# binary-dist
# Builds a binary distribution
#
+# framework-pkg [MacOS only]
+# Builds /Library/Frameworks/GHC.framework wrapped into a Mac
+# installer package
+#
+# framework-binary-dist [MacOS only]
+# Builds GHC.framework encapsulating a binary distribution
+# (to give a relocatable framework)
+#
# hc-file-bundle
# Builds an HC-file bundle, for bootstrapping
#
# We can't 'make boot' in libraries until stage1 is built
ifeq "$(BootingFromHc)" "YES"
-SUBDIRS_BUILD = gmp includes rts compat compiler docs utils driver
+SUBDIRS_BUILD = gmp libffi includes rts compat compiler docs utils driver
else
-SUBDIRS_BUILD = gmp includes compat utils driver docs compiler rts libraries/Cabal/doc
+SUBDIRS_BUILD = gmp libffi includes compat utils driver docs compiler rts libraries/Cabal/doc
endif
-SUBDIRS = gmp includes compat utils driver docs rts libraries compiler libraries/Cabal/doc
+SUBDIRS = gmp libffi includes compat utils driver docs rts libraries compiler libraries/Cabal/doc
# Sanity check that all the boot libraries are in the tree, to catch
# failure to run darcs-all.
endif
stage1 : $(GCC_LIB_DEP) check-packages
+ $(MAKE) -C utils mostlyclean
$(MAKE) -C utils/mkdependC boot
@case '${MFLAGS}' in *-[ik]*) x_on_err=0;; *-r*[ik]*) x_on_err=0;; *) x_on_err=1;; esac; \
for i in $(SUBDIRS_BUILD); do \
$(MAKE) -C libraries boot
$(MAKE) -C libraries all
+# When making distributions (i.e., whether with binary-dist or using the
+# vanilla install target to create an installer package), we can have problems
+# if some things (e.g. ghc-pkg) are compiled with the bootstrapping compiler
+# and some (e.g. the stage 2 compiler) with the stage1 compiler. See #1860 for
+# an example. Thus, we explicitly build a second version with the stage 1
+# compiler of all utils that get installed and of all extra support binaries
+# includes in binary dists.
stage2 : check-packages
+ $(MAKE) -C utils mostlyclean
+ $(MAKE) -C utils stage=2
$(MAKE) -C compiler boot stage=2
$(MAKE) -C compiler stage=2
+ $(RM) -f libraries/ifBuildable/ifBuildable
+ $(MAKE) -C libraries stage=2 ifBuildable/ifBuildable
+ $(RM) -f libraries/installPackage/installPackage
+ $(MAKE) -C libraries stage=2 installPackage/installPackage
+
stage3 : check-packages
$(MAKE) -C compiler boot stage=3
binary-dist::
-rm -rf $(BIN_DIST_DIR)
- -$(RM) $(BIN_DIST_DIR).tar.gz
-
-# When making bindists, we can have problems if some things (e.g. ghc-pkg)
-# are compiled with the bootstrapping compiler and some (e.g. the stage 2
-# compiler) with the stage1 compiler. See #1860 for an example.
-# Thus we rebuild the utils with stage 1 here. This is a bit unpleasant,
-# as binary-dist really shouldn't actually build anything, but it works.
-# We need to do the same for utilities used during library package installation.
-binary-dist::
- $(MAKE) -C utils clean
- $(MAKE) -C utils UseStage1=YES boot
- $(MAKE) -C utils UseStage1=YES
- $(RM) -f libraries/ifBuildable/ifBuildable
- $(MAKE) -C libraries UseStage1=YES ifBuildable/ifBuildable
- $(RM) -f libraries/installPackage/installPackage
- $(MAKE) -C libraries UseStage1=YES installPackage/installPackage
+ -$(RM) $(BIN_DIST_TARBALL)
ifeq "$(TARGETPLATFORM)" "i386-unknown-mingw32"
BIN_DIST_TOP+=mk/fix_install_names.sh
endif
-.PHONY: binary-dist-pre% binary-dist binary-pack
+.PHONY: binary-dist-pre% binary-dist
binary-dist:: binary-dist-pre
echo "HaveLibGmp = $(HaveLibGmp)" >> $(VARFILE)
echo "GhcLibsWithUnix = $(GhcLibsWithUnix)" >> $(VARFILE)
echo "GhcWithInterpreter = $(GhcWithInterpreter)" >> $(VARFILE)
- echo "GhcHasReadline = $(GhcHasReadline)" >> $(VARFILE)
+ echo "GhcHasEditline = $(GhcHasEditline)" >> $(VARFILE)
echo "BootingFromHc = $(BootingFromHc)" >> $(VARFILE)
echo "XMLDocWays = $(XMLDocWays)" >> $(VARFILE)
# We won't actually use xsltproc, but we need to know if it's "" or not
.PHONY: tar-binary-dist
tar-binary-dist:
( cd $(BIN_DIST_TOPDIR_ABS); tar cf - $(BIN_DIST_NAME) | bzip2 >$(BIN_DIST_TARBALL) )
- ( cd $(BIN_DIST_TOPDIR_ABS); bunzip2 -c $(BIN_DIST_TARBALL) | tar tf - | sed "s/^ghc-$(ProjectVersion)/fptools/" | sort >bin-manifest-$(ProjectVersion) )
+ ( cd $(BIN_DIST_TOPDIR_ABS); bunzip2 -c $(BIN_DIST_TARBALL) | tar tf - | sed "s/^ghc-$(ProjectVersion)/fptools/" | sort >$(FPTOOLS_TOP_ABS)/bin-manifest-$(ProjectVersion) )
PUBLISH_FILES = $(BIN_DIST_TARBALL)
# Upload the distribution and documentation
ifneq "$(PublishLocation)" ""
-publish :: publish-binary-dist
+publish ::
+ make publish-binary-dist 'prefix=$(BIN_DIST_INST_DIR)'
endif
+nTimes = set -e; for i in `seq 1 $(1)`; do echo Try "$$i: $(2)"; if $(2); then break; fi; done
+
.PHONY: publish-binary-dist
publish-binary-dist ::
- @for f in $(PUBLISH_FILES); do \
- for i in 0 1 2 3 4 5 6 7 8 9; do \
- echo "Try $$i: $(PublishCp) $$f $(PublishLocation)/dist"; \
- if $(PublishCp) $$f $(PublishLocation)/dist; then break; fi; \
- done \
+ @for f in $(PUBLISH_FILES); \
+ do $(call nTimes,10,$(PublishCp) $$f $(PublishLocation)/dist); \
done
-# You need to first make binddisttest, and then run
-# make publish 'prefix=$(BIN_DIST_INST_DIR)'
-# for this to find the right place.
+# You need to "make binddisttest" before publishing the docs, as it
+# works by publish setting $(prefix) to inside the binddisttest
+# directory so $(docdir) points to the right place.
# We assume that Windows means Cygwin, as we can't just use docdir
# unchanged or rsync (really SSH?) thinks that c:/foo means /foo on
endif
publish-binary-dist ::
- $(PublishCp) -r $(PUBLISH_DOCDIR)/* $(PublishLocation)/docs
+ $(call nTimes,10,$(PublishCp) -r "$(PUBLISH_DOCDIR)"/* $(PublishLocation)/docs)
binary-dist::
@echo "Mechanical and super-natty! Inspect the result and *if* happy; freeze, sell and get some sleep!"
# -----------------------------------------------------------------------------
+# Building MacOS installer packages
+#
+# 'framework-pkg'
+# Create an installer package for /Library/Frameworks/GHC.framework
+#
+# 'framework-binary-dist'
+# Create an installer package for GHC.framework encapsulating a
+# binary-dist to make it relocatable
+# FIXME: This is only partially implemented so far
+
+ifeq "$(darwin_TARGET_OS)" "1"
+
+.PHONY: framework-pkg, framework-binary-dist
+
+framework-pkg:
+ $(MAKE) -C distrib/MacOS framework-pkg
+
+framework-binary-dist:
+ $(MAKE) -C distrib/MacOS framework-binary-dist
+
+endif
+
+# -----------------------------------------------------------------------------
# Building source distributions
#
# Do it like this: