# Copyright 2012 The Chromium Authors
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.
#
# GNU Make based build file. For details on GNU Make see:
# http://www.gnu.org/software/make/manual/make.html
#
#
# Paths to Tools
#
PNACL_CC := $(shell $(NACL_CONFIG) -t $(TOOLCHAIN) --tool=cc)
PNACL_CXX := $(shell $(NACL_CONFIG) -t $(TOOLCHAIN) --tool=c++)
PNACL_LINK := $(shell $(NACL_CONFIG) -t $(TOOLCHAIN) --tool=c++)
PNACL_LIB := $(shell $(NACL_CONFIG) -t $(TOOLCHAIN) --tool=ar)
PNACL_STRIP := $(shell $(NACL_CONFIG) -t $(TOOLCHAIN) --tool=strip)
PNACL_FINALIZE := $(shell $(NACL_CONFIG) -t $(TOOLCHAIN) --tool=finalize)
PNACL_TRANSLATE := $(shell $(NACL_CONFIG) -t $(TOOLCHAIN) --tool=translate)
#
# Compile Macro
#
# $1 = Source name
# $2 = Compile flags
# $3 = Include directories
#
define C_COMPILER_RULE
-include $(call SRC_TO_DEP,$(1))
$(call SRC_TO_OBJ,$(1)): $(1) $(TOP_MAKE) | $(dir $(call SRC_TO_OBJ,$(1)))dir.stamp
$(call LOG,CC ,$$@,$(PNACL_CC) -o $$@ -c $$< $(POSIX_CFLAGS) $(NACL_CFLAGS) $(CFLAGS) $(2))
@$(FIXDEPS) $(call SRC_TO_DEP_PRE_FIXUP,$(1))
endef
define CXX_COMPILER_RULE
-include $(call SRC_TO_DEP,$(1))
$(call SRC_TO_OBJ,$(1)): $(1) $(TOP_MAKE) | $(dir $(call SRC_TO_OBJ,$(1)))dir.stamp
$(call LOG,CXX ,$$@,$(PNACL_CXX) -o $$@ -c $$< $(POSIX_CFLAGS) $(NACL_CFLAGS) $(CXXFLAGS) $(2))
@$(FIXDEPS) $(call SRC_TO_DEP_PRE_FIXUP,$(1))
endef
# $1 = Source Name
# $2 = POSIX Compile Flags
# $3 = Include Directories
# $4 = VC Flags (unused)
define COMPILE_RULE
ifeq ($(suffix $(1)),.c)
$(call C_COMPILER_RULE,$(1),$(2) $(foreach inc,$(INC_PATHS),-I$(inc)) $(3))
else
$(call CXX_COMPILER_RULE,$(1),$(2) $(foreach inc,$(INC_PATHS),-I$(inc)) $(3))
endif
endef
#
# SO Macro
#
# $1 = Target Name
# $2 = List of Sources
#
#
define SO_RULE
$(error 'Shared libraries not supported by PNaCl')
endef
#
# LIB Macro
#
# $1 = Target Name
# $2 = List of Sources
# $3 = POSIX Link Flags
# $4 = VC Link Flags (unused)
define LIB_RULE
$(STAMPDIR)/$(1).stamp: $(LIBDIR)/$(TOOLCHAIN)/$(CONFIG)/lib$(1).a
@echo "TOUCHED $$@" > $(STAMPDIR)/$(1).stamp
all: $(LIBDIR)/$(TOOLCHAIN)/$(CONFIG)/lib$(1).a
$(LIBDIR)/$(TOOLCHAIN)/$(CONFIG)/lib$(1).a: $(foreach src,$(2),$(call SRC_TO_OBJ,$(src)))
$(MKDIR) -p $$(dir $$@)
$(RM) -f $$@
$(call LOG,LIB,$$@,$(PNACL_LIB) -cr $$@ $$^ $(3))
endef
#
# Specific Link Macro
#
# $1 = Target Name
# $2 = List of inputs
# $3 = List of libs
# $4 = List of deps
# $5 = List of lib dirs
# $6 = Other Linker Args
#
define LINKER_RULE
all: $(1).pexe
$(1).pexe: $(1).bc
$(call LOG,FINALIZE,$$@,$(PNACL_FINALIZE) -o $$@ $$^)
$(1).bc: $(2) $(foreach dep,$(4),$(STAMPDIR)/$(dep).stamp)
$(call LOG,LINK,$$@,$(PNACL_LINK) -o $$@ $(2) $(PNACL_LDFLAGS) $(LDFLAGS) $(foreach path,$(5),-L$(path)/pnacl/$(CONFIG)) $(foreach lib,$(3),-l$(lib)) $(6))
$(1)_x86_32.nexe: $(1).bc
$(call LOG,TRANSLATE,$$@,$(PNACL_TRANSLATE) --allow-llvm-bitcode-input -arch x86-32 $$^ -o $$@)
$(1)_x86_64.nexe: $(1).bc
$(call LOG,TRANSLATE,$$@,$(PNACL_TRANSLATE) --allow-llvm-bitcode-input -arch x86-64 $$^ -o $$@)
$(1)_arm.nexe: $(1).bc
$(call LOG,TRANSLATE,$$@,$(PNACL_TRANSLATE) --allow-llvm-bitcode-input -arch arm $$^ -o $$@)
endef
#
# Generalized Link Macro
#
# $1 = Target Name
# $2 = List of Sources
# $3 = List of LIBS
# $4 = List of DEPS
# $5 = POSIX Linker Switches
# $6 = VC Linker Switches
#
define LINK_RULE
$(call LINKER_RULE,$(OUTDIR)/$(1),$(foreach src,$(2),$(call SRC_TO_OBJ,$(src))),$(filter-out pthread,$(3)),$(4),$(LIB_PATHS),$(5))
endef
#
# Macro to generate linker scripts
#
# $1 = Target Name
# $2 = Linker Script
#
define LINKER_SCRIPT_RULE
$(STAMPDIR)/$(1).stamp: $(LIBDIR)/$(TOOLCHAIN)/$(CONFIG)/lib$(1).a
@echo " STAMP $$@"
@echo "TOUCHED $$@" > $(STAMPDIR)/$(1).stamp
install: $(LIBDIR)/$(TOOLCHAIN)/$(CONFIG)/lib$(1).a
$(LIBDIR)/$(TOOLCHAIN)/$(CONFIG)/lib$(1).a: $(2)
$(MKDIR) -p $$(dir $$@)
$(call LOG,CP ,$$@,$(OSHELPERS) cp $$^ $$@)
endef
#
# Strip Macro
#
# NOTE: pnacl-strip does not really do much for finalized pexes (in a
# sense, they are already stripped), but set this rule up for uniformity.
#
# $1 = Target Name
# $2 = Input Name
#
define STRIP_RULE
all: $(OUTDIR)/$(1).pexe
$(OUTDIR)/$(1).pexe: $(OUTDIR)/$(2).pexe
$(call LOG,STRIP,$$@,$(PNACL_STRIP) $$^ -o $$@)
$(OUTDIR)/$(1)_x86_32.nexe: $(OUTDIR)/$(2)_x86_32.nexe
$(call LOG,STRIP,$$@,$(PNACL_STRIP) $$^ -o $$@)
$(OUTDIR)/$(1)_x86_64.nexe: $(OUTDIR)/$(2)_x86_64.nexe
$(call LOG,STRIP,$$@,$(PNACL_STRIP) $$^ -o $$@)
$(OUTDIR)/$(1)_arm.nexe: $(OUTDIR)/$(2)_arm.nexe
$(call LOG,STRIP,$$@,$(PNACL_STRIP) $$^ -o $$@)
endef
#
# NMF Manifest generation
#
# Use the python script create_nmf to scan the binaries for dependencies using
# objdump. Pass in the (-L) paths to the default library toolchains so that we
# can find those libraries and have it automatically copy the files (-s) to
# the target directory for us.
#
# $1 = Target Name (the basename of the nmf)
# $2 = Additional create_nmf.py arguments
#
NMF:=python $(NACL_SDK_ROOT)/tools/create_nmf.py
EXECUTABLES=$(OUTDIR)/$(1).pexe $(OUTDIR)/$(1)_unstripped.bc
define NMF_RULE
all: $(OUTDIR)/$(1).nmf
$(OUTDIR)/$(1).nmf: $(EXECUTABLES)
$(call LOG,CREATE_NMF,$$@,$(NMF) -o $$@ $$^ -s $(OUTDIR) $(2))
endef
#
# HTML file generation
#
CREATE_HTML := python $(NACL_SDK_ROOT)/tools/create_html.py
define HTML_RULE
all: $(OUTDIR)/$(1).html
$(OUTDIR)/$(1).html: $(EXECUTABLES)
$(call LOG,CREATE_HTML,$$@,$(CREATE_HTML) -o $$@ $$^)
endef
ifdef STANDALONE
run: $(OUTDIR)/$(TARGET)_$(NACL_ARCH).nexe
ifndef NACL_ARCH
$(error Cannot run in sel_ldr unless $$NACL_ARCH is set)
endif
$(SEL_LDR_PATH) $(SEL_LDR_ARGS) $(OUTDIR)/$(TARGET)_$(NACL_ARCH).nexe -- $(EXE_ARGS)
debug: $(OUTDIR)/$(TARGET)_$(NACL_ARCH).nexe
ifndef NACL_ARCH
$(error Cannot run in sel_ldr unless $$NACL_ARCH is set)
endif
$(SEL_LDR_PATH) -d $(SEL_LDR_ARGS) $(OUTDIR)/$(TARGET)_$(NACL_ARCH).nexe -- $(EXE_ARGS)
endif
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