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# Copyright (c) 2007-2010 Nokia Corporation and/or its subsidiary(-ies).
# All rights reserved.
# This component and the accompanying materials are made available
# under the terms of the License "Eclipse Public License v1.0"
# which accompanies this distribution, and is available
# at the URL "http://www.eclipse.org/legal/epl-v10.html".
#
# Initial Contributors:
# Nokia Corporation - initial contribution.
#
# Contributors:
#
# Description:
# Function Like Makefile (FLM) to create a resource header (.rsg)
# and resource files (.rsc, .r01, .r02 etc.)
#
#
## Parameters that are expected:
# TARGET
# TARGETPATH
# LANGUAGES
# HEADER
# HEADERONLY
# EPOCROOT
# MMPDEFS
# PRODUCT_INCLUDE
# SYSTEMINCLUDE
# USERINCLUDE
# GNUCPP
# GNUSED
# RCOMP
# OUTPUTPATH
# SOURCE
# BINCOPYDIRS
# The rss is pre-processed once for each language and results
# in a file with extension r$(LANGUAGE) where $(LANGUAGE) is
# either "sc" or a 2 (or more) digit number.
ifneq ($(TARGETPATH),)
RSCDIR:=$(subst //,/,$(EPOCROOT)/epoc32/data/z/$(TARGETPATH))
else
RSCDIR:=$(subst //,/,$(EPOCROOT)/epoc32/data)
endif
RESBASE:=$(RSCDIR)/$(TARGET_lower)
# Ensure that RELEASABLES and CLEANTARGETS cannot expand indefinitely in successive calls to this flm:
CLEANTARGETS:=
RELEASABLES:=
CREATABLEPATHS:=
# There is only one resource header (.rsg) file and we only
# make that if we are asked.
RSGDIR:=$(EPOCROOT)/epoc32/include
# If there are multiple LANGUAGES then it is the last one in the list
# which produces the header.
HEADLANG:=$(lastword $(LANGUAGES:SC=sc))
ifneq ($(or $(HEADER),$(HEADERONLY)),)
RESOURCEHEADER:=$(RSGDIR)/$(HEADER)
else
RESOURCEHEADER:=
endif
# we create intermediate .rpp and .d files
INTERBASE_TMP:=$(OUTPUTPATH)/$(TARGET_lower)_$(notdir $(basename $(SOURCE)))
LANGUAGES:=$(LANGUAGES:SC=sc) # ensure that we don't ever have to worry about case consistency w.r.t languages or get confused into thinking that SC!=sc (which it is)
LANGUAGES:=$(call uniq,$(LANGUAGES)) # remove any duplicates from the list (usually the result of multiple LANG lists both in and out of START RESOURCE blocks)
# common pre-processor options
# We really should be using -iquote with a recent cpp. This is a note for when we do update:
#CPPOPT:=-nostdinc -undef -Wno-trigraphs -D_UNICODE -include $(PRODUCT_INCLUDE)\
# -I$(dir $(SOURCE)) $(foreach I, $(USERINCLUDE),-iquote $(I) ) $(foreach J,$(SYSTEMINCLUDE),-I $(J) )
CPPOPT:=-nostdinc -undef -Wno-trigraphs -D_UNICODE -include $(PRODUCT_INCLUDE)\
-I$(dir $(SOURCE)) $(foreach I, $(USERINCLUDE),-I$(I) ) -I- $(foreach J,$(SYSTEMINCLUDE),-I$(J) )
CREATABLEPATHS:=$(CREATABLEPATHS) $(RSCDIR) $(RSGDIR) $(OUTPUTPATH)
# We intend to generate the resource in an intermediate location and copy to the targetpath to
# ensure that when the "same" resource is built into separare target paths, it doesn't have to be
# completely recreated each time - just copied.
RSCCOPYDIRS:=$(RSCDIR)
# additional binary resource copies performed based on BINCOPYDIRS
ifneq ($(BINCOPYDIRS),)
RSCCOPYDIRS:=$(RSCCOPYDIRS) $(subst //,/,$(patsubst %,%/$(if $(TARGETPATH),/z/$(TARGETPATH),),$(BINCOPYDIRS)))
endif
CREATABLEPATHS:=$(CREATABLEPATHS) $(RSCCOPYDIRS)
################################################################################
# Correct dependency information when a header file can't be found.
# If the c preprocessor can't find a dependency it appears as it did in the #include statement
# e.g. "filename.mbg" or "filename.rsg" in the dependency file.
ifneq ($(NO_DEPEND_GENERATE),)
# This version minimises the size of dependency files, to contain only .mbg and .rsg deps.
# It allows resources to be built in the right order but doesn't impose the weight of
# of full dependency information which can overwhelm make in large builds.
# The strategy is filter lines which don't have .rsg or .mbg dependencies in them and
# to sift each line to leave out non-relevant things like other header files, .hrh
# files etc. In the end don't print anything at all if we did not find the target.
define DEPENDENCY_CORRECTOR
{ $(DEPCRUNCH) --extensions rsg,mbg --assume '$(EPOCROOT)/epoc32/include' ; }
endef
else
# This can correct the dependencies by assuming that the file will be in epoc32\include as this is the default
DEPENDENCY_CORRECTOR:=$(GNUSED) -r 's% ([^ \/]+\.((rsg)|(mbg)))% $(EPOCROOT)\/epoc32\/include\/\1%ig'
endif
###############################################################################
# Include all the macros - but not if it has been done already
ifeq ($(include_resource_mk),)
include_resource_mk:=1
include $(FLMHOME)/resource.mk
endif
###############################################################################
## Generate a string of resourcefiles optionally with a header OR
## just a header (HEADERONLY)
ifeq ($(HEADERONLY),) # i.e IF NOT HEADERONLY
# The resources that are not for the "HEADER language" will all depend on
# that "headlang resource" - they will "sit in its dependency slipstream"
# or in other words We only have to make one dependency file because
# all of the other languages will benefit from it indirectly through their
# dependency on the header language.
# The guard is based on the languages we're building so that 2 resource blocks can
# create different languages if so needed (no known reason for this but someone
# could do it and in the past it would have worked).
GUARD:=TARGET_$(call sanitise,$(INTERBASE_TMP))
$(if $(FLMDEBUG),$(info <debug>resource.flm: $(GUARD)=$($(GUARD)) LANGUAGES:=$(LANGUAGES)</debug>))
# Don't generate new rules for languages we've already seen for this resource file
# i.e. this allows one to define a single resource using two startresource blocks.
# each of which specifies one half of the languages.
REMAINING_LANGUAGES:=$(filter-out $($(GUARD)),$(LANGUAGES))
$(if $(FLMDEBUG),$(info <debug>resource.flm: REMAINING_LANGUAGES=$(REMAINING_LANGUAGES)</debug>))
ifneq ($(REMAINING_LANGUAGES),)
$(GUARD):=$($(GUARD)) $(REMAINING_LANGUAGES)
LANGUAGES:=$(REMAINING_LANGUAGES)
# PRIMARYFILE is the resource that will have a dependency file and that all the other
# resources will depend on.
PRIMARYFILE:=$(INTERBASE_TMP).r$(HEADLANG)
DEPENDFILENAME:=$(INTERBASE_TMP).r$(HEADLANG).d
$(if $(FLMDEBUG),$(info <debug>resource.flm: in guard with primary file=$(PRIMARYFILE)</debug>))
ifeq "$(MAKEFILE_GROUP)" "RESOURCE_DEPS"
# Generate PRIMARYFILE's dependencies
$(eval $(call resource.deps,$(INTERBASE_TMP).r$(HEADLANG),$(HEADLANG),$(DEPENDFILENAME)))
else
RESOURCE:: $(PRIMARYFILE)
# invoke the macro that creates targets for building resources, once per language
# For sc we generate $(INTERBASE_TMP).rsc and define LANGUAGE_SC and LANGUAGE_sc.
$(foreach L,$(LANGUAGES),$(eval $(call resource.build,$(INTERBASE_TMP).r$(L),$(L),$(TARGET_lower).r$(L))))
DEPENDFILE:=$(wildcard $(DEPENDFILENAME))
ifneq "$(DEPENDFILE)" ""
ifeq "$(filter %CLEAN,$(call uppercase,$(MAKECMDGOALS)))" ""
-include $(DEPENDFILE)
endif
endif
endif
endif
ifneq "$(MAKEFILE_GROUP)" "RESOURCE_DEPS"
# Whether or not we have generated this resource for some other start
# resource block, check if there are any new copies to be made for
# this variant. e.g. winscw requires that we make some extra copies.
# We tried to copy after running rcomp itself but we still need these
# targets for the sake of dependencies or, for example, if someone
# merely adds a new copy when the resource is up-to-date
$(foreach L,$(LANGUAGES),$(eval $(call resource.makecopies,$(INTERBASE_TMP).r$(L),$(TARGET_lower).r$(L))))
endif
else
#
# HEADERONLY was specified
#
GUARD:=TARGET_$(call sanitise,$(INTERBASE_TMP))_rsg
$(if $(FLMDEBUG),$(info <debug>resource.flm: Headeronly $(INTERBASE_TMP) $(TARGET_lower).rsg LANGUAGES:=$(LANGUAGES)</debug>))
ifeq ($($(GUARD)),)
$(GUARD):=1
$(eval $(call resource.headeronly,$(INTERBASE_TMP),$(HEADLANG)))
# The headeronly macro manages dependency including on its own
endif
endif
ifneq "$(MAKEFILE_GROUP)" "RESOURCE_DEPS"
# Add header to releasables anyway despite guard since sone things
# like the abldcache want to see the rsg for each platform even
# if we only declare one rule.
# If there's no header then it will be blank which is fine.
RELEASABLES:=$(RELEASABLES) $(RESOURCEHEADER)
endif
###############################################################################
## .rfi generation in support of the gccxml build
## Note that .rfi files are created from the dependency files generated from preprocessing resources to create .rpp files
ifneq ($(RFIFILE),)
RESOURCE:: $(RFIFILE)
RELEASABLES:=$(RELEASABLES) $(RFIFILE)
CREATABLEPATHS:=$(CREATABLEPATHS) $(dir $(RFIFILE))/
$(eval $(call generaterfifile,$(RFIFILE),$(PRIMARYFILE).d))
endif
## Clean up
$(call raptor_clean,$(CLEANTARGETS))
# make the output directories while reading makefile - some build engines prefer this
$(call makepath,$(CREATABLEPATHS))
# for the --what option and the log file
$(call raptor_release,$(RELEASABLES),RESOURCE)