source: rtems/make/leaf.cfg @ 38bfb0d

#
#  $Id$
#
# make/leaf.cfg
#
#   Make(1) configuration file include'd by all leaf-node Makefiles
#

# get most stuff done

# include $(RTEMS_ROOT)/make/main.cfg

#
# list of all known managers
# This list is used, along with $(MANAGERS) (set by app makefile)
#   to build the list of *not wanted* drivers.
#
# ref: target compiler config file for usage
#

MANAGER_LIST=dpmem event io msg mp part region sem signal timer rtmon ext

# Convert *real* spellings in $(MANAGERS) (set
#   in application makefile) to their "correct" name.
# (I hate abbreviations :-)

MANAGERS := $(patsubst message,            msg,   $(MANAGERS))
MANAGERS := $(patsubst multi_processor,    mp,    $(MANAGERS))
MANAGERS := $(patsubst partition,          part,  $(MANAGERS))
MANAGERS := $(patsubst rate_monotonic,     rtmon, $(MANAGERS))
MANAGERS := $(patsubst semaphore,          sem,   $(MANAGERS))
MANAGERS := $(patsubst dual_ported_memory, dpmem, $(MANAGERS))
MANAGERS := $(patsubst extension,          ext,   $(MANAGERS))

# allow 'all' to mean all managers
MANAGERS := $(patsubst all, $(MANAGER_LIST), $(MANAGERS))

# and finally rip out duplicates
MANAGERS := $(sort $(MANAGERS))

# Pull in the desired compiler
# This is almost always the "target" compiler.
# But sometimes, you have to build something on the host.
# Allow for that by allowing individual Makefiles specify $(USE_HOST_COMPILER)
# This will not change $(ARCH) -- binaries will still be place as per target
ifeq (,$(USE_HOST_COMPILER))
   include ${CONFIG.$(TARGET_ARCH).CC}
else
   include $(CONFIG.$(HOST_ARCH).CC)
endif
ifeq (${DEPEND},$(wildcard ${DEPEND}))
include ${DEPEND}                    # pull in dependencies if they exist
endif

#
# Builtin targets for compilation variants
#
debug:
        $(MAKE) -f $(MAKEFILE) MAKEFILE=$(MAKEFILE) "ARCH=${TARGET_ARCH}-debug" \
      "CFLAGS_DEBUG=$(CFLAGS_DEBUG_V)" \
      "CFLAGS_OPTIMIZE=$(CFLAGS_DEBUG_OPTIMIZE_V)" \
      "LDFLAGS_DEBUG=$(LDFLAGS_DEBUG_V)" $(TARGET_VA)

profile:
        $(MAKE) -f $(MAKEFILE) \
      MAKEFILE=$(MAKEFILE) "ARCH=${TARGET_ARCH}-profile" \
      "CFLAGS_PROFILE=$(CFLAGS_PROFILE_V)" \
      "LDFLAGS_PROFILE=$(LDFLAGS_PROFILE_V)" $(TARGET_VA)

#
# VARIANT_VA will convert our ${ARCH} back into "" or "debug" or "profile".
#   Handy when one makefile wants to hop over into a peer's tree and
#   build something "the same" way.
#

VARIANT-$(TARGET_ARCH)-v =
VARIANT-$(TARGET_ARCH)-debug-v = debug
VARIANT-$(TARGET_ARCH)-profile-v = profile

VARIANT_VA = $(VARIANT-$(ARCH)-v)

#
# TARGET_VA will convert $@ (expected to be 'debug' or 'profile' etc.)
#   into "" or "install" as appropriate.
#   Used for variant recursion.
#

TARGET_debug_V = all
TARGET_profile_V = all

TARGET_VA = $(TARGET_$@_V)

#
# LIBSUFFIX_VA, will "index" into LIBSUFF-*-v macros and
#   convert our ${ARCH} back into .a or _g.a or _p.a based on debug or profile.
#   Useful for installing libraries.
#

LIBSUFFIX_$(TARGET_ARCH)_V=
LIBSUFFIX_$(TARGET_ARCH)-debug_V=_g
LIBSUFFIX_$(TARGET_ARCH)-profile_V=_p

LIB_VARIANT=$(LIBSUFFIX_$(ARCH)_V)
LIBSUFFIX_VA = $(LIB_VARIANT).a

#
# Builtin clean and distclean rules
# Individual makefiles can add stuff via CLEAN_ADDITIONS and CLOBBER_ADDITIONS
# If desperate to save something, they can override CLEAN_OS, CLEAN_CC, etc.
#

clean-am: clean-generic
        -$(RM) -r $(CLEAN_OS) $(CLEAN_CC) $(CLEAN_DEPEND)
        -$(RM) -r $(VARIANTS)
#       -$(RM) -r $(IMPORT_SOURCE)

distclean-am: distclean-generic clean-am
        -$(RM) -r $(CLOBBER_OS) $(CLOBBER_CC) $(CLOBBER_DEPEND)

preinstall-am:
preinstall: preinstall-am

distclean: distclean-am
        -$(RM) config.status
clean: clean-am

.PHONY: distclean distclean-am
.PHONY: clean clean-am