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https://github.com/JGRennison/OpenTTD-patches.git
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9c96bcb997
Now OSX stores object files in .OSX and instead of making FAT object files, there are one for each architecture Each architecture got their own targets to make a non-FAT binary and in the end, lipo will merge them into one binary It's now possible to select which architectures you want to support by defining OTTD_PPC, OTTD_PPC970 (G5) and/or OTTD_i386 All combos are supported. UNIVERSAL_BINARY and TRIPLE_BINARY can still be used even though it's possible to gain the same result by using the new flags Making a universal build when you already got part of it compiled (say the PPC part), it will reuse it and only compile the i386 part to save time Note: in some cases when you switch flags, you risk that openttd is not updated. Delete it and try again. The Makefile can't solve this except if it forces linking each time This fixes: FS#87 universal binary building borked in 0.4.7 Now universal binaries work on OSX 10.3.9 again Building universal binaries no longer needs to store flags in Makefile.config as the new design makes it possible to figure everything out automatically
125 lines
4.5 KiB
Makefile
125 lines
4.5 KiB
Makefile
# $Id: Makefile 3214 2005-11-17 19:43:37Z bjarni $
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# This makefile is not a standalone makefile, but is called from the general one
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# it contains targets specific to MacOS X
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ifdef NATIVE_OSX
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DEPS_MAGIC := $(shell mkdir -p $(sort $(dir $(OBJS:%.o=.OSX/%))))
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ifdef OTTD_PPC
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OTTD_PPC :=.OSX/openttd.ppc
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OBJS_ppc := $(OBJS:%.o=.OSX/%.o.ppc)
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endif
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ifdef OTTD_i386
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OTTD_i386 :=.OSX/openttd.i386
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OBJS_i386 := $(OBJS:%.o=.OSX/%.o.i386)
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endif
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ifdef OTTD_PPC970
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OTTD_PPC970 :=.OSX/openttd.ppc970
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OBJS_ppc970 := $(OBJS:%.o=.OSX/%.o.ppc970)
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endif
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# targets to link OpenTTD
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$(TTD): $(OTTD_PPC) $(OTTD_i386) $(OTTD_PPC970)
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@echo '===> Linking $@ into a single file'
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$(Q)lipo -create -output $@ $(OTTD_PPC) $(OTTD_i386) $(OTTD_PPC970)
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$(OTTD_PPC): $(MAKE_CONFIG) $(OBJS_ppc)
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@echo '[PowerPC] Linking $(TTD)'
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$(Q)$(CC) $(LDFLAGS) $(TTDLDFLAGS) $(OBJS_ppc) $(LIBS) $(LDFLAGS_PPC) -arch ppc -o $@
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$(OTTD_i386): $(MAKE_CONFIG) $(OBJS_i386)
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@echo '[i386] Linking $(TTD)'
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$(Q)$(CC) $(LDFLAGS) $(TTDLDFLAGS) $(OBJS_i386) $(LIBS) $(LDFLAGS_i386) -arch i386 -o $@
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$(OTTD_PPC970): $(MAKE_CONFIG) $(OBJS_ppc970)
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@echo '[PowerPC G5] Linking $(TTD)'
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$(Q)$(CC) $(LDFLAGS) $(TTDLDFLAGS) $(OBJS_ppc970) $(LIBS) $(LDFLAGS_PPC) $(G5_FLAGS) -arch ppc970 -o $@
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# targets to compile each c, m and cpp file
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.OSX/%.o.ppc: %.c .deps/%.d
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@echo '[PowerPC] Compiling $<'
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$(Q)$(CC) $(CFLAGS) $(CFLAGS_PPC) $(CDEFS) -arch ppc -c -o $@ $<
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.OSX/%.o.ppc: %.cpp .deps/%.d
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@echo '[PowerPC] Compiling $<'
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$(Q)$(CPP) $(CFLAGS) $(CFLAGS_PPC) $(CDEFS) -arch ppc -c -o $@ $<
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.OSX/%.o.ppc: %.m .deps/%.d
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@echo '[PowerPC] Compiling $<'
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$(Q)$(CC) $(CFLAGS) $(CFLAGS_PPC) $(CDEFS) -arch ppc -c -o $@ $<
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.OSX/%.o.i386: %.c .deps/%.d
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@echo '[i386] Compiling $<'
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$(Q)$(CC) $(CFLAGS) $(CFLAGS_i386) $(CDEFS) -arch i386 -c -o $@ $<
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.OSX/%.o.i386: %.cpp .deps/%.d
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@echo '[i386] Compiling $<'
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$(Q)$(CPP) $(CFLAGS) $(CFLAGS_i386) $(CDEFS) -arch i386 -c -o $@ $<
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.OSX/%.o.i386: %.m .deps/%.d
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@echo '[i386] Compiling $<'
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$(Q)$(CC) $(CFLAGS) $(CFLAGS_i386) $(CDEFS) -arch i386 -c -o $@ $<
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.OSX/%.o.ppc970: %.c .deps/%.d
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@echo '[PowerPC G5] Compiling $<'
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$(Q)$(CC) $(CFLAGS) $(CFLAGS_PPC) $(G5_FLAGS) $(CDEFS) -arch ppc970 -c -o $@ $<
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.OSX/%.o.ppc970: %.cpp .deps/%.d
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@echo '[PowerPC G5] Compiling $<'
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$(Q)$(CPP) $(CFLAGS) $(CFLAGS_PPC) $(G5_FLAGS) $(CDEFS) -arch ppc970 -c -o $@ $<
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.OSX/%.o.ppc970: %.m .deps/%.d
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@echo '[PowerPC G5] Compiling $<'
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$(Q)$(CC) $(CFLAGS) $(CFLAGS_PPC) $(G5_FLAGS) $(CDEFS) -arch ppc970 -c -o $@ $<
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endif
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ifdef JAGUAR
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JAGUAR_POSTFIX := -jaguar
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endif
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# build the bundle. OSX wants to keep apps in bundles, so we will give it one
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# the good thing about bundles is that you can keep extra files in them, so we keep lng files and a data dir in it
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BUILD_OSX_BUNDLE: $(TTD)
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@echo '===> Building application bundle'
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$(Q)rm -fr "$(OSXAPP)"
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$(Q)mkdir -p "$(OSXAPP)"/Contents/MacOS
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$(Q)mkdir -p "$(OSXAPP)"/Contents/Resources
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$(Q)mkdir -p "$(OSXAPP)"/Contents/Data
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$(Q)mkdir -p "$(OSXAPP)"/Contents/Lang
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$(Q)echo "APPL????" > "$(OSXAPP)"/Contents/PkgInfo
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$(Q)cp os/macosx/openttd.icns "$(OSXAPP)"/Contents/Resources/openttd.icns
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$(Q)os/macosx/plistgen.sh "$(OSXAPP)" "$(REV)"
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$(Q)cp data/* "$(OSXAPP)"/Contents/Data/
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$(Q)cp os/macosx/splash.png "$(OSXAPP)"/Contents/Data/
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$(Q)cp lang/*.lng "$(OSXAPP)"/Contents/Lang/
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$(Q)cp $(TTD) "$(OSXAPP)"/Contents/MacOS/$(TTD)
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# make the release disk image. Should only be used with releases and is a good and fast way to make sure to remember all the needed files
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release: all
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@echo '===> Building release disk image'
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$(Q)mkdir -p "OpenTTD $(REV)"
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$(Q)mkdir -p "OpenTTD $(REV)/docs"
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$(Q)mkdir -p "OpenTTD $(REV)/scenario"
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$(Q)cp -R $(OSXAPP) "OpenTTD $(REV)/"
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$(Q)cp docs/OSX_install_instructions.txt "OpenTTD $(REV)/How to install (please read).txt"
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$(Q)cp docs/OSX_why_multiple_applications.txt "OpenTTD $(REV)/why a special Jaguar download.txt"
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$(Q)cp readme.txt "OpenTTD $(REV)/docs/"
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$(Q)cp docs/console.txt "OpenTTD $(REV)/docs/"
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$(Q)cp COPYING "OpenTTD $(REV)/docs/"
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$(Q)cp changelog.txt "OpenTTD $(REV)/docs/"
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$(Q)cp docs/README_if_game_crashed_on_OSX.txt "OpenTTD $(REV)/docs/"
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$(Q)cp os/macosx/*.webloc "OpenTTD $(REV)"
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$(Q)cp known-bugs.txt "OpenTTD $(REV)/known-bugs.txt"
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$(Q)cp scenario/* "OpenTTD $(REV)/scenario/"
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$(Q)hdiutil create -ov -format UDZO -srcfolder "OpenTTD $(REV)" openttd-"$(REV)"-osx"$(JAGUAR_POSTFIX)".dmg
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$(Q)rm -fr "OpenTTD $(REV)"
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$(OSX): $(TTD) BUILD_OSX_BUNDLE
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.PHONY: release $(BUILD_OSX_BUNDLE) $(UNIVERSAL_BINARY)
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