# $(eval $(call build-prog,utils/genapply,dist-install,1))
define build-prog
+$(call trace, build-prog($1,$2,$3))
+$(call profStart, build-prog($1,$2,$3))
# $1 = dir
# $2 = distdir
# $3 = GHC stage to use (0 == bootstrapping compiler)
$$(error $1/$2: stage argument to build-prog should be 0, 1, or 2)
endif
-$(call all-target,$1,all_$1_$2)
-
$(call clean-target,$1,$2,$1/$2)
-$(call package-config,$1,$2,$3)
+ifneq "$$($1_$2_NOT_NEEDED)" "YES"
+$$(eval $$(call build-prog-helper,$1,$2,$3))
+endif
+$(call profEnd, build-prog($1,$2,$3))
+endef
+
+
+define build-prog-helper
+# $1 = dir
+# $2 = distdir
+# $3 = GHC stage to use (0 == bootstrapping compiler)
ifeq "$$($1_USES_CABAL)" "YES"
-ifneq "$$(NO_INCLUDE_PKGDATA)" "YES"
-include $1/$2/package-data.mk
-endif
+$1_$2_USES_CABAL = YES
endif
-ifeq "$$($1_USES_CABAL)$$($1_$2_VERSION)" "YES"
-$1_$2_DISABLE = YES
-endif
+$(call package-config,$1,$2,$3)
-ifeq "$$($1_$2_DISABLE)" "YES"
+$1_$2_depfile_base = $1/$2/build/.depend
-ifeq "$$(DEBUG)" "YES"
-$$(warning $1/$2 disabled)
+ifeq "$$($1_$2_INSTALL_INPLACE)" "NO"
+ifeq "$(findstring clean,$(MAKECMDGOALS))" ""
+$1_$2_INPLACE = $$(error $1_$2 should not be installed inplace, but INPLACE var evaluated)
+else
+$1_$2_INPLACE =
+endif
+else
+# Where do we install the inplace version?
+ifeq "$$($1_$2_SHELL_WRAPPER) $$(Windows)" "YES NO"
+$1_$2_INPLACE = $$(INPLACE_LIB)/$$($1_$2_PROG)
+else
+ifeq "$$($1_$2_TOPDIR)" "YES"
+$1_$2_INPLACE = $$(INPLACE_TOPDIR)/$$($1_$2_PROG)
+else
+$1_$2_INPLACE = $$(INPLACE_BIN)/$$($1_$2_PROG)
+endif
+endif
endif
-# The following code to build the package all depends on settings
-# obtained from package-data.mk. If we don't have package-data.mk
-# yet, then don't try to do anything else with this package. Make will
-# try to build package-data.mk, then restart itself and we'll be in business.
+ifeq "$$($1_$2_USES_CABAL)" "YES"
+$(call build-package-data,$1,$2,$3)
+ifneq "$$(NO_INCLUDE_PKGDATA)" "YES"
+ifeq "$3" "0"
+include $1/$2/package-data.mk
+else ifeq "$(phase)" "final"
+include $1/$2/package-data.mk
+endif
+endif
+endif
-$(call all-target,$1_$2,$1/$2/package-data.mk)
+$(call all-target,$1,all_$1_$2)
+$(call all-target,$1_$2,$1/$2/build/tmp/$$($1_$2_PROG))
-# We have a rule for package-data.mk only when the package is
-# disabled, because we want the build to fail if we haven't run phase 0.
-ifneq "$(BINDIST)" "YES"
-$(call build-package-data,$1,$2)
+# INPLACE_BIN might be empty if we're distcleaning
+ifeq "$(findstring clean,$(MAKECMDGOALS))" ""
+ifneq "$$($1_$2_INSTALL_INPLACE)" "NO"
+$$($1_$2_INPLACE) : $1/$2/build/tmp/$$($1_$2_PROG) | $$$$(dir $$$$@)/.
+ "$$(CP)" -p $$< $$@
+ touch $$@
+endif
endif
-else
+$(call shell-wrapper,$1,$2)
+
+$1_$2_WAYS = v
-ifneq "$(BINDIST)" "YES"
$(call hs-sources,$1,$2)
$(call c-sources,$1,$2)
-# --- DEPENDENCIES
-
-$1_$2_depfile = $1/$2/build/.depend
-
-$(call build-dependencies,$1,$2)
-
# --- IMPLICIT RULES
-$(call distdir-opts,$1,$2,$3)
-
# Just the 'v' way for programs
-$(call distdir-way-opts,$1,$2,v)
+$(call distdir-way-opts,$1,$2,v,$3)
+ifeq "$3" "0"
+# For stage 0, we use GHC to compile C sources so that we don't have to
+# worry about where the RTS header files are
$(call c-suffix-rules,$1,$2,v,YES)
+else
+$(call c-suffix-rules,$1,$2,v,NO)
+endif
$(call hs-suffix-rules,$1,$2,v)
$$(foreach dir,$$($1_$2_HS_SRC_DIRS),\
$(call c-objs,$1,$2,v)
$(call hs-objs,$1,$2,v)
-ifeq "$$(BootingFromHc)" "NO"
-$1/$2/build/tmp/$$($1_$2_PROG) : $$($1_$2_v_HS_OBJS) $$($1_$2_v_C_OBJS) $$($1_$2_v_S_OBJS) $$($1_$2_OTHER_OBJS)
- "$$(MKDIRHIER)" $$(dir $$@)
- "$$($1_$2_HC)" -o $$@ $$($1_$2_v_ALL_HC_OPTS) $$(LD_OPTS) $$($1_$2_v_HS_OBJS) $$($1_$2_v_C_OBJS) $$($1_$2_v_S_OBJS) $$($1_$2_OTHER_OBJS)
+$1_$2_LINK_WITH_GCC = NO
+ifeq "$$(BootingFromHc)" "YES"
+$1_$2_LINK_WITH_GCC = YES
+endif
+
+ifeq "$$($1_$2_v_HS_OBJS)" ""
+# We don't want to link the GHC RTS into C-only programs. There's no
+# point, and it confuses the test that all GHC-compiled programs
+# were compiled with the right GHC.
+$1_$2_GHC_LD_OPTS = -no-auto-link-packages -no-hs-main
+endif
+
+ifneq "$$(BINDIST)" "YES"
+# The quadrupled $'s here are because the _v_LIB variables aren't
+# necessarily set when this part of the makefile is read
+$1/$2/build/tmp/$$($1_$2_PROG) : \
+ $$(foreach dep,$$($1_$2_DEP_NAMES),\
+ $$(if $$(filter ghc,$$(dep)),\
+ $(if $(filter 0,$3),$$(compiler_stage1_v_LIB),\
+ $(if $(filter 1,$3),$$(compiler_stage2_v_LIB),\
+ $(if $(filter 2,$3),$$(compiler_stage2_v_LIB),\
+ $$(error Bad build stage)))),\
+ $$$$(libraries/$$(dep)_dist-$(if $(filter 0,$3),boot,install)_v_LIB)))
+
+ifeq "$$($1_$2_LINK_WITH_GCC)" "NO"
+$1/$2/build/tmp/$$($1_$2_PROG) : $$($1_$2_v_HS_OBJS) $$($1_$2_v_C_OBJS) $$($1_$2_v_S_OBJS) $$($1_$2_OTHER_OBJS) | $$$$(dir $$$$@)/.
+ "$$($1_$2_HC)" -o $$@ $$($1_$2_v_ALL_HC_OPTS) $$(LD_OPTS) $$($1_$2_GHC_LD_OPTS) $$($1_$2_v_HS_OBJS) $$($1_$2_v_C_OBJS) $$($1_$2_v_S_OBJS) $$($1_$2_OTHER_OBJS) $$(addprefix -l,$$($1_$2_EXTRA_LIBRARIES))
else
-$1/$2/build/tmp/$$($1_$2_PROG) : $$($1_$2_v_HS_OBJS) $$($1_$2_v_C_OBJS) $$($1_$2_v_S_OBJS) $$($1_$2_OTHER_OBJS)
- "$$(MKDIRHIER)" $$(dir $$@)
- "$$(CC)" -o $$@ $$($1_$2_v_ALL_CC_OPTS) $$(LD_OPTS) $$($1_$2_v_HS_OBJS) $$($1_$2_v_C_OBJS) $$($1_$2_v_S_OBJS) $$($1_$2_OTHER_OBJS) $$($1_$2_v_EXTRA_CC_OPTS)
+$1/$2/build/tmp/$$($1_$2_PROG) : $$($1_$2_v_HS_OBJS) $$($1_$2_v_C_OBJS) $$($1_$2_v_S_OBJS) $$($1_$2_OTHER_OBJS) | $$$$(dir $$$$@)/.
+ "$$($1_$2_CC)" -o $$@ $$($1_$2_v_ALL_CC_OPTS) $$(LD_OPTS) $$($1_$2_v_HS_OBJS) $$($1_$2_v_C_OBJS) $$($1_$2_v_S_OBJS) $$($1_$2_OTHER_OBJS) $$($1_$2_v_EXTRA_CC_OPTS) $$(addprefix -l,$$($1_$2_EXTRA_LIBRARIES))
endif
# Note [lib-depends] if this program is built with stage1 or greater, we
# need to depend on the libraries too. NB. since $(ALL_STAGE1_LIBS) and
# $(ALL_RTS_LIBS) are not defined until after libraries/*/ghc.mk have
# been included, this introduces an ordering dependency.
+ifneq "$$(CLEANING)" "YES"
ifneq "$3" "0"
-ifeq "$$(ALL_STAGE1_LIBS)" ""
-$$(error ordering failure in $1: $$(ALL_STAGE1_LIBS) is empty)
+ifneq "$$($1_$2_HS_SRCS)" ""
+ifeq "$$(strip $$(ALL_STAGE1_LIBS))" ""
+$$(error ordering failure in $1 ($2): ALL_STAGE1_LIBS is empty)
endif
-$1/$2/build/tmp/$($1_$2_PROG) : $$(ALL_STAGE1_LIBS) $$(ALL_RTS_LIBS) $$(OTHER_LIBS)
endif
+$1/$2/build/tmp/$$($1_$2_PROG) : $$(ALL_STAGE1_LIBS) $$(ALL_RTS_LIBS) $$(OTHER_LIBS)
endif
-
-ifeq "$$($1_$2_INSTALL_INPLACE)" "NO"
-$(call all-target,$1_$2,$1/$2/build/tmp/$$($1_$2_PROG))
-else
-# Where do we install the inplace version?
-ifeq "$$($1_$2_SHELL_WRAPPER) $$(Windows)" "YES NO"
-$1_$2_INPLACE = $$(INPLACE_LIB)/$$($1_$2_PROG)
-else
-ifeq "$$($1_$2_TOPDIR)" "YES"
-$1_$2_INPLACE = $$(INPLACE_TOPDIR)/$$($1_$2_PROG)
-else
-$1_$2_INPLACE = $$(INPLACE_BIN)/$$($1_$2_PROG)
endif
endif
+ifneq "$$($1_$2_INSTALL_INPLACE)" "NO"
$(call all-target,$1_$2,$$($1_$2_INPLACE))
-$(call clean-target,$1,$2_inplace,$$($1_$2_INPLACE))
-
-# INPLACE_BIN might be empty if we're distcleaning
-ifeq "$(findstring clean,$(MAKECMDGOALS))" ""
-$$($1_$2_INPLACE) : $1/$2/build/tmp/$$($1_$2_PROG) $$(MKDIRHIER)
- "$$(MKDIRHIER)" $$(dir $$@)
- "$$(CP)" -p $$< $$@
- touch $$@
endif
-
-# touch is necessary; cp doesn't update the file time.
-endif
-
-$(call shell-wrapper,$1,$2)
+$(call clean-target,$1,$2_inplace,$$($1_$2_INPLACE))
ifeq "$$($1_$2_INSTALL)" "YES"
ifeq "$$($1_$2_TOPDIR)" "YES"
endif
endif
-endif # package-data.mk exists
+$(call dependencies,$1,$2,$3)
endef
projects / ghc-hetmet.git / blobdiff