# Generated automatically from Makefile.in by configure. # Makefile for OS/2. Generated from Makefile.in when CVS is # configured for a dist-build. Configure never gets run on OS/2, so # we must include the generated Makefile in the distribution. See the # `dist-dir' rule. project: cvs.exe # .SUFFIXES .c .obj .exe # path slash. This was introduced so that it can be set to \ # instead of / for linking, but now that the cvs.exe rule uses # subst to produce \, it should be possible to nuke SL. SL = / # Directory in which to install executables. install_dir = s:${SL}gnu${SL}util # srcdir is usually "." srcdir = . # top_srcdir is usually ".." top_srcdir = .. lib_dir = ..${SL}lib cvs_srcdir = ..${SL}src zlib_dir = ${top_srcdir}/zlib # Do we need these? # prefix = /usr/local # exec_prefix = ${prefix} # taken straight from the example project LIB = s:${SL}ibmcpp${SL}lib;s:${SL}toolkt21${SL}os2lib; CINC = -Is:${SL}ibmcpp${SL}include -Is:${SL}toolkt21${SL}c${SL}os2h # This says we are building an object file, not a full executable. OBJ_CFLAGS = -C+ CFLAGS = -W3 -Wrea+tru+ -Ti+ -Ss+ -Gd- -Gm+ -G4 -Q+ -Sm ${CINC} \ -I${srcdir} -I${lib_dir} -I${cvs_srcdir} -I${zlib_dir} \ -DIBM_CPP -DHAVE_CONFIG_H \ -DTCPIP_IBM -Is:${SL}ibmtcpip${SL}include # needed to make command-line wildcard expansion work right. That's # right, DOS-descendants handle this from the program, not the shell. ARGVLIB = s:${SL}ibmcpp${SL}lib${SL}setargv.obj # TCP/IP stuff TCPIPLIB = s:${SL}ibmtcpip${SL}lib${SL}tcp32dll.lib s:${SL}ibmtcpip${SL}lib${SL}so32dll.lib # headers specific to OS/2 # We list OS2_HEADERS so we know what to include when we make dist-dir # here. OS2_HEADERS = \ ${srcdir}${SL}tcpip.h \ ${srcdir}${SL}config.h \ ${srcdir}${SL}options.h \ ${srcdir}${SL}pwd.h \ ${srcdir}${SL}dirent.h \ ${srcdir}${SL}rcmd.h \ ${srcdir}${SL}popen.h # headers we use from the common src dir, ..${SL}src COMMON_HEADERS = \ ${cvs_srcdir}${SL}client.h \ ${cvs_srcdir}${SL}cvs.h \ ${cvs_srcdir}${SL}rcs.h \ ${cvs_srcdir}${SL}hash.h \ ${cvs_srcdir}${SL}myndbm.h \ ${cvs_srcdir}${SL}patchlevel.h \ ${cvs_srcdir}${SL}update.h \ ${cvs_srcdir}${SL}server.h \ ${cvs_srcdir}${SL}error.h # sources specific to OS/2 OS2_SOURCES = \ ${srcdir}${SL}mkdir.c \ ${srcdir}${SL}pwd.c \ ${srcdir}${SL}filesubr.c \ ${srcdir}${SL}dirent.c \ ${srcdir}${SL}run.c \ ${srcdir}${SL}stripslash.c \ ${srcdir}${SL}rcmd.c \ ${srcdir}${SL}waitpid.c \ ${srcdir}${SL}popen.c \ ${srcdir}${SL}porttcp.c \ ${srcdir}${SL}getpass.c # sources we use from the common src dir, ..${SL}src # FIXME: Is this used anywhere? I don't think it is. COMMON_SOURCES = \ ${cvs_srcdir}${SL}add.c \ ${cvs_srcdir}${SL}admin.c \ ${cvs_srcdir}${SL}buffer.c \ ${cvs_srcdir}${SL}checkin.c \ ${cvs_srcdir}${SL}checkout.c \ ${cvs_srcdir}${SL}classify.c \ ${cvs_srcdir}${SL}client.c \ ${cvs_srcdir}${SL}commit.c \ ${cvs_srcdir}${SL}create_adm.c \ ${cvs_srcdir}${SL}cvsrc.c \ ${cvs_srcdir}${SL}diff.c \ ${cvs_srcdir}${SL}edit.c \ ${cvs_srcdir}${SL}entries.c \ ${cvs_srcdir}${SL}error.c \ ${cvs_srcdir}${SL}expand_path.c \ ${cvs_srcdir}${SL}fileattr.c \ ${cvs_srcdir}${SL}find_names.c \ ${cvs_srcdir}${SL}hash.c \ ${cvs_srcdir}${SL}history.c \ ${cvs_srcdir}${SL}ignore.c \ ${cvs_srcdir}${SL}import.c \ ${cvs_srcdir}${SL}lock.c \ ${cvs_srcdir}${SL}log.c \ ${cvs_srcdir}${SL}login.c \ ${cvs_srcdir}${SL}logmsg.c \ ${cvs_srcdir}${SL}main.c \ ${cvs_srcdir}${SL}mkmodules.c \ ${cvs_srcdir}${SL}modules.c \ ${cvs_srcdir}${SL}myndbm.c \ ${cvs_srcdir}${SL}no_diff.c \ ${cvs_srcdir}${SL}parseinfo.c \ ${cvs_srcdir}${SL}patch.c \ ${cvs_srcdir}${SL}rcs.c \ ${cvs_srcdir}${SL}rcscmds.c \ ${cvs_srcdir}${SL}recurse.c \ ${cvs_srcdir}${SL}release.c \ ${cvs_srcdir}${SL}remove.c \ ${cvs_srcdir}${SL}repos.c \ ${cvs_srcdir}${SL}root.c \ ${cvs_srcdir}${SL}rtag.c \ ${cvs_srcdir}${SL}scramble.c \ ${cvs_srcdir}${SL}server.c \ ${cvs_srcdir}${SL}status.c \ ${cvs_srcdir}${SL}subr.c \ ${cvs_srcdir}${SL}tag.c \ ${cvs_srcdir}${SL}update.c \ ${cvs_srcdir}${SL}watch.c \ ${cvs_srcdir}${SL}wrapper.c \ ${cvs_srcdir}${SL}vers_ts.c \ ${cvs_srcdir}${SL}version.c # end of $COMMON_SOURCES # sources from ..${SL}lib # FIXME: Is this used anywhere? I don't think it is. LIB_SOURCES = \ ${lib_dir}${SL}getdate.c \ ${lib_dir}${SL}getopt.c \ ${lib_dir}${SL}getopt1.c \ ${lib_dir}${SL}getline.c \ ${lib_dir}${SL}getwd.c \ ${lib_dir}${SL}savecwd.c \ ${lib_dir}${SL}sighandle.c \ ${lib_dir}${SL}yesno.c \ ${lib_dir}${SL}vasprintf.c \ ${lib_dir}${SL}xgetwd.c \ ${lib_dir}${SL}md5.c \ ${lib_dir}${SL}fnmatch.c \ ${lib_dir}${SL}regex.c # object files from OS/2 sources OS2_OBJECTS = \ ${srcdir}${SL}mkdir.obj \ ${srcdir}${SL}pwd.obj \ ${srcdir}${SL}filesubr.obj \ ${srcdir}${SL}dirent.obj \ ${srcdir}${SL}run.obj \ ${srcdir}${SL}stripslash.obj \ ${srcdir}${SL}rcmd.obj \ ${srcdir}${SL}waitpid.obj \ ${srcdir}${SL}popen.obj \ ${srcdir}${SL}porttcp.obj \ ${srcdir}${SL}getpass.obj # object files from ..${SL}src COMMON_OBJECTS = \ ${cvs_srcdir}${SL}add.obj \ ${cvs_srcdir}${SL}admin.obj \ ${cvs_srcdir}${SL}buffer.obj \ ${cvs_srcdir}${SL}checkin.obj \ ${cvs_srcdir}${SL}checkout.obj \ ${cvs_srcdir}${SL}classify.obj \ ${cvs_srcdir}${SL}client.obj \ ${cvs_srcdir}${SL}commit.obj \ ${cvs_srcdir}${SL}create_adm.obj \ ${cvs_srcdir}${SL}cvsrc.obj \ ${cvs_srcdir}${SL}diff.obj \ ${cvs_srcdir}${SL}edit.obj \ ${cvs_srcdir}${SL}entries.obj \ ${cvs_srcdir}${SL}error.obj \ ${cvs_srcdir}${SL}expand_path.obj \ ${cvs_srcdir}${SL}fileattr.obj \ ${cvs_srcdir}${SL}find_names.obj \ ${cvs_srcdir}${SL}hash.obj \ ${cvs_srcdir}${SL}history.obj \ ${cvs_srcdir}${SL}ignore.obj \ ${cvs_srcdir}${SL}import.obj \ ${cvs_srcdir}${SL}lock.obj \ ${cvs_srcdir}${SL}log.obj \ ${cvs_srcdir}${SL}login.obj \ ${cvs_srcdir}${SL}logmsg.obj \ ${cvs_srcdir}${SL}main.obj \ ${cvs_srcdir}${SL}mkmodules.obj \ ${cvs_srcdir}${SL}modules.obj \ ${cvs_srcdir}${SL}myndbm.obj \ ${cvs_srcdir}${SL}no_diff.obj \ ${cvs_srcdir}${SL}parseinfo.obj \ ${cvs_srcdir}${SL}patch.obj \ ${cvs_srcdir}${SL}rcs.obj \ ${cvs_srcdir}${SL}rcscmds.obj \ ${cvs_srcdir}${SL}recurse.obj \ ${cvs_srcdir}${SL}release.obj \ ${cvs_srcdir}${SL}remove.obj \ ${cvs_srcdir}${SL}repos.obj \ ${cvs_srcdir}${SL}root.obj \ ${cvs_srcdir}${SL}rtag.obj \ ${cvs_srcdir}${SL}scramble.obj \ ${cvs_srcdir}${SL}server.obj \ ${cvs_srcdir}${SL}status.obj \ ${cvs_srcdir}${SL}subr.obj \ ${cvs_srcdir}${SL}tag.obj \ ${cvs_srcdir}${SL}update.obj \ ${cvs_srcdir}${SL}watch.obj \ ${cvs_srcdir}${SL}wrapper.obj \ ${cvs_srcdir}${SL}vers_ts.obj \ ${cvs_srcdir}${SL}version.obj \ ${cvs_srcdir}/zlib.obj # end of $COMMON_OBJECTS # objects from ..${SL}lib LIB_OBJECTS = \ ${lib_dir}${SL}getdate.obj \ ${lib_dir}${SL}getopt.obj \ ${lib_dir}${SL}getopt1.obj \ ${lib_dir}${SL}getline.obj \ ${lib_dir}${SL}getwd.obj \ ${lib_dir}${SL}savecwd.obj \ ${lib_dir}${SL}sighandle.obj \ ${lib_dir}${SL}yesno.obj \ ${lib_dir}${SL}vasprintf.obj \ ${lib_dir}${SL}xgetwd.obj \ ${lib_dir}${SL}md5.obj \ ${lib_dir}${SL}fnmatch.obj \ ${lib_dir}${SL}regex.obj \ ${lib_dir}/valloc.obj ZLIB_OBJECTS = ${zlib_dir}/adler32.obj \ ${zlib_dir}/compress.obj \ ${zlib_dir}/crc32.obj \ ${zlib_dir}/uncompr.obj \ ${zlib_dir}/deflate.obj \ ${zlib_dir}/trees.obj \ ${zlib_dir}/zutil.obj \ ${zlib_dir}/inflate.obj \ ${zlib_dir}/infblock.obj \ ${zlib_dir}/inftrees.obj \ ${zlib_dir}/infcodes.obj \ ${zlib_dir}/infutil.obj \ ${zlib_dir}/inffast.obj SOURCES = ${COMMON_SOURCES} ${LIB_SOURCES} ${OS2_SOURCES} HEADERS = ${COMMON_HEADERS} ${OS2_HEADERS} OBJECTS = ${COMMON_OBJECTS} ${LIB_OBJECTS} ${OS2_OBJECTS} ${ZLIB_OBJECTS} DISTFILES = ${OS2_HEADERS} ${OS2_SOURCES} \ ${srcdir}${SL}README ${srcdir}${SL}ChangeLog \ ${srcdir}${SL}Makefile.in ${srcdir}${SL}.cvsignore \ ${srcdir}${SL}test-makefile Makefile ${srcdir}/os2inc.h \ ${srcdir}/watcom.mak all: .PHONY: all install uninstall all install uninstall: installdirs: .PHONY: installdirs .PHONY: tags TAGS tags TAGS: .PHONY: ls ls: @echo ${DISTFILES} .PHONY: clean distclean realclean mostlyclean clean distclean realclean mostlyclean: .PHONY: lint lint: .PHONY: dist-dir dist-dir: mkdir ${DISTDIR} for i in ${DISTFILES}; do \ ln $${i} ${DISTDIR}; \ done # We don't have a real distclean or anything like that, but at least # we can get rid of the obj files and cvs.exe. clean: rm -f cvs.exe rm -f ${srcdir}${SL}*.obj rm -f ${lib_dir}${SL}*.obj rm -f ${cvs_srcdir}${SL}*.obj install-cvs: cvs.exe cp ${srcdir}${SL}cvs.exe ${install_dir}${SL}cvs.exe %.obj: %.c icc ${OBJ_CFLAGS} ${CFLAGS} /Fo$@ $*.c # There seems to be no ICC option for specifying library locations, so # we must `set' the path in the compilation environment. Urgkle. # # I'm having some weird problem with "\" vs. "/". If I build # with "\" as the path separator in the makefile, the compiler dumps # core. Go figure. If I build with "/" as the path separator, the # object files compile fine but the linker thinks the "/" is indicating # options and gets all confused (though at least it doesn't dump core). # So, use subst to compile with "/" and link with "\". cvs.exe: ${OBJECTS} echo Creating icc.in... echo -Q+ -Ti+ -Fe$@ -B"/batch" -B"/NOE" > icc.in echo $(subst /,\,$(OS2_OBJECTS)) >> icc.in echo $(subst /,\,$(LIB_OBJECTS)) >> icc.in echo $(subst /,\,$(COMMON_OBJECTS)) >> icc.in echo $(subst /,\,$(ZLIB_OBJECTS)) >> icc.in echo $(subst /,\,$(TCPIPLIB)) >> icc.in echo $(subst /,\,$(ARGVLIB)) >> icc.in echo Creating icc.in... done. set LIB=$(subst /,\,$(LIB)) & icc @icc.in # cvs.obj: ${OBJECTS} ${SOURCES} ${HEADERS} subdir = os2 # Hmm. This rule wants to exist on unix, so that "make dist" works. # And it doesn't want to exist on OS/2, because configure doesn't # run on OS/2 and so ../config.status won't exist. For now we just # say, in emx/README, that people will need to comment it out. Makefile: ../config.status $(srcdir)/Makefile.in cd .. && CONFIG_FILES=$(subdir)/$@ CONFIG_HEADERS= ./config.status