llvm-6502/Makefile.rules
Vikram S. Adve e155af8376 Fix yet another profile linking issue.
git-svn-id: https://llvm.org/svn/llvm-project/llvm/trunk@3865 91177308-0d34-0410-b5e6-96231b3b80d8
2002-09-20 18:16:20 +00:00

463 lines
16 KiB
Makefile

#===-- Makefile.common - Common make rules for LLVM -------*- makefile -*--====
#
# This file is included by all of the LLVM makefiles. This file defines common
# rules to do things like compile a .cpp file or generate dependancy info.
# These are platform dependant, so this is the file used to specify these
# system dependant operations.
#
# The following functionality can be set by setting incoming variables.
# The variable $(LEVEL) *must* be set:
#
# 1. LEVEL - The level of the current subdirectory from the top of the
# MagicStats view. This level should be expressed as a path, for
# example, ../.. for two levels deep.
#
# 2. DIRS - A list of subdirectories to be built. Fake targets are set up
# so that each of the targets "all", "install", and "clean" each build
# the subdirectories before the local target. DIRS are guaranteed to be
# built in order.
#
# 3. PARALLEL_DIRS - A list of subdirectories to be built, but that may be
# built in any order. All DIRS are built in order before PARALLEL_DIRS are
# built, which are then built in any order.
#
# 4. Source - If specified, this sets the source code filenames. If this
# is not set, it defaults to be all of the .cpp, .c, .y, and .l files
# in the current directory. Also, if you want to build files in addition
# to the local files, you can use the ExtraSource variable
#
#===-----------------------------------------------------------------------====
# Configuration file to set paths specific to local installation of LLVM
#
include $(LEVEL)/Makefile.config
# These are options that can either be enabled here, or can be enabled on the
# make command line (ie, make ENABLE_PROFILING=1)
#
# When ENABLE_PROFILING is enabled, the llvm source base is built with profile
# information to allow gprof to be used to get execution frequencies.
#
#ENABLE_PROFILING = 1
# When ENABLE_PURIFY is enabled, the LLVM tools are linked with purify (which
# must be locally installed) to allow for some automated memory error debugging.
#
#ENABLE_PURIFY = 1
# When ENABLE_OPTIMIZED is enabled, Release builds of all of the LLVM code are
# turned on, and Debug builds are turned off.
#
#ENABLE_OPTIMIZED = 1
# Figure out how to do platform specific stuff on this platform. This is really
# gross and should be autoconfiscated (automake actually), but should hopefully
# work on Linux and solaris (SunOS).
#
UNAME := $(shell uname)
include $(LEVEL)/Makefile.$(UNAME)
ifdef SHARED_LIBRARY
# if SHARED_LIBRARY is specified, the default is to build the dynamic lib
dynamic ::
endif
# Default Rule: Make sure it's also a :: rule
all ::
# Default for install is to at least build everything...
install ::
# Figure out which directory to build stuff into. We want to build into the
# /shared directory by default because it is guaranteed to be local to the
# current machine.
#
ifeq ($(LLVM_OBJ_DIR),.)
BUILD_ROOT = $(LLVM_OBJ_DIR)
BUILD_ROOT_TOP = $(LEVEL)
else
BUILD_ROOT := $(LLVM_OBJ_DIR)$(patsubst $(HOME)%,%,$(shell pwd))
# Calculate the BUILD_ROOT_TOP variable, which is the top of the llvm/ tree.
# Note that although this is just equal to $(BUILD_ROOT)/$(LEVEL), we cannot use
# this expression because some of the directories on the source tree may not
# exist in the build tree (for example the test/ heirarchy). Thus we evaluate
# the directory to eliminate the ../'s
#
TOP_DIRECTORY := $(shell cd $(LEVEL); pwd)
BUILD_ROOT_TOP := $(LLVM_OBJ_DIR)$(patsubst $(HOME)%,%,$(TOP_DIRECTORY))
endif
#--------------------------------------------------------------------
# Variables derived from configuration options...
#--------------------------------------------------------------------
#BinInstDir=/usr/local/bin
#LibInstDir=/usrl/local/lib/xxx
#DocInstDir=/usr/doc/xxx
BURG_OPTS = -I
PURIFY := $(PURIFY) -cache-dir="$(BUILD_ROOT_TOP)/../purifycache" -chain-length="30" -messages=all
# Shorthand for commonly accessed directories
LIBDEBUG := $(BUILD_ROOT_TOP)/lib/Debug
LIBRELEASE := $(BUILD_ROOT_TOP)/lib/Release
LIBPROFILE := $(BUILD_ROOT_TOP)/lib/Profile
TOOLDEBUG := $(BUILD_ROOT_TOP)/tools/Debug
TOOLRELEASE := $(BUILD_ROOT_TOP)/tools/Release
TOOLPROFILE := $(BUILD_ROOT_TOP)/tools/Profile
# Verbosity levels
ifdef VERBOSE
VERB :=
else
VERB := @
endif
#---------------------------------------------------------
# Compilation options...
#---------------------------------------------------------
# Special tools used while building the LLVM tree. Burg is built as part of the
# utils directory.
#
BURG := $(LEVEL)/utils/Burg/burg.$(UNAME)
RunBurg := $(BURG) $(BURG_OPTS)
# Enable this for profiling support with 'gprof'
# This automatically enables optimized builds.
ifdef ENABLE_PROFILING
PROFILE = -pg
ENABLE_OPTIMIZED = 1
else
PROFILE =
endif
# By default, strip symbol information from executable
ifdef KEEP_SYMBOLS
STRIP =
else
STRIP = -s
endif
# Allow gnu extensions...
CPPFLAGS += -D_GNU_SOURCE
# -Wno-unused-parameter
CompileCommonOpts := -Wall -W -Wwrite-strings -Wno-unused -I$(LEVEL)/include
# Compile a file, don't link...
Compile := $(CXX) -c $(CPPFLAGS) $(CXXFLAGS) $(CompileCommonOpts)
CompileG := $(Compile) -g -D_DEBUG
CompileO := $(Compile) -O3 -DNDEBUG -finline-functions -felide-constructors -fshort-enums ## DISABLE -freg-struct-return because of gcc3.2 bug
CompileP := $(CompileO) $(PROFILE)
# Link final executable
ifdef ENABLE_PURIFY # To enable purify, build with 'gmake ENABLE_PURIFY=1'
Link := $(PURIFY) $(CXX) -static
else
Link := $(CXX)
endif
LinkG := $(Link) -g -L $(LIBDEBUG) $(STRIP)
LinkO := $(Link) -O3 -L $(LIBRELEASE)
LinkP := $(Link) -O3 -L $(LIBPROFILE) $(PROFILE)
# Create one .o file from a bunch of .o files...
Relink = ld -r
# MakeSO - Create a .so file from a .o files...
MakeSO := $(CXX) $(MakeSharedObjectOption)
MakeSOO := $(MakeSO) -O3
MakeSOP := $(MakeSOO) $(PROFILE)
# Create dependancy file from CPP file, send to stdout.
Depend := $(CXX) -MM -I$(LEVEL)/include $(CPPFLAGS)
# Archive a bunch of .o files into a .a file...
AR = ar cq
#----------------------------------------------------------
# Source includes all of the cpp files, and objects are derived from the
# source files...
# The local Makefile can list other Source files via ExtraSource = ...
#
Source := $(ExtraSource) $(wildcard *.cpp *.c *.y *.l)
Objs := $(sort $(patsubst Debug/%.o, %.o, $(addsuffix .o,$(basename $(Source)))))
ObjectsO := $(addprefix $(BUILD_ROOT)/Release/,$(Objs))
ObjectsP := $(addprefix $(BUILD_ROOT)/Profile/,$(Objs))
ObjectsG := $(addprefix $(BUILD_ROOT)/Debug/,$(Objs))
#---------------------------------------------------------
# Handle the DIRS and PARALLEL_DIRS options
#---------------------------------------------------------
ifdef DIRS
all install clean ::
$(VERB) for dir in ${DIRS}; do \
(cd $$dir; $(MAKE) $@) || exit 1; \
done
endif
# Handle PARALLEL_DIRS
ifdef PARALLEL_DIRS
all :: $(addsuffix /.makeall , $(PARALLEL_DIRS))
install :: $(addsuffix /.makeinstall, $(PARALLEL_DIRS))
clean :: $(addsuffix /.makeclean , $(PARALLEL_DIRS))
%/.makeall %/.makeinstall %/.makeclean:
$(VERB) cd $(@D); $(MAKE) $(subst $(@D)/.make,,$@)
endif
#---------------------------------------------------------
# Handle the LIBRARYNAME option - used when building libs...
#---------------------------------------------------------
#
# When libraries are built, they are allowed to optionally define the
# DONT_BUILD_RELINKED make variable, which, when defined, prevents a .o file
# from being built for the library. This .o files may then be linked to by a
# tool if the tool does not need (or want) the semantics a .a file provides
# (linking in only object files that are "needed"). If a library is never to
# be used in this way, it is better to define DONT_BUILD_RELINKED, and define
# BUILD_ARCHIVE instead.
#
# Some libraries must be built as .a files (libscalar for example) because if
# it's built as a .o file, then all of the constituent .o files in it will be
# linked into tools (for example gccas) even if they only use one of the parts
# of it. For this reason, sometimes it's useful to use libraries as .a files.
ifdef LIBRARYNAME
# Make sure there isn't any extranous whitespace on the LIBRARYNAME option
LIBRARYNAME := $(strip $(LIBRARYNAME))
LIBNAME_O := $(LIBRELEASE)/lib$(LIBRARYNAME).so
LIBNAME_P := $(LIBPROFILE)/lib$(LIBRARYNAME).so
LIBNAME_G := $(LIBDEBUG)/lib$(LIBRARYNAME).so
LIBNAME_AO := $(LIBRELEASE)/lib$(LIBRARYNAME).a
LIBNAME_AP := $(LIBPROFILE)/lib$(LIBRARYNAME).a
LIBNAME_AG := $(LIBDEBUG)/lib$(LIBRARYNAME).a
LIBNAME_OBJO := $(LIBRELEASE)/$(LIBRARYNAME).o
LIBNAME_OBJP := $(LIBPROFILE)/$(LIBRARYNAME).o
LIBNAME_OBJG := $(LIBDEBUG)/$(LIBRARYNAME).o
ifndef ENABLE_OPTIMIZED
BUILD_LIBNAME_G := $(LIBNAME_G)
ifndef DONT_BUILD_RELINKED
BUILD_LIBNAME_OBJG := $(LIBNAME_OBJG)
endif
ifdef BUILD_ARCHIVE
BUILD_LIBNAME_AG := $(LIBNAME_AG)
endif
endif
# If optimized builds are enabled...
ifdef ENABLE_OPTIMIZED
ifdef ENABLE_PROFILING
BUILD_LIBNAME_O := $(LIBNAME_P)
ifndef DONT_BUILD_RELINKED
BUILD_LIBNAME_OBJO := $(LIBNAME_OBJP)
endif
ifdef BUILD_ARCHIVE
BUILD_LIBNAME_AO := $(LIBNAME_AP)
endif
else
BUILD_LIBNAME_O := $(LIBNAME_O)
ifndef DONT_BUILD_RELINKED
BUILD_LIBNAME_OBJO := $(LIBNAME_OBJO)
endif
ifdef BUILD_ARCHIVE
BUILD_LIBNAME_AO := $(LIBNAME_AO)
endif
endif
endif
all:: $(BUILD_LIBNAME_AG) $(BUILD_LIBNAME_OBJG) # Debug
all:: $(BUILD_LIBNAME_AO) $(BUILD_LIBNAME_OBJO) # Release
all:: $(BUILD_LIBNAME_AP) $(BUILD_LIBNAME_OBJP) # Profile
dynamic:: $(BUILD_LIBNAME_G) $(BUILD_LIBNAME_O) $(BUILD_LIBNAME_P) # .so files
$(LIBNAME_O): $(ObjectsO) $(LibSubDirs) $(LIBRELEASE)/.dir
@echo ======= Linking $(LIBRARYNAME) release library =======
$(VERB) $(MakeSOO) -o $@ $(ObjectsO) $(LibSubDirs) $(LibLinkOpts)
$(LIBNAME_P): $(ObjectsP) $(LibSubDirs) $(LIBPROFILE)/.dir
@echo ======= Linking $(LIBRARYNAME) profile library =======
$(VERB) $(MakeSOP) -o $@ $(ObjectsP) $(LibSubDirs) $(LibLinkOpts)
$(LIBNAME_G): $(ObjectsG) $(LibSubDirs) $(LIBDEBUG)/.dir
@echo ======= Linking $(LIBRARYNAME) debug library =======
$(VERB) $(MakeSO) -g -o $@ $(ObjectsG) $(LibSubDirs) $(LibLinkOpts)
$(LIBNAME_AO): $(ObjectsO) $(LibSubDirs) $(LIBRELEASE)/.dir
@echo ======= Linking $(LIBRARYNAME) release library =======
@rm -f $@
$(VERB) $(AR) $@ $(ObjectsO) $(LibSubDirs)
$(LIBNAME_AP): $(ObjectsP) $(LibSubDirs) $(LIBPROFILE)/.dir
@echo ======= Linking $(LIBRARYNAME) profile library =======
@rm -f $@
$(VERB) $(AR) $@ $(ObjectsP) $(LibSubDirs)
$(LIBNAME_AG): $(ObjectsG) $(LibSubDirs) $(LIBDEBUG)/.dir
@echo ======= Linking $(LIBRARYNAME) debug library =======
@rm -f $@
$(VERB) $(AR) $@ $(ObjectsG) $(LibSubDirs)
$(LIBNAME_OBJO): $(ObjectsO) $(LibSubDirs) $(LIBRELEASE)/.dir
@echo "Linking $@"
$(VERB) $(Relink) -o $@ $(ObjectsO) $(LibSubDirs)
$(LIBNAME_OBJP): $(ObjectsP) $(LibSubDirs) $(LIBPROFILE)/.dir
@echo "Linking $@"
$(VERB) $(Relink) -o $@ $(ObjectsP) $(LibSubDirs)
$(LIBNAME_OBJG): $(ObjectsG) $(LibSubDirs) $(LIBDEBUG)/.dir
$(VERB) $(Relink) -o $@ $(ObjectsG) $(LibSubDirs)
endif
#------------------------------------------------------------------------
# Create a TAGS database for emacs
#------------------------------------------------------------------------
ifeq ($(LEVEL), .)
tags:
etags -l c++ `find include lib tools -name '*.cpp' -o -name '*.h'`
all:: tags
endif
#------------------------------------------------------------------------
# Handle the TOOLNAME option - used when building tool executables...
#------------------------------------------------------------------------
#
# The TOOLNAME option should be used with a USEDLIBS variable that tells the
# libraries (and the order of the libs) that should be linked to the
# tool. USEDLIBS should contain a list of library names (some with .a extension)
# that are automatically linked in as .o files unless the .a suffix is added.
#
ifdef TOOLNAME
# TOOLEXENAME* - These compute the output filenames to generate...
TOOLEXENAME_G := $(BUILD_ROOT_TOP)/tools/Debug/$(TOOLNAME)
TOOLEXENAME_O := $(BUILD_ROOT_TOP)/tools/Release/$(TOOLNAME)
TOOLEXENAME_P := $(BUILD_ROOT_TOP)/tools/Profile/$(TOOLNAME)
ifndef ENABLE_OPTIMIZED
TOOLEXENAMES := $(TOOLEXENAME_G)
else
ifdef ENABLE_PROFILING
TOOLEXENAMES := $(TOOLEXENAME_P)
else
TOOLEXENAMES := $(TOOLEXENAME_O)
endif
endif
# USED_LIBS_OPTIONS - Compute the options line that add -llib1 -llib2, etc.
USED_LIBS_OPTIONS := $(patsubst %.a.o, -l%, $(addsuffix .o, $(USEDLIBS)))
USED_LIBS_OPTIONS_G := $(patsubst %.o, $(LIBDEBUG)/%.o, $(USED_LIBS_OPTIONS))
USED_LIBS_OPTIONS_O := $(patsubst %.o, $(LIBRELEASE)/%.o,$(USED_LIBS_OPTIONS))
USED_LIBS_OPTIONS_P := $(patsubst %.o, $(LIBPROFILE)/%.o,$(USED_LIBS_OPTIONS))
# USED_LIB_PATHS - Compute the path of the libraries used so that tools are
# rebuilt if libraries change. This has to make sure to handle .a/.so and .o
# files seperately.
#
STATICUSEDLIBS := $(patsubst %.a.o, lib%.a, $(addsuffix .o, $(USEDLIBS)))
USED_LIB_PATHS_G := $(addprefix $(LIBDEBUG)/, $(STATICUSEDLIBS))
USED_LIB_PATHS_O := $(addprefix $(LIBRELEASE)/, $(STATICUSEDLIBS))
USED_LIB_PATHS_P := $(addprefix $(LIBPROFILE)/, $(STATICUSEDLIBS))
all:: $(TOOLEXENAMES)
clean::
$(VERB) rm -f $(TOOLEXENAMES)
$(TOOLEXENAME_G): $(ObjectsG) $(USED_LIB_PATHS_G) $(BUILD_ROOT_TOP)/tools/Debug/.dir
@echo ======= Linking $(TOOLNAME) debug executable =======
$(VERB) $(LinkG) -o $@ $(ObjectsG) $(USED_LIBS_OPTIONS_G) $(TOOLLINKOPTS)
$(TOOLEXENAME_O): $(ObjectsO) $(USED_LIB_PATHS_O) $(BUILD_ROOT_TOP)/tools/Release/.dir
@echo ======= Linking $(TOOLNAME) release executable =======
$(VERB) $(LinkO) -o $@ $(ObjectsG) $(USED_LIBS_OPTIONS_O) $(TOOLLINKOPTS)
$(TOOLEXENAME_P): $(ObjectsP) $(USED_LIB_PATHS_P) $(BUILD_ROOT_TOP)/tools/Profile/.dir
@echo ======= Linking $(TOOLNAME) profile executable =======
$(VERB) $(LinkP) -o $@ $(ObjectsP) $(USED_LIBS_OPTIONS_P) $(TOOLLINKOPTS)
endif
#---------------------------------------------------------
.PRECIOUS: $(BUILD_ROOT)/Depend/.dir
.PRECIOUS: $(BUILD_ROOT)/Debug/.dir $(BUILD_ROOT)/Release/.dir
# Create dependencies for the *.cpp files...
$(BUILD_ROOT)/Depend/%.d: %.cpp $(BUILD_ROOT)/Depend/.dir
$(VERB) $(Depend) $< | sed 's|$*\.o *|$(BUILD_ROOT)/Release/& $(BUILD_ROOT)/Profile/& $(BUILD_ROOT)/Debug/& $(BUILD_ROOT)/Depend/$(@F)|g' > $@
# Create dependencies for the *.c files...
$(BUILD_ROOT)/Depend/%.d: %.c $(BUILD_ROOT)/Depend/.dir
$(VERB) $(Depend) $< | sed 's|$*\.o *|Release/& Profile/& Debug/& Depend/$(@F)|g' > $@
# Create .o files in the ObjectFiles directory from the .cpp and .c files...
$(BUILD_ROOT)/Release/%.o: %.cpp $(BUILD_ROOT)/Release/.dir
@echo "Compiling $<"
$(VERB) $(CompileO) $< -o $@
#Release/%.o: %.c Release/.dir Depend/.dir
# $(CompileOC) $< -o $@
$(BUILD_ROOT)/Profile/%.o: %.cpp $(BUILD_ROOT)/Profile/.dir
@echo "Compiling $<"
$(VERB) $(CompileP) $< -o $@
$(BUILD_ROOT)/Debug/%.o: %.cpp $(BUILD_ROOT)/Debug/.dir
@echo "Compiling $<"
$(VERB) $(CompileG) $< -o $@
#Debug/%.o: %.c Debug/.dir
# $(CompileGC) $< -o $@
# Create a .cpp source file from a flex input file... this uses sed to cut down
# on the warnings emited by GCC...
%.cpp: %.l
flex -t $< | sed '/^find_rule/d' | sed 's/void yyunput/inline void yyunput/' | sed 's/void \*yy_flex_realloc/inline void *yy_flex_realloc/' > $@
# Rule for building the bison parsers...
%.cpp %.h : %.y
$(VERB) bison -v -d -p $(<:%Parser.y=%) $(basename $@).y
$(VERB) mv -f $(basename $@).tab.c $(basename $@).cpp
$(VERB) mv -f $(basename $@).tab.h $(basename $@).h
# To create the directories...
%/.dir:
$(VERB) mkdir -p $(@D)
@date > $@
# Clean nukes the tree
clean::
$(VERB) rm -rf $(BUILD_ROOT)/Debug $(BUILD_ROOT)/Release $(BUILD_ROOT)/Profile $(BUILD_ROOT)/Depend
$(VERB) rm -f core *.o *.d *.so *~ *.flc
# If dependancies were generated for the file that included this file,
# include the dependancies now...
#
SourceDepend := $(addsuffix .d,$(addprefix $(BUILD_ROOT)/Depend/,$(basename $(filter-out Debug/%, $(Source)))))
ifneq ($(SourceDepend),)
include $(SourceDepend)
endif