - include full path to file  File: autogen.info, Node: SCM tpl-file-line, Next: SCM make-header-guard, Prev: SCM tpl-file, Up: AutoGen Functions 3.4.39 `tpl-file-line' - get the template file+line number ---------------------------------------------------------- Usage: (tpl-file-line [ msg-fmt ]) Returns the file and line number of the current template macro using either the default format, "from %s line %d", or else the format you supply. For example, if you want to insert a "C" language file-line directive, you would supply the format "# %2$d \"%1$s\"", but that is also already supplied with the scheme variable *Note SCM c-file-line-fmt::. You may use it thus: (tpl-file-line c-file-line-fmt) It is also safe to use the formatting string, "%2$d". AutoGen uses an argument vector version of printf: *Note snprintfv::. Arguments: msg-fmt - Optional - formatting for line message  File: autogen.info, Node: SCM make-header-guard, Next: SCM autogen-version, Prev: SCM tpl-file-line, Up: AutoGen Functions 3.4.40 `make-header-guard' - make self-inclusion guard ------------------------------------------------------ Emit a `#ifndef'/`#define' sequence based upon the output file name and the provided prefix. It will also define a scheme variable named, `header-file' and `header-guard'. The `#define' name is composed as follows: 1. The first element is the string argument and a separating underscore. 2. That is followed by the name of the header file with illegal characters mapped to underscores. 3. The end of the name is always, "`_GUARD'". 4. Finally, the entire string is mapped to upper case. The final `#define' name is stored in an SCM symbol named `header-guard'. Consequently, the concluding `#endif' for the file should read something like: #endif /* [+ (. header-guard) +] */ The name of the header file (the current output file) is also stored in an SCM symbol, `header-file'. Therefore, if you are also generating a C file that uses the previously generated header file, you can put this into that generated file: #include "[+ (. header-file) +]" Obviously, if you are going to produce more than one header file from a particular template, you will need to be careful how these SCM symbols get handled. Arguments: prefix - first segment of `#define' name  File: autogen.info, Node: SCM autogen-version, Next: SCM c-file-line-fmt, Prev: SCM make-header-guard, Up: AutoGen Functions 3.4.41 `autogen-version' - autogen version number ------------------------------------------------- This is a symbol defining the current AutoGen version number string. It was first defined in AutoGen-5.2.14. It is currently "5.8.3".  File: autogen.info, Node: SCM c-file-line-fmt, Prev: SCM autogen-version, Up: AutoGen Functions 3.4.42 format file info as, "`#line nn "file"'" ----------------------------------------------- This is a symbol that can easily be used with the functions *Note SCM tpl-file-line::, and *Note SCM def-file-line::. These will emit C program `#line' directives pointing to template and definitions text, respectively.  File: autogen.info, Node: Common Functions, Next: native macros, Prev: AutoGen Functions, Up: Template File 3.5 Common Scheme Functions =========================== This section describes a number of general purpose functions that make the kind of string processing that AutoGen does a little easier. Unlike the AutoGen specific functions (*note AutoGen Functions::), these functions are available for direct use during definition load time. The equality test (*note SCM =::) is "overloaded" to do string equivalence comparisons. If you are looking for inequality, the Scheme/Lisp way of spelling that is, "(not (= ...))". * Menu: * SCM bsd:: `bsd' - BSD Public License * SCM c-string:: `c-string' - emit string for ANSI C * SCM emit:: `emit' - emit the text for each argument * SCM error-source-line:: `error-source-line' - display of file & line * SCM extract:: `extract' - extract text from another file * SCM format-arg-count:: `format-arg-count' - count the args to a format * SCM fprintf:: `fprintf' - format to a file * SCM gperf:: `gperf' - perform a perfect hash function * SCM gpl:: `gpl' - GNU General Public License * SCM hide-email:: `hide-email' - convert eaddr to javascript * SCM in?:: `in?' - test for string in list * SCM join:: `join' - join string list with separator * SCM kr-string:: `kr-string' - emit string for K&R C * SCM lgpl:: `lgpl' - GNU Library General Public License * SCM license:: `license' - an arbitrary license * SCM make-gperf:: `make-gperf' - build a perfect hash function program * SCM makefile-script:: `makefile-script' - create makefile script * SCM max:: `max' - maximum value in list * SCM min:: `min' - minimum value in list * SCM prefix:: `prefix' - prefix lines with a string * SCM printf:: `printf' - format to stdout * SCM raw-shell-str:: `raw-shell-str' - single quote shell string * SCM shell:: `shell' - invoke a shell script * SCM shell-str:: `shell-str' - double quote shell string * SCM shellf:: `shellf' - format a string, run shell * SCM sprintf:: `sprintf' - format a string * SCM string-capitalize:: `string-capitalize' - capitalize a new string * SCM string-capitalize!::`string-capitalize!' - capitalize a string * SCM *=*:: `string-contains-eqv?' - caseless substring * SCM *==*:: `string-contains?' - substring match * SCM string-downcase:: `string-downcase' - lower case a new string * SCM string-downcase!:: `string-downcase!' - make a string be lower case * SCM *~:: `string-end-eqv-match?' - caseless regex ending * SCM *~~:: `string-end-match?' - regex match end * SCM *=:: `string-ends-eqv?' - caseless string ending * SCM *==:: `string-ends-with?' - string ending * SCM ==:: `string-equals?' - string matching * SCM ~:: `string-eqv-match?' - caseless regex match * SCM =:: `string-eqv?' - caseless string match * SCM *~*:: `string-has-eqv-match?' - caseless regex contains * SCM *~~*:: `string-has-match?' - contained regex match * SCM ~~:: `string-match?' - regex match * SCM ~*:: `string-start-eqv-match?' - caseless regex start * SCM ~~*:: `string-start-match?' - regex match start * SCM =*:: `string-starts-eqv?' - caseless string start * SCM ==*:: `string-starts-with?' - string starting * SCM string-substitute:: `string-substitute' - multiple global replacements * SCM string->c-name!:: `string->c-name!' - map non-name chars to underscore * SCM string-tr:: `string-tr' - convert characters with new result * SCM string-tr!:: `string-tr!' - convert characters * SCM string-upcase:: `string-upcase' - upper case a new string * SCM string-upcase!:: `string-upcase!' - make a string be upper case * SCM sub-shell-str:: `sub-shell-str' - back quoted (sub-)shell string * SCM sum:: `sum' - sum of values in list * SCM html-escape-encode:: `html-escape-encode' - escape special chars  File: autogen.info, Node: SCM bsd, Next: SCM c-string, Up: Common Functions 3.5.1 `bsd' - BSD Public License -------------------------------- Usage: (bsd prog_name owner prefix) Emit a string that contains the Free BSD Public License. It takes three arguments: `prefix' contains the string to start each output line. `owner' contains the copyright owner. `prog_name' contains the name of the program the copyright is about. Arguments: prog_name - name of the program under the BSD owner - Grantor of the BSD License prefix - String for starting each output line  File: autogen.info, Node: SCM c-string, Next: SCM emit, Prev: SCM bsd, Up: Common Functions 3.5.2 `c-string' - emit string for ANSI C ----------------------------------------- Usage: (c-string string) Reform a string so that, when printed, the C compiler will be able to compile the data and construct a string that contains exactly what the current string contains. Many non-printing characters are replaced with escape sequences. Newlines are replaced with a backslash, an `n', a closing quote, a newline, seven spaces and another re-opening quote. The compiler will implicitly concatenate them. The reader will see line breaks. A K&R compiler will choke. Use `kr-string' for that compiler. Arguments: string - string to reformat  File: autogen.info, Node: SCM emit, Next: SCM error-source-line, Prev: SCM c-string, Up: Common Functions 3.5.3 `emit' - emit the text for each argument ---------------------------------------------- Usage: (emit alist ...) Walk the tree of arguments, displaying the values of displayable SCM types. Arguments: alist - list of arguments to stringify and emit  File: autogen.info, Node: SCM error-source-line, Next: SCM extract, Prev: SCM emit, Up: Common Functions 3.5.4 `error-source-line' - display of file & line -------------------------------------------------- Usage: (error-source-line) This function is only invoked just before Guile displays an error message. It displays the file name and line number that triggered the evaluation error. You should not need to invoke this routine directly. Guile will do it automatically. This Scheme function takes no arguments.  File: autogen.info, Node: SCM extract, Next: SCM format-arg-count, Prev: SCM error-source-line, Up: Common Functions 3.5.5 `extract' - extract text from another file ------------------------------------------------ Usage: (extract file-name marker-fmt [ caveat ] [ default ]) This function is used to help construct output files that may contain text that is carried from one version of the output to the next. The first two arguments are required, the second are optional: * The `file-name' argument is used to name the file that contains the demarcated text. * The `marker-fmt' is a formatting string that is used to construct the starting and ending demarcation strings. The sprintf function is given the `marker-fmt' with two arguments. The first is either "START" or "END". The second is either "DO NOT CHANGE THIS COMMENT" or the optional `caveat' argument. * `caveat' is presumed to be absent if it is the empty string (`""'). If absent, "DO NOT CHANGE THIS COMMENT" is used as the second string argument to the `marker-fmt'. * When a `default' argument is supplied and no pre-existing text is found, then this text will be inserted between the START and END markers. The resulting strings are presumed to be unique within the subject file. As a simplified example: [+ (extract "fname" "// %s - SOMETHING - %s" "" "example default") +] will result in the following text being inserted into the output: // START - SOMETHING - DO NOT CHANGE THIS COMMENT example default // END - SOMETHING - DO NOT CHANGE THIS COMMENT The "`example default'" string can then be carried forward to the next generation of the output, *provided* the output is not named "`fname'" and the old output is renamed to "`fname'" before AutoGen-eration begins. *NB:* You can set aside previously generated source files inside the pseudo macro with a Guile/scheme function, extract the text you want to keep with this extract function. Just remember you should delete it at the end, too. Here is an example from my Finite State Machine generator: [+ AutoGen5 Template -*- Mode: text -*- h=%s-fsm.h c=%s-fsm.c (shellf "[ -f %1$s-fsm.h ] && mv -f %1$s-fsm.h .fsm.head [ -f %1$s-fsm.c ] && mv -f %1$s-fsm.c .fsm.code" (base-name)) +] This code will move the two previously produced output files to files named ".fsm.head" and ".fsm.code". At the end of the 'c' output processing, I delete them. Arguments: file-name - name of file with text marker-fmt - format for marker text caveat - Optional - warn about changing marker default - Optional - default initial text  File: autogen.info, Node: SCM format-arg-count, Next: SCM fprintf, Prev: SCM extract, Up: Common Functions 3.5.6 `format-arg-count' - count the args to a format ----------------------------------------------------- Usage: (format-arg-count format) Sometimes, it is useful to simply be able to figure out how many arguments are required by a format string. For example, if you are extracting a format string for the purpose of generating a macro to invoke a printf-like function, you can run the formatting string through this function to determine how many arguments to provide for in the macro. e.g. for this extraction text: /*=fumble bumble * fmt: 'stumble %s: %d\n' =*/ You may wish to generate a macro: #define BUMBLE(a1,a2) printf_like(something,(a1),(a2)) You can do this by knowing that the format needs two arguments. Arguments: format - formatting string  File: autogen.info, Node: SCM fprintf, Next: SCM gperf, Prev: SCM format-arg-count, Up: Common Functions 3.5.7 `fprintf' - format to a file ---------------------------------- Usage: (fprintf port format [ format-arg ... ]) Format a string using arguments from the alist. Write to a specified port. The result will NOT appear in your output. Use this to print information messages to a template user. Arguments: port - Guile-scheme output port format - formatting string format-arg - Optional - list of arguments to formatting string  File: autogen.info, Node: SCM gperf, Next: SCM gpl, Prev: SCM fprintf, Up: Common Functions 3.5.8 `gperf' - perform a perfect hash function ----------------------------------------------- Usage: (gperf name str) Perform the perfect hash on the input string. This is only useful if you have previously created a gperf program with the `make-gperf' function *Note SCM make-gperf::. The `name' you supply here must match the name used to create the program and the string to hash must be one of the strings supplied in the `make-gperf' string list. The result will be a perfect hash index. See the documentation for `gperf(1GNU)' for more details. Arguments: name - name of hash list str - string to hash  File: autogen.info, Node: SCM gpl, Next: SCM hide-email, Prev: SCM gperf, Up: Common Functions 3.5.9 `gpl' - GNU General Public License ---------------------------------------- Usage: (gpl prog-name prefix) Emit a string that contains the GNU General Public License. It takes two arguments: `prefix' contains the string to start each output line, and `prog_name' contains the name of the program the copyright is about. Arguments: prog-name - name of the program under the GPL prefix - String for starting each output line  File: autogen.info, Node: SCM hide-email, Next: SCM in?, Prev: SCM gpl, Up: Common Functions 3.5.10 `hide-email' - convert eaddr to javascript ------------------------------------------------- Usage: (hide-email display eaddr) Hides an email address as a java scriptlett. The 'mailto:' tag and the email address are coded bytes rather than plain text. They are also broken up. Arguments: display - display text eaddr - email address  File: autogen.info, Node: SCM in?, Next: SCM join, Prev: SCM hide-email, Up: Common Functions 3.5.11 `in?' - test for string in list -------------------------------------- Usage: (in? test-string string-list ...) Return SCM_BOOL_T if the first argument string is found in one of the entries in the second (list-of-strings) argument. Arguments: test-string - string to look for string-list - list of strings to check  File: autogen.info, Node: SCM join, Next: SCM kr-string, Prev: SCM in?, Up: Common Functions 3.5.12 `join' - join string list with separator ----------------------------------------------- Usage: (join separator list ...) With the first argument as the separator string, joins together an a-list of strings into one long string. The list may contain nested lists, partly because you cannot always control that. Arguments: separator - string to insert between entries list - list of strings to join  File: autogen.info, Node: SCM kr-string, Next: SCM lgpl, Prev: SCM join, Up: Common Functions 3.5.13 `kr-string' - emit string for K&R C ------------------------------------------ Usage: (kr-string string) Reform a string so that, when printed, a K&R C compiler will be able to compile the data and construct a string that contains exactly what the current string contains. Many non-printing characters are replaced with escape sequences. New-lines are replaced with a backslash-n-backslash and newline sequence, Arguments: string - string to reformat  File: autogen.info, Node: SCM lgpl, Next: SCM license, Prev: SCM kr-string, Up: Common Functions 3.5.14 `lgpl' - GNU Library General Public License -------------------------------------------------- Usage: (lgpl prog_name owner prefix) Emit a string that contains the GNU Library General Public License. It takes three arguments: `prefix' contains the string to start each output line. `owner' contains the copyright owner. `prog_name' contains the name of the program the copyright is about. Arguments: prog_name - name of the program under the LGPL owner - Grantor of the LGPL prefix - String for starting each output line  File: autogen.info, Node: SCM license, Next: SCM make-gperf, Prev: SCM lgpl, Up: Common Functions 3.5.15 `license' - an arbitrary license --------------------------------------- Usage: (license lic_name prog_name owner prefix) Emit a string that contains the named license. The license text is read from a file named, `lic_name'.lic, searching the standard directories. The file contents are used as a format argument to `printf'(3), with `prog_name' and `owner' as the two string formatting arguments. Each output line is automatically prefixed with the string `prefix'. Arguments: lic_name - file name of the license prog_name - name of the licensed program or library owner - Grantor of the License prefix - String for starting each output line  File: autogen.info, Node: SCM make-gperf, Next: SCM makefile-script, Prev: SCM license, Up: Common Functions 3.5.16 `make-gperf' - build a perfect hash function program ----------------------------------------------------------- Usage: (make-gperf name strings ...) Build a program to perform perfect hashes of a known list of input strings. This function produces no output, but prepares a program named, `gperf_' for use by the gperf function *Note SCM gperf::. This program will be obliterated within a few seconds after AutoGen exits. Arguments: name - name of hash list strings - list of strings to hash  File: autogen.info, Node: SCM makefile-script, Next: SCM max, Prev: SCM make-gperf, Up: Common Functions 3.5.17 `makefile-script' - create makefile script ------------------------------------------------- Usage: (makefile-script text) This function will take ordinary shell script text and reformat it so that it will work properly inside of a makefile shell script. Not every shell construct can be supported; the intent is to have most ordinary scripts work without much, if any, alteration. The following transformations are performed on the source text: 1. Trailing whitespace on each line is stripped. 2. Except for the last line, the string, " ; \\" is appended to the end of every line that does not end with a backslash, semi-colon, conjunction operator or pipe. Note that this will mutilate multi-line quoted strings, but `make' renders it impossible to use multi-line constructs anyway. 3. If the line ends with a backslash, it is left alone. 4. If the line ends with one of the excepted operators, then a space and backslash is added. 5. The dollar sign character is doubled, unless it immediately precedes an opening parenthesis or the single character make macros '*', '<', '@', '?' or '%'. Other single character make macros that do not have enclosing parentheses will fail. For shell usage of the "$@", "$?" and "$*" macros, you must enclose them with curly braces, e.g., "${?}". The ksh construct `$()' will not work. Though some `make's accept `${var}' constructs, this function will assume it is for shell interpretation and double the dollar character. You must use `$(var)' for all `make' substitutions. 6. Double dollar signs are replaced by four before the next character is examined. 7. Every line is prefixed with a tab, unless the first line already starts with a tab. 8. The newline character on the last line, if present, is suppressed. 9. Blank lines are stripped. This function is intended to be used approximately as follows: $(TARGET) : $(DEPENDENCIES) <+ (out-push-new) +> ....mostly arbitrary shell script text.... <+ (makefile-script (out-pop #t)) +> Arguments: text - the text of the script  File: autogen.info, Node: SCM max, Next: SCM min, Prev: SCM makefile-script, Up: Common Functions 3.5.18 `max' - maximum value in list ------------------------------------ Usage: (max list ...) Return the maximum value in the list Arguments: list - list of values. Strings are converted to numbers  File: autogen.info, Node: SCM min, Next: SCM prefix, Prev: SCM max, Up: Common Functions 3.5.19 `min' - minimum value in list ------------------------------------ Usage: (min list ...) Return the minimum value in the list Arguments: list - list of values. Strings are converted to numbers  File: autogen.info, Node: SCM prefix, Next: SCM printf, Prev: SCM min, Up: Common Functions 3.5.20 `prefix' - prefix lines with a string -------------------------------------------- Usage: (prefix prefix text) Prefix every line in the second string with the first string. For example, if the first string is "# " and the second contains: two lines The result string will contain: # two # lines Arguments: prefix - string to insert at start of each line text - multi-line block of text  File: autogen.info, Node: SCM printf, Next: SCM raw-shell-str, Prev: SCM prefix, Up: Common Functions 3.5.21 `printf' - format to stdout ---------------------------------- Usage: (printf format [ format-arg ... ]) Format a string using arguments from the alist. Write to the standard out port. The result will NOT appear in your output. Use this to print information messages to a template user. Use "(sprintf ...)" to add text to your document. Arguments: format - formatting string format-arg - Optional - list of arguments to formatting string  File: autogen.info, Node: SCM raw-shell-str, Next: SCM shell, Prev: SCM printf, Up: Common Functions 3.5.22 `raw-shell-str' - single quote shell string -------------------------------------------------- Usage: (raw-shell-str string) Convert the text of the string into a singly quoted string that a normal shell will process into the original string. (It will not do macro expansion later, either.) Contained single quotes become tripled, with the middle quote escaped with a backslash. Normal shells will reconstitute the original string. *Notice*: some shells will not correctly handle unusual non-printing characters. This routine works for most reasonably conventional ASCII strings. Arguments: string - string to transform  File: autogen.info, Node: SCM shell, Next: SCM shell-str, Prev: SCM raw-shell-str, Up: Common Functions 3.5.23 `shell' - invoke a shell script -------------------------------------- Usage: (shell command) Generate a string by writing the value to a server shell and reading the output back in. The template programmer is responsible for ensuring that it completes within 10 seconds. If it does not, the server will be killed, the output tossed and a new server started. Arguments: command - shell command - the result value is stdout  File: autogen.info, Node: SCM shell-str, Next: SCM shellf, Prev: SCM shell, Up: Common Functions 3.5.24 `shell-str' - double quote shell string ---------------------------------------------- Usage: (shell-str string) Convert the text of the string into a double quoted string that a normal shell will process into the original string, almost. It will add the escape character `\\' before two special characters to accomplish this: the backslash `\\' and double quote `"'. *NOTE*: some shells will not correctly handle unusual non-printing characters. This routine works for most reasonably conventional ASCII strings. *WARNING*: This function omits the extra backslash in front of a backslash, however, if it is followed by either a backquote or a dollar sign. It must do this because otherwise it would be impossible to protect the dollar sign or backquote from shell evaluation. Consequently, it is not possible to render the strings "\\$" or "\\`". The lesser of two evils. All others characters are copied directly into the output. The `sub-shell-str' variation of this routine behaves identically, except that the extra backslash is omitted in front of `"' instead of ``'. You have to think about it. I'm open to suggestions. Meanwhile, the best way to document is with a detailed output example. If the backslashes make it through the text processing correctly, below you will see what happens with three example strings. The first example string contains a list of quoted `foo's, the second is the same with a single backslash before the quote characters and the last is with two backslash escapes. Below each is the result of the `raw-shell-str', `shell-str' and `sub-shell-str' functions. foo[0] ''foo'' 'foo' "foo" `foo` $foo raw-shell-str -> \'\''foo'\'\'' '\''foo'\'' "foo" `foo` $foo' shell-str -> "''foo'' 'foo' \"foo\" `foo` $foo" sub-shell-str -> `''foo'' 'foo' "foo" \`foo\` $foo` foo[1] \'bar\' \"bar\" \`bar\` \$bar raw-shell-str -> '\'\''bar\'\'' \"bar\" \`bar\` \$bar' shell-str -> "\\'bar\\' \\\"bar\\\" \`bar\` \$bar" sub-shell-str -> `\\'bar\\' \"bar\" \\\`bar\\\` \$bar` foo[2] \\'BAZ\\' \\"BAZ\\" \\`BAZ\\` \\$BAZ raw-shell-str -> '\\'\''BAZ\\'\'' \\"BAZ\\" \\`BAZ\\` \\$BAZ' shell-str -> "\\\\'BAZ\\\\' \\\\\"BAZ\\\\\" \\\`BAZ\\\` \\\$BAZ" sub-shell-str -> `\\\\'BAZ\\\\' \\\"BAZ\\\" \\\\\`BAZ\\\\\` \\\$BAZ` There should be four, three, five and three backslashes for the four examples on the last line, respectively. The next to last line should have four, five, three and three backslashes. If this was not accurately reproduced, take a look at the agen5/test/shell.test test. Notice the backslashes in front of the dollar signs. It goes from zero to one to three for the "cooked" string examples. Arguments: string - string to transform  File: autogen.info, Node: SCM shellf, Next: SCM sprintf, Prev: SCM shell-str, Up: Common Functions 3.5.25 `shellf' - format a string, run shell -------------------------------------------- Usage: (shellf format [ format-arg ... ]) Format a string using arguments from the alist, then send the result to the shell for interpretation. Arguments: format - formatting string format-arg - Optional - list of arguments to formatting string  File: autogen.info, Node: SCM sprintf, Next: SCM string-capitalize, Prev: SCM shellf, Up: Common Functions 3.5.26 `sprintf' - format a string ---------------------------------- Usage: (sprintf format [ format-arg ... ]) Format a string using arguments from the alist. Arguments: format - formatting string format-arg - Optional - list of arguments to formatting string  File: autogen.info, Node: SCM string-capitalize, Next: SCM string-capitalize!, Prev: SCM sprintf, Up: Common Functions 3.5.27 `string-capitalize' - capitalize a new string ---------------------------------------------------- Usage: (string-capitalize str) Create a new SCM string containing the same text as the original, only all the first letter of each word is upper cased and all other letters are made lower case. Arguments: str - input string  File: autogen.info, Node: SCM string-capitalize!, Next: SCM *=*, Prev: SCM string-capitalize, Up: Common Functions 3.5.28 `string-capitalize!' - capitalize a string ------------------------------------------------- Usage: (string-capitalize! str) capitalize all the words in an SCM string. Arguments: str - input/output string  File: autogen.info, Node: SCM *=*, Next: SCM *==*, Prev: SCM string-capitalize!, Up: Common Functions 3.5.29 `string-contains-eqv?' - caseless substring -------------------------------------------------- Usage: (*=* text match) string-contains-eqv?: Test to see if a string contains an equivalent string. `equivalent' means the strings match, but without regard to character case and certain characters are considered `equivalent'. Viz., '-', '_' and '^' are equivalent. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM *==*, Next: SCM string-downcase, Prev: SCM *=*, Up: Common Functions 3.5.30 `string-contains?' - substring match ------------------------------------------- Usage: (*==* text match) string-contains?: Test to see if a string contains a substring. "strstr(3)" will find an address. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM string-downcase, Next: SCM string-downcase!, Prev: SCM *==*, Up: Common Functions 3.5.31 `string-downcase' - lower case a new string -------------------------------------------------- Usage: (string-downcase str) Create a new SCM string containing the same text as the original, only all the upper case letters are changed to lower case. Arguments: str - input string  File: autogen.info, Node: SCM string-downcase!, Next: SCM *~, Prev: SCM string-downcase, Up: Common Functions 3.5.32 `string-downcase!' - make a string be lower case ------------------------------------------------------- Usage: (string-downcase! str) Change to lower case all the characters in an SCM string. Arguments: str - input/output string  File: autogen.info, Node: SCM *~, Next: SCM *~~, Prev: SCM string-downcase!, Up: Common Functions 3.5.33 `string-end-eqv-match?' - caseless regex ending ------------------------------------------------------ Usage: (*~ text match) string-end-eqv-match?: Test to see if a string ends with a pattern. Case is not significant. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM *~~, Next: SCM *=, Prev: SCM *~, Up: Common Functions 3.5.34 `string-end-match?' - regex match end -------------------------------------------- Usage: (*~~ text match) string-end-match?: Test to see if a string ends with a pattern. Case is significant. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM *=, Next: SCM *==, Prev: SCM *~~, Up: Common Functions 3.5.35 `string-ends-eqv?' - caseless string ending -------------------------------------------------- Usage: (*= text match) string-ends-eqv?: Test to see if a string ends with an equivalent string. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM *==, Next: SCM ==, Prev: SCM *=, Up: Common Functions 3.5.36 `string-ends-with?' - string ending ------------------------------------------ Usage: (*== text match) string-ends-with?: Test to see if a string ends with a substring. strcmp(3) returns zero for comparing the string ends. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM ==, Next: SCM ~, Prev: SCM *==, Up: Common Functions 3.5.37 `string-equals?' - string matching ----------------------------------------- Usage: (== text match) string-equals?: Test to see if two strings exactly match. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM ~, Next: SCM =, Prev: SCM ==, Up: Common Functions 3.5.38 `string-eqv-match?' - caseless regex match ------------------------------------------------- Usage: (~ text match) string-eqv-match?: Test to see if a string fully matches a pattern. Case is not significant, but any character equivalences must be expressed in your regular expression. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM =, Next: SCM *~*, Prev: SCM ~, Up: Common Functions 3.5.39 `string-eqv?' - caseless string match -------------------------------------------- Usage: (= text match) string-eqv?: Test to see if two strings are equivalent. `equivalent' means the strings match, but without regard to character case and certain characters are considered `equivalent'. Viz., '-', '_' and '^' are equivalent. If the arguments are not strings, then the result of the numeric comparison is returned. This is an overloaded operation. If the arguments are not both strings, then the query is passed through to `scm_num_eq_p()'. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM *~*, Next: SCM *~~*, Prev: SCM =, Up: Common Functions 3.5.40 `string-has-eqv-match?' - caseless regex contains -------------------------------------------------------- Usage: (*~* text match) string-has-eqv-match?: Test to see if a string contains a pattern. Case is not significant. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM *~~*, Next: SCM ~~, Prev: SCM *~*, Up: Common Functions 3.5.41 `string-has-match?' - contained regex match -------------------------------------------------- Usage: (*~~* text match) string-has-match?: Test to see if a string contains a pattern. Case is significant. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM ~~, Next: SCM ~*, Prev: SCM *~~*, Up: Common Functions 3.5.42 `string-match?' - regex match ------------------------------------ Usage: (~~ text match) string-match?: Test to see if a string fully matches a pattern. Case is significant. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM ~*, Next: SCM ~~*, Prev: SCM ~~, Up: Common Functions 3.5.43 `string-start-eqv-match?' - caseless regex start ------------------------------------------------------- Usage: (~* text match) string-start-eqv-match?: Test to see if a string starts with a pattern. Case is not significant. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM ~~*, Next: SCM =*, Prev: SCM ~*, Up: Common Functions 3.5.44 `string-start-match?' - regex match start ------------------------------------------------ Usage: (~~* text match) string-start-match?: Test to see if a string starts with a pattern. Case is significant. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM =*, Next: SCM ==*, Prev: SCM ~~*, Up: Common Functions 3.5.45 `string-starts-eqv?' - caseless string start --------------------------------------------------- Usage: (=* text match) string-starts-eqv?: Test to see if a string starts with an equivalent string. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM ==*, Next: SCM string-substitute, Prev: SCM =*, Up: Common Functions 3.5.46 `string-starts-with?' - string starting ---------------------------------------------- Usage: (==* text match) string-starts-with?: Test to see if a string starts with a substring. Arguments: text - text to test for pattern match - pattern/substring to search for  File: autogen.info, Node: SCM string-substitute, Next: SCM string->c-name!, Prev: SCM ==*, Up: Common Functions 3.5.47 `string-substitute' - multiple global replacements --------------------------------------------------------- Usage: (string-substitute source match repl) `match' and `repl' may be either a single string or a list of strings. Either way, they must have the same structure and number of elements. For example, to replace all less than and all greater than characters, do something like this: (string-substitute source ("&" "<" ">") ("&" "<" ">")) Arguments: source - string to transform match - substring or substring list to be replaced repl - replacement strings or substrings  File: autogen.info, Node: SCM string->c-name!, Next: SCM string-tr, Prev: SCM string-substitute, Up: Common Functions 3.5.48 `string->c-name!' - map non-name chars to underscore ----------------------------------------------------------- Usage: (string->c-name! str) Change all the graphic characters that are invalid in a C name token into underscores. Whitespace characters are ignored. Any other character type (i.e. non-graphic and non-white) will cause a failure. Arguments: str - input/output string  File: autogen.info, Node: SCM string-tr, Next: SCM string-tr!, Prev: SCM string->c-name!, Up: Common Functions 3.5.49 `string-tr' - convert characters with new result ------------------------------------------------------- Usage: (string-tr source match translation) This is identical to `string-tr!', except that it does not over-write the previous value. Arguments: source - string to transform match - characters to be converted translation - conversion list  File: autogen.info, Node: SCM string-tr!, Next: SCM string-upcase, Prev: SCM string-tr, Up: Common Functions 3.5.50 `string-tr!' - convert characters ---------------------------------------- Usage: (string-tr! source match translation) This is the same as the `tr(1)' program, except the string to transform is the first argument. The second and third arguments are used to construct mapping arrays for the transformation of the first argument. It is too bad this little program has so many different and incompatible implementations! Arguments: source - string to transform match - characters to be converted translation - conversion list  File: autogen.info, Node: SCM string-upcase, Next: SCM string-upcase!, Prev: SCM string-tr!, Up: Common Functions 3.5.51 `string-upcase' - upper case a new string ------------------------------------------------ Usage: (string-upcase str) Create a new SCM string containing the same text as the original, only all the lower case letters are changed to upper case. Arguments: str - input string  File: autogen.info, Node: SCM string-upcase!, Next: SCM sub-shell-str, Prev: SCM string-upcase, Up: Common Functions 3.5.52 `string-upcase!' - make a string be upper case ----------------------------------------------------- Usage: (string-upcase! str) Change to upper case all the characters in an SCM string. Arguments: str - input/output string  File: autogen.info, Node: SCM sub-shell-str, Next: SCM sum, Prev: SCM string-upcase!, Up: Common Functions 3.5.53 `sub-shell-str' - back quoted (sub-)shell string ------------------------------------------------------- Usage: (sub-shell-str string) This function is substantially identical to `shell-str', except that the quoting character is ``' and the "leave the escape alone" character is `"'. Arguments: string - string to transform  File: autogen.info, Node: SCM sum, Next: SCM html-escape-encode, Prev: SCM sub-shell-str, Up: Common Functions 3.5.54 `sum' - sum of values in list ------------------------------------ Usage: (sum list ...) Compute the sum of the list of expressions. Arguments: list - list of values. Strings are converted to numbers  File: autogen.info, Node: SCM html-escape-encode, Prev: SCM sum, Up: Common Functions 3.5.55 `html-escape-encode' - escape special chars -------------------------------------------------- Usage: (html-escape-encode str) Substitute escape sequences for characters that are special to HTML/XML. It will replace "`&'", "`<'" and "`>'" with the strings, "`&'", "`<'", and "`>'", respectively. Arguments: str - string to transform  File: autogen.info, Node: native macros, Next: output controls, Prev: Common Functions, Up: Template File 3.6 AutoGen Native Macros ========================= This section describes the various AutoGen natively defined macros. Unlike the Scheme functions, some of these macros are "block macros" with a scope that extends through a terminating macro. Block macros must not overlap. That is to say, a block macro started within the scope of an encompassing block macro must have its matching end macro appear before the encompassing block macro is either ended or subdivided. The block macros are these: `CASE' This macro has scope through the `ESAC' macro. The scope is subdivided by `SELECT' macros. You must have at least one `SELECT' macro. `DEFINE' This macro has scope through the `ENDDEF' macro. The defined user macro can never be a block macro. `FOR' This macro has scope through the `ENDFOR' macro. `IF' This macro has scope through the `ENDIF' macro. The scope may be subdivided by `ELIF' and `ELSE' macros. Obviously, there may be only one `ELSE' macro and it must be the last of these subdivisions. `INCLUDE' This macro has the scope of the included file. It is a block macro in the sense that the included file must not contain any incomplete block macros. `WHILE' This macro has scope through the `ENDWHILE' macro. * Menu: * AGMacro syntax:: AutoGen Macro Syntax * CASE:: CASE - Select one of several template blocks * COMMENT:: COMMENT - A block of comment to be ignored * DEFINE:: DEFINE - Define a user AutoGen macro * ELIF:: ELIF - Alternate Conditional Template Block * ELSE:: ELSE - Alternate Template Block * ENDDEF:: ENDDEF - Ends a macro definition. * ENDFOR:: ENDFOR - Terminates the `FOR' function template block * ENDIF:: ENDIF - Terminate the `IF' Template Block * ENDWHILE:: ENDWHILE - Terminate the `WHILE' Template Block * ESAC:: ESAC - Terminate the `CASE' Template Block * EXPR:: EXPR - Evaluate and emit an Expression * FOR:: FOR - Emit a template block multiple times * IF:: IF - Conditionally Emit a Template Block * INCLUDE:: INCLUDE - Read in and emit a template block * INVOKE:: INVOKE - Invoke a User Defined Macro * SELECT:: SELECT - Selection block for CASE function * UNKNOWN:: UNKNOWN - Either a user macro or a value name. * WHILE:: WHILE - Conditionally loop over a Template Block  File: autogen.info, Node: AGMacro syntax, Next: CASE, Up: native macros 3.6.1 AutoGen Macro Syntax -------------------------- The general syntax is: [ { | } ] [ ... ] The syntax for `' depends on the particular macro, but is generally a full expression (*note expression syntax::). Here are the exceptions to that general rule: 1. `INVOKE' macros, implicit or explicit, must be followed by a list of name/string value pairs. The string values are simple expressions, as described above. That is, the `INVOKE' syntax is one of these two: [ [ = ] ... ] INVOKE [ [ = ] ... ] 2. AutoGen FOR macros must be in one of three forms: FOR [ ] FOR (...Scheme expression list) FOR IN [ ... ] where: `' must be a simple name. `' is inserted between copies of the enclosed block. Do not try to use "IN" as your separator string. It won't work. `' is an entry in a list of strings. "`'" is assigned each value from the "`IN'" list before expanding the `FOR' block. `(...Scheme expression list)' is expected to contain one or more of the `for-from', `for-to', `for-by', and `for-sep' functions. (*Note FOR::, and *Note AutoGen Functions::) The first two forms iterate over the `FOR' block if `' is found in the AutoGen values. The last form will create the AutoGen value named `'. 3. AutoGen `DEFINE' macros must be followed by a simple name. Anything after that is ignored. Consequently, that "comment space" may be used to document any named values the macro expects to have set up as arguments. *Note DEFINE::. 4. The AutoGen `COMMENT', `ELSE', `ESAC' and the `END*' macros take no arguments and ignore everything after the macro name (e.g. see *Note COMMENT::)  File: autogen.info, Node: CASE, Next: COMMENT, Prev: AGMacro syntax, Up: native macros 3.6.2 CASE - Select one of several template blocks -------------------------------------------------- The arguments are evaluated and converted to a string, if necessary. A simple name will be interpreted as an AutoGen value name and its value will be used by the `SELECT' macros (see the example below and the expression evaluation function, *note EXPR::). The scope of the macro is up to the matching `ESAC' macro. Within the scope of a `CASE', this string is matched against case selection macros. There are sixteen match macros that are derived from four different ways matches may be performed, plus an "always true", "true if the AutoGen value was found", and "true if no AutoGen value was found" matches. The codes for the nineteen match macros are formed as follows: 1. Must the match start matching from the beginning of the string? If not, then the match macro code starts with an asterisk (`*'). 2. Must the match finish matching at the end of the string? If not, then the match macro code ends with an asterisk (`*'). 3. Is the match a pattern match or a string comparison? If a comparison, use an equal sign (`='). If a pattern match, use a tilde (`~'). 4. Is the match case sensitive? If alphabetic case is important, double the tilde or equal sign. 5. Do you need a default match when none of the others match? Use a single asterisk (`*'). 6. Do you need to distinguish between an empty string value and a value that was not found? Use the non-existence test (`!E') before testing a full match against an empty string (`== '''). There is also an existence test (`+E'), more for symmetry than for practical use. For example: [+ CASE +] [+ ~~* "[Tt]est" +]reg exp must match at start, not at end [+ == "TeSt" +]a full-string, case sensitive compare [+ = "TEST" +]a full-string, case insensitive compare [+ !E +]not exists - matches if no AutoGen value found [+ == "" +]expression yielded a zero-length string [+ +E +]exists - matches if there is any value result [+ * +]always match - no testing [+ ESAC +] `' (*note expression syntax::) may be any expression, including the use of apply-codes and value-names. If the expression yields a number, it is converted to a decimal string. These case selection codes have also been implemented as Scheme expression functions using the same codes. They are documented in this texi doc as "string-*?" predicates (*note Common Functions::).  File: autogen.info, Node: COMMENT, Next: DEFINE, Prev: CASE, Up: native macros 3.6.3 COMMENT - A block of comment to be ignored ------------------------------------------------ This function can be specified by the user, but there will never be a situation where it will be invoked at emit time. The macro is actually removed from the internal representation. If the native macro name code is `#', then the entire macro function is treated as a comment and ignored.  File: autogen.info, Node: DEFINE, Next: ELIF, Prev: COMMENT, Up: native macros 3.6.4 DEFINE - Define a user AutoGen macro ------------------------------------------ This function will define a new macro. You must provide a name for the macro. You do not specify any arguments, though the invocation may specify a set of name/value pairs that are to be active during the processing of the macro. [+ define foo +] ... macro body with macro functions ... [+ enddef +] ... [+ foo bar='raw text' baz=<> +] Once the macro has been defined, this new macro can be invoked by specifying the macro name as the first token after the start macro marker. Alternatively, you may make the invocation explicitly invoke a defined macro by specifying `INVOKE' in the macro invocation. If you do that, the macro name can be computed with an expression that gets evaluated every time the INVOKE macro is encountered. *Note INVOKE::. Any remaining text in the macro invocation will be used to create new name/value pairs that only persist for the duration of the processing of the macro. The expressions are evaluated the same way basic expressions are evaluated. *Note expression syntax::. The resulting definitions are handled much like regular definitions, except: 1. The values may not be compound. That is, they may not contain nested name/value pairs. 2. The bindings go away when the macro is complete. 3. The name/value pairs are separated by whitespace instead of semi-colons. 4. Sequences of strings are not concatenated.  File: autogen.info, Node: ELIF, Next: ELSE, Prev: DEFINE, Up: native macros 3.6.5 ELIF - Alternate Conditional Template Block ------------------------------------------------- This macro must only appear after an `IF' function, and before any associated `ELSE' or `ENDIF' functions. It denotes the start of an alternate template block for the `IF' function. Its expression argument is evaluated as are the arguments to `IF'. For a complete description *Note IF::.  File: autogen.info, Node: ELSE, Next: ENDDEF, Prev: ELIF, Up: native macros 3.6.6 ELSE - Alternate Template Block ------------------------------------- This macro must only appear after an `IF' function, and before the associated `ENDIF' function. It denotes the start of an alternate template block for the `IF' function. For a complete description *Note IF::.  File: autogen.info, Node: ENDDEF, Next: ENDFOR, Prev: ELSE, Up: native macros 3.6.7 ENDDEF - Ends a macro definition. --------------------------------------- This macro ends the `DEFINE' function template block. For a complete description *Note DEFINE::.  File: autogen.info, Node: ENDFOR, Next: ENDIF, Prev: ENDDEF, Up: native macros 3.6.8 ENDFOR - Terminates the `FOR' function template block ----------------------------------------------------------- This macro ends the `FOR' function template block. For a complete description *Note FOR::.  File: autogen.info, Node: ENDIF, Next: ENDWHILE, Prev: ENDFOR, Up: native macros 3.6.9 ENDIF - Terminate the `IF' Template Block ----------------------------------------------- This macro ends the `IF' function template block. For a complete description *Note IF::.  File: autogen.info, Node: ENDWHILE, Next: ESAC, Prev: ENDIF, Up: native macros 3.6.10 ENDWHILE - Terminate the `WHILE' Template Block ------------------------------------------------------ This macro ends the `WHILE' function template block. For a complete description *Note WHILE::.  File: autogen.info, Node: ESAC, Next: EXPR, Prev: ENDWHILE, Up: native macros 3.6.11 ESAC - Terminate the `CASE' Template Block ------------------------------------------------- This macro ends the `CASE' function template block. For a complete description, *Note CASE::.  File: autogen.info, Node: EXPR, Next: FOR, Prev: ESAC, Up: native macros 3.6.12 EXPR - Evaluate and emit an Expression --------------------------------------------- This macro does not have a name to cause it to be invoked explicitly, though if a macro starts with one of the apply codes or one of the simple expression markers, then an expression macro is inferred. The result of the expression evaluation (*note expression syntax::) is written to the current output.  File: autogen.info, Node: FOR, Next: IF, Prev: EXPR, Up: native macros 3.6.13 FOR - Emit a template block multiple times ------------------------------------------------- This macro has a slight variation on the standard syntax: FOR [ ] FOR (...Scheme expression list) FOR IN "string" [ ... ] Other than for the last form, the first macro argument must be the name of an AutoGen value. If there is no value associated with the name, the `FOR' template block is skipped entirely. The scope of the `FOR' macro extends to the corresponding `ENDFOR' macro. The last form will create an array of string values named `' that only exists within the context of this `FOR' loop. With this form, in order to use a `separator-string', you must code it into the end of the template block using the `(last-for?)' predicate function (*note SCM last-for?::). If there are any arguments after the `value-name', the initial characters are used to determine the form. If the first character is either a semi-colon (`;') or an opening parenthesis (`('), then it is presumed to be a Scheme expression containing the FOR macro specific functions `for-from', `for-by', `for-to', and/or `for-sep'. *Note AutoGen Functions::. If it consists of an '`i'' an '`n'' and separated by white space from more text, then the `FOR x IN' form is processed. Otherwise, the remaining text is presumed to be a string for inserting between each iteration of the loop. This string will be emitted one time less than the number of iterations of the loop. That is, it is emitted after each loop, excepting for the last iteration. If the from/by/to functions are invoked, they will specify which copies of the named value are to be processed. If there is no copy of the named value associated with a particular index, the `FOR' template block will be instantiated anyway. The template must use methods for detecting missing definitions and emitting default text. In this fashion, you can insert entries from a sparse or non-zero based array into a dense, zero based array. *NB:* the `for-from', `for-to', `for-by' and `for-sep' functions are disabled outside of the context of the `FOR' macro. Likewise, the `first-for', `last-for' and `for-index' functions are disabled outside of the range of a `FOR' block. *Also:* the `' must be a single level name, not a compound name (*note naming values::). [+FOR var (for-from 0) (for-to ) (for-sep ",") +] ... text with `var'ious substitutions ...[+ ENDFOR var+] this will repeat the `... text with `var'ious substitutions ...' +1 times. Each repetition, except for the last, will have a comma `,' after it. [+FOR var ",\n" +] ... text with `var'ious substitutions ...[+ ENDFOR var +] This will do the same thing, but only for the index values of `var' that have actually been defined.  File: autogen.info, Node: IF, Next: INCLUDE, Prev: FOR, Up: native macros 3.6.14 IF - Conditionally Emit a Template Block ----------------------------------------------- Conditional block. Its arguments are evaluated (*note EXPR::) and if the result is non-zero or a string with one or more bytes, then the condition is true and the text from that point until a matched `ELIF', `ELSE' or `ENDIF' is emitted. `ELIF' introduces a conditional alternative if the `IF' clause evaluated FALSE and `ELSE' introduces an unconditional alternative. [+IF +] emit things that are for the true condition[+ ELIF +] emit things that are true maybe[+ ELSE "This may be a comment" +] emit this if all but else fails[+ ENDIF "This may *also* be a comment" +] `' may be any expression described in the `EXPR' expression function, including the use of apply-codes and value-names. If the expression yields an empty string, it is interpreted as false.  File: autogen.info, Node: INCLUDE, Next: INVOKE, Prev: IF, Up: native macros 3.6.15 INCLUDE - Read in and emit a template block -------------------------------------------------- The entire contents of the named file is inserted at this point. The contents of the file are processed for macro expansion. The arguments are eval-ed, so you may compute the name of the file to be included. The included file must not contain any incomplete function blocks. Function blocks are template text beginning with any of the macro functions `CASE', `DEFINE', `FOR', `IF' and `WHILE'; extending through their respective terminating macro functions.  File: autogen.info, Node: INVOKE, Next: SELECT, Prev: INCLUDE, Up: native macros 3.6.16 INVOKE - Invoke a User Defined Macro ------------------------------------------- User defined macros may be invoked explicitly or implicitly. If you invoke one implicitly, the macro must begin with the name of the defined macro. Consequently, this may *not* be a computed value. If you explicitly invoke a user defined macro, the macro begins with the macro name `INVOKE' followed by a basic expression that must yield a known user defined macro. A macro name _must_ be found, or AutoGen will issue a diagnostic and exit. Arguments are passed to the invoked macro by name. The text following the macro name must consist of a series of names each of which is followed by an equal sign (`=') and a basic expression that yields a string. The string values may contain template macros that are parsed the first time the macro is processed and evaluated again every time the macro is evaluated.  File: autogen.info, Node: SELECT, Next: UNKNOWN, Prev: INVOKE, Up: native macros 3.6.17 SELECT - Selection block for CASE function ------------------------------------------------- This macro selects a block of text by matching an expression against the sample text expression evaluated in the `CASE' macro. *Note CASE::. You do not specify a `SELECT' macro with the word "select". Instead, you must use one of the 19 match operators described in the `CASE' macro description.  File: autogen.info, Node: UNKNOWN, Next: WHILE, Prev: SELECT, Up: native macros 3.6.18 UNKNOWN - Either a user macro or a value name. ----------------------------------------------------- The macro text has started with a name not known to AutoGen. If, at run time, it turns out to be the name of a defined macro, then that macro is invoked. If it is not, then it is a conditional expression that is evaluated only if the name is defined at the time the macro is invoked. You may not specify `UNKNOWN' explicitly.  File: autogen.info, Node: WHILE, Prev: UNKNOWN, Up: native macros 3.6.19 WHILE - Conditionally loop over a Template Block ------------------------------------------------------- Conditionally repeated block. Its arguments are evaluated (*note EXPR::) and as long as the result is non-zero or a string with one or more bytes, then the condition is true and the text from that point until a matched `ENDWHILE' is emitted. [+WHILE +] emit things that are for the true condition[+ ENDWHILE +] `' may be any expression described in the `EXPR' expression function, including the use of apply-codes and value-names. If the expression yields an empty string, it is interpreted as false.  File: autogen.info, Node: output controls, Prev: native macros, Up: Template File 3.7 Redirecting Output ====================== AutoGen provides a means for redirecting the template output to different files or, in `M4' parlance, to various diversions. It is accomplished by providing a set of Scheme functions named `out-*' (*note AutoGen Functions::). `out-push-new (*note SCM out-push-new::)' This allows you to logically "push" output files onto a stack. If you supply a string name, then a file by that name is created to hold the output. If you do not supply a name, then the text is written to a scratch pad and retrieved by passing a "`#t'" argument to the `out-pop' (*note SCM out-pop::) function. `out-pop (*note SCM out-pop::)' This function closes the current output file and resumes output to the next one in the stack. At least one output must have been pushed onto the output stack with the `out-push-new' (*note SCM out-push-new::) function. If "`#t'" is passed in as an argument, then the entire contents of the diversion (or file) is returned. `out-suspend (*note SCM out-suspend::)' This function does not close the current output, but instead sets it aside for resumption by the given name with `out-resume'. The current output must have been pushed on the output queue with `out-push-new' (*note SCM out-push-new::). `out-resume (*note SCM out-resume::)' This will put a named file descriptor back onto the top of stack so that it becomes the current output again. `out-switch (*note SCM out-switch::)' This closes the current output and creates a new file, purging any preexisting one. This is a shortcut for "pop" followed by "push", but this can also be done at the base level. `out-move (*note SCM out-move::)' Renames the current output file without closing it. There are also several functions for determining the output status. *Note AutoGen Functions::.  File: autogen.info, Node: Augmenting AutoGen, Next: autogen Invocation, Prev: Template File, Up: Top 4 Augmenting AutoGen Features ***************************** AutoGen was designed to be simple to enhance. You can do it by providing shell commands, Guile/Scheme macros or callout functions that can be invoked as a Guile macro. Here is how you do these. * Menu: * shell commands:: Shell Output Commands * guile macros:: Guile Macros * guile callouts:: Guile Callout Functions * AutoGen macros:: AutoGen Macros  File: autogen.info, Node: shell commands, Next: guile macros, Up: Augmenting AutoGen 4.1 Shell Output Commands ========================= Shell commands are run inside of a server process. This means that, unlike `make', context is kept from one command to the next. Consequently, you can define a shell function in one place inside of your template and invoke it in another. You may also store values in shell variables for later reference. If you load functions from a file containing shell functions, they will remain until AutoGen exits. If your shell script should determine that AutoGen should stop processing, the recommended method for stopping AutoGen is: die "some error text" That is a shell function added by AutoGen. It will send a SIGTERM to autogen and exit from the "persistent" shell.  File: autogen.info, Node: guile macros, Next: guile callouts, Prev: shell commands, Up: Augmenting AutoGen 4.2 Guile Macros ================ Guile also maintains context from one command to the next. This means you may define functions and variables in one place and reference them elsewhere. You also may load Guile macro definitions from a Scheme file by using the `--load-scheme' command line option (*note autogen load-scheme::). Beware, however, that the AutoGen specific scheme functions have not been loaded at this time, so though you may define functions that reference them, do not invoke the AutoGen functions at this time. If your Scheme script should determine that AutoGen should stop processing, the recommended method for stopping AutoGen is: (error "some error text")  File: autogen.info, Node: guile callouts, Next: AutoGen macros, Prev: guile macros, Up: Augmenting AutoGen 4.3 Guile Callout Functions =========================== Callout functions must be registered with Guile to work. This can be accomplished either by putting your routines into a shared library that contains a `void scm_init( void )' routine that registers these routines, or by building them into AutoGen. To build them into AutoGen, you must place your routines in the source directory and name the files `exp*.c'. You also must have a stylized comment that `getdefs' can find that conforms to the following: /*=gfunc * * what: * general_use: * string: * exparg: , [, ['optional'] [, 'list']] * doc: A long description telling people how to use * this function. =*/ SCM ag_scm_( SCM arg_name[, ...] ) { } `gfunc' You must have this exactly thus. `' This must follow C syntax for variable names `' This should be about a half a line long. It is used as a subsection title in this document. `general_use:' You must supply this unless you are an AutoGen maintainer and are writing a function that queries or modifies the state of AutoGen. `' Normally, the `function-name' string will be transformed into a reasonable invocation name. However, that is not always true. If the result does not suit your needs, then supply an alternate string. `exparg:' You must supply one for each argument to your function. All optional arguments must be last. The last of the optional arguments may be a list, if you choose. `doc:' Please say something meaningful. `[, ...]' Do not actually specify an ANSI ellipsis here. You must provide for all the arguments you specified with `exparg'. See the Guile documentation for more details. More information is also available in a large comment at the beginning of the `agen5/snarf.tpl' template file.  File: autogen.info, Node: AutoGen macros, Prev: guile callouts, Up: Augmenting AutoGen 4.4 AutoGen Macros ================== There are two kinds those you define yourself and AutoGen native. The user-defined macros may be defined in your templates or loaded with the `--lib-template' option (See *Note DEFINE:: and *Note autogen lib-template::). As for AutoGen native macros, do not add any. It is easy to do, but I won't like it. The basic functions needed to accomplish looping over and selecting blocks of text have proven to be sufficient over a period of several years. New text transformations can be easily added via any of the AutoGen extension methods, as discussed above.  File: autogen.info, Node: autogen Invocation, Next: Installation, Prev: Augmenting AutoGen, Up: Top 5 Invoking autogen ****************** AutoGen creates text files from templates using external definitions. The definitions file (`') can be specified with the `definitions' option or as the command argument, but not both. Omitting it or specifying `-' will result in reading definitions from standard input. The output file names are based on the template, but generally use the base name of the definition file. If standard in is read for the definitions, then `stdin' will be used for that base name. The suffixes to the base name are gotten from the template. However, the template file may specify the entire output file name. The generated files are always created in the current directory. If you need to place output in an alternate directory, `cd' to that directory and use the `-templ_dirs' option to search the original directory. `loop-limit' is used in debugging to stop runaway expansions. This chapter was generated by *AutoGen*, the aginfo template and the option descriptions for the `autogen' program. It documents the autogen usage text and option meanings. This software is released under the GNU General Public License. * Menu: * autogen usage:: autogen usage help (-?) * autogen base-name:: base-name option (-b) * autogen define:: define option (-D) * autogen definitions:: definitions option * autogen equate:: equate option * autogen lib-template:: lib-template option (-l) * autogen load-functions:: load-functions option (-F) * autogen load-scheme:: load-scheme option (-S) * autogen loop-limit:: loop-limit option * autogen no-fmemopen:: no-fmemopen option (-m) * autogen override-tpl:: override-tpl option (-T) * autogen select-suffix:: select-suffix option (-o) * autogen show-defs:: show-defs option * autogen skip-suffix:: skip-suffix option (-s) * autogen source-time:: source-time option * autogen templ-dirs:: templ-dirs option (-L) * autogen timeout:: timeout option (-t) * autogen trace-out:: trace-out option * autogen trace:: trace option * autogen undefine:: undefine option (-U) * autogen writable:: writable option  File: autogen.info, Node: autogen usage, Next: autogen base-name, Up: autogen Invocation 5.1 autogen usage help (-?) =========================== This is the automatically generated usage text for autogen: autogen (GNU AutoGen) - The Automated Program Generator - Ver. 5.8.2 USAGE: autogen [ - [] | --[{=| }] ]... [ ] Flg Arg Option-Name Description -L Str templ-dirs Template search directory list - may appear multiple times -T Str override-tpl Override template file - may not be preset -l Str lib-template Library template file - may appear multiple times -b Str base-name Base name for output file(s) - may not be preset Str definitions Definitions input file - disabled as --no-definitions - enabled by default - may not be preset -S Str load-scheme Scheme code file to load -F Str load-functions Load scheme function library -s Str skip-suffix Omit the file with this suffix - may not be preset - may appear multiple times -o opt select-suffix specify this output suffix - may not be preset - may appear multiple times no source-time set mod times to latest source - disabled as --no-source-time -m no no-fmemopen Do not use in-mem streams Str equate characters considered equivalent no writable Allow output files to be writable - disabled as --not-writable - may not be preset The following options are often useful while debugging new templates: Flg Arg Option-Name Description Num loop-limit Limit on increment loops it must lie in one of the ranges: -1 exactly, or 1 to 16777216 -t Num timeout Time limit for servers it must lie in the range: 0 to 3600 KWd trace tracing level of detail Str trace-out tracing output file or filter no show-defs Show the definition tree - may not be preset These options can be used to control what gets processed in the definitions files and template files. Flg Arg Option-Name Description -D Str define name to add to definition list - may appear multiple times -U Str undefine definition list removal pattern - an alternate for define version and help options: Flg Arg Option-Name Description -v opt version Output version information and exit -? no help Display usage information and exit -! no more-help Extended usage information passed thru pager -> opt save-opts Save the option state to a config file -< Str load-opts Load options from a config file - disabled as --no-load-opts - may appear multiple times Options are specified by doubled hyphens and their name or by a single hyphen and the flag character. AutoGen creates text files from templates using external definitions. The following option preset mechanisms are supported: - reading file /dev/null - reading file /home/bkorb/ag/ag/agen5/.autogenrc - examining environment variables named AUTOGEN_* The valid "trace" option keywords are: nothing server-shell templates block-macros expressions everything The definitions file (`') can be specified with the `definitions' option or as the command argument, but not both. Omitting it or specifying `-' will result in reading definitions from standard input. The output file names are based on the template, but generally use the base name of the definition file. If standard in is read for the definitions, then `stdin' will be used for that base name. The suffixes to the base name are gotten from the template. However, the template file may specify the entire output file name. The generated files are always created in the current directory. If you need to place output in an alternate directory, `cd' to that directory and use the `--templ_dirs' option to search the original directory. `loop-limit' is used in debugging to stop runaway expansions. please send bug reports to: autogen-users@lists.sourceforge.net  File: autogen.info, Node: autogen templ-dirs, Next: autogen timeout, Prev: autogen source-time, Up: autogen Invocation 5.2 templ-dirs option (-L) ========================== This is the "template search directory list" option. This option has some usage constraints. It: * may appear an unlimited number of times. Add a directory to the list of directories to search when opening a template, either as the primary template or an included one. The last entry has the highest priority in the search list. That is to say, they are searched in reverse order.  File: autogen.info, Node: autogen override-tpl, Next: autogen select-suffix, Prev: autogen no-fmemopen, Up: autogen Invocation 5.3 override-tpl option (-T) ============================ This is the "override template file" option. This option has some usage constraints. It: * may not be preset with environment variables or in initialization (rc) files. Definition files specify the standard template that is to be expanded. This option will override that name and expand a different template.  File: autogen.info, Node: autogen lib-template, Next: autogen load-functions, Prev: autogen equate, Up: autogen Invocation 5.4 lib-template option (-l) ============================ This is the "library template file" option. This option has some usage constraints. It: * may appear an unlimited number of times. DEFINE macros are saved from this template file for use in processing the main macro file. Template text aside from the DEFINE macros is is ignored.  File: autogen.info, Node: autogen base-name, Next: autogen define, Prev: autogen usage, Up: autogen Invocation 5.5 base-name option (-b) ========================= This is the "base name for output file(s)" option. This option has some usage constraints. It: * may not be preset with environment variables or in initialization (rc) files. A template may specify the exact name of the output file. Normally, it does not. Instead, the name is composed of the base name of the definitions file with suffixes appended. This option will override the base name derived from the definitions file name. This is required if there is no definitions file and advisable if definitions are being read from stdin. If the definitions are being read from standard in, the base name defaults to `stdin'.  File: autogen.info, Node: autogen definitions, Next: autogen equate, Prev: autogen define, Up: autogen Invocation 5.6 definitions option ====================== This is the "definitions input file" option. This option has some usage constraints. It: * is enabled by default. * may not be preset with environment variables or in initialization (rc) files. Use this argument to specify the input definitions file with a command line option. If you do not specify this option, then there must be a command line argument that specifies the file, even if only to specify stdin with a hyphen (`-'). Specify, `--no-definitions' when you wish to process a template without any active AutoGen definitions.\n  File: autogen.info, Node: autogen load-scheme, Next: autogen loop-limit, Prev: autogen load-functions, Up: autogen Invocation 5.7 load-scheme option (-S) =========================== This is the "scheme code file to load" option. Use this option to pre-load Scheme scripts into the Guile interpreter before template processing begins. Please note that the AutoGen specific functions are not loaded until after argument processing. So, though they may be specified in lambda functions you define, they may not be invoked until after option processing is complete.  File: autogen.info, Node: autogen load-functions, Next: autogen load-scheme, Prev: autogen lib-template, Up: autogen Invocation 5.8 load-functions option (-F) ============================== This is the "load scheme function library" option. This option has some usage constraints. It: * must be compiled in by defining `HAVE_DLOPEN' during the compilation. This option is used to load Guile-scheme functions. The automatically called initialization routine `scm_init' must be used to register these routines or data. This routine can be generated by using the following command and the `snarf.tpl' template. Read the introductory comment in `snarf.tpl' to see what the `getdefs(1AG)' comment must contain. First, create a config file for `getdefs', and then invoke `getdefs' loading that file: cat > getdefs.cfg <> Note, however, that your functions must be named: name_of_some_group_scm_<>(...) so you may wish to use a shorter group name.  File: autogen.info, Node: autogen skip-suffix, Next: autogen source-time, Prev: autogen show-defs, Up: autogen Invocation 5.9 skip-suffix option (-s) =========================== This is the "omit the file with this suffix" option. This option has some usage constraints. It: * may appear an unlimited number of times. * may not be preset with environment variables or in initialization (rc) files. Occasionally, it may not be desirable to produce all of the output files specified in the template. (For example, only the `.h' header file, but not the `.c' program text.) To do this specify `--skip-suffix=c' on the command line.  File: autogen.info, Node: autogen select-suffix, Next: autogen show-defs, Prev: autogen override-tpl, Up: autogen Invocation 5.10 select-suffix option (-o) ============================== This is the "specify this output suffix" option. This option has some usage constraints. It: * may appear an unlimited number of times. * may not be preset with environment variables or in initialization (rc) files. If you wish to override the suffix specifications in the template, you can use one or more copies of this option. See the suffix specification in the *Note pseudo macro:: section of the info doc.  File: autogen.info, Node: autogen source-time, Next: autogen templ-dirs, Prev: autogen skip-suffix, Up: autogen Invocation 5.11 source-time option ======================= This is the "set mod times to latest source" option. If you stamp your output files with the `DNE' macro output, then your output files will always be different, even if the content has not really changed. If you use this option, then the modification time of the output files will change only if the input files change. This will help reduce unneeded builds.  File: autogen.info, Node: autogen no-fmemopen, Next: autogen override-tpl, Prev: autogen loop-limit, Up: autogen Invocation 5.12 no-fmemopen option (-m) ============================ This is the "do not use in-mem streams" option. This option has some usage constraints. It: * must be compiled in by defining `ENABLE_FMEMOPEN' during the compilation. If the local C library supports "`fopencookie(3GNU)'", or "`funopen(3BSD)'" then AutoGen prefers to use in-memory stream buffer opens instead of anonymous files. This may lead to problems if there is a shortage of virtual memory. If, for a particular application, you run out of memory, then specify this option. This is unlikely in a modern virtual memory environment.  File: autogen.info, Node: autogen equate, Next: autogen lib-template, Prev: autogen definitions, Up: autogen Invocation 5.13 equate option ================== This is the "characters considered equivalent" option. This option will alter the list of characters considered equivalent. The default are the three characters, "_-^". (The last is conventional on a Tandem/HP-NonStop, and I used to do a lot of work on Tandems.)  File: autogen.info, Node: autogen writable, Prev: autogen undefine, Up: autogen Invocation 5.14 writable option ==================== This is the "allow output files to be writable" option. This option has some usage constraints. It: * may not be preset with environment variables or in initialization (rc) files. This option will leave output files writable. Normally, output files are read-only.  File: autogen.info, Node: autogen loop-limit, Next: autogen no-fmemopen, Prev: autogen load-scheme, Up: autogen Invocation 5.15 loop-limit option ====================== This is the "limit on increment loops" option. This option prevents runaway loops. For example, if you accidentally specify, "FOR x (for-from 1) (for-to -1) (for-by 1)", it will take a long time to finish. If you do have more than 256 entries in tables, you will need to specify a new limit with this option.  File: autogen.info, Node: autogen timeout, Next: autogen trace-out, Prev: autogen templ-dirs, Up: autogen Invocation 5.16 timeout option (-t) ======================== This is the "time limit for servers" option. This option has some usage constraints. It: * must be compiled in by defining `SHELL_ENABLED' during the compilation. AutoGen works with a shell server process. Most normal commands will complete in less than 10 seconds. If, however, your commands need more time than this, use this option. The valid range is 0 to 3600 seconds (1 hour). Zero will disable the server time limit.  File: autogen.info, Node: autogen trace, Next: autogen undefine, Prev: autogen trace-out, Up: autogen Invocation 5.17 trace option ================= This is the "tracing level of detail" option. This option has some usage constraints. It: * This option takes a keyword as its argument. The argument sets an enumeration value that can be tested by comparing the option value macro (OPT_VALUE_TRACE). The available keywords are: nothing server-shell templates block-macros expressions everything This option will cause AutoGen to display a trace of its template processing. There are six levels, each level including messages from the previous levels: `nothing' Does no tracing at all (default) `server-shell' Traces all input and output to the server shell. This includes a shell "independent" initialization script about 30 lines long. Its output is discarded and not inserted into any template. `templates' Traces the invocation of `DEFINE'd macros and `INCLUDE's `block-macros' Traces all block macros. The above, plus `IF', `FOR', `CASE' and `WHILE'. `expressions' Displays the results of expression evaluations. `everything' Displays the invocation of every AutoGen macro, even `TEXT' macros (i.e. the text outside of macro quotes).  File: autogen.info, Node: autogen trace-out, Next: autogen trace, Prev: autogen timeout, Up: autogen Invocation 5.18 trace-out option ===================== This is the "tracing output file or filter" option. The output specified may be either a file name, or, if the option argument begins with the `pipe' operator (`|'), a command that will receive the tracing output as standard in. For example, `--traceout='| less'' will run the trace output through the `less' program.  File: autogen.info, Node: autogen show-defs, Next: autogen skip-suffix, Prev: autogen select-suffix, Up: autogen Invocation 5.19 show-defs option ===================== This is the "show the definition tree" option. This option has some usage constraints. It: * must be compiled in by defining `DEBUG_ENABLED' during the compilation. * may not be preset with environment variables or in initialization (rc) files. This will print out the complete definition tree before processing the template.  File: autogen.info, Node: autogen define, Next: autogen definitions, Prev: autogen base-name, Up: autogen Invocation 5.20 define option (-D) ======================= This is the "name to add to definition list" option. This option has some usage constraints. It: * may appear an unlimited number of times. The AutoGen define names are used for the following purposes: 1. Sections of the AutoGen definitions may be enabled or disabled by using C-style #ifdef and #ifndef directives. 2. When defining a value for a name, you may specify the index for a particular value. That index may be a literal value, a define option or a value #define-d in the definitions themselves. 3. The name of a file may be prefixed with `$NAME/'. The `$NAME' part of the name string will be replaced with the define-d value for `NAME'. 4. When AutoGen is finished loading the definitions, the defined values are exported to the environment with, `putenv(3)'. These values can then be used in shell scripts with `${NAME}' references and in templates with `(getenv "NAME")'. 5. While processing a template, you may specify an index to retrieve a specific value. That index may also be a define-d value.  File: autogen.info, Node: autogen undefine, Next: autogen writable, Prev: autogen trace, Up: autogen Invocation 5.21 undefine option (-U) ========================= This is the "definition list removal pattern" option. This option has some usage constraints. It: * may appear an unlimited number of times. * may not be preset with environment variables or in initialization (rc) files. Just like 'C', AutoGen uses `#ifdef/#ifndef' preprocessing directives. This option will cause the matching names to be removed from the list of defined values.  File: autogen.info, Node: Installation, Next: AutoOpts, Prev: autogen Invocation, Up: Top 6 Configuring and Installing **************************** * Menu: * configuring:: Configuring AutoGen * AutoGen CGI:: AutoGen as a CGI server * signal names:: Signal Names * installing:: Installing AutoGen  File: autogen.info, Node: configuring, Next: AutoGen CGI, Up: Installation 6.1 Configuring AutoGen ======================= AutoGen is configured and built using Libtool, Automake and Autoconf. Consequently, you can install it wherever you wish using the various `--prefix' options. To the various configuration options supplied by these tools, AutoGen adds a few of its own: `--disable-shell' AutoGen is now capable of acting as a CGI forms server, *Note AutoGen CGI::. As such, it will gather its definitions using either `GET' or `POST' methods. All you need to do is have a template named `cgi.tpl' handy or specify a different one with a command line option. However, doing this without disabling the server shell brings considerable risk. If you were to pass user input to a script that contained, say, the classic "``rm -rf /`'", you might have a problem. This configuration option will cause shell template commands to simply return the command string as the result. No mistakes. Much safer. Strongly recommended. The default is to have server shell scripting enabled. Disabling the shell will have some build side effects, too. * Many of the make check tests will fail, since they assume a working server shell. * The getdefs and columns programs are not built. The options are distributed as definition files and they cannot be expanded with a shell-disabled AutoGen. * Similarly, the documentation cannot be regenerated because the documentation templates depend on subshell functionality. `--enable-debug' Turning on AutoGen debugging enables very detailed inspection of the input definitions and monitoring shell script processing. These options are not particularly useful to anyone not directly involved in maintaining AutoGen. If you do choose to enable AutoGen debugging, be aware that the usage page was generated without these options, so when the build process reaches the documentation rebuild, there will be a failure. `cd' into the `agen5' build directory, `make' the `autogen.texi' file and all will be well thereafter. `--with-regex-header' `--with-header-path' `--with-regex-lib' These three work together to specify how to compile with and link to a particular POSIX regular expression library. The value for `--with-regex-header=value' must be the name of the relevant header file. The AutoGen sources will attempt to include that source with a `#include ' C preprocessing statement. The `path' from the `--with-header-path=path' will be added to `CPPFLAGS' as `-Ipath'. The `lib-specs' from `--with-regex-lib=lib-specs' will be added to `LDFLAGS' without any adornment.  File: autogen.info, Node: AutoGen CGI, Next: signal names, Prev: configuring, Up: Installation 6.2 AutoGen as a CGI server =========================== AutoGen is now capable of acting as a CGI forms server. It behaves as a CGI server if the definitions input is from stdin and the environment variable `REQUEST_METHOD' is defined and set to either "GET" or "POST". If set to anything else, AutoGen will exit with a failure message. When set to one of those values, the CGI data will be converted to AutoGen definitions (*note Definitions File::) and the template named "`cgi.tpl'" will be processed. This works by including the name of the real template to process in the form data and having the "`cgi.tpl'" template include that template for processing. I do this for processing the form `http://autogen.sourceforge.net/conftest.html'. The "`cgi.tpl'" looks approximately like this: This forces the template to be found in the "`cgi-tpl/'" directory. Note also that there is no suffix specified in the pseudo macro (*note pseudo macro::). That tells AutoGen to emit the output to stdout. The output is actually spooled until it is complete so that, in the case of an error, the output can be discarded and a proper error message can be written in its stead. *Please also note* that it is advisable, _especially_ for network accessible machines, to configure AutoGen (*note configuring::) with shell processing disabled (`--disable-shell'). That will make it impossible for any referenced template to hand data to a subshell for interpretation.  File: autogen.info, Node: signal names, Next: installing, Prev: AutoGen CGI, Up: Installation 6.3 Signal Names ================ When AutoGen is first built, it tries to use `psignal(3)', `sys_siglist', `strsigno(3)' and `strsignal(3)' from the host operating system. If your system does not supply these, the AutoGen distribution will. However, it will use the distributed mapping and this mapping is unlikely to match what your system uses. This can be fixed. Once you have installed autogen, the mapping can be rebuilt on the host operating system. To do so, you must perform the following steps: 1. Build and install AutoGen in a place where it will be found in your search path. 2. `cd ${top_srcdir}/compat' 3. `autogen strsignal.def' 4. Verify the results by examining the `strsignal.h' file produced. 5. Re-build and re-install AutoGen. If you have any problems or peculiarities that cause this process to fail on your platform, please send me copies of the header files containing the signal names and numbers, along with the full path names of these files. I will endeavor to fix it. There is a shell script inside of `strsignal.def' that tries to hunt down the information.  File: autogen.info, Node: installing, Prev: signal names, Up: Installation 6.4 Installing AutoGen ====================== There are several files that get installed. The number depend whether or not both shared and archive libraries are to be installed. The following assumes that everything is installed relative to `$prefix'. You can, of course, use `configure' to place these files where you wish. *NB* AutoGen does not contain any compiled-in path names. All support directories are located via option processing, the environment variable `HOME' or finding the directory where the executable came from. The installed files are: 1. The executables in `bin' (autogen, getdefs and columns). 2. The AutoOpts link libraries as `lib/libopts.*'. 3. An include file in `include/options.h', needed for Automated Option Processing (see next chapter). 4. Several template files and a scheme script in `share/autogen', needed for Automated Option Processing (*note AutoOpts::), parsing definitions written with scheme syntax (*note Dynamic Text::), the templates for producing documentation for your program (*note documentation attributes::), autoconf test macros, and AutoFSM. 5. Info-style help files as `info/autogen.info*'. These files document AutoGen, the option processing library AutoOpts, and several add-on components. 6. The three man pages for the three executables are installed in man/man1. This program, library and supporting files can be installed with three commands: * /configure [ ] * make * make install However, you may wish to insert `make check' before the `make install' command. If you do perform a `make check' and there are any failures, you will find the results in `/test/FAILURES'. Needless to say, I would be interested in seeing the contents of those files and any associated messages. If you choose to go on and analyze one of these failures, you will need to invoke the test scripts individually. You may do so by specifying the test (or list of test) in the TESTS make variable, thus: gmake TESTS=test-name.test check I specify `gmake' because most makes will not let you override internal definitions with command line arguments. `gmake' does. All of the AutoGen tests are written to honor the contents of the VERBOSE environment variable. Normally, any commentary generated during a test run is discarded unless the VERBOSE environment variable is set. So, to see what is happening during the test, you might invoke the following with bash or ksh: VERBOSE=1 gmake TESTS="for.test forcomma.test" check Or equivalently with csh: env VERBOSE=1 gmake TESTS="for.test forcomma.test" check  File: autogen.info, Node: AutoOpts, Next: Add-Ons, Prev: Installation, Up: Top 7 Automated Option Processing ***************************** AutoOpts 27.1 is bundled with AutoGen. It is a tool that virtually eliminates the hassle of processing options and keeping man pages, info docs and usage text up to date. This package allows you to specify several program attributes, up to a hundred option types and many option attributes. From this, it then produces all the code necessary to parse and handle the command line and configuration file options, and the documentation that should go with your program as well. All the features notwithstanding, some applications simply have well-established command line interfaces. Even still, those programs may use the configuration file parsing portion of the library. See the "AutoOpts Features" and "Configuration File Format" sections. * Menu: * Features:: AutoOpts Features * Licensing:: AutoOpts Licensing * Quick Start:: Quick Start * Multi-Threading:: Multi-Threading * Option Definitions:: Option Definitions * AutoOpts API:: Programmatic Interface * option descriptor:: Option Descriptor File * Using AutoOpts:: Using AutoOpts * Presetting Options:: Configuring your program * Config File Format:: Configuration File Format * shell options:: AutoOpts for Shell Scripts * AutoInfo:: Automated Info Docs * AutoMan pages:: Automated Man Pages * getopt_long:: Using getopt(3C) * i18n:: Internationalizing AutoOpts  File: autogen.info, Node: Features, Next: Licensing, Up: AutoOpts 7.1 AutoOpts Features ===================== AutoOpts supports option processing; option state saving; and program documentation with innumerable features. Here, we list a few obvious ones and some important ones, but the full list is really defined by all the attributes defined in the *Note Option Definitions:: section. 1. POSIX-compliant short (flag) option processing. 2. GNU-style long options processing. Long options are recognized without case sensitivity, and they may be abbreviated. 3. Environment variable initializations, *Note environrc::. 4. Initialization from configuration files (aka RC or INI files), and saving the option state back into one, *Note loading rcfile::. 5. Config files may be partitioned. One config file may be used by several programs by partitioning it with lines containing, "`[PROGRAM_NAME]'", *Note loading rcfile::. 6. Options may be marked as `dis-abled' with a disablement prefix. Such options may default to either an enabled or a disabled state. You may also provide an enablement prefix, too, e.g., `--allow-mumble' and `--prevent-mumble'. 7. Verify that required options are present between the minimum and maximum number of times on the command line. 8. Verify that conflicting options do not appear together, and that options that require the presence of other options are, in fact, used in the presence of other options. 9. Provides a callable routine to parse a text string as if it were from one of the rc/ini/config files, hereafter referred to as a configuration file. 10. `--help' and `--version' are automatically supported. `--more-help' will page the generated help. 11. By adding a `doc' and `arg-name' attributes to each option, AutoGen will also be able to produce a man page and the `invoking' section of a texinfo document. 12. Insert the option processing state into Scheme-defined variables. Thus, Guile based applications that are linked with private `main()' routines can take advantage of all of AutoOpts' functionality. 13. Various forms of main procedures can be added to the output, *Note Generated main::. There are four basic forms: a. A program that processes the arguments and writes to standard out portable shell commands containing the digested options. b. A program that will generate portable shell commands to parse the defined options. The expectation is that this result will be copied into a shell script and used there. c. A "for-each" main that will invoke a named function once for either each non-option argument on the command line or, if there are none, then once for each non-blank, non-comment input line read from stdin. d. A main procedure of your own design. Its code can be supplied in the option description template or by incorporating another template. 14. Library suppliers can specify command line options that their client programs will accept. They specify option definitions that get `#include'-d into the client option definitions and they specify an "anchor" option that has a callback and must be invoked. That will give the library access to the option state for their options. 15. The generated usage text can be emitted in either AutoOpts standard format (maximizing the information about each option), or GNU-ish normal form. The default form is selected by either specifying or not specifying the `gnu-usage' attribute (*note information attributes::). This can be overridden by the user himself with the `AUTOOPTS_USAGE' environment variable. If it exists and is set to the string `gnu', it will force GNU-ish style format; if it is set to the string `autoopts', it will force AutoOpts standard format; otherwise, it will have no effect. 16. If you compile with `ENABLE_NLS' defined and `_()' defined to a localization function such as `gettext(3GNU)', then the option processing code will be localizable (*note i18n::). 17. Intermingled option processing. AutoOpts options may be intermingled with command line operands and options processed with other parsing techniques. This is accomplished by setting the `allow-errors' (*note program attributes::) attribute. When processing reaches a point where `optionProcess' (*note libopts-optionProcess::) needs to be called again, the current option can be set with `RESTART_OPT(n)' (*note RESTART_OPT::) before calling `optionProcess'. See: *Note library attributes::. 18. library options. An AutoOpt-ed library may export its options for use in an AutoOpt-ed program. This is done by providing an option definition file that client programs `#include' into their own option definitions. See "AutoOpt-ed Library for AutoOpt-ed Program" (*note lib and program::) for more details.  File: autogen.info, Node: Licensing, Next: Quick Start, Prev: Features, Up: AutoOpts 7.2 AutoOpts Licensing ====================== When AutoGen is installed, the AutoOpts project is installed with it. AutoOpts includes various AutoGen templates and a pair of shared libraries. These libraries may be used under the terms of the GNU Lesser General Public License (LGPL). One of these libraries (`libopts') is needed by programs that are built using AutoOpts generated code. This library is available as a separate "tear-off" source tarball. It is redistributable for use under either of two licenses: The GNU Lesser General Public License ("Lesser" meaning you have greater license with it and may link it into commercial programs), and the advertising-clause-free BSD license. Both of these license terms are incorporated into appropriate COPYING files included with the `libopts' source tarball. This source may be incorporated into your package with the following simple commands: rm -rf libopts libopts-* gunzip -c `autoopts-config libsrc` | \ tar -xvf - mv libopts-*.*.* libopts View the `libopts/README' file for further integration information.  File: autogen.info, Node: Quick Start, Next: Multi-Threading, Prev: Licensing, Up: AutoOpts 7.3 Quick Start =============== Since it is generally easier to start with a simple example than it is to look at the options that AutoGen uses itself, here is a very simple AutoOpts example. You can copy this example out of the Info file and into a source file to try it. You can then embellish it into what you really need. For more extensive examples, you can also examine the help output and option definitions for the commands `columns', `getdefs' and `autogen' itself. For our simple example, assume you have a program named `check' that takes two options: 1. A list of directories to check over for whatever it is `check' does. You want this option available as a POSIX-style flag option and a GNU long option. You want to allow as many of these as the user wishes. 2. An option to show or not show the definition tree being used. Only one occurrence is to be allowed, specifying one or the other. First, specify your program attributes and its options to AutoOpts, as with the following example. AutoGen Definitions options; prog-name = check; prog-title = "Checkout Automated Options"; long-opts; main = { main-type = shell-process; }; flag = { name = check-dirs; value = L; /* flag style option character */ arg-type = string; /* option argument indication */ max = NOLIMIT; /* occurrence limit (none) */ stack-arg; /* save opt args in a stack */ descrip = "Checkout directory list"; }; flag = { name = show_defs; descrip = "Show the definition tree"; disable = dont; /* mark as enable/disable type */ /* option. Disable as `dont-' */ }; Then perform the following steps: 1. `cflags="-DTEST_CHECK_OPTS `autoopts-config cflags`"' 2. `ldflags="`autoopts-config ldflags`"' 3. `autogen checkopt.def' 4. `cc -o check -g ${cflags} checkopt.c ${ldflags}' 5. `./check --help' Running those commands yields: check - Checkout Automated Options USAGE: check [ - [] | --[{=| }] ]... Flg Arg Option-Name Description -L Str check-dirs Checkout directory list - may appear multiple times no show-defs Show the definition tree - disabled as --dont-show-defs -? no help Display usage information and exit -! no more-help Extended usage information passed thru pager Options are specified by doubled hyphens and their name or by a single hyphen and the flag character. Normally, however, you would compile `checkopt.c' as in: cc -o checkopt.o -I$prefix/include -c checkopt.c and link `checkopt.o' with the rest of your program. The main program causes the options to be processed by calling `optionProcess' (*note libopts-optionProcess::): main( int argc, char** argv ) { { int optct = optionProcess( &checkOptions, argc, argv ); argc -= optct; argv += optct; } The options are tested and used as in the following fragment. "`ENABLED_OPT'" is used instead of "`HAVE_OPT'" for the `show-defs' option because it is an enabled/disabled option type: if ( ENABLED_OPT( SHOW_DEFS ) && HAVE_OPT( CHECK_DIRS )) { int dirct = STACKCT_OPT( CHECK_DIRS ); char** dirs = STACKLST_OPT( CHECK_DIRS ); while (dirct-- > 0) { char* dir = *dirs++; ... A lot of magic happens to make this happen. The rest of this chapter will describe the myriad of option attributes supported by AutoOpts. However, keep in mind that, in general, you won't need much more than what was described in this "quick start" section.  File: autogen.info, Node: Multi-Threading, Next: Option Definitions, Prev: Quick Start, Up: AutoOpts 7.4 Multi-Threading =================== AutoOpts was designed to configure a program for running. This generally happens before much real work has been started. Consequently, it is expected to be run before multi-threaded applications have started multiple threads. However, this is not always the case. Some applications may need to reset and reload their running configuration, and some may use `SET_OPT_xxx()' macros during processing. If you need to dynamically change your option configuration in your multi-threaded application, it is your responsibility to prevent all threads from accessing the option configuration state, except the one altering the configuration. The various accessor macros (`HAVE_OPT()', etc.) do not modify state and are safe to use in a multi-threaded application. It is safe as long as no other thread is concurrently modifying state, of course.  File: autogen.info, Node: Option Definitions, Next: AutoOpts API, Prev: Multi-Threading, Up: AutoOpts 7.5 Option Definitions ====================== AutoOpts uses an AutoGen definitions file for the definitions of the program options and overall configuration attributes. The complete list of program and option attributes is quite extensive, so if you are reading to understand how to use AutoOpts, I recommend reading the "Quick Start" section (*note Quick Start::) and paying attention to the following: 1. `prog-name', `prog-title', and `argument', program attributes, *Note program attributes::. 2. `name' and `descrip' option attributes, *Note Required Attributes::. 3. `value' (flag character) and `min' (occurrence counts) option attributes, *Note Common Attributes::. 4. `arg-type' from the option argument specification section, *Note Option Arguments::. 5. Read the overall how to, *Note Using AutoOpts::. 6. Highly recommended, but not required, are the several "man" and "info" documentation attributes, *Note documentation attributes::. Keep in mind that the majority are rarely used and can be safely ignored. However, when you have special option processing requirements, the flexibility is there. * Menu: * program attributes:: Program Description Attributes * library attributes:: Options for Library Code * information attributes:: Program Information Attributes * Generated main:: Generating main procedures * option attributes:: Option Attributes * documentation attributes:: Man and Info doc Attributes * automatic options:: Automatically Supported Options * standard options:: Library of Standard Options  File: autogen.info, Node: program attributes, Next: library attributes, Up: Option Definitions 7.5.1 Program Description Attributes ------------------------------------ The following global definitions are used to define attributes of the entire program. These generally alter the configuration or global behavior of the AutoOpts option parser. The first two are required of every program. The rest have been alphabetized. Except as noted, there may be only one copy of each of these definitions: `prog-name' This attribute is required. Variable names derived from this name are derived using `string->c_name!' (*note SCM string->c-name!::). `prog-title' This attribute is required and may be any descriptive text. `allow-errors' The presence of this attribute indicates ignoring any command line option errors. This may also be turned on and off by invoking the macros `ERRSKIP_OPTERR' and `ERRSTOP_OPTERR' from the generated interface file. `argument' Specifies the syntax of the arguments that *follow* the options. It may not be empty, but if it is not supplied, then option processing must consume all the arguments. If it is supplied and starts with an open bracket (`['), then there is no requirement on the presence or absence of command line arguments following the options. Lastly, if it is supplied and does not start with an open bracket, then option processing must *not* consume all of the command line arguments. `environrc' Indicates looking in the environment for values of variables named, `PROGRAM_OPTNAME' or `PROGRAM', where `PROGRAM' is the upper cased `C-name' of the program and `OPTNAME' is the upper cased `C-name' of a specific option. `export' This string is inserted into the .h interface file. Generally used for global variables or `#include' directives required by `flag_code' text and shared with other program text. Do not specify your configuration header (`config.h') in this attribute or the `include' attribute, however. Instead, use `config-header', below. `config-header' The contents of this attribute should be just the name of the configuration file. A "#include" naming this file will be inserted at the top of the generated header. `homerc' Specifies either a directory or a file using a specific path (like `.' or `/usr/local/share/progname') or an environment variable (like `$HOME/rc/' or `$PREFIX/share/progname') or the directory where the executable was found (`$$[/...]') to use to try to find the rcfile. Use as many as you like. The presence of this attribute activates the `--save-opts' and `--load-opts' options. *Note loading rcfile::. `include' This string is inserted into the .c file. Generally used for global variables required only by `flag_code' program text. `long-opts' Presence indicates GNU-standard long option processing. If any options do not have an option value (flag character) specified, and least one does specify such a value, then you must specify `long-opts'. If none of your options specify an option value (flag character) and you do not specify `long-opts', then command line arguments are processed in "named option mode". This means that: * Every command line argument must be a long option. * The flag markers `-' and `--' are completely optional. * The `argument' program attribute is disallowed. * One of the options may be specified as the default (as long as it has a required option argument). `prefix' This value is inserted into *all* global names. This will disambiguate them if more than one set of options are to be compiled into a single program. `rcfile' Specifies the configuration file name. This is only useful if you have provided at least one `homerc' attribute. default: .rc `version' Specifies the program version and activates the VERSION option, *Note automatic options::.  File: autogen.info, Node: library attributes, Next: information attributes, Prev: program attributes, Up: Option Definitions 7.5.2 Options for Library Code ------------------------------ Some libraries provide their own code for processing command line options, and this may be used by programs that utilize AutoOpts. You may also wish to write a library that gets configured with AutoOpts options and config files. Such a library may either supply its own configury routine and process its own options, or it may export its option descriptions to programs that also use AutoOpts. This section will describe how to do all of these different things. * Menu: * lib and program:: AutoOpt-ed Library for AutoOpt-ed Program * lib called:: AutoOpt-ed Library for Regular Program * prog calls lib:: AutoOpt-ed Program Calls Regular Library  File: autogen.info, Node: lib and program, Next: lib called, Up: library attributes 7.5.2.1 AutoOpt-ed Library for AutoOpt-ed Program ................................................. The library source code must provide an option definition file that consists of only the `flag' entries. The first `flag' entry must contain the following attributes: `name' This name is used in the construction of a global pointer of type `tOptDesc const*'. It is always required. `documentation' It tells `AutoOpts' that this option serves no normal purpose. It will be used to add usage clarity and to locate option descriptors in the library code. `descrip' This is a string that is inserted in the extended usage display before the options specific to the current library. It is always required. `lib-name' This should match the name of the library. This string is also used in the construction of the option descriptor pointer name. In the end, it looks like this: extern tOptDesc const* <>_<>_optDesc_p; and is used in the macros generated for the library's `.h' file. In order to compile this `AutoOpts' using library, you must create a special header that is not used by the client program. This is accomplished by creating an option definition file that contains essentially exactly the following: AutoGen definitions options; prog-name = does-not-matter; // but is always required prog-title = 'also does not matter'; // also required config-header = 'config.h'; // optional, but common library; #include library-options-only.def and nothing else. AutoGen will produce only the `.h' file. You may now compile your library, referencing just this `.h' file. The macros it creates will utilize a global variable that will be defined by the `AutoOpts'-using client program. That program will need to have the following `#include' in its option definition file: #include library-options-only.def All the right things will magically happen so that the global variables named `<>_<>_optDesc_p' are initialized correctly. For an example, please see the `AutoOpts' test script: `autoopts/test/library.test'.  File: autogen.info, Node: lib called, Next: prog calls lib, Prev: lib and program, Up: library attributes 7.5.2.2 AutoOpt-ed Library for Regular Program .............................................. In this case, your library must provide an option processing function to a calling program. This is accomplished by setting the `allow-errors' global option attribute. Each time your option handling function is called, you must determine where your scan is to resume and tell the AutoOpts library by invoking: RESTART_OPT(next_arg_index); and then invoke `not_opt_index = optionProcess(...)'. The `not_opt_index' value can be used to set `optind', if that is the global being used to scan the program argument array. In this method, do *NOT* utilize the global `library' attribute. Your library must specify its options as if it were a complete program. You may choose to specify an alternate `usage()' function so that usage for other parts of the option interface may be displayed as well. See "Program Information Attributes" (*note information attributes::). At the moment, there is no method for calling `optionUsage()' telling it to produce just the information about the options and not the program as a whole. Some later revision after somebody asks.  File: autogen.info, Node: prog calls lib, Prev: lib called, Up: library attributes 7.5.2.3 AutoOpt-ed Program Calls Regular Library ................................................ As with providing an `AutoOpt'-ed library to a non-`AutoOpt'-ed program, you must write the option description file as if you were writing all the options for the program, but you should specify the `allow-errors' global option attribute and you will likely want an alternate `usage()' function (see "Program Information Attributes" *note information attributes::). In this case, though, when `optionProcess()' returns, you need to test to see if there might be library options. If there might be, then call the library's exported routine for handling command line options, set the next-option-to-process with the `RESTART_OPT()' macro, and recall `optionProcess()'. Repeat until done.  File: autogen.info, Node: Generated main, Next: option attributes, Prev: information attributes, Up: Option Definitions 7.5.3 Generating main procedures -------------------------------- When AutoOpts generates the code to parse the command line options, it has the ability to produce any of several types of `main()' procedures. This is done by specifying a global structured value for `main'. The values that it contains are dependent on the value set for the one value it must have: `main-type'. The recognized values for `main-type' are: * Menu: * main guile:: guile: main and inner_main procedures * main shell-process:: shell-process: emit Bourne shell results * main shell-parser:: shell-parser: emit Bourne shell script * main main:: main: user supplied main procedure * main include:: include: code emitted from included template * main invoke:: invoke: code emitted from AutoGen macro * main for-each:: for-each: perform function on each argument Here is an example of an `include' variation: main = { main-type = include; tpl = "main-template.tpl"; };  File: autogen.info, Node: main guile, Next: main shell-process, Up: Generated main 7.5.3.1 guile: main and inner_main procedures ............................................. When the `main-type' is specified to be `guile', a `main()' procedure is generated that calls `gh_enter()', providing it with a generated `inner_main()' to invoke. If you must perform certain tasks before calling `gh_enter()', you may specify such code in the value for the `before-guile-boot' attribute. The `inner_main()' procedure itself will process the command line arguments (by calling `optionProcess()', *note libopts-optionProcess::), and then either invoke the code specified with the `guile-main' attribute, or else export the parsed options to Guile symbols and invoke the `scm_shell()' function from the Guile library. This latter will render the program nearly identical to the stock `guile(1)' program.  File: autogen.info, Node: main shell-process, Next: main shell-parser, Prev: main guile, Up: Generated main 7.5.3.2 shell-process: emit Bourne shell results ................................................ This will produce a `main()' procedure that parses the command line options and emits to `stdout' Bourne shell commands that puts the option state into environment variables. This can be used within a shell script as follows: unset OPTION_CT eval "`opt_parser \"$@\"`" test -z "${OPTION_CT}" && exit 1 test ${OPTION_CT} -gt 0 && shift ${OPTION_CT} If the option parsing code detects an error or a request for usage, it will not emit an assignment to OPTION_CT and the script should just exit. If the options are set consistently, then something along the lines of the following will be written to `stdout' and evaled: OPTION_CT=4 export OPTION_CT MYPROG_SECOND='first' export MYPROG_SECOND MYPROG_ANOTHER=1 # 0x1 export MYPROG_ANOTHER If the arguments are to be reordered, however, then the resulting set of operands will be emitted and `OPTION_CT' gets set to zero. For example, the following would be appended to the above: set -- 'operand1' 'operand2' 'operand3' OPTION_CT=0 `OPTION_CT' is set to zero since it is not necessary to shift off any options.  File: autogen.info, Node: main shell-parser, Next: main main, Prev: main shell-process, Up: Generated main 7.5.3.3 shell-parser: emit Bourne shell script .............................................. This will produce a `main()' procedure that emits a shell script that will parse the command line options. That script can be emitted to `stdout' or inserted or substituted into a pre-existing shell script file. Improbable markers are used to identify previously inserted parsing text: # # # # # # # # # # -- do not modify this marker -- The program is also pretty insistent upon starting its parsing script on the second line.  File: autogen.info, Node: main main, Next: main include, Prev: main shell-parser, Up: Generated main 7.5.3.4 main: user supplied main procedure .......................................... You must supply a value for the `main-text' attribute. You may also supply a value for `option-code'. If you do, then the `optionProcess' invocation will not be emitted into the code. AutoOpts will wrap the `main-text' inside of: int main( int argc, char** argv ) { { int ct = optionProcess( &<>Options, argc, argv ); argc -= ct; argv += ct; } <> } so you can most conveniently set the value with a "`here string'" (*note here-string::): code = <<- _EndOfMainProc_ <> _EndOfMainProc_;  File: autogen.info, Node: main include, Next: main invoke, Prev: main main, Up: Generated main 7.5.3.5 include: code emitted from included template .................................................... You must write a template to produce your main procedure. You specify the name of the template with the `tpl' attribute and it will be incorporated at the point where AutoOpts is ready to emit the `main()' procedure. This can be very useful if, in your working environment, you have many programs with highly similar `main()' procedures. All you need to do is parameterize the variations and specify which variant is needed within the `main' AutoOpts specification. Since you are coding the template for this, the attributes needed for this variation would be dictated by your template.  File: autogen.info, Node: main invoke, Next: main for-each, Prev: main include, Up: Generated main 7.5.3.6 invoke: code emitted from AutoGen macro ............................................... You must write a template to produce your main procedure. That template must contain a definition for the function specified with the `func' attribute to this `main()' procedure specification. Typically, this template will be incorporated by using the `--lib-template' option (*note autogen lib-template::) in the AutoGen invocation. Otherwise, this variation operates in much the same way as "`include'" (*note main include::) method.  File: autogen.info, Node: main for-each, Prev: main invoke, Up: Generated main 7.5.3.7 for-each: perform function on each argument ................................................... This produces a main procedure that invokes a procedure once for each operand on the command line (non-option arguments), *OR* once for each non-blank, non-comment `stdin' input line. Leading and trailing white space is trimmed from the input line and comment lines are lines that are empty or begin with a comment character, defaulting to a hash ('#') character. *NB*: The `argument' program attribute (*note program attributes::) must begin with the `[' character, to indicate that there are command operands, but that they are optional. There are a number of attributes to `main' that may be used: `handler-proc' This attribute is required. It is used to name the procedure to call. That procedure is presumed to be external, but if you provide the code for it, then the procedure is emitted as a static procedure in the generated code. This procedure should return 0 on success, a cumulative error code on warning and exit without returning on an unrecoverable error. As the cumulative warning codes are or-ed together, the codes should be some sort of bit mask in order to be ultimately decipherable (if you need to do that). If the called procedure needs to cause a fail-exit, it is expected to call `exit(3)' directly. If you want to cause a warning exit code, then this handler function should return a non-zero status. That value will be *OR*-ed into a result integer for computing the final exit code. E.g., here is part of the emitted code: int res = 0; if (argc > 0) { do { res |= my_handler( *(argv++) ); } while (--argc > 0); } else { ... `handler-type' If you do not supply this attribute, your handler procedure must be the default type. The profile of the procedure must be: int my_handler( const char *pz_entry ); However, if you do supply this attribute, you may select any of three alternate flavors: `name-of-file' This is essentially the same as the default handler type, except that before your procedure is invoked, the generated code has verified that the string names an existing file. The profile is unchanged. `file-X' Before calling your procedure, the file is f-opened according to the "X", where "X" may be any of the legal modes for `fopen(3C)'. In this case, the profile for your procedure must be: int my_handler( const char* pz_fname, FILE* entry_fp ); `text-of-file' `some-text-of-file' Before calling your procedure, the contents of the file are read into memory. (Excessively large files may cause problems.) The "`some-text-of-file'" disallows empty files. Both require regular files. In this case, the profile for your procedure must be: int my_handler( const char* pz_fname, char* file_text, size_t text_size ); Note that though the `file_text' is not `const', any changes made to it are not written back to the original file. It is merely a memory image of the file contents. Also, the memory allocated to hold the text is `text_size + 1' bytes long and the final byte is always `NUL'. The file contents need not be text, as the data are read with the `read(2)' system call. `my_handler-code' With this attribute, you provide the code for your handler procedure in the option definition file. In this case, your `main()' procedure specification might look something like this: main = { main-type = for-each; handler-proc = my_handler; my_handler-code = <<- EndOfMyCode /* whatever you want to do */ EndOfMyCode; }; and instead of an emitted external reference, a procedure will be emitted that looks like this: static int my_handler( const char* pz_entry ) { int res = 0; <> return res; } `main-init' This is code that gets inserted after the options have been processed, but before the handler procs get invoked. `main-fini' This is code that gets inserted after all the entries have been processed, just before returning from `main()'. `comment-char' If you wish comment lines to start with a character other than a hash (`#') character, then specify one character with this attribute. If that character is the `NUL' byte, then only blank lines will be considered comments.  File: autogen.info, Node: information attributes, Next: Generated main, Prev: library attributes, Up: Option Definitions 7.5.4 Program Information Attributes ------------------------------------ These attributes are used to define how and what information is displayed to the user of the program. `copyright' The `copyright' is a structured value containing three to five values. If `copyright' is used, then the first three are required. 1. `date' - the list of applicable dates for the copyright. 2. `owner' - the name of the copyright holder. 3. `type' - specifies the type of distribution license. AutoOpts/AutoGen will automatically support the text of the GNU Public License (`GPL'), the GNU General Public License with Library extensions (`LGPL'), the Free BSD license (`BSD'), and a write-it-yourself copyright notice (`NOTE'). Only these values are recognized. 4. `text' - the text of the copyright notice. It is only needed if `type' is set to `NOTE'. 5. `author' - in case the author name is to appear in the documentation and is different from the copyright owner. 6. `eaddr' - email address for receiving praises and complaints. Typically that of the author or copyright holder. An example of this might be: copyright = { date = "1992-2004"; owner = "Bruce Korb"; eaddr = 'bkorb@gnu.org'; type = GPL; }; `detail' This string is added to the usage output when the HELP option is selected. `explain' Gives additional information whenever the usage routine is invoked.. `package' The name of the package the program belongs to. This will appear parenthetically after the program name in the version and usage output, e.g.: `autogen (GNU autogen) - The Automated Program Generator'. `preserve-case' This attribute will not change anything except appearance. Normally, the option names are all documented in lower case. However, if you specify this attribute, then they will display in the case used in their specification. Command line options will still be matched without case sensitivity. `prog-desc *and*' `opts-ptr' These define global pointer variables that point to the program descriptor and the first option descriptor for a library option. This is intended for use by certain libraries that need command line and/or initialization file option processing. These definitions have no effect on the option template output, but are used for creating a library interface file. Normally, the first "option" for a library will be a documentation option that cannot be specified on the command line, but is marked as `settable'. The library client program will invoke the `SET_OPTION' macro which will invoke a handler function that will finally set these global variables. `usage' Optionally names the usage procedure, if the library routine `optionUsage()' does not work for you. If you specify `my_usage' as the value of this attribute, for example, you will use a procedure by that name for displaying usage. Of course, you will need to provide that procedure and it must conform to this profile: void my_usage( tOptions* pOptions, int exitCode ) `gnu-usage' Normally, the default format produced by the `optionUsage' procedure is AutoOpts Standard. By specifying this attribute, the default format will be GNU-ish style. Either default may be overridden by the user with the `AUTOOPTS_USAGE' environment variable. If it is set to `gnu' or `autoopts', it will alter the style appropriately. This attribute will conflict with the `usage' attribute. `reorder-args' Some applications traditionally require that the command operands be intermixed with the command options. In order to handle that, the arguments must be reordered. If you are writing such an application, specify this global option. All of the options (and any associated option arguments) will be brought to the beginning of the argument list. New applications should not use this feature, if at all possible. This feature is disabled if `POSIXLY_CORRECT' is defined in the environment.  File: autogen.info, Node: option attributes, Next: documentation attributes, Prev: Generated main, Up: Option Definitions 7.5.5 Option Attributes ----------------------- For each option you wish to specify, you must have a block macro named `flag' defined. There are two required attributes: `name' and `descrip'. If any options do not have a `value' (traditional flag character) attribute, then the `long-opts' program attribute must also be defined. As a special exception, if no options have a `value' *and* `long-opts' is not defined *and* `argument' is not defined, then all arguments to the program are named options. In this case, the `-' and `--' command line option markers are optional. * Menu: * Required Attributes:: Required Attributes * Common Attributes:: Common Option Attributes * Special Option Handling:: Special Option Handling * Immediate Action:: Immediate Action Attributes * Option Conflict Attributes:: Option Conflict Attributes * Option Arguments:: Option Argument Specification * Option Argument Handling:: Option Argument Handling  File: autogen.info, Node: Required Attributes, Next: Common Attributes, Up: option attributes 7.5.5.1 Required Attributes ........................... Every option must have exactly one copy of both of these attributes. `name' Long name for the option. Even if you are not accepting long options and are only accepting flags, it must be provided. AutoOpts generates private, named storage that requires this name. This name also causes a `#define'-d name to be emitted. It must not conflict with any other names you may be using in your program. For example, if your option name is, `debug' or `munged-up', you must not use the `#define' names `DEBUG' (or `MUNGED_UP') in your program for non-AutoOpts related purposes. They are now used by AutoOpts. `descrip' Except for documentation options, a *very* brief description of the option. About 40 characters on one line, maximum. It appears on the `usage()' output next to the option name. If, however, the option is a documentation option, it will appear on one or more lines by itself. It is thus used to visually separate and comment upon groups of options in the usage text.  File: autogen.info, Node: Common Attributes, Next: Special Option Handling, Prev: Required Attributes, Up: option attributes 7.5.5.2 Common Option Attributes ................................ These option attributes are optional. Any that do appear in the definition of a flag, may appear only once. `value' The flag character to specify for traditional option flags. e.g. `-L'. `max' Maximum occurrence count (invalid if DISABLE present). The default maximum is 1. `NOLIMIT' can be used for the value, otherwise it must be a number or a `#define' that evaluates to a number. `min' Minimum occurrence count. If present, then the option *must* appear on the command line. Do not define it with the value zero (0). `must-set' If an option must be specified, but it need not be specified on the command line, then specify this attribute for the option. `enable' Long-name prefix for enabling the option (invalid if DISABLE *not* present). Only useful if long option names are being processed. `disable' Prefix for disabling (inverting sense of) the option. Only useful if long option names are being processed. `enabled' If default is for option being enabled. (Otherwise, the OPTST_DISABLED bit is set at compile time.) Only useful if the option can be disabled. `ifdef' `ifndef' If an option is relevant on certain platforms or when certain features are enabled or disabled, you can specify the compile time flag used to indicate when the option should be compiled in or out. For example, if you have a configurable feature, `mumble' that is indicated with the compile time define, `WITH_MUMBLING', then add: ifdef = WITH_MUMBLING; Take care when using these. There are several caveats: * The case and spelling must match whatever is specified. * Do not confuse these attributes with the AutoGen directives of the same names, *Note Directives::. These cause C preprocessing directives to be inserted into the generated C text. * Only one of these attributes may apply to any given option. * The `VALUE_OPT_' values are `#define'-d. If `WITH_MUMBLING' is not defined, then the associated `VALUE_OPT_' value will not be `#define'-d either. So, if you have an option named, `MUMBLING' that is active only if `WITH_MUMBLING' is `#define'-d, then `VALUE_OPT_MUMBLING' will be `#define'-d iff `WITH_MUMBLING' is `#define'-d. Watch those switch statements.  File: autogen.info, Node: Special Option Handling, Next: Immediate Action, Prev: Common Attributes, Up: option attributes 7.5.5.3 Special Option Handling ............................... These option attributes do not fit well with other categories. `no-preset' If presetting this option is not allowed. (Thus, environment variables and values set in configuration files will be ignored.) `settable' If the option can be set outside of option processing. If this attribute is defined, special macros for setting this particular option will be inserted into the interface file. For example, `TEMPL_DIRS' is a settable option for AutoGen, so a macro named `SET_OPT_TEMPL_DIRS(a)' appears in the interface file. This attribute interacts with the DOCUMENTATION attribute. `equivalence' Generally, when several options are mutually exclusive and basically serve the purpose of selecting one of several processing modes, these options can be considered an equivalence class. Sometimes, it is just easier to deal with them as such. All members of the equivalence class must contain the same equivalenced-to option, including the equivalenced-to option itself. Thus, it must be a class member. For an option equivalence class, there is a single occurrence counter for the class. It can be referenced with the interface macro, `COUNT_OPT(BASE_OPTION)', where "BASE_OPTION" is the equivalenced-to option name. Also, please take careful note: since the options are mapped to the equivalenced-to option descriptor, any option argument values are mapped to that descriptor also. Be sure you know which "equivalent option" was selected before getting an option argument value! During the presetting phase of option processing (*note Presetting Options::), equivalenced options may be specified. However, if different equivalanced members are specified, only the last instance will be recognized and the others will be discarded. A conflict error is indicated only when multiple different members appear on the command line itself. As an example of where equivalenced options might be useful, `cpio(1)' has three options `-o', `-i', and `-p' that define the operational mode of the program (`create', `extract' and `pass-through', respectively). They form an equivalence class from which one and only one member must appear on the command line. If `cpio' were an AutoOpt-ed program, then each of these option definitions would contain: equivalence = create; and the program would be able to determine the operating mode with code that worked something like this: switch (WHICH_IDX_CREATE) { case INDEX_OPT_CREATE: ... case INDEX_OPT_EXTRACT: ... case INDEX_OPT_PASS_THROUGH: ... default: /* cannot happen */ } `documentation' This attribute means the option exists for the purpose of separating option description text in the usage output. Libraries may choose to make it settable so that the library can determine which command line option is the first one that pertains to the library. If present, this option disables all other attributes except `settable', `call-proc' and `flag_-ode'. `settable' must be and is only specified if `call-proc', `extract-code' or `flag-code' has been specified. When present, the `descrip' attribute will be displayed only when the `--help' option has been specified. It will be displayed flush to the left hand margin and may consist of one or more lines of text. The name of the option will not be printed. Documentation options are for clarifying the usage text and will not appear in generated man pages or in the generated invoking texinfo doc.  File: autogen.info, Node: Immediate Action, Next: Option Conflict Attributes, Prev: Special Option Handling, Up: option attributes 7.5.5.4 Immediate Action Attributes ................................... Certain options may need to be processed early. For example, in order to suppress the processing of configuration files, it is necessary to process the command line option `--no-load-opts' *before* the config files are processed. To accommodate this, certain options may have their enabled or disabled forms marked for immediate processing. The consequence of this is that they are processed ahead of all other options in the reverse of normal order. Normally, the first options processed are the options specified in the first `homerc' file, followed by then next `homerc' file through to the end of config file processing. Next, environment variables are processed and finally, the command line options. The later options override settings processed earlier. That actually gives them higher priority. Command line immediate action options actually have the lowest priority of all. They would be used only if they are to have an effect on the processing of subsequent options. `immediate' Use this option attribute to specify that the enabled form of the option is to be processed immediately. The `help' and `more-help' options are so specified. They will also call `exit()' upon completion, so they *do* have an effect on the processing of the remaining options :-). `immed-disable' Use this option attribute to specify that the disabled form of the option is to be processed immediately. The `load-opts' option is so specified. The `--no-load-opts' command line option will suppress the processing of config files and environment variables. Contrariwise, the `--load-opts' command line option is processed normally. That means that the options specified in that file will be processed after all the `homerc' files and, in fact, after options that precede it on the command line. `also' If either the `immediate' or the `immed-disable' attributes are set to the string, "`also'", then the option will actually be processed twice: first at the immediate processing phase and again at the "normal" time.  File: autogen.info, Node: Option Conflict Attributes, Next: Option Arguments, Prev: Immediate Action, Up: option attributes 7.5.5.5 Option Conflict Attributes .................................. These attributes may be used as many times as you need. They are used at the end of the option processing to verify that the context within which each option is found does not conflict with the presence or absence of other options. This is not a complete cover of all possible conflicts and requirements, but it simple to implement and covers the more common situations. `flags-must' one entry for every option that *must* be present when this option is present `flags-cant' one entry for every option that *cannot* be present when this option is present  File: autogen.info, Node: Option Arguments, Next: Option Argument Handling, Prev: Option Conflict Attributes, Up: option attributes 7.5.5.6 Option Argument Specification ..................................... Command line options come in three flavors: options that do not take arguments, those that do and those that may. Without an "arg-type" attribute, AutoOpts will not process an argument to an option. If "arg-type" is specified and "arg-optional" is also specified, then the next command line token will be taken to be an argument, unless it looks like the name of another option. If the argument type is specified to be anything other than "str[ing]", then AutoOpts will specify a callback procedure to handle the argument. Some of these procedures will be created and inserted into the generated `.c' file, and others are already built into the `libopts' library. Therefore, if you write your own callback procedure (*note Option Argument Handling::), then you must either not specify an "arg-type" attribute, or else specify it to be of type "str[ing]". Your callback function will be able to place its own restrictions on what that string may contain or represent. `arg-type' This specifies the type of argument the option will take. If not present, the option cannot take an argument. If present, it must be one of the following five. The bracketed part of each name is optional. `str[ing]' The argument may be any arbitrary string, though your program or option callback procedure may place additional constraints upon it. `num[ber]' The argument must be a correctly formed integer, without any trailing U's or L's. AutoOpts contains a library procedure to convert the string to a number. If you specify range checking with `arg-range', then AutoOpts produces a special purpose procedure for this option. `bool[ean]' The argument will be interpreted and always yield either AG_TRUE or AG_FALSE. False values are the empty string, the number zero, or a string that starts with `f', `F', `n' or `N' (representing False or No). Anything else will be interpreted as True. `key[word]' The argument must match a specified list of strings. Assuming you have named the option, `optn-name', the strings will be converted into an enumeration of type `te_Optn_Name' with the values `OPTN_NAME_KEYWORD'. If you have *not* specified a default value, the value `OPTN_NAME_UNDEFINED' will be inserted with the value zero. The option will be initialized to that value. You may now use this in your code as follows: te_Optn_Name opt = OPT_VALUE_OPTN_NAME; switch (opt) { case OPTN_NAME_UNDEFINED: /* undefined things */ break; case OPTN_NAME_KEYWORD: /* `keyword' things */ break; default: /* utterly impossible */ ; } AutoOpts produces a special purpose procedure for this option. If you have need for the string name of the selected keyword, you may obtain this with the macro, `OPT_OPTN_NAME_VAL2STR(val)'. The value you pass would normally be `OPT_VALUE_OPTN_NAME', but anything with numeric value that is legal for `te_Optn_Name' may be passed. Anything out of range will result in the string, `"*INVALID*"' being returned. The strings are read only. It may be used as in: te_Optn_Name opt = OPT_VALUE_OPTN_NAME; printf( "you selected the %s keyword\n", OPT_OPTN_NAME_VAL2STR(opt) ); `set[-membership]' The argument must be a list of names each of which must match the strings "`all'", "`none'" or one of the keywords specified for this option. `all' will turn on all membership bits and `none' will turn them all off. Specifying one of the keywords will turn on the corresponding set membership bit. Literal numbers may also be used and may, thereby, set or clear more than one bit. Preceding a keyword or literal number with a bang (`!' - exclamation point) will turn the bit(s) off. The number of keywords allowed is constrained by the number of bits in a pointer, as the bit set is kept in a `void*'. If, for example, you specified `first' in your list of keywords, then you can use the following code to test to see if either `first' or `all' was specified: uintptr_t opt = OPT_VALUE_OPTN_NAME; if (opt & OPTN_NAME_FIRST) /* OPTN_NAME_FIRST bit was set */ ; AutoOpts produces a special purpose procedure for this option. `keyword' If the `arg-type' is `keyword' or `set-membership', then you must specify the list of keywords by a series of `keyword' entries. The interface file will contain values for `_' for each keyword entry. `keyword' option types will have an enumeration and `set-membership' option types will have a set of unsigned long bits `#define'-d. If there are more than 32 bits defined, the `#define' will set unsigned long long values and you best be running on a 64 bit platform. `arg-optional' This attribute indicates that the user does not have to supply an argument for the option. This is only valid if the ARG-TYPE is `string' or `keyword'. If it is `keyword', then this attribute may also specify the default keyword to assume when the argument is not supplied. If left empty, ARG-DEFAULT or the zero-valued keyword will be used. `arg-default' This specifies the default value to be used when the option is not specified or preset. `default' If your program processes its arguments in named option mode (See "long-opts" in *Note program attributes::), then you may select *one* of your options to be the default option. Do so with this attribute. The option so specified must have an `arg-type' specified, but not the `arg-optional' attribute. That is to say, the option argument must be required. If you have done this, then any arguments that do not match an option name and do not contain an equal sign (`=') will be interpreted as an option argument to the default option. `arg-range' If the `arg-type' is `number', then `arg-range's may be specified, too. If you specify one or more of these option attributes, then AutoOpts will create a callback procedure for handling it. The argument value supplied for the option must match one of the range entries. Each arg-range should consist of either an integer by itself or an integer range. The integer range is specified by one or two integers separated by the two character sequence, `->'. Be sure to quote the entire range string. The definitions parser will not accept the range syntax as a single string token. The generated procedure imposes the range constraints as follows: * A number by itself will match that one value. * The high end of the range may not be `INT_MIN', both for obvious reasons and because that value is used to indicate a single-valued match. * An omitted lower value implies a lower bound of INT_MIN. * An omitted upper value implies a upper bound of INT_MAX. * The argument value is required. It may not be optional. * The value must match one of the entries. If it can match more than one, then you have redundancies, but no harm will come of it.  File: autogen.info, Node: Option Argument Handling, Prev: Option Arguments, Up: option attributes 7.5.5.7 Option Argument Handling ................................ AutoOpts will either specify or automatically generate callback procedures for options that take specialized arguments. The only option argument types that are not specialized are plain string arguments and no argument at all. For options that fall into one of those two categories, you may specify your own callback function, as specified below. If the option takes a string argument, then you may specify that the option is to be handled by the `libopts' library procedures `stackOptArg()' or `unstackOptArg()' (see below). Finally, `documentation' options (*Note Special Option Handling::) may also be marked as settable and have special callback functions (either `flag-code', `extract-code', or `call-proc'). `flag-code' statements to execute when the option is encountered. The generated procedure will look like this: static void doOpt( tOptions* pOptions, tOptDesc* pOptDesc ) { } Only certain fields within the `tOptions' and `tOptDesc' structures may be accessed. *Note Option Processing Data::. `extract-code' This is effectively identical to `flag_code', except that the source is kept in the output file instead of the definitions file. A long comment is used to demarcate the code. You must not modify that marker. Before regenerating the option code file, the old file is renamed from MUMBLE.c to MUMBLE.c.save. The template will be looking there for the text to copy into the new output file. `call-proc' external procedure to call when option is encountered. The calling sequence must conform to the sequence defined above for the generated procedure, `doOpt'. It has the same restrictions regarding the fields within the structures passed in as arguments. *Note Option Processing Data::. `flag-proc' Name of another option whose `flag_code' can be executed when this option is encountered. `stack-arg' Call a special library routine to stack the option's arguments. Special macros in the interface file are provided for determining how many of the options were found (`STACKCT_OPT(NAME)') and to obtain a pointer to a list of pointers to the argument values (`STACKLST_OPT(NAME)'). Obviously, for a stackable argument, the `max' attribute needs to be set higher than `1'. If this stacked argument option has a disablement prefix, then the entire stack of arguments will be cleared by specifying the option with that disablement prefix. `unstack-arg' Call a special library routine to remove ("unstack") strings from a `stack-arg' option stack. This attribute must name the option that is to be "unstacked". Neither this option nor the stacked argument option it references may be equivalenced to another option.  File: autogen.info, Node: documentation attributes, Next: automatic options, Prev: option attributes, Up: Option Definitions 7.5.6 Man and Info doc Attributes --------------------------------- AutoOpts includes AutoGen templates for producing abbreviated man pages and for producing the invoking section of an info document. To take advantage of these templates, you must add several attributes to your option definitions. `doc' First, every `flag' definition _other than_ "documentation" definitions, must have a `doc' attribute defined. If the option takes an argument, then it will need an `arg-name' attribute as well. The `doc' text should be in plain sentences with minimal formatting. The Texinfo commands `@code', and `@var' will have its enclosed text made into *\fB* entries in the man page, and the `@file' text will be made into *\fI* entries. The `arg-name' attribute is used to display the option's argument in the man page. Options marked with the "documentation" attribute are for documenting the usage text. All other options should have the "doc" attribute in order to document the usage of the option in the generated man pages. `arg-name' If an option has an argument, the argument should have a name for documentation purposes. It will default to `arg-type', but it will likely be clearer with something else like, `file-name' instead of `string' (the type). `prog-man-descrip' `prog-info-descrip' Then, you need to supply a brief description of what your program does. If you already have a `detail' definition, this may be sufficient. If not, or if you need special formatting for one of the manual formats, then you will need either a definition for `prog-man-descrip' or `prog-info-descrip' or both. These will be inserted verbatim in the man page document and the info document, respectively. `man-doc' Finally, if you need to add man page sections like `SEE ALSO' or `USAGE' or other, put that text in a `man-doc' definition. This text will be inserted verbatim in the man page after the `OPTIONS' section and before the `AUTHOR' section.  File: autogen.info, Node: automatic options, Next: standard options, Prev: documentation attributes, Up: Option Definitions 7.5.7 Automatically Supported Options ------------------------------------- AutoOpts provides automated support for five options. `help' and `more-help' are always provided. `version' is provided if `version' is defined in the option definitions *Note program attributes::. `save-opts' and `load-opts' are provided if at least one `homerc' is defined *Note program attributes::. Below are the option names and flag values. The flags are activated if and only if at least one user-defined option also uses a flag value. These flags may be deleted or changed to characters of your choosing by specifying `xxx-value = "y";', where `xxx' is one of the five names below and `y' is either empty or the character of your choice. For example, to change the help flag from `?' to `h', specify `help-value = "h";'; and to require that `save-opts' be specified only with its long option name, specify `save-opts-value = "";'. `help -?' This option will immediately invoke the `USAGE()' procedure and display the usage line, a description of each option with its description and option usage information. This is followed by the contents of the definition of the `detail' text macro. `more-help -!' This option is identical to the `help' option, except that the output is passed through a pager program. (`more' by default, or the program identified by the `PAGER' environment variable.) `version -v' This will print the program name, title and version. If it is followed by the letter `c' and a value for `copyright' and `owner' have been provided, then the copyright will be printed, too. If it is followed by the letter `n', then the full copyright notice (if available) will be printed. `save-opts ->' This option will cause the option state to be printed in the configuration file format when option processing is done but not yet verified for consistency. The program will terminate successfully without running when this has completed. Note that for most shells you will have to quote or escape the flag character to restrict special meanings to the shell. The output file will be the configuration file name (default or provided by `rcfile') in the last directory named in a `homerc' definition. This option may be set from within your program by invoking the "`SET_OPT_SAVE_OPTS(filename)'" macro (*note SET_OPT_name::). Invoking this macro will set the file name for saving the option processing state, but the state will *not* actually be saved. You must call `optionSaveFile' to do that (*note libopts-optionSaveFile::). *CAVEAT:* if, after invoking this macro, you call `optionProcess', the option processing state will be saved to this file and `optionProcess' will not return. You may wish to invoke `CLEAR_OPT( SAVE_OPTS )' (*note CLEAR_OPT::) beforehand. `load-opts -<' This option will load options from the named file. They will be treated exactly as if they were loaded from the normally found configuration files, but will not be loaded until the option is actually processed. This can also be used within another configuration file, causing them to nest. It is ultimately intended that specifying the option, `no-load-opts' will suppress the processing of configuration files and environment variables. To do this, AutoOpts must first implement pre-scanning of the options, environment and config files.  File: autogen.info, Node: standard options, Prev: automatic options, Up: Option Definitions 7.5.8 Library of Standard Options --------------------------------- AutoOpts has developed a set of standardized options. You may incorporate these options in your program simply by _first_ adding a `#define' for the options you want, and then the line, #include stdoptions.def in your option definitions. The supported options are specified thus: #define DEBUG #define DIRECTORY #define DRY_RUN #define INPUT #define INTERACTIVE #define OUTPUT #define WARN #define SILENT #define QUIET #define BRIEF #define VERBOSE By default, only the long form of the option will be available. To specify the short (flag) form, suffix these names with `_FLAG'. e.g., #define DEBUG_FLAG `--silent', `--quiet', `--brief' and `--verbose' are related in that they all indicate some level of diagnostic output. These options are all designed to conflict with each other. Instead of four different options, however, several levels can be incorporated by `#define'-ing `VERBOSE_ENUM'. In conjunction with `VERBOSE', it incorporates the notion of 5 levels in an enumeration: `silent', `quiet', `brief', `informative' and `verbose'; with the default being `brief'. Here is an example program that uses the following set of definitions: AutoGen Definitions options; prog-name = default-test; prog-title = 'Default Option Example'; homerc = '$$/../share/default-test', '$HOME', '.'; environrc; long-opts; gnu-usage; version = '1.0'; main = { main-type = shell-process; }; #define DEBUG_FLAG #define WARN_FLAG #define WARN_LEVEL #define VERBOSE_FLAG #define VERBOSE_ENUM #define DRY_RUN_FLAG #define OUTPUT_FLAG #define INPUT_FLAG #define DIRECTORY_FLAG #define INTERACTIVE_FLAG #include stdoptions.def Running a few simple commands on that definition file: autogen default-test.def copts="-DTEST_DEFAULT_TEST_OPTS `autoopts-config cflags`" lopts="`autoopts-config ldflags`" cc -o default-test ${copts} default-test.c ${lopts} Yields a program which, when run with `--help', prints out: default-test - Default Option Example - Ver. 1.0 USAGE: default-test [ - [] | --[{=| }] ]... The following options are commonly used and are provided and supported by AutoOpts: -D, --debug run program with debugging info -V, --verbose=KWd run program with progress info -w, --warn=num specify a warning-level threshhold - disabled as --no-warn -d, --dry-run program will make no changes -I, --interactive=str prompt for confirmation -i, --input=str redirect input from file -o, --output=str redirect output to file -d, --directory=str use specified dir for I/O version and help options: -v, --version[=arg] Output version information and exit -?, --help Display usage information and exit -!, --more-help Extended usage information passed thru pager ->, --save-opts[=arg] Save the option state to a config file -<, --load-opts=str Load options from a config file - disabled as --no-load-opts - may appear multiple times Options are specified by doubled hyphens and their name or by a single hyphen and the flag character. The following option preset mechanisms are supported: - reading file $$/../share/default-test - reading file $HOME - reading file /home/bkorb/ag/ag/doc/.default_testrc - examining environment variables named DEFAULT_TEST_* The valid "verbose" option keywords are: silent quiet brief informative verbose  File: autogen.info, Node: AutoOpts API, Next: option descriptor, Prev: Option Definitions, Up: AutoOpts 7.6 Programmatic Interface ========================== The user interface for access to the argument information is completely defined in the generated header file and in the portions of the distributed file "options.h" that are marked "public". In the following macros, text marked `' or `name' is the name of the option *in upper case* and *segmented with underscores `_'*. The macros and enumerations defined in the options header (interface) file are used as follows: To see how these `#define' macros are used in a program, the reader is referred to the several `opts.h' files included with the AutoGen sources. * Menu: * Option Processing Data:: Data for Option Processing * CLEAR_OPT:: CLEAR_OPT( ) - Clear Option Markings * COUNT_OPT:: COUNT_OPT( ) - Definition Count * DESC:: DESC( ) - Option Descriptor * DISABLE_OPT_name:: DISABLE_OPT_name - Disable an option * ENABLED_OPT:: ENABLED_OPT( ) - Is Option Enabled? * ERRSKIP_OPTERR:: ERRSKIP_OPTERR - Ignore Option Errors * ERRSTOP_OPTERR:: ERRSTOP_OPTERR - Stop on Errors * HAVE_OPT:: HAVE_OPT( ) - Have this option? * ISSEL_OPT:: ISSEL_OPT( ) - Is Option Selected? * ISUNUSED_OPT:: ISUNUSED_OPT( ) - Never Specified? * OPTION_CT:: OPTION_CT - Full Count of Options * OPT_ARG:: OPT_ARG( ) - Option Argument String * OPT_VALUE_name:: OPT_VALUE_name - Option Argument Value * RESTART_OPT:: RESTART_OPT( n ) - Resume Option Processing * SET_OPT_name:: SET_OPT_name - Force an option to be set * STACKCT_OPT:: STACKCT_OPT( ) - Stacked Arg Count * STACKLST_OPT:: STACKLST_OPT( ) - Argument Stack * START_OPT:: START_OPT - Restart Option Processing * STATE_OPT:: STATE_OPT( ) - Option State * USAGE:: USAGE( exit-code ) - Usage invocation macro * VALUE_OPT_name:: VALUE_OPT_name - Option Flag Value * VERSION:: VERSION - Version and Full Version * WHICH_IDX_name:: WHICH_IDX_name - Which Equivalenced Index * WHICH_OPT_name:: WHICH_OPT_name - Which Equivalenced Option * teOptIndex:: teOptIndex - Option Index and Enumeration * OPTIONS_STRUCT_VERSION:: OPTIONS_STRUCT_VERSION - active version * libopts procedures:: libopts External Procedures  File: autogen.info, Node: Option Processing Data, Next: CLEAR_OPT, Up: AutoOpts API 7.6.1 Data for Option Processing -------------------------------- This section describes the data that may be accessed from within the option processing callback routines. The following fields may be used in the following ways and may be used for read only. The first set is addressed from the `tOptDesc*' pointer: `optIndex' `optValue' These may be used by option procedures to determine which option they are working on (in case they handle several options). `optActualIndex' `optActualValue' These may be used by option procedures to determine which option was used to set the current option. This may be different from the above if the options are members of an equivalence class. `optOccCt' If AutoOpts is processing command line arguments, then this value will contain the current occurrence count. During the option preset phase (reading configuration files and examining environment variables), the value is zero. `fOptState' The field may be tested for the following bit values (prefix each name with `OPTST_', e.g. `OPTST_INIT'): `INIT' Initial compiled value. As a bit test, it will always yield FALSE. `SET' The option was set via the `SET_OPT()' macro. `PRESET' The option was set via a configuration file. `DEFINED' The option was set via a command line option. `SET_MASK' This is a mask of flags that show the set state, one of the above four values. `EQUIVALENCE' This bit is set when the option was selected by an equivalenced option. `DISABLED' This bit is set if the option is to be disabled. (Meaning it was a long option prefixed by the disablement prefix, or the option has not been specified yet and initializes as `disabled'.) As an example of how this might be used, in AutoGen I want to allow template writers to specify that the template output can be left in a writable or read-only state. To support this, there is a Guile function named `set-writable' (*note SCM set-writable::). Also, I provide for command options `--writable' and `--not-writable'. I give precedence to command line and RC file options, thus: switch (STATE_OPT( WRITABLE )) { case OPTST_DEFINED: case OPTST_PRESET: fprintf( stderr, zOverrideWarn, pCurTemplate->pzFileName, pCurMacro->lineNo ); break; default: if (gh_boolean_p( set ) && (set == SCM_BOOL_F)) CLEAR_OPT( WRITABLE ); else SET_OPT_WRITABLE; } `pzLastArg' Pointer to the latest argument string. BEWARE If the argument type is numeric, an enumeration or a bit mask, then this will be the argument *value* and not a pointer to a string. The following two fields are addressed from the `tOptions*' pointer: `pzProgName' Points to a NUL-terminated string containing the current program name, as retrieved from the argument vector. `pzProgPath' Points to a NUL-terminated string containing the full path of the current program, as retrieved from the argument vector. (If available on your system.) Note these fields get filled in during the first call to `optionProcess()'. All other fields are private, for the exclusive use of AutoOpts code and are subject to change.  File: autogen.info, Node: CLEAR_OPT, Next: COUNT_OPT, Prev: Option Processing Data, Up: AutoOpts API 7.6.2 CLEAR_OPT( ) - Clear Option Markings ------------------------------------------------- Make as if the option had never been specified. `HAVE_OPT()' will yield `FALSE' after invoking this macro.  File: autogen.info, Node: COUNT_OPT, Next: DESC, Prev: CLEAR_OPT, Up: AutoOpts API 7.6.3 COUNT_OPT( ) - Definition Count -------------------------------------------- This macro will tell you how many times the option was specified on the command line. It does not include counts of preset options. if (COUNT_OPT( NAME ) != desired-count) { make-an-undesirable-message. }  File: autogen.info, Node: DESC, Next: DISABLE_OPT_name, Prev: COUNT_OPT, Up: AutoOpts API 7.6.4 DESC( ) - Option Descriptor ---------------------------------------- This macro is used internally by other AutoOpt macros. It is not for general use. It is used to obtain the option description corresponding to its *UPPER CASED* option name argument. This is primarily used in other macro definitions.  File: autogen.info, Node: DISABLE_OPT_name, Next: ENABLED_OPT, Prev: DESC, Up: AutoOpts API 7.6.5 DISABLE_OPT_name - Disable an option ------------------------------------------ This macro is emitted if it is both settable and it can be disabled. If it cannot be disabled, it may always be CLEAR-ed (see above). The form of the macro will actually depend on whether the option is equivalenced to another, and/or has an assigned handler procedure. Unlike the `SET_OPT' macro, this macro does not allow an option argument. DISABLE_OPT_NAME;  File: autogen.info, Node: ENABLED_OPT, Next: ERRSKIP_OPTERR, Prev: DISABLE_OPT_name, Up: AutoOpts API 7.6.6 ENABLED_OPT( ) - Is Option Enabled? ------------------------------------------------ Yields true if the option defaults to disabled and `ISUNUSED_OPT()' would yield true. It also yields true if the option has been specified with a disablement prefix, disablement value or the `DISABLE_OPT_NAME' macro was invoked.  File: autogen.info, Node: ERRSKIP_OPTERR, Next: ERRSTOP_OPTERR, Prev: ENABLED_OPT, Up: AutoOpts API 7.6.7 ERRSKIP_OPTERR - Ignore Option Errors ------------------------------------------- When it is necessary to continue (return to caller) on option errors, invoke this option. It is reversible. *Note ERRSTOP_OPTERR::.  File: autogen.info, Node: ERRSTOP_OPTERR, Next: HAVE_OPT, Prev: ERRSKIP_OPTERR, Up: AutoOpts API 7.6.8 ERRSTOP_OPTERR - Stop on Errors ------------------------------------- After invoking this macro, if `optionProcess()' encounters an error, it will call `exit(1)' rather than return. This is the default processing mode. It can be overridden by specifying `allow-errors' in the definitions file, or invoking the macro *Note ERRSKIP_OPTERR::.  File: autogen.info, Node: HAVE_OPT, Next: ISSEL_OPT, Prev: ERRSTOP_OPTERR, Up: AutoOpts API 7.6.9 HAVE_OPT( ) - Have this option? -------------------------------------------- This macro yields true if the option has been specified in any fashion at all. It is used thus: if (HAVE_OPT( NAME )) { ; }  File: autogen.info, Node: ISSEL_OPT, Next: ISUNUSED_OPT, Prev: HAVE_OPT, Up: AutoOpts API 7.6.10 ISSEL_OPT( ) - Is Option Selected? ------------------------------------------------ This macro yields true if the option has been specified either on the command line or via a SET/DISABLE macro.  File: autogen.info, Node: ISUNUSED_OPT, Next: OPTION_CT, Prev: ISSEL_OPT, Up: AutoOpts API 7.6.11 ISUNUSED_OPT( ) - Never Specified? ------------------------------------------------ This macro yields true if the option has never been specified, or has been cleared via the `CLEAR_OPT()' macro.  File: autogen.info, Node: OPTION_CT, Next: OPT_ARG, Prev: ISUNUSED_OPT, Up: AutoOpts API 7.6.12 OPTION_CT - Full Count of Options ---------------------------------------- The full count of all options, both those defined and those generated automatically by AutoOpts. This is primarily used to initialize the program option descriptor structure.  File: autogen.info, Node: OPT_ARG, Next: OPT_VALUE_name, Prev: OPTION_CT, Up: AutoOpts API 7.6.13 OPT_ARG( ) - Option Argument String ------------------------------------------------- The option argument value as a pointer to string. Note that argument values that have been specified as numbers are stored as numbers or keywords. For such options, use instead the `OPT_VALUE_name' define. It is used thus: if (HAVE_OPT( NAME )) { char* p = OPT_ARG( NAME ); ; }  File: autogen.info, Node: OPT_VALUE_name, Next: RESTART_OPT, Prev: OPT_ARG, Up: AutoOpts API 7.6.14 OPT_VALUE_name - Option Argument Value --------------------------------------------- This macro gets emitted only for options that take numeric, keyword or set membership arguments. The macro yields a word-sized integer containing the enumeration or numeric value of the option argument. int opt_val = OPT_VALUE_NAME;  File: autogen.info, Node: RESTART_OPT, Next: SET_OPT_name, Prev: OPT_VALUE_name, Up: AutoOpts API 7.6.15 RESTART_OPT( n ) - Resume Option Processing -------------------------------------------------- If option processing has stopped (either because of an error or something was encountered that looked like a program argument), it can be resumed by providing this macro with the index `n' of the next option to process and calling `optionProcess()' again.  File: autogen.info, Node: SET_OPT_name, Next: STACKCT_OPT, Prev: RESTART_OPT, Up: AutoOpts API 7.6.16 SET_OPT_name - Force an option to be set ----------------------------------------------- This macro gets emitted only when the given option has the `settable' attribute specified. The form of the macro will actually depend on whether the option is equivalenced to another, has an option argument and/or has an assigned handler procedure. If the option has an argument, then this macro will too. Beware that the argument is not reallocated, so the value must not be on the stack or deallocated in any other way for as long as the value might get referenced. If you have supplied at least one `homerc' file (*note program attributes::), this macro will be emitted for the `--save-opts' option. SET_OPT_SAVE_OPTS( "filename" ); *Note automatic options::, for a discussion of the implications of using this particular example.  File: autogen.info, Node: STACKCT_OPT, Next: STACKLST_OPT, Prev: SET_OPT_name, Up: AutoOpts API 7.6.17 STACKCT_OPT( ) - Stacked Arg Count ------------------------------------------------ When the option handling attribute is specified as `stack_arg', this macro may be used to determine how many of them actually got stacked. Do not use this on options that have not been stacked or has not been specified (the `stack_arg' attribute must have been specified, and `HAVE_OPT()' must yield TRUE). Otherwise, you will likely seg fault. if (HAVE_OPT( NAME )) { int ct = STACKCT_OPT( NAME ); char** pp = STACKLST_OPT( NAME ); do { char* p = *pp++; do-things-with-p; } while (--ct > 0); }  File: autogen.info, Node: STACKLST_OPT, Next: START_OPT, Prev: STACKCT_OPT, Up: AutoOpts API 7.6.18 STACKLST_OPT( ) - Argument Stack ---------------------------------------------- The address of the list of pointers to the option arguments. The pointers are ordered by the order in which they were encountered in the option presets and command line processing. Do not use this on options that have not been stacked or has not been specified (the `stack_arg' attribute must have been specified, and `HAVE_OPT(