office-gobmx/Makefile.in

# @configure_input@

SHELL=/usr/bin/env bash

ifeq ($(USE_GMAKE),)
GBUILD_OPT:=
else
GBUILD_OPT:=--gmake
endif

ifeq (@CROSS_COMPILING@,YES)
all: Makefile dmake/dmake@EXEEXT_FOR_BUILD@ src.downloaded cross-build-toolset
else
all: Makefile dmake/dmake@EXEEXT_FOR_BUILD@ src.downloaded
endif
	@. ./Env.Host.sh && \
        cd instsetoo_native && \
        build.pl $(GBUILD_OPT) -P@BUILD_NCPUS@ --all -- -P@BUILD_MAX_JOBS@

ifeq (@CROSS_COMPILING@,YES)
cross-build-toolset:
# Build necessary modules for the *build* platform, i.e. those needed
# by tools run at build time. Sure, in many of these modules only a
# part of the produced binaries are actually used then in the build.
# Once everything is handled by gbuild, this can hopefully be streamlined.
	. ./Env.Build.sh && \
	for D in \
	  solenv \
	  soltools \
	  boost \
	  external \
	  cppunit \
	  xml2cmp \
	  lucene \
	  sal \
	  cosv \
	  udm \
	  autodoc \
	  store \
	  salhelper \
	  registry \
	  idlc \
	  icu \
	  codemaker \
	  udkapi \
	  expat \
	  libxml2 \
	  xml2cmp \
	  libxslt \
	  offapi \
	  oovbaapi \
	  cppu \
	  cppuhelper \
	  rdbmaker \
	  cpputools \
	  xmlreader \
	  i18nutil \
	  ridljar \
	  jurt \
	  jvmaccess \
	  bridges \
	  ucbhelper \
	  comphelper \
	  jvmfwk \
	  regexp \
	  berkeleydb \
	  sax \
	  stoc \
	  i18npool \
	  unodevtools \
	  gettext \
	  o3tl \
	  basegfx \
	  tools \
	  idl \
	  l10ntools \
	  rsc \
	  setup_native \
	  icc \
	  unoil \
	  javaunohelper \
	  unotools \
	  xmlhelp \
	  shell; do \
	    if grep -q gb_Module_add_targets $$D/Module_$$D.mk 2>/dev/null; then \
	      (cd $$D && make -sr -j@BUILD_MAX_JOBS@) || exit 1; \
	    else \
	      (cd $$D && build.pl $(GBUILD_OPT) -P@BUILD_NCPUS@ -- -P@BUILD_MAX_JOBS@ && deliver.pl) || exit 1; \
	    fi; \
	done
endif

install:
	@. ./Env.Host.sh && \
	echo "Installing in @INSTALLDIR@..." && \
	ooinstall "@INSTALLDIR@" && \
	echo "" && \
	echo "Installation finished, you can now execute:" && \
	echo "@INSTALLDIR@/program/soffice"

distro-pack-install: install
	./bin/distro-install-clean-up
	./bin/distro-install-desktop-integration
	./bin/distro-install-sdk
	./bin/distro-install-file-lists

dev-install:
	@. ./Env.Host.sh && \
	cd smoketestoo_native && \
		export SAL_USE_VCLPLUGIN="svp" && \
		build.pl $(GBUILD_OPT) -P@BUILD_NCPUS@ --all:instsetoo_native -- -P@BUILD_MAX_JOBS@ && \
		cd @abs_builddir@ && ln -s $$SOLARVER/$$INPATH/installation/opt/ install && \
		echo "" && \
	$$SOLARENV/bin/linkoo $$SRC_ROOT/install $$SRC_ROOT && \
	echo && echo "Developer installation finished, you can now execute:" && echo && \
	if test `uname -s` = Darwin; then \
		echo open install/LibreOffice.app; \
	else \
		echo "cd @abs_builddir@/install/program" && \
		echo ". ./ooenv" && \
		echo "./soffice.bin"; \
	fi

distclean:
	-rm config.cache
	-rm config.log
ifeq (@BUILD_DMAKE@,YES)
	-$(GNUMAKE) -C dmake distclean
endif

clean:
	. ./Env.Host.sh && \
	rm -rf */$$INPATH && \
	rm -rf solver/*/$$INPATH && \
	rm -rf workdir && \
	rm -rf install
ifeq (@BUILD_DMAKE@,YES)
	. ./Env.Host.sh && \
	(if [ -f dmake/Makefile ] ; then $$GNUMAKE -C dmake clean; fi) && \
	rm -f solenv/*/bin/dmake*
endif
ifeq (@CROSS_COMPILING@,YES)
	. ./Env.Host.sh && \
	rm -rf */$$INPATH_FOR_BUILD && \
	rm -rf solver/*/$$INPATH_FOR_BUILD
endif

dmake/dmake@EXEEXT_FOR_BUILD@:
	./bootstrap

src.downloaded: ooo.lst download
ifeq (@DO_FETCH_TARBALLS@,YES)
	@. ./Env.Host.sh && \
	$$SRC_ROOT/download $$SRC_ROOT/ooo.lst && touch $@
else
	@echo "Automatic fetching of external tarballs is disabled."
endif

fetch: src.downloaded

Makefile: configure.in ooo.lst.in set_soenv.in Makefile.in
	./autogen.sh

check: Makefile dmake/dmake@EXEEXT_FOR_BUILD@ fetch
	@. ./Env.Host.sh && \
	cd smoketestoo_native && \
	export SAL_USE_VCLPLUGIN="svp" && \
        build.pl $(GBUILD_OPT) -P@BUILD_NCPUS@ --all -- -P@BUILD_MAX_JOBS@
	@. ./Env.Host.sh && $$SOLARENV/bin/subsequenttests

id:
	@. ./Env.Host.sh && \
		create-ids

tags:
	@. ./Env.Host.sh && \
		create-tags

docs:
	@. ./Env.Host.sh && \
		mkdocs.sh $$SRC_ROOT/docs $$SOLARENV/inc/doxygen.cfg

findunusedcode:
# experimental callcatcher target
# http://www.skynet.ie/~caolan/Packages/callcatcher.html
	@which callcatcher > /dev/null 2>&1 || \
	 (echo "callcatcher not installed" && false)
	@. ./Env.Host.sh && \
	   source <(sed -e s,$$INPATH,callcatcher,g ./Env.Host.sh) && \
	   . ./solenv/bin/callcatchEnv.Set.sh && \
	   cd instsetoo_native && \
	   build.pl $(GBUILD_OPT) -P@BUILD_NCPUS@ --all -- -P@BUILD_MAX_JOBS@
	@. ./Env.Host.sh && \
	   source <(sed -e s,$$INPATH,callcatcher,g ./Env.Host.sh) && \
	   callanalyse \
	       $$WORKDIR/LinkTarget/*/* \
	       */$$OUTPATH/bin/* \
	       */$$OUTPATH/lib/* > unusedcode.all
#because non-c++ symbols could be dlsymed lets make a list of class level
#unused methods which don't require much effort to determine if they need
#to be just removed, or put behind appropiate platform or debug level ifdefs
	@grep ::.*\( unusedcode.all | grep -v cppu::bootstrap > unusedcode.easy