(svn r3674) -Feature: [OSX] Added support for tripple binaries (binaries optimised for G3, G5 and i686)

G4 have no problems using G3 code while G5 can, but really benefit from getting their own optimised code (Apple: G5 is not just a fast G4)
	Also changed FAT_BINARY to UNIVERSAL_BINARY since Apple removed most (all?) references to fat binaries on their homepage two days after I added FAT_BINARY

Makefile

@@ -106,7 +106,8 @@
 #
 # Special for crosscompiling there are some commands available:
 #
-# FAT_BINARY: builds a universal binary for OSX. Make sure you got both PPC and x86 libs. Only works with GCC 4 or newer
+# UNIVERSAL_BINARY: builds a universal binary for OSX. Make sure you got both PPC and x86 libs. Only works with GCC 4 or newer
+# TRIPPLE_BINARY: builds a universal binary with the addition of code optimised for G5 (which means a total of 3 binaries in one file)
 #
 # JAGUAR: Crosscompiling for OSX 1.2.8 (codenamed Jaguar). Only works if OSX is defined too. Only works with GCC 4 or newer
 #	This can be changed to any PPC version of OSX by changing the ppc flags in Makefile.config

os/macosx/Makefile

@@ -2,11 +2,14 @@
 # This makefile is not a standalone makefile, but is called from the general one
 # it contains targets specific to MacOS X
 
-ifdef FAT_BINARY
+ifdef UNIVERSAL_BINARY
-FAT_BINARY:=build_universal_binary
+ifdef TRIPPLE_BINARY
+TRIPPLE_BINARY:=tripple_binary
+endif
+UNIVERSAL_BINARY:=build_universal_binary
 endif
 
-ifdef UNIVERSAL_x86_PART
+ifdef UNIVERSAL_PPC_PART
 # the bundle is build by the PPC compile when making universal binaries
 BUILD_OSX_BUNDLE:=
 else
@@ -18,20 +21,30 @@ endif
 # we make clean and compile the other one. In the end we use lipo to join them together
 # when this is done, we can continue with the targets from the first run, which is build_OSX_bundle
 
-$(FAT_BINARY): $(TTD)
+$(UNIVERSAL_BINARY): $(TTD)
 	$(Q)mkdir -p temp_binary_dir
 	$(Q)cp $(TTD) temp_binary_dir/$(TTD)_a
-	$(Q)rm -rf $(TTD) $(OBJS) # delete all .o files so we can compile for a new endian
+	$(Q)rm -rf $(TTD) $(OBJS) # delete all .o files so we can compile for a new CPU
-	$(Q)make UNIVERSAL_x86_PART:=1
+	$(Q)make UNIVERSAL_PPC_PART:=1
 	$(Q)cp $(TTD) temp_binary_dir/$(TTD)_b
 	@echo '===> Joining the PPC and x86 binaries into one universal one'
 	$(Q)lipo temp_binary_dir/$(TTD)_a temp_binary_dir/$(TTD)_b -create -output $(TTD)
 	$(Q)rm -rf temp_binary_dir
 
+$(TRIPPLE_BINARY): $(UNIVERSAL_BINARY)
+	$(Q)mkdir -p temp_binary_dir
+	$(Q)cp $(TTD) temp_binary_dir/$(TTD)_a
+	$(Q)rm -rf $(TTD) $(OBJS) # delete all .o files so we can compile for a new CPU
+	$(Q)make UNIVERSAL_PPC_PART:=1 IS_G5:=1
+	$(Q)cp $(TTD) temp_binary_dir/$(TTD)_b
+	@echo '===> Joining the Universal and G5 binaries into a tripple binary'
+	$(Q)lipo temp_binary_dir/$(TTD)_a temp_binary_dir/$(TTD)_b -create -output $(TTD)
+	$(Q)rm -rf temp_binary_dir
+
 # build the bundle. OSX wants to keep apps in bundles, so we will give it one
 # 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
 
-$(BUILD_OSX_BUNDLE): $(TTD) $(FAT_BINARY)
+$(BUILD_OSX_BUNDLE): $(TTD) $(UNIVERSAL_BINARY) $(TRIPPLE_BINARY)
 	@echo '===> Building application bundle'
 	$(Q)rm -fr "$(OSXAPP)"
 	$(Q)mkdir -p "$(OSXAPP)"/Contents/MacOS
@@ -67,4 +80,4 @@ release: all
 
 $(OSX): $(TTD) $(BUILD_OSX_BUNDLE)
 
-.PHONY: release $(BUILD_OSX_BUNDLE) $(FAT_BINARY)
+.PHONY: release $(BUILD_OSX_BUNDLE) $(UNIVERSAL_BINARY)

os/macosx/Makefile.setup

@@ -11,22 +11,29 @@ endif
 endif
 
 ifdef RELEASE
-ifndef FAT_BINARY
+ifndef UNIVERSAL_BINARY
 $(warning Compiling a release build, that is not a universal binary)
 endif
 endif
 
-ifndef FAT_BINARY
+ifdef TRIPPLE_BINARY
+ifdef DEBUG
+$(error no G5 optimisation is made in debug builds, so tripple binaries aren't possible. Use UNIVERSAL_BINARY instead if you really want a universal debug build)
+endif
+UNIVERSAL_BINARY:=1
+endif
+
+ifndef UNIVERSAL_BINARY
 ifndef JAGUAR
 ifeq ($(shell uname), Darwin)
 # it's a hardware mac, not crosscompiling
-$(Q)$(CC_HOST) os/macosx/G5_detector.c -o os/macosx/G5_detector
+$(shell $(CC_HOST) os/macosx/G5_detector.c -o os/macosx/G5_detector)
 IS_G5:=$(shell os/macosx/G5_detector)
 endif
 endif
 endif
 
-ifdef FAT_BINARY
+ifdef UNIVERSAL_BINARY
 ifndef STATIC
 $(warning Compiling a universal binary, that is not static. Adding static flag)
 STATIC:=1
@@ -86,7 +93,7 @@ ifdef JAGUAR
 	LDFLAGS:= $(LDFLAGS_PPC)
 endif
 
-ifdef FAT_BINARY
+ifdef UNIVERSAL_BINARY
 	# set up config files
 	ifndef SKIP_LIB_TEST
 		ifdef WITH_PNG
@@ -100,21 +107,20 @@ $(error no x86 libpng found)
 			endif
 		endif
 	endif
-
+	LIBS:=
-	ifdef UNIVERSAL_x86_PART
+	OBJS:=
-		LIBPNG-CONFIG:=$(LIBPNG_x86_CONFIG)
+	ifdef UNIVERSAL_PPC_PART
-		SDL-CONFIG:=$(SDL_x86_CONFIG)
-		CC_TARGET:=$(x86_CC)
-		# clear the cached list of PPC libs
-		LIBS:=
-		OBJS:=
-		CFLAGS:= $(CFLAGS_x86) -arch i386
-		LDFLAGS:= $(LDFLAGS_x86)
-	else
 		LIBPNG-CONFIG:=$(LIBPNG_PPC_CONFIG)
 		SDL-CONFIG:=$(SDL_PPC_CONFIG)
 		CC_TARGET:=$(PPC_CC)
 		CFLAGS:= $(CFLAGS_PPC) -arch ppc
 		LDFLAGS:= $(LDFLAGS_PPC)
+	else
+		LIBPNG-CONFIG:=$(LIBPNG_x86_CONFIG)
+		SDL-CONFIG:=$(SDL_x86_CONFIG)
+		CC_TARGET:=$(x86_CC)
+		# clear the cached list of PPC libs
+		CFLAGS:= $(CFLAGS_x86) -arch i386
+		LDFLAGS:= $(LDFLAGS_x86)
 	endif
 endif