office-gobmx/Makefile.in
Christian Lohmaier d5c11ddae9 build appstore packages with symbols/add targets to merge into universal build
while there is no builtin support to create a fat binary during the
actual build phase, we have a post-processing script that can merge two
separately built architectures into an universal binary one.
Thus enhance the makefile to support a more convenient way to build the
two archs without the need to manually move the package out of the way
to build the other arch.

1) assemble one architecture's package via
   "make mac-app-store-package.prepare"
2) make clean and change targets in autogen.input to build for the other
   architecture
3) build the other architecture and combine into universal binary and
   also package into the final deliverable via
   make mac-app-store-package.universal

(of course you can also use the .prepare target separately also in the
second build, and just mac-app-store-package will build the deliverable
for the current architecture like it did before)

Change-Id: I02c14e9b8c4f6e39d0d50cd3b4ffdd060b2d69bd
Reviewed-on: https://gerrit.libreoffice.org/c/core/+/141557
Tested-by: Jenkins
Reviewed-by: Christian Lohmaier <lohmaier+LibreOffice@googlemail.com>
2022-10-23 12:13:09 +02:00

553 lines
20 KiB
Makefile

# -*- Mode: makefile-gmake; tab-width: 4; indent-tabs-mode: t -*-
#
# This file is part of the LibreOffice project.
#
# This Source Code Form is subject to the terms of the Mozilla Public
# License, v. 2.0. If a copy of the MPL was not distributed with this
# file, You can obtain one at http://mozilla.org/MPL/2.0/.
#
gb_Top_MODULE_CHECK_TARGETS := slowcheck unitcheck subsequentcheck perfcheck uicheck screenshot
.PHONY : check-if-root bootstrap gbuild build build-non-l10n-only build-l10n-only check clean clean-build clean-host test-install distclean distro-pack-install docs download etags fetch get-submodules id install install-gdb-printers install-strip tags debugrun help showmodules translations packageinfo coverage internal.clean $(gb_Top_MODULE_CHECK_TARGETS)
MAKECMDGOALS?=build
build_goal:=$(if $(filter build uicheck,$(MAKECMDGOALS)),build)\
$(if $(filter check,$(MAKECMDGOALS)),unitcheck slowcheck subsequentcheck $(if $(filter Linux, $(shell uname)), uicheck))\
$(filter build-l10n-only build-non-l10n-only debugrun help showmodules translations $(gb_Top_MODULE_CHECK_TARGETS) check packageinfo gbuildtojson,$(MAKECMDGOALS))
SRCDIR := @SRC_ROOT@
BUILDDIR := @BUILDDIR@
COMPILER_PLUGINS := @COMPILER_PLUGINS@
GIT_BUILD := $(if $(wildcard $(SRCDIR)/.git),T)
# Run autogen.sh if needed and force make to restart itself.
# ... but there are several cases where we do not want to run
# autogen.sh:
# 1. if we are building from tarballs, not git checkout (I do not
# think packagers would ever want that. I certainly do not.)
# 2. if we are making help, clean or distclean, because they do not
# need updated configuration
ifeq (,$(MAKE_RESTARTS)$(if $(GIT_BUILD),,T)$(if $(filter-out help showmodules clean distclean,$(MAKECMDGOALS)),,T))
# note: this must touch both Makefile and $(BUILDDIR)/Makefile, because make
# may be invoked using either of these paths, and it will restart itself only
# if the updated target is exactly the same path as the Makefile it is using
.PHONY : force-restart
Makefile $(BUILDDIR)/Makefile: $(BUILDDIR)/config_host.mk $(BUILDDIR)/config_host_lang.mk force-restart
@touch $@
# run configure in an environment not polluted by config_host.mk
$(BUILDDIR)/config_host.mk : $(wildcard \
$(SRCDIR)/autogen.sh \
$(SRCDIR)/config_host.mk.in \
$(SRCDIR)/config_host_lang.mk.in \
$(SRCDIR)/Makefile.in \
$(SRCDIR)/instsetoo_native/util/openoffice.lst.in \
$(SRCDIR)/configure.ac \
$(SRCDIR)/config_host/*.h.in \
$(SRCDIR)/download.lst \
$(SRCDIR)/m4/*.m4 \
$(BUILDDIR)/autogen.input \
$(BUILDDIR)/autogen.lastrun \
) \
$(shell . $(SRCDIR)/bin/get_config_variables JAVA_HOME && \
if test -n "$${JAVA_HOME}" -a ! -d "$${JAVA_HOME}/bin"; then echo force-restart; fi)
sh -c $(SRCDIR)/autogen.sh
else # MAKE_RESTARTS
.DEFAULT_GOAL := build
# Nested test is to check if the systemd-detect-virt command doesn't exist or it reports we're not
# in a container:
check-if-root:
@if test ! `uname` = 'Haiku' -a `id -u` = 0; then \
if test ! -x "$$(command -v systemd-detect-virt)" || ! systemd-detect-virt -c -q; then \
echo; \
echo 'Building LibreOffice as root is a very bad idea, use a regular user.'; \
echo; \
exit 1; \
fi \
fi
gb_Side ?= host
include $(BUILDDIR)/config_$(gb_Side).mk
export GMAKE_OPTIONS?=-r$(if $(verbose),,s)$(value $(MAKEFLAGS))
PARALLELISM_OPTION := $(if $(filter-out 0,$(PARALLELISM)),-j $(PARALLELISM),)
#
# Partial Build
#
define gb_Top_GbuildModuleRules
.PHONY: $(1) $(1).build $(1).all $(1).check $(1).clean $(1).showdeliverables $(1).coverage $(foreach target,$(gb_Top_MODULE_CHECK_TARGETS),$(1).$(target))
.PHONY: $(1).allbuild $(1).buildall $(1).allcheck $(1).checkall
$(1): bootstrap fetch
cd $(SRCDIR)/$(2) && $$(MAKE) $(PARALLELISM_OPTION) $(GMAKE_OPTIONS)
$(1).build $(1).check $(1).coverage $(foreach target,$(gb_Top_MODULE_CHECK_TARGETS),$(1).$(target)): bootstrap fetch
cd $(SRCDIR)/$(2) && $$(MAKE) $(PARALLELISM_OPTION) $(GMAKE_OPTIONS) $$(patsubst $(1).%,%,$$@)
$(1).clean $(1).showdeliverables:
cd $(SRCDIR)/$(2) && $$(MAKE) $(PARALLELISM_OPTION) $(GMAKE_OPTIONS) $$(patsubst $(1).%,%,$$@)
$(1).allbuild $(1).buildall: bootstrap fetch
$$(MAKE) $(PARALLELISM_OPTION) $(GMAKE_OPTIONS) -f $(SRCDIR)/Makefile.gbuild $(WORKDIR)/Module/$(1)
$(1).allcheck $(1).checkall: bootstrap fetch
$$(MAKE) $(PARALLELISM_OPTION) $(GMAKE_OPTIONS) -f $(SRCDIR)/Makefile.gbuild $(WORKDIR)/Module/$(1) $(WORKDIR)/Module/check/$(1) $(WORKDIR)/Module/slowcheck/$(1)
$(1).all:
@echo "'make $(1).all' was renamed to 'make $(1).allcheck' (or use 'make $(1).allbuild' to build without unit tests)"
@exit 42
endef
define gb_Top_GbuildModulesRules
$(foreach m,$(1),$(call gb_Top_GbuildModuleRules,$(notdir $(m)),$(m)))
endef
gbuild_modules := $(patsubst $(SRCDIR)/%/,%,$(dir $(wildcard $(SRCDIR)/*/Module_*.mk $(SRCDIR)/external/*/Module_*.mk)))
gbuild_internal_modules := $(filter-out odk external,$(patsubst $(SRCDIR)/%/,%,$(dir $(wildcard $(SRCDIR)/*/Module_*.mk))))
internal.clean: $(addsuffix .clean,$(gbuild_internal_modules))
$(eval $(call gb_Top_GbuildModulesRules,$(gbuild_modules)))
gbuild_TARGETS := AllLangHelp \
AllLangMoTarget \
AllLangPackage \
AutoInstall \
CliLibrary \
CliNativeLibrary \
CliUnoApi \
CompilerTest \
ComponentTarget \
Configuration \
CppunitTest \
CustomTarget \
Dictionary \
Executable \
Extension \
ExtensionPackage \
ExtensionPackageSet \
ExternalPackage \
ExternalProject \
Gallery \
GeneratedPackage \
InstallModule \
InstallScript \
InternalUnoApi \
Jar \
JunitTest \
Library \
Module \
Package \
PackageSet \
Pagein \
Postprocess \
Pyuno \
PythonTest \
Rdb \
SdiTarget \
StaticLibrary \
UIConfig \
UITest \
UnoApi \
UnpackedTarball \
WinResTarget \
Zip \
# build a generic gbuild target
$(foreach target,$(gbuild_TARGETS),$(target)_% $(foreach module,$(gbuild_modules),$(target)_$(module)/%)) UIConfig_modules/% %.genpatch: bootstrap fetch
$(MAKE) $(PARALLELISM_OPTION) $(GMAKE_OPTIONS) -f $(SRCDIR)/Makefile.gbuild $@
$(gbuild_TARGETS):
$(MAKE) $(PARALLELISM_OPTION) $(GMAKE_OPTIONS) -f $(SRCDIR)/Makefile.gbuild $@
#
# Clean
#
clean: clean-host clean-build
clean-host:
rm -fr $(TESTINSTALLDIR)
rm -fr $(INSTDIR)
rm -fr $(WORKDIR)
clean-build:
ifneq ($(CROSS_COMPILING),)
rm -fr $(INSTDIR_FOR_BUILD)
rm -fr $(WORKDIR_FOR_BUILD)
ifeq ($(OS),ANDROID)
rm -fr $(BUILDDIR)/android/obj
rm -fr $(BUILDDIR)/android/jniLibs
rm -fr $(SRCDIR)/android/source/build
rm -fr $(SRCDIR)/android/source/assets
rm -fr $(SRCDIR)/android/source/assets_fullUI
rm -fr $(SRCDIR)/android/source/assets_strippedUI
endif
endif
include $(SRCDIR)/compilerplugins/Makefile.mk
#
# Distclean
#
distclean : clean compilerplugins-clean mac-app-store-package.clean
rm -fr \
$(BUILDDIR)/Makefile \
$(BUILDDIR)/aclocal.m4 \
$(BUILDDIR)/autom4te.cache \
$(BUILDDIR)/bin/bffvalidator.sh \
$(BUILDDIR)/bin/odfvalidator.sh \
$(BUILDDIR)/bin/officeotron.sh \
$(BUILDDIR)/config.Build.log \
$(BUILDDIR)/config.Build.warn \
$(BUILDDIR)/config.log \
$(BUILDDIR)/config.status \
$(BUILDDIR)/config.warn \
$(BUILDDIR)/config_build.mk \
$(BUILDDIR)/config_build_lang.mk \
$(BUILDDIR)/config_build \
$(BUILDDIR)/config_host.mk \
$(BUILDDIR)/config_host.mk.stamp \
$(BUILDDIR)/config_host_lang.mk \
$(BUILDDIR)/config_host_lang.mk.stamp \
$(BUILDDIR)/config_host/*.h \
$(BUILDDIR)/configure \
$(BUILDDIR)/hardened_runtime.xcent \
$(BUILDDIR)/instsetoo_native/util/openoffice.lst \
$(BUILDDIR)/solenv/lockfile/autoconf.h \
$(BUILDDIR)/lo.xcent \
$(BUILDDIR)/sysui/desktop/macosx/Info.plist \
$(BUILDDIR)/vs-code*.code-workspace*
$(if $(filter WNT,$(OS)),env -i PATH="$$PATH") $(FIND) $(SRCDIR)/solenv/gdb -name \*.pyc -exec rm -f {} \;
#
# custom command
#
cmd:
$(if $(verbose),echo "custom cmd" &&) ( $(cmd) )
#
# Fetch
#
ifneq ($(DO_FETCH_TARBALLS),)
include $(SRCDIR)/Makefile.fetch
fetch: download
fetch: get-submodules
ifneq (,$(wildcard $(SRCDIR)/.git))
get-submodules:
ifneq ($(foreach i,$(GIT_NEEDED_SUBMODULES),$(SRCDIR)/$(i)/.git),$(wildcard $(foreach i,$(GIT_NEEDED_SUBMODULES),$(SRCDIR)/$(i)/.git)))
cd $(SRCDIR) && ./g -f clone
endif
ifeq ($(shell test -d $(SRCDIR)/.git; echo $$?),0)
@cd $(SRCDIR) && ./g -z # make sure the git hooks are in place even if no submodules are needed
endif
else # these sources are from a tarball, so get the other source tarballs
gb_LO_VER := $(shell . $(SRCDIR)/sources.ver && echo $$lo_sources_ver)
$(if $(gb_LO_VER),,$(error Error while retrieving $$lo_sources_ver from $(SRCDIR)/sources.ver))
get-submodules: | download
ifneq ($(foreach i,$(subst helpcontent2,help,$(GIT_NEEDED_SUBMODULES)),$(SRCDIR)/src/libreoffice-$(i)-$(gb_LO_VER)),$(wildcard $(foreach i,$(subst helpcontent2,help,$(GIT_NEEDED_SUBMODULES)),$(SRCDIR)/src/libreoffice-$(i)-$(gb_LO_VER))))
$(foreach i,$(subst helpcontent2,help,$(GIT_NEEDED_SUBMODULES)),\
$(call fetch_Download_item_unchecked,http://download.documentfoundation.org/libreoffice/src/$(shell echo $(gb_LO_VER) | sed -e "s/\([0-9]*\.[0-9]*\.[0-9]*\).*/\1/"),libreoffice-$(i)-$(gb_LO_VER).tar.xz))
$(SRCDIR)/bin/unpack-sources $(SRCDIR) $(foreach i,$(subst helpcontent2,help,$(GIT_NEEDED_SUBMODULES)),\
$(TARFILE_LOCATION)/libreoffice-$(i)-$(gb_LO_VER).tar.xz)
endif
endif
else
fetch:
@echo "Automatic fetching of external tarballs is disabled."
endif
#
# Bootstrap
#
bootstrap: check-if-root compilerplugins
#
# Build
#
# Note: this will pipe through all gbuild targets to ... gbuild
# with some translations like "check"->"unitcheck subsequentcheck uicheck" for historic reasons
#
build: bootstrap fetch $(if $(CROSS_COMPILING),cross-toolset,install-gdb-printers) \
$(if $(filter check,$(MAKECMDGOALS)),$(if $(COMPILER_PLUGINS),$(if $(LODE_HOME),clang-format-check)))
$(MAKE) $(PARALLELISM_OPTION) $(IWYU_OPTION) $(GMAKE_OPTIONS) -f $(SRCDIR)/Makefile.gbuild $(build_goal)
ifeq ($(OS),iOS)
$(MAKE) $(PARALLELISM_OPTION) $(GMAKE_OPTIONS) ios
endif
build-non-l10n-only build-l10n-only check debugrun translations packageinfo coverage $(gb_Top_MODULE_CHECK_TARGETS): build
help showmodules gbuildtojson:
$(MAKE) $(PARALLELISM_OPTION) $(GMAKE_OPTIONS) -f $(SRCDIR)/Makefile.gbuild $@
cross-toolset: bootstrap fetch install-gdb-printers
# fetch again in case there are externals only needed on build platform
ifneq ($(OS),iOS)
$(MAKE) gb_Side=build $(PARALLELISM_OPTION) $(GMAKE_OPTIONS) -f $(BUILDDIR)/Makefile fetch
endif
$(MAKE) gb_Side=build $(PARALLELISM_OPTION) $(GMAKE_OPTIONS) -f $(SRCDIR)/Makefile.gbuild build-tools
install-gdb-printers:
ifneq ($(filter-out WNT MACOSX iOS,$(OS)),)
ifneq ($(INSTDIR_FOR_BUILD),$(INSTDIR))
mkdir -p $(INSTDIR_FOR_BUILD)
$(SRCDIR)/solenv/bin/install-gdb-printers -a $(INSTDIR_FOR_BUILD) -c
endif
mkdir -p $(INSTDIR)
$(SRCDIR)/solenv/bin/install-gdb-printers -a $(INSTDIR) -c
endif
#
# Install
#
define gb_Top_DoInstall
echo "$(1) in $(INSTALLDIR) ..." && \
$(SRCDIR)/solenv/bin/ooinstall $(2) "$(INSTALLDIR)"
endef
ifneq ($(OS),MACOSX)
define gb_Top_InstallFinished
echo && echo "If you want to edit the .ui files with glade first execute:" && \
echo && echo "export GLADE_CATALOG_SEARCH_PATH=$(2)/share/glade" && \
echo && echo "$(1) finished, you can now execute:" && \
echo "$(2)/program/soffice"
endef
else
define gb_Top_InstallFinished
echo && echo "$(1) finished, you can now run: " && \
echo "open $(2)/$(PRODUCTNAME).app" && \
echo "" && \
echo "To debug: gdb $(2)/$(PRODUCTNAME).app/Contents/MacOS/soffice"
endef
endif
ifneq ($(OS),MACOSX)
install:
@$(call gb_Top_DoInstall,Installing,)
@$(call gb_Top_InstallFinished,Installation,$(INSTALLDIR))
install-strip:
@$(call gb_Top_DoInstall,Installing and stripping binaries,--strip)
@$(call gb_Top_InstallFinished,Installation,$(INSTALLDIR))
endif # !MACOSX
test-install: build
@rm -rf $(TESTINSTALLDIR)
@mkdir -p $(TESTINSTALLDIR)
ifeq ($(OS_FOR_BUILD),WNT)
cd $(SRCDIR)/instsetoo_native && $(MAKE) LIBO_TEST_INSTALL=TRUE $(GMAKE_OPTIONS)
else
@$(SRCDIR)/solenv/bin/ooinstall $(TESTINSTALLDIR)
ifeq ($(OS),MACOSX)
#
# Create Resources/*.lproj directories for languages supported by macOS
set -x; for lang in ca cs da de el en es fi fr hr hu id it ja ko ms nl no pl pt pt_PT ro ru sk sv th tr uk vi zh_CN zh_TW; do \
lproj=$(TESTINSTALLDIR)/$(PRODUCTNAME_WITHOUT_SPACES).app/Contents/Resources/$$lang.lproj; \
mkdir "$$lproj"; \
done
#
# Remove unnecessary executables in the LibreOfficePython framework
rm -rf $(TESTINSTALLDIR)/$(PRODUCTNAME_WITHOUT_SPACES).app/Contents/Frameworks/LibreOfficePython.framework/Versions/[1-9]*/bin
#
# Remove the python.o object file which is weird and interferes with app store uploading
# And with it removed, presumably the other stuff in the Python lib/python3.3/config-3.3m probably does not make sense either.
rm -rf $(TESTINSTALLDIR)/$(PRODUCTNAME_WITHOUT_SPACES).app/Contents/Frameworks/LibreOfficePython.framework/Versions/[1-9]*/lib/python[1-9]*/config-[1-9]*
#
ifneq ($(ENABLE_MACOSX_SANDBOX),)
# Remove the gengal binary that we hardly need and the shell scripts
# for which code signatures (stored as extended attributes) won't
# survive upload to the App Store anyway. See
# https://developer.apple.com/library/content/documentation/Security/Conceptual/CodeSigningGuide/Procedures/Procedures.html#//apple_ref/doc/uid/TP40005929-CH4-TNTAG201
# We could put the shell scripts somewhere in Resources instead, but
# no 3rd-party code that would be interested in them would look there
# anyway.
rm $(TESTINSTALLDIR)/$(PRODUCTNAME_WITHOUT_SPACES).app/Contents/MacOS/gengal
rm $(TESTINSTALLDIR)/$(PRODUCTNAME_WITHOUT_SPACES).app/Contents/MacOS/unopkg
rm $(TESTINSTALLDIR)/$(PRODUCTNAME_WITHOUT_SPACES).app/Contents/MacOS/unoinfo
endif
ifneq ($(MACOSX_PROVISIONING_PROFILE),)
cp "$(MACOSX_PROVISIONING_PROFILE)" $(TESTINSTALLDIR)/$(PRODUCTNAME_WITHOUT_SPACES).app/Contents/embedded.provisionprofile
endif
ifneq ($(MACOSX_CODESIGNING_IDENTITY),)
# Then use the macosx-codesign-app-bundle script
@$(SRCDIR)/solenv/bin/macosx-codesign-app-bundle $(TESTINSTALLDIR)/$(PRODUCTNAME_WITHOUT_SPACES).app
endif
endif
endif
@$(call gb_Top_InstallFinished,Test Installation,$(TESTINSTALLDIR))
# target to bypass the packaging steps/to only assemble the package
mac-app-store-package.prepare: $(BUILDDIR)/$(PLATFORMID)/done
# shorthand target to build a complete package for the currently building architecture
mac-app-store-package: mac-app-store-package.$(PLATFORMID)
# recipe/targets to do the actual packaging
# the symbolication switch to productbuild unforunately is undocumented, but that is what XCode
# uses when it creates a package with symbols for uploading to the appstore
mac-app-store-package.$(PLATFORMID) mac-app-store-package.universal: mac-app-store-package.%: $(BUILDDIR)/%/done
ifneq ($(MACOSX_PACKAGE_SIGNING_IDENTITY),)
$(SRCDIR)/solenv/bin/macosx-codesign-app-bundle $*/"$(PRODUCTNAME)".app
productbuild $(if $(ENABLE_SYMBOLS_FOR),--symbolication $*/Symbols) --component $*/"$(PRODUCTNAME)".app /Applications --sign $(MACOSX_PACKAGE_SIGNING_IDENTITY) $(PRODUCTNAME_WITHOUT_SPACES).pkg
else
@echo You did not provide an installer signing identity with --enable-macosx-package-signing
@exit 1
endif
# the builds need to persist a standard "make clean" to be able to combine them into an universal
# binary, so provide an additional target that can be used standalone or via make distclean
mac-app-store-package.clean:
rm -rf \
$(BUILDDIR)/macosx_x86_64 \
$(BUILDDIR)/macosx_aarch64 \
$(BUILDDIR)/universal \
$(BUILDDIR)/$(PRODUCTNAME_WITHOUT_SPACES).pkg
# used by the mac-app-store targets
$(BUILDDIR)/$(PLATFORMID)/done: test-install
rm -rf $(PLATFORMID)
mkdir -p $(PLATFORMID)/Symbols
mv $(TESTINSTALLDIR)/$(PRODUCTNAME_WITHOUT_SPACES).app $(PLATFORMID)/"$(PRODUCTNAME)".app
ifneq ($(ENABLE_SYMBOLS_FOR),)
symbols -arch all -symbolsPackageDir $(PLATFORMID)/Symbols $(PLATFORMID)/"$(PRODUCTNAME)".app/Contents/Frameworks/[^L]* $(PLATFORMID)/"$(PRODUCTNAME)".app/Contents/MacOS/*
strip -S $(PLATFORMID)/"$(PRODUCTNAME)".app/Contents/Frameworks/[^L]* $(PLATFORMID)/"$(PRODUCTNAME)".app/Contents/MacOS/*
endif
touch $@
# build one arch using the mac-app-store-package.prepare target, make clean and change the autogen.input
# to buid for the other target, then use mac-app-store-package.universal to build for the other arch and
# combine the two into a universal binary
$(BUILDDIR)/universal/done: $(BUILDDIR)/macosx_x86_64/done $(BUILDDIR)/macosx_aarch64/done
rm -rf universal
mkdir -p universal/Symbols
ifneq ($(ENABLE_SYMBOLS_FOR),)
cp -a macosx_x86_64/Symbols/* macosx_aarch64/Symbols/* universal/Symbols/
endif
$(SRCDIR)/bin/merge-app-bundles macosx_x86_64/"$(PRODUCTNAME)".app macosx_aarch64/"$(PRODUCTNAME)".app universal/"$(PRODUCTNAME)".app
touch $@
distro-pack-install: install
$(SRCDIR)/bin/distro-install-clean-up
$(SRCDIR)/bin/distro-install-desktop-integration
$(SRCDIR)/bin/distro-install-sdk
$(SRCDIR)/bin/distro-install-file-lists
install-package-%:
$(MAKE) $(GMAKE_OPTIONS) -f $(SRCDIR)/Makefile.gbuild $@
id:
@$(SRCDIR)/solenv/bin/create-ids
tags:
@$(SRCDIR)/solenv/bin/create-tags
etags:
@$(SRCDIR)/solenv/bin/create-tags -e
docs:
@$(SRCDIR)/solenv/bin/mkdocs.sh $(SRCDIR)/docs $(SRCDIR)/solenv/inc/doxygen.cfg
findunusedheaders:
$(SRCDIR)/bin/find-unusedheaders.py
symbols:
rm -fr $(WORKDIR)/symbols/
mkdir -p $(WORKDIR)/symbols/
ifeq ($(OS),WNT)
$(SRCDIR)/bin/symbolstore.py $(WORKDIR)/UnpackedTarball/breakpad/src/tools/windows/dump_syms/Release/dump_syms.exe $(WORKDIR)/symbols/ $(INSTDIR)/program/
$(SRCDIR)/bin/symstore.sh
else
$(SRCDIR)/bin/symbolstore.py $(WORKDIR)/UnpackedTarball/breakpad/src/tools/linux/dump_syms/dump_syms $(WORKDIR)/symbols/ $(INSTDIR)/program/*
endif
cd $(WORKDIR)/symbols/ && zip -r $(WORKDIR)/symbols.zip *
create-mar:
rm -fr $(WORKDIR)/installation/mar/
rm -fr $(WORKDIR)/installation/temp/
mkdir -p $(WORKDIR)/installation/temp/
mkdir -p $(WORKDIR)/installation/mar/
tar -xzf $(WORKDIR)/installation/LibreOfficeDev/archive/install/en-US/LibreOffice* -C $(WORKDIR)/installation/temp/
$(SRCDIR)/bin/update/make_full_update.sh $(WORKDIR)/installation/mar/test.mar $(WORKDIR)/installation/temp/*/
upload-symbols:
$(MAKE) -f $(SRCDIR)/Makefile.gbuild upload-symbols
create-update-info:
$(MAKE) -f $(SRCDIR)/Makefile.gbuild create-update-info
upload-update-info:
$(MAKE) -f $(SRCDIR)/Makefile.gbuild upload-update-info
create-partial-info:
$(MAKE) -f $(SRCDIR)/Makefile.gbuild create-partial-info
dump-deps:
@$(SRCDIR)/bin/module-deps.pl $(if $(verbose),-v) $(MAKE) $(SRCDIR)/Makefile.gbuild
dump-deps-png:
@$(SRCDIR)/bin/module-deps.pl $(if $(verbose),-v) $(MAKE) $(SRCDIR)/Makefile.gbuild | dot -Tpng -o lo.png
dump-deps-sort:
@$(SRCDIR)/bin/module-deps.pl -t $(if $(verbose),-v) $(MAKE) $(SRCDIR)/Makefile.gbuild
clang-format-check:
@$(SRCDIR)/solenv/clang-format/check-last-commit
define gb_Top_GbuildToIdeIntegration
$(1)-ide-integration: gbuildtojson $(if $(filter MACOSX,$(OS_FOR_BUILD)),python3.allbuild)
cd $(SRCDIR) && \
$(if $(filter MACOSX,$(OS_FOR_BUILD)),PATH="$(INSTROOT_FOR_BUILD)/Frameworks/LibreOfficePython.framework/Versions/Current/bin:$(PATH)") \
bin/gbuild-to-ide --ide $(1) --make $(MAKE)
endef
$(foreach ide,\
codelite \
vs \
kdevelop \
vim \
qtcreator \
xcode \
eclipsecdt,\
$(eval $(call gb_Top_GbuildToIdeIntegration,$(ide))))
# vscode integration is based on compile_commands.json, which is generated by vim-ide-integration
# the workspace template created by configure doesn't provide advanced/fine grained targets but
# rather supplies some useful settings and basic examples for run/debug configurations
# this target is provided primarily for consistency with the other ide-integrations
vscode-ide-integration: $(BUILDDIR)/vs-code.code-workspace vim-ide-integration
# ToDo: there probably is a way to have it at least create the compile-commands.json file
# for the vim/vs-code integration without building the registry stuff
gbuildtojson: Rdb
$(BUILDDIR)/vs-code.code-workspace: $(BUILDDIR)/vs-code.code-workspace.template
@test -e $@ || cp $< $@ && \
cmp -s $@ $< || echo "ATTN: $(@F) differs from $(<F), please check yourself for changes"
endif # MAKE_RESTARTS
# vim: set noet sw=4 ts=4: