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|
MAKEFLAGS += --no-builtin-rules
.SUFFIXES:
include mk/install.mk
include mk/config.mk
.PHONY: default
default:
@echo 'Run "make install" to install'
@false
#-----------------------------------------------------------------------
# INSTALL RULES
# Hacky function to check equality of two strings
# TODO : find if a better function exists
eq=$(and $(findstring $(1),$(2)),$(findstring $(2),$(1)))
define installscript
# $1 = package name
# $2 = wrapper path
# $3 = bindir
# $4 = ghcbindir
# $5 = Executable binary path
# $6 = Library Directory
# $7 = Docs Directory
# $8 = Includes Directory
# We are installing wrappers to programs by searching corresponding
# wrappers. If wrapper is not found, we are attaching the common wrapper
# to it. This implementation is a bit hacky and depends on consistency
# of program names. For hadrian build this will work as programs have a
# consistent naming procedure.
if [ -L 'wrappers/$1' ]; then echo "$1 is a symlink"; fi
@if [ -L 'wrappers/$1' ]; then \
cp -RP 'wrappers/$1' '$2'; \
else \
rm -f '$2' && \
$(CREATE_SCRIPT) '$2' && \
echo "#!$(SHELL)" >> '$2' && \
echo "exedir=\"$4\"" >> '$2' && \
echo "exeprog=\"$1\"" >> '$2' && \
echo "executablename=\"$5\"" >> '$2' && \
echo "bindir=\"$3\"" >> '$2' && \
echo "libdir=\"$6\"" >> '$2' && \
echo "docdir=\"$7\"" >> '$2' && \
echo "includedir=\"$8\"" >> '$2' && \
echo "" >> '$2' && \
cat 'wrappers/$1' >> '$2' && \
$(EXECUTABLE_FILE) '$2' ; \
fi
@echo "$1 installed to $2"
endef
# Hacky function to patch up the 'haddock-interfaces' and 'haddock-html'
# fields in the package .conf files
define patchpackageconf
#
# $1 = package name (ex: 'bytestring')
# $2 = path to .conf file
# $3 = Docs Directory
# $4 = (relative) path from $${pkgroot} to docs directory ($3)
#
# We fix the paths to haddock files by using the relative path from the pkgroot
# to the doc files.
cat '$2' | sed 's|haddock-interfaces.*|haddock-interfaces: "$${pkgroot}/$4/html/libraries/$1/$1.haddock"|' \
| sed 's|haddock-html.*|haddock-html: "$${pkgroot}/$4/html/libraries/$1"|' \
| sed 's| $${pkgroot}/../../docs/html/.*||' \
> '$2.copy'
# The rts package doesn't actually supply haddocks, so we stop advertising them
# altogether.
((echo "$1" | grep rts) && (cat '$2.copy' | sed 's|haddock-.*||' > '$2.copy.copy')) || (cat '$2.copy' > '$2.copy.copy')
# We finally replace the original file.
mv '$2.copy.copy' '$2'
endef
# QUESTION : should we use shell commands?
.PHONY: install
ifeq "$(TargetOS_CPP)" "mingw32"
install_bin: install_mingw install_bin_direct
else
install_bin: install_bin_libdir install_wrappers
endif
install: install_bin install_lib install_includes
install: install_docs update_package_db
ActualBinsDir=${ghclibdir}/bin
ifeq "$(TargetOS_CPP)" "mingw32"
ActualLibsDir=${ghclibdir}
else
ActualLibsDir=${ghclibdir}/lib
endif
WrapperBinsDir=${bindir}
# N.B. this is duplicated from includes/ghc.mk.
lib/settings :
$(call removeFiles,$@)
@echo '[("GCC extra via C opts", "$(GccExtraViaCOpts)")' >> $@
@echo ',("C compiler command", "$(SettingsCCompilerCommand)")' >> $@
@echo ',("C compiler flags", "$(SettingsCCompilerFlags)")' >> $@
@echo ',("C++ compiler flags", "$(SettingsCxxCompilerFlags)")' >> $@
@echo ',("C compiler link flags", "$(SettingsCCompilerLinkFlags)")' >> $@
@echo ',("C compiler supports -no-pie", "$(SettingsCCompilerSupportsNoPie)")' >> $@
@echo ',("Haskell CPP command", "$(SettingsHaskellCPPCommand)")' >> $@
@echo ',("Haskell CPP flags", "$(SettingsHaskellCPPFlags)")' >> $@
@echo ',("ld command", "$(SettingsLdCommand)")' >> $@
@echo ',("ld flags", "$(SettingsLdFlags)")' >> $@
@echo ',("ld supports compact unwind", "$(LdHasNoCompactUnwind)")' >> $@
@echo ',("ld supports build-id", "$(LdHasBuildId)")' >> $@
@echo ',("ld supports filelist", "$(LdHasFilelist)")' >> $@
@echo ',("ld is GNU ld", "$(LdIsGNULd)")' >> $@
@echo ',("Merge objects command", "$(SettingsMergeObjectsCommand)")' >> $@
@echo ',("Merge objects flags", "$(SettingsMergeObjectsFlags)")' >> $@
@echo ',("ar command", "$(SettingsArCommand)")' >> $@
@echo ',("ar flags", "$(ArArgs)")' >> $@
@echo ',("ar supports at file", "$(ArSupportsAtFile)")' >> $@
@echo ',("ranlib command", "$(SettingsRanlibCommand)")' >> $@
@echo ',("otool command", "$(SettingsOtoolCommand)")' >> $@
@echo ',("install_name_tool command", "$(SettingsInstallNameToolCommand)")' >> $@
@echo ',("touch command", "$(SettingsTouchCommand)")' >> $@
@echo ',("dllwrap command", "$(SettingsDllWrapCommand)")' >> $@
@echo ',("windres command", "$(SettingsWindresCommand)")' >> $@
@echo ',("libtool command", "$(SettingsLibtoolCommand)")' >> $@
@echo ',("unlit command", "$$topdir/bin/unlit")' >> $@
@echo ',("cross compiling", "$(CrossCompiling)")' >> $@
@echo ',("target platform string", "$(TARGETPLATFORM)")' >> $@
@echo ',("target os", "$(HaskellTargetOs)")' >> $@
@echo ',("target arch", "$(HaskellTargetArch)")' >> $@
@echo ',("target word size", "$(TargetWordSize)")' >> $@
@echo ',("target word big endian", "$(TargetWordBigEndian)")' >> $@
@echo ',("target has GNU nonexec stack", "$(TargetHasGnuNonexecStack)")' >> $@
@echo ',("target has .ident directive", "$(TargetHasIdentDirective)")' >> $@
@echo ',("target has subsections via symbols", "$(TargetHasSubsectionsViaSymbols)")' >> $@
@echo ',("target has RTS linker", "$(TargetHasRTSLinker)")' >> $@
@echo ',("target has libm", "$(TargetHasLibm)")' >> $@
@echo ',("Unregisterised", "$(GhcUnregisterised)")' >> $@
@echo ',("LLVM target", "$(LLVMTarget_CPP)")' >> $@
@echo ',("LLVM llc command", "$(SettingsLlcCommand)")' >> $@
@echo ',("LLVM opt command", "$(SettingsOptCommand)")' >> $@
@echo ',("LLVM clang command", "$(SettingsClangCommand)")' >> $@
@echo
@echo ',("bignum backend", "$(BIGNUM_BACKEND)")' >> $@
@echo ',("Use interpreter", "$(GhcWithInterpreter)")' >> $@
@echo ',("Support SMP", "$(GhcWithSMP)")' >> $@
@echo ',("RTS ways", "$(GhcRTSWays)")' >> $@
@echo ',("Tables next to code", "$(TablesNextToCode)")' >> $@
@echo ',("Leading underscore", "$(LeadingUnderscore)")' >> $@
@echo ',("Use LibFFI", "$(UseLibffiForAdjustors)")' >> $@
@echo ",(\"RTS expects libdw\", \"$(GhcRtsWithLibdw)\")" >> $@
@echo "]" >> $@
# We need to install binaries relative to libraries.
BINARIES = $(wildcard ./bin/*)
install_bin_libdir:
@echo "Copying binaries to $(ActualBinsDir)"
$(INSTALL_DIR) "$(ActualBinsDir)"
for i in $(BINARIES); do \
cp -R $$i "$(ActualBinsDir)"; \
done
install_bin_direct:
@echo "Copying binaries to $(WrapperBinsDir)"
$(INSTALL_DIR) "$(WrapperBinsDir)"
cp ./bin/* "$(WrapperBinsDir)/"
LIBRARIES = $(wildcard ./lib/*)
install_lib: lib/settings
@echo "Copying libraries to $(ActualLibsDir)"
$(INSTALL_DIR) "$(ActualLibsDir)"
for i in $(LIBRARIES); do \
cp -R $$i "$(ActualLibsDir)/"; \
done
INCLUDES = $(wildcard ./include/*)
install_includes:
@echo "Copying include files to $(includedir)"
$(INSTALL_DIR) "$(includedir)"
for i in $(INCLUDES); do \
cp -R $$i "$(includedir)/"; \
done
DOCS = $(wildcard ./docs/*)
install_docs:
@echo "Copying docs to $(docdir)"
$(INSTALL_DIR) "$(docdir)"
for i in $(DOCS); do \
cp -R $$i "$(docdir)/"; \
done
BINARY_NAMES=$(shell ls ./wrappers/)
install_wrappers: install_bin_libdir
@echo "Installing wrapper scripts"
$(INSTALL_DIR) "$(WrapperBinsDir)"
$(foreach p, $(BINARY_NAMES),\
$(call installscript,$p,$(WrapperBinsDir)/$p,$(WrapperBinsDir),$(ActualBinsDir),$(ActualBinsDir)/$p,$(ActualLibsDir),$(docdir),$(includedir)))
PKG_CONFS = $(shell find "$(ActualLibsDir)/package.conf.d" -name '*.conf' | sed 's: :xxx:g')
update_package_db: install_bin install_lib
@echo "$(PKG_CONFS)"
@echo "Updating the package DB"
$(foreach p, $(PKG_CONFS),\
$(call patchpackageconf,$(shell echo $(notdir $p) | sed 's/-\([0-9]*[0-9]\.\)*conf//g'),$(shell echo "$p" | sed 's:xxx: :g'),$(docdir),$(shell realpath --relative-to="$(ActualLibsDir)" "$(docdir)")))
'$(WrapperBinsDir)/ghc-pkg' recache
install_mingw:
@echo "Installing MingGW"
$(INSTALL_DIR) "$(prefix)/mingw"
cp -R ./mingw "$(prefix)"
# END INSTALL
# ----------------------------------------------------------------------
|
