mirrored from https://gitlab.haskell.org/ghc/ghc.git
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ghc.mk
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ghc.mk
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# -----------------------------------------------------------------------------
#
# (c) 2009 The University of Glasgow
#
# This file is part of the GHC build system.
#
# To understand how the build system works and how to modify it, see
# http://hackage.haskell.org/trac/ghc/wiki/Building/Architecture
# http://hackage.haskell.org/trac/ghc/wiki/Building/Modifying
#
# -----------------------------------------------------------------------------
# -----------------------------------------------------------------------------
# Building the RTS
# We build the RTS with stage 1
rts_dist_HC = $(GHC_STAGE1)
# merge GhcLibWays and GhcRTSWays but strip out duplicates
rts_WAYS = $(GhcLibWays) $(filter-out $(GhcLibWays),$(GhcRTSWays))
rts_dist_WAYS = $(rts_WAYS)
ALL_RTS_LIBS = $(foreach way,$(rts_WAYS),rts/dist/build/libHSrts$($(way)_libsuf))
all_rts : $(ALL_RTS_LIBS)
# -----------------------------------------------------------------------------
# Defining the sources
ALL_DIRS = hooks parallel sm eventlog
ifeq "$(HostOS_CPP)" "mingw32"
ALL_DIRS += win32
else
ALL_DIRS += posix
endif
EXCLUDED_SRCS :=
EXCLUDED_SRCS += rts/parallel/SysMan.c
EXCLUDED_SRCS += $(wildcard rts/Vis*.c)
rts_C_SRCS := $(filter-out $(EXCLUDED_SRCS),$(wildcard rts/*.c $(foreach dir,$(ALL_DIRS),rts/$(dir)/*.c)))
rts_CMM_SRCS := $(wildcard rts/*.cmm)
# Don't compile .S files when bootstrapping a new arch
ifneq "$(PORTING_HOST)" "YES"
ifneq "$(findstring $(TargetArch_CPP), i386 powerpc powerpc64)" ""
rts_S_SRCS += rts/AdjustorAsm.S
endif
endif
ifeq "$(GhcUnregisterised)" "YES"
GENAPPLY_OPTS = -u
endif
rts_AUTO_APPLY_CMM = rts/dist/build/AutoApply.cmm
$(rts_AUTO_APPLY_CMM): $(GENAPPLY_INPLACE)
"$(GENAPPLY_INPLACE)" >$@
rts/dist/build/sm/Evac_thr.c : rts/sm/Evac.c | $$(dir $$@)/.
cp $< $@
rts/dist/build/sm/Scav_thr.c : rts/sm/Scav.c | $$(dir $$@)/.
cp $< $@
rts_H_FILES := $(wildcard rts/*.h rts/*/*.h)
ifeq "$(USE_DTRACE)" "YES"
DTRACEPROBES_H = rts/dist/build/RtsProbes.h
rts_H_FILES += $(DTRACEPROBES_H)
endif
# collect the -l flags that we need to link the rts dyn lib.
rts/libs.depend : $(GHC_PKG_INPLACE)
"$(GHC_PKG_INPLACE)" field rts extra-libraries \
| sed -e 's/^extra-libraries: //' -e 's/\([a-z0-9]*\)[ ]*/-l\1 /g' > $@
# ----------------------------------------------------------------------------
# On Windows, as the RTS and base libraries have recursive imports,
# we have to break the loop with "import libraries".
# These are made from rts/win32/libHS*.def which contain lists of
# all the symbols in those libraries used by the RTS.
#
ifeq "$(HostOS_CPP)" "mingw32"
ALL_RTS_DEF_LIBNAMES = base ghc-prim
ALL_RTS_DEF_LIBS = \
rts/dist/build/win32/libHSbase.dll.a \
rts/dist/build/win32/libHSghc-prim.dll.a
# -- import libs for the regular Haskell libraries
define make-importlib-def # args $1 = lib name
rts/dist/build/win32/libHS$1.def : rts/win32/libHS$1.def
cat rts/win32/libHS$1.def \
| sed "s/@LibVersion@/$$(libraries/$1_dist-install_VERSION)/" \
| sed "s/@ProjectVersion@/$$(ProjectVersion)/" \
> rts/dist/build/win32/libHS$1.def
rts/dist/build/win32/libHS$1.dll.a : rts/dist/build/win32/libHS$1.def
"$$(DLLTOOL)" -d rts/dist/build/win32/libHS$1.def \
-l rts/dist/build/win32/libHS$1.dll.a
endef
$(foreach lib,$(ALL_RTS_DEF_LIBNAMES),$(eval $(call make-importlib-def,$(lib))))
endif
ifneq "$(BINDIST)" "YES"
rts_ffi_objs_stamp = rts/dist/ffi/stamp
rts_ffi_objs = rts/dist/ffi/*.o
$(rts_ffi_objs_stamp): $(libffi_STATIC_LIB) $(TOUCH_DEP) | $$(dir $$@)/.
cd rts/dist/ffi && $(AR) x ../../../$(libffi_STATIC_LIB)
"$(TOUCH_CMD)" $@
# This is a little hacky. We don't know the SO version, so we only
# depend on libffi.so, but copy libffi.so*
rts/dist/build/libffi$(soext): libffi/build/inst/lib/libffi$(soext)
cp libffi/build/inst/lib/libffi$(soext)* rts/dist/build
rts/dist/build/$(LIBFFI_DLL): libffi/build/inst/bin/$(LIBFFI_DLL)
cp $< $@
endif
#-----------------------------------------------------------------------------
# Building one way
define build-rts-way # args: $1 = way
ifneq "$$(BINDIST)" "YES"
# The per-way CC_OPTS
ifneq "$$(findstring debug, $1)" ""
rts_dist_$1_HC_OPTS =
rts_dist_$1_CC_OPTS = -g -O0
else
rts_dist_$1_HC_OPTS = $$(GhcRtsHcOpts)
rts_dist_$1_CC_OPTS = $$(GhcRtsCcOpts)
endif
ifneq "$$(findstring dyn, $1)" ""
ifeq "$$(HostOS_CPP)" "mingw32"
rts_dist_$1_CC_OPTS += -DCOMPILING_WINDOWS_DLL
endif
endif
ifneq "$$(findstring thr, $1)" ""
rts_$1_EXTRA_C_SRCS = rts/dist/build/sm/Evac_thr.c rts/dist/build/sm/Scav_thr.c
endif
$(call distdir-way-opts,rts,dist,$1)
$(call c-suffix-rules,rts,dist,$1,YES)
$(call cmm-suffix-rules,rts,dist,$1)
$(call hs-suffix-rules-srcdir,rts,dist,$1,.)
# hs-suffix-rules-srcdir is needed when BootingFromHc to get the .hc rules
rts_$1_LIB_NAME = libHSrts$$($1_libsuf)
rts_$1_LIB = rts/dist/build/$$(rts_$1_LIB_NAME)
rts_$1_C_OBJS = $$(patsubst rts/%.c,rts/dist/build/%.$$($1_osuf),$$(rts_C_SRCS)) $$(patsubst %.c,%.$$($1_osuf),$$(rts_$1_EXTRA_C_SRCS))
rts_$1_S_OBJS = $$(patsubst rts/%.S,rts/dist/build/%.$$($1_osuf),$$(rts_S_SRCS))
rts_$1_CMM_OBJS = $$(patsubst rts/%.cmm,rts/dist/build/%.$$($1_osuf),$$(rts_CMM_SRCS)) $$(patsubst %.cmm,%.$$($1_osuf),$$(rts_AUTO_APPLY_CMM))
rts_$1_OBJS = $$(rts_$1_C_OBJS) $$(rts_$1_S_OBJS) $$(rts_$1_CMM_OBJS)
ifeq "$(USE_DTRACE)" "YES"
ifeq "$(TargetOS_CPP)" "solaris2"
# On Darwin we don't need to generate binary containing probes defined
# in DTrace script, but DTrace on Solaris expects generation of binary
# from the DTrace probes definitions
rts_$1_DTRACE_OBJS = rts/dist/build/RtsProbes.$$($1_osuf)
rts/dist/build/RtsProbes.$$($1_osuf) : $$(rts_$1_OBJS)
$(DTRACE) -G -C $$(addprefix -I,$$(GHC_INCLUDE_DIRS)) -DDTRACE -s rts/RtsProbes.d -o \
$$@ $$(rts_$1_OBJS)
endif
endif
rts_dist_$1_CC_OPTS += -DRtsWay=\"rts_$1\"
# Making a shared library for the RTS.
ifneq "$$(findstring dyn, $1)" ""
ifeq "$$(HostOS_CPP)" "mingw32"
$$(rts_$1_LIB) : $$(rts_$1_OBJS) $$(ALL_RTS_DEF_LIBS) rts/libs.depend rts/dist/build/$$(LIBFFI_DLL)
"$$(RM)" $$(RM_OPTS) $$@
"$$(rts_dist_HC)" -package-name rts -shared -dynamic -dynload deploy \
-no-auto-link-packages -Lrts/dist/build -l$(LIBFFI_WINDOWS_LIB) `cat rts/libs.depend` $$(rts_$1_OBJS) $$(ALL_RTS_DEF_LIBS) -o $$@
else
$$(rts_$1_LIB) : $$(rts_$1_OBJS) $$(rts_$1_DTRACE_OBJS) rts/libs.depend rts/dist/build/libffi$$(soext)
"$$(RM)" $$(RM_OPTS) $$@
"$$(rts_dist_HC)" -package-name rts -shared -dynamic -dynload deploy \
-no-auto-link-packages -Lrts/dist/build -lffi `cat rts/libs.depend` $$(rts_$1_OBJS) \
$$(rts_$1_DTRACE_OBJS) -o $$@
ifeq "$$(darwin_HOST_OS)" "1"
# Ensure library's install name is correct before anyone links with it.
install_name_tool -id $$(ghclibdir)/$$(rts_$1_LIB_NAME) $$@
endif
endif
else
$$(rts_$1_LIB) : $$(rts_$1_OBJS) $$(rts_$1_DTRACE_OBJS) $$(rts_ffi_objs_stamp)
"$$(RM)" $$(RM_OPTS) $$@
echo $$(rts_ffi_objs) $$(rts_$1_OBJS) $$(rts_$1_DTRACE_OBJS) | "$$(XARGS)" $$(XARGS_OPTS) "$$(AR_STAGE1)" \
$$(AR_OPTS_STAGE1) $$(EXTRA_AR_ARGS_STAGE1) $$@
endif
endif
endef
# And expand the above for each way:
$(foreach way,$(rts_WAYS),$(eval $(call build-rts-way,$(way))))
#-----------------------------------------------------------------------------
# Flags for compiling every file
# We like plenty of warnings.
WARNING_OPTS += -Wall
ifeq "$(GccLT34)" "YES"
WARNING_OPTS += -W
else
WARNING_OPTS += -Wextra
endif
WARNING_OPTS += -Wstrict-prototypes
WARNING_OPTS += -Wmissing-prototypes
WARNING_OPTS += -Wmissing-declarations
WARNING_OPTS += -Winline
WARNING_OPTS += -Waggregate-return
WARNING_OPTS += -Wpointer-arith
WARNING_OPTS += -Wmissing-noreturn
WARNING_OPTS += -Wnested-externs
WARNING_OPTS += -Wredundant-decls
# These ones are hard to avoid:
#WARNING_OPTS += -Wconversion
#WARNING_OPTS += -Wbad-function-cast
#WARNING_OPTS += -Wshadow
#WARNING_OPTS += -Wcast-qual
# This one seems buggy on GCC 4.1.2, which is the only GCC version we
# have that can bootstrap the SPARC build. We end up with lots of supurious
# warnings of the form "cast increases required alignment of target type".
# Some legitimate warnings can be fixed by adding an intermediate cast to
# (void*), but we get others in rts/sm/GCUtils.c concerning the gct var
# that look innocuous to me. We could enable this again once we deprecate
# support for registerised builds on this arch. -- BL 2010/02/03
# WARNING_OPTS += -Wcast-align
STANDARD_OPTS += $(addprefix -I,$(GHC_INCLUDE_DIRS)) -Irts -Irts/dist/build
# COMPILING_RTS is only used when building Win32 DLL support.
STANDARD_OPTS += -DCOMPILING_RTS
# HC_OPTS is included in both .c and .cmm compilations, whereas CC_OPTS is
# only included in .c compilations. HC_OPTS included the WAY_* opts, which
# must be included in both types of compilations.
rts_CC_OPTS += $(WARNING_OPTS)
rts_CC_OPTS += $(STANDARD_OPTS)
rts_HC_OPTS += $(STANDARD_OPTS) -package-name rts
ifneq "$(GhcWithSMP)" "YES"
rts_CC_OPTS += -DNOSMP
rts_HC_OPTS += -optc-DNOSMP
endif
ifeq "$(UseLibFFIForAdjustors)" "YES"
rts_CC_OPTS += -DUSE_LIBFFI_FOR_ADJUSTORS
endif
# Mac OS X: make sure we compile for the right OS version
rts_CC_OPTS += $(MACOSX_DEPLOYMENT_CC_OPTS)
rts_HC_OPTS += $(addprefix -optc, $(MACOSX_DEPLOYMENT_CC_OPTS))
rts_LD_OPTS += $(addprefix -optl, $(MACOSX_DEPLOYMENT_LD_OPTS))
# We *want* type-checking of hand-written cmm.
rts_HC_OPTS += -dcmm-lint
# -fno-strict-aliasing is required for the runtime, because we often
# use a variety of types to represent closure pointers (StgPtr,
# StgClosure, StgMVar, etc.), and without -fno-strict-aliasing gcc is
# allowed to assume that these pointers do not alias. eg. without
# this flag we get problems in sm/Evac.c:copy() with gcc 3.4.3, the
# upd_evacee() assigments get moved before the object copy.
rts_CC_OPTS += -fno-strict-aliasing
rts_CC_OPTS += -fno-common
ifeq "$(BeConservative)" "YES"
rts_CC_OPTS += -DBE_CONSERVATIVE
endif
#-----------------------------------------------------------------------------
# Flags for compiling specific files
# If RtsMain.c is built with optimisation then the SEH exception stuff on
# Windows gets confused.
# This has to be in HC rather than CC opts, as otherwise there's a
# -optc-O2 that comes after it.
rts/RtsMain_HC_OPTS += -optc-O0
rts/RtsMessages_CC_OPTS += -DProjectVersion=\"$(ProjectVersion)\"
rts/RtsUtils_CC_OPTS += -DProjectVersion=\"$(ProjectVersion)\"
rts/Trace_CC_OPTS += -DProjectVersion=\"$(ProjectVersion)\"
#
rts/RtsUtils_CC_OPTS += -DHostPlatform=\"$(HOSTPLATFORM)\"
rts/RtsUtils_CC_OPTS += -DHostArch=\"$(HostArch_CPP)\"
rts/RtsUtils_CC_OPTS += -DHostOS=\"$(HostOS_CPP)\"
rts/RtsUtils_CC_OPTS += -DHostVendor=\"$(HostVendor_CPP)\"
#
rts/RtsUtils_CC_OPTS += -DBuildPlatform=\"$(BUILDPLATFORM)\"
rts/RtsUtils_CC_OPTS += -DBuildArch=\"$(BuildArch_CPP)\"
rts/RtsUtils_CC_OPTS += -DBuildOS=\"$(BuildOS_CPP)\"
rts/RtsUtils_CC_OPTS += -DBuildVendor=\"$(BuildVendor_CPP)\"
#
rts/RtsUtils_CC_OPTS += -DTargetPlatform=\"$(TARGETPLATFORM)\"
rts/RtsUtils_CC_OPTS += -DTargetArch=\"$(TargetArch_CPP)\"
rts/RtsUtils_CC_OPTS += -DTargetOS=\"$(TargetOS_CPP)\"
rts/RtsUtils_CC_OPTS += -DTargetVendor=\"$(TargetVendor_CPP)\"
#
rts/RtsUtils_CC_OPTS += -DGhcUnregisterised=\"$(GhcUnregisterised)\"
rts/RtsUtils_CC_OPTS += -DGhcEnableTablesNextToCode=\"$(GhcEnableTablesNextToCode)\"
# Compile various performance-critical pieces *without* -fPIC -dynamic
# even when building a shared library. If we don't do this, then the
# GC runs about 50% slower on x86 due to the overheads of PIC. The
# cost of doing this is a little runtime linking and less sharing, but
# not much.
#
# On x86_64 this doesn't work, because all objects in a shared library
# must be compiled with -fPIC (since the 32-bit relocations generated
# by the default small memory can't be resolved at runtime). So we
# only do this on i386.
#
# This apparently doesn't work on OS X (Darwin) nor on Solaris.
# On Darwin we get errors of the form
#
# ld: absolute addressing (perhaps -mdynamic-no-pic) used in _stg_ap_0_fast from rts/dist/build/Apply.dyn_o not allowed in slidable image
#
# and lots of these warnings:
#
# ld: warning codegen in _stg_ap_pppv_fast (offset 0x0000005E) prevents image from loading in dyld shared cache
#
# On Solaris we get errors like:
#
# Text relocation remains referenced
# against symbol offset in file
# .rodata (section) 0x11 rts/dist/build/Apply.dyn_o
# ...
# ld: fatal: relocations remain against allocatable but non-writable sections
# collect2: ld returned 1 exit status
ifeq "$(TargetArch_CPP)" "i386"
i386_SPEED_HACK := "YES"
ifeq "$(TargetOS_CPP)" "darwin"
i386_SPEED_HACK := "NO"
endif
ifeq "$(TargetOS_CPP)" "solaris2"
i386_SPEED_HACK := "NO"
endif
endif
ifeq "$(TargetArch_CPP)" "i386"
ifeq "$(i386_SPEED_HACK)" "YES"
rts/sm/Evac_HC_OPTS += -fno-PIC
rts/sm/Evac_thr_HC_OPTS += -fno-PIC
rts/sm/Scav_HC_OPTS += -fno-PIC
rts/sm/Scav_thr_HC_OPTS += -fno-PIC
rts/sm/Compact_HC_OPTS += -fno-PIC
rts/sm/GC_HC_OPTS += -fno-PIC
# -static is also necessary for these bits, otherwise the NCG
# -generates dynamic references:
rts/Updates_HC_OPTS += -fno-PIC -static
rts/StgMiscClosures_HC_OPTS += -fno-PIC -static
rts/PrimOps_HC_OPTS += -fno-PIC -static
rts/Apply_HC_OPTS += -fno-PIC -static
rts/dist/build/AutoApply_HC_OPTS += -fno-PIC -static
endif
endif
# ffi.h triggers prototype warnings, so disable them here:
rts/Interpreter_CC_OPTS += -Wno-strict-prototypes
rts/Adjustor_CC_OPTS += -Wno-strict-prototypes
rts/sm/Storage_CC_OPTS += -Wno-strict-prototypes
# inlining warnings happen in Compact
rts/sm/Compact_CC_OPTS += -Wno-inline
# emits warnings about call-clobbered registers on x86_64
rts/StgCRun_CC_OPTS += -w
rts/RetainerProfile_CC_OPTS += -w
rts/RetainerSet_CC_OPTS += -Wno-format
# On Windows:
rts/win32/ConsoleHandler_CC_OPTS += -w
rts/win32/ThrIOManager_CC_OPTS += -w
# The above warning supression flags are a temporary kludge.
# While working on this module you are encouraged to remove it and fix
# any warnings in the module. See
# http://hackage.haskell.org/trac/ghc/wiki/WorkingConventions#Warnings
# for details
# Without this, thread_obj will not be inlined (at least on x86 with GCC 4.1.0)
rts/sm/Compact_CC_OPTS += -finline-limit=2500
# -O3 helps unroll some loops (especially in copy() with a constant argument).
rts/sm/Evac_CC_OPTS += -funroll-loops
rts/dist/build/sm/Evac_thr_HC_OPTS += -optc-funroll-loops
# These files are just copies of sm/Evac.c and sm/Scav.c respectively,
# but compiled with -DPARALLEL_GC.
rts/dist/build/sm/Evac_thr_CC_OPTS += -DPARALLEL_GC -Irts/sm
rts/dist/build/sm/Scav_thr_CC_OPTS += -DPARALLEL_GC -Irts/sm
#-----------------------------------------------------------------------------
# Add PAPI library if needed
ifeq "$(GhcRtsWithPapi)" "YES"
rts_CC_OPTS += -DUSE_PAPI
rts_PACKAGE_CPP_OPTS += -DUSE_PAPI
rts_PACKAGE_CPP_OPTS += -DPAPI_INCLUDE_DIR=$(PapiIncludeDir)
rts_PACKAGE_CPP_OPTS += -DPAPI_LIB_DIR=$(PapiLibDir)
ifneq "$(PapiIncludeDir)" ""
rts_HC_OPTS += -I$(PapiIncludeDir)
rts_CC_OPTS += -I$(PapiIncludeDir)
rts_HSC2HS_OPTS += -I$(PapiIncludeDir)
endif
ifneq "$(PapiLibDirs)" ""
rts_LD_OPTS += -L$(PapiLibDirs)
endif
else # GhcRtsWithPapi==YES
rts_PACKAGE_CPP_OPTS += -DPAPI_INCLUDE_DIR=""
rts_PACKAGE_CPP_OPTS += -DPAPI_LIB_DIR=""
endif
# -----------------------------------------------------------------------------
# dependencies
rts_WAYS_DASHED = $(subst $(space),,$(patsubst %,-%,$(strip $(rts_WAYS))))
rts_dist_depfile_base = rts/dist/build/.depend$(rts_WAYS_DASHED)
rts_dist_C_SRCS = $(rts_C_SRCS) $(rts_thr_EXTRA_C_SRCS)
rts_dist_S_SRCS = $(rts_S_SRCS)
rts_dist_C_FILES = $(rts_C_SRCS) $(rts_thr_EXTRA_C_SRCS) $(rts_S_SRCS)
# Hack: we define every way-related option here, so that we get (hopefully)
# a superset of the dependencies. To do this properly, we should generate
# a different set of dependencies for each way. Further hack: PROFILING an
# TICKY_TICKY can't be used together, so we omit TICKY_TICKY for now.
rts_dist_MKDEPENDC_OPTS += -DPROFILING -DTHREADED_RTS -DDEBUG
ifeq "$(USE_DTRACE)" "YES"
rts_dist_MKDEPENDC_OPTS += -Irts/dist/build
endif
$(eval $(call dependencies,rts,dist,1))
$(rts_dist_depfile_c_asm) : $(libffi_HEADERS) $(DTRACEPROBES_H)
# -----------------------------------------------------------------------------
# compile dtrace probes if dtrace is supported
ifeq "$(USE_DTRACE)" "YES"
rts_CC_OPTS += -DDTRACE
rts_HC_OPTS += -DDTRACE
# Apple's dtrace (the only one supported by ghc at the moment) uses
# gcc as its preprocessor. If gcc isn't at /usr/bin/gcc, or we need
# to force it to use a different gcc, we need to give the path in
# the option cpppath.
ifeq "$(TargetOS_CPP)" "darwin"
# Darwin has a flag to tell dtrace which cpp to use.
# Unfortunately, this isn't supported on Solaris (See Solaris Dynamic Tracing
# Guide, Chapter 16, for the configuration variables available on Solaris)
DTRACE_FLAGS = -x cpppath=$(WhatGccIsCalled)
endif
DTRACEPROBES_SRC = rts/RtsProbes.d
$(DTRACEPROBES_H): $(DTRACEPROBES_SRC) includes/ghcplatform.h | $$(dir $$@)/.
"$(DTRACE)" $(filter -I%,$(rts_CC_OPTS)) -C $(DTRACE_FLAGS) -h -o $@ -s $<
endif
# -----------------------------------------------------------------------------
# The RTS package config
# If -DDEBUG is in effect, adjust package conf accordingly..
ifneq "$(strip $(filter -optc-DDEBUG,$(GhcRtsHcOpts)))" ""
rts_PACKAGE_CPP_OPTS += -DDEBUG
endif
ifeq "$(HaveLibMingwEx)" "YES"
rts_PACKAGE_CPP_OPTS += -DHAVE_LIBMINGWEX
endif
$(eval $(call manual-package-config,rts))
ifneq "$(BootingFromHc)" "YES"
rts/package.conf.inplace : $(includes_H_CONFIG) $(includes_H_PLATFORM)
endif
# -----------------------------------------------------------------------------
# installing
INSTALL_LIBS += $(ALL_RTS_LIBS)
INSTALL_LIBS += $(wildcard rts/dist/build/libffi$(soext)*)
INSTALL_LIBS += $(wildcard rts/dist/build/$(LIBFFI_DLL))
install: install_libffi_headers
.PHONY: install_libffi_headers
install_libffi_headers :
$(call INSTALL_DIR,"$(DESTDIR)$(ghcheaderdir)")
$(call INSTALL_HEADER,$(INSTALL_OPTS),$(libffi_HEADERS),"$(DESTDIR)$(ghcheaderdir)/")
# -----------------------------------------------------------------------------
# cleaning
$(eval $(call clean-target,rts,dist,rts/dist))
BINDIST_EXTRAS += rts/package.conf.in