#!/usr/bin/make -f

# Uncomment this to turn on verbose mode.
#export DH_VERBOSE=1

include /usr/share/dpkg/architecture.mk
include /usr/share/dpkg/pkg-info.mk

include debian/rules.defs
NVIDIA_LEGACY		?=
WATCH_VERSION		?= $(NVIDIA_LEGACY)
WATCH_PATTERN		?=
XORG_ABI_LIST		?=
XORG_BOUND		?=
LINUX_KMOD_TESTED	?=
NVIDIA_LEGACY_CHECK	?=
NVIDIA_SETTINGS		?= nvidia-settings$(legacy)
ARCH_LIST		?= amd64
ARCH_DEPS_i386		?=
BLOB_ARCH_LIST		?= $(strip $(DEB_HOST_ARCH) $(ARCH_DEPS_$(DEB_HOST_ARCH)))
NO_UVM_ARCH_LIST	?=

NVIDIA_RELEASE		 = $(DEB_VERSION_UPSTREAM)
version			 = $(NVIDIA_RELEASE)
version_major		 = $(firstword $(subst ., ,$(version)))
deb_version_after_jessie = $(DEB_VERSION_AFTER_jessie)
nvidia			 = nvidia$(legacy)
nvidia_if_legacy	 = $(if $(legacy),$(nvidia)-)
libcuda1		 = lib$(nvidia_if_legacy)cuda1
module			 = nvidia-$(current)
current			 = $(if $(legacy),$(patsubst -%,%,$(legacy)),current)
has_uvm			 = $(filter $(DEB_HOST_ARCH),$(filter-out $(NO_UVM_ARCH_LIST),$(ARCH_LIST)))
legacy			 = $(if $(NVIDIA_LEGACY),-legacy-$(NVIDIA_LEGACY)xx)
legacy_description	 = $(if $(NVIDIA_LEGACY), ($(NVIDIA_LEGACY)xx legacy version))
legacy_description_short = $(if $(NVIDIA_LEGACY), ($(NVIDIA_LEGACY)xx legacy))
watch_pattern		 = $(or $(WATCH_PATTERN),$(if $(WATCH_VERSION),$(WATCH_VERSION)(?:\.[\d\.\-]+)?),\d[\d\.\-]*)
standards_version	:= $(shell sed -rn 's/Standards-Version: (.*)/\1/p' debian/control)

# this needs the internal names (i.e. upstream's names, not our renamed files)
unload_modules		 =
unload_modules		+= $(if $(has_uvm),nvidia-uvm)
unload_modules		+= nvidia

# system libdir
libdir			?= usr/lib/$(DEB_HOST_MULTIARCH)
# nvidia version specific directory below $(libdir)
nvidia_private		 = nvidia/$(current)

CONTROL_PREFIXES	 = nvidia-driver nvidia-kernel nvidia-alternative xserver-xorg-video-nvidia
CONTROL_PREFIXES	+= libnvidia
CONTROL_PREFIXES	+= libgl1-nvidia
CONTROL_PREFIXES	+= libegl1-nvidia
CONTROL_PREFIXES	+= libgles1-nvidia libgles2-nvidia
CONTROL_PREFIXES	+= nvidia-vdpau-driver
CONTROL_PREFIXES	+= libcuda1
CONTROL_PREFIXES	+= libnvcuvid1
CONTROL_PREFIXES	+= nvidia-smi
CONTROL_PREFIXES	+= nvidia-opencl-icd
RENAME_libcuda1		 = $(libcuda1)
RENAME_libnvcuvid1	 = lib$(nvidia_if_legacy)nvcuvid1
renamed_prefix		 = $(or $(RENAME_$1),$(subst nvidia,$(nvidia),$1))
CONTROL_PREFIXES_RENAMED = $(foreach p,$(CONTROL_PREFIXES),$(call renamed_prefix,$p))

# $1=file, $2=prefix
applyprefixrename	 = $(patsubst debian/$2%,debian/$(call renamed_prefix,$2)%,$1)
# $1=file, $2=prefixlist
applyprefixrenamelist	 = $(if $2,$(call applyprefixrenamelist,$(call applyprefixrename,$1,$(firstword $2)),$(wordlist 2,$(words $2),$2)),$1)

ALL_CONTROL	:= $(wildcard $(patsubst %,debian/%*,$(CONTROL_PREFIXES)))
LEGACY_CONTROL	:= $(wildcard $(patsubst %,debian/%*,$(CONTROL_PREFIXES_RENAMED)))
RENAME_CONTROL	 = $(filter-out $(LEGACY_CONTROL),$(ALL_CONTROL))
RENAMED_CONTROL	 = $(foreach f,$(RENAME_CONTROL),$(call applyprefixrenamelist,$f,$(CONTROL_PREFIXES)))
TEMPLATES	:= $(wildcard debian/*.in debian/module/debian/*.in debian/module/debian/patches/*.in debian/detect/*.in)
AUTOGEN		+= $(patsubst %.in,%,$(TEMPLATES))
AUTOGEN		+= debian/module/debian/changelog
AUTOGEN		+= $(patsubst %.in,%,$(RENAMED_CONTROL))
AUTOGEN		+= debian/bug-control
AUTOGEN		+= debian/substvars
AUTOKEEP	 = debian/watch
AUTOCLEAN	 = $(filter-out $(AUTOKEEP),$(AUTOGEN))

module_source	 = debian/$(nvidia)-kernel-source/usr/src/modules/$(nvidia)-kernel
module_txz	 = $(subst /modules/,/,$(module_source)).tar.xz
dkms_source	 = debian/$(nvidia)-kernel-dkms/usr/src/$(module)-$(version)

empty		 =
space		 = $(empty) $(empty)
comma		 = ,
xorg_depends	 = $(foreach abi, $(XORG_ABI_LIST), xorg-video-abi-$(abi) |)
xorg_depends	+= $(comma) xserver-xorg-core $(XORG_BOUND)
xorg_provides	 = xorg-driver-video

# Use the amd64 changelog for all architectures to be M-A:same safe.
upstream_changelog	 = NVIDIA-Linux-amd64/NVIDIA_Changelog


.PHONY: autogen prepare patch
autogen: $(AUTOGEN)
prepare: autogen unpack-stamp
prepare: nvidia.ids compare-copyright-license
patch: prepare

NVIDIA-Linux-%:
	sh $*/${NVIDIA_FILENAME_$*} --extract-only
	ln -s ${NVIDIA_DIRNAME_$*} $@
	gunzip $@/*.1.gz

# Unpack all architectures, we may need files from all of them.
unpack-stamp: $(patsubst %,NVIDIA-Linux-%,$(ARCH_LIST))
	$(if $(filter $(DEB_HOST_ARCH),$(ARCH_LIST)),,$(error Architecture $(DEB_HOST_ARCH) unsupported.))
	dh_testdir
	$(RM) NVIDIA-Linux
	ln -s NVIDIA-Linux-$(DEB_HOST_ARCH) NVIDIA-Linux
	QUILT_PATCHES=debian/patches QUILT_SERIES=series-postunpack quilt --quiltrc /dev/null push -a || test $$? = 2
	ls -al
	touch $@

nv-readme.ids: unpack-stamp
	sed	-e '0,/A. Supported\|APPENDIX A: SUPPORTED/d' \
		-e '0,/Appendix A. Supported\|APPENDIX A: SUPPORTED/d' \
		-e '0,/^Below\|APPENDIX B/{/ 0x/s/.*  0x\([0-9a-fA-F]\{4\}\).*/10de\1/p; /^.\{41\} [0-9a-fA-F]\{4\} /s/^.\{41\} \([0-9a-fA-F]\{4\}\) .*/10de\1/p};d' \
		NVIDIA-Linux/README.txt \
		| tr a-f A-F | sort -u > $@
	@set -e -x ; \
	if ! cmp -s debian/$@ $@ ; then \
		diff -u debian/$@ $@ || true ; \
		: "*** Supported PCI IDs have changed. See diff above. Aborting. ***"; \
		exit 1 ; \
	fi

nvidia.ids: nv-readme.ids
	cp $< $@

# Reformat the LICENSE to the format needed for debian/copyright.
LICENSE.txt: unpack-stamp
	sed -e 's/^ *//; s/ *$$//; s/^$$/./; s/^/ /;' NVIDIA-Linux/LICENSE > $@

# Compare the license in debian/copyright with the LICENSE shipped in the archive.
compare-copyright-license: LICENSE.txt
	sed -e '1,/^License: NVIDIA-graphics-drivers/d; 1,/^License: NVIDIA-graphics-drivers$$/d; /^$$\|^Comment:$$/,$$d; /^ \.$$/d' debian/copyright > copyright.tmp
	sed -e '/^ \.$$/d' LICENSE.txt > LICENSE.tmp
	diff -w copyright.tmp LICENSE.tmp
	$(RM) copyright.tmp LICENSE.tmp


.PHONY: binary binary-arch binary-indep build clean install
binary binary-arch binary-indep build clean install:
	dh $@ --with dkms

override_dh_auto_clean:
	$(RM) -r .pc
	$(RM) NVIDIA-Linux
	$(RM) -r $(foreach a,$(ARCH_LIST),NVIDIA-Linux-$a $(NVIDIA_DIRNAME_$a))
	$(RM) -r kernel-source-tree
	$(RM) nvidia.ids nv-kernel.ids nv-readme.ids pci.ids.nvidia*
	$(RM) LICENSE.txt LICENSE.tmp copyright.tmp
	test ! -d debian/po || debconf-updatepo

override_dh_clean:
	dh_clean
	$(RM) $(AUTOCLEAN)
	$(MAKE) -f debian/rules $(AUTOKEEP)

override_dh_auto_configure: prepare

# Build two kernel module source tarballs for use with
#  - module-assistant and make-kpkg
#  - dkms
.PHONY: install-into-tmp build-kernel-source-tree build-kernel-dkms-tree kernel-source-tree
override_dh_auto_install: install-into-tmp
override_dh_auto_install: build-kernel-source-tree build-kernel-dkms-tree

install-into-tmp:
	# "Install" into debian/tmp.
	$(RM) -r debian/tmp
	cp -al NVIDIA-Linux/ debian/tmp
	$(RM) -r debian/tmp/32
	$(RM) debian/tmp/NVIDIA_Changelog
	gzip -9fn debian/tmp/nvidia-smi.1

build-kernel-source-tree: install-into-tmp
	# Build the nvidia-kernel-source tree.
	$(RM) -r $(module_source)
	mkdir -p $(module_source)
	mv debian/tmp/kernel/* $(module_source)/
	# This copy of the changelog is going to be installed into the module
	# binary packages.
	cp -al $(upstream_changelog) $(module_source)/

ifneq (,$(has_uvm))
	ln -sf ../conftest.sh $(module_source)/uvm
endif

	# We may need nv-kernel.o for several architectures to accomodate
	# all kernel flavors. Use Kbuild-compatible names.
	$(RM) $(module_source)/nv-kernel.o
	$(foreach a,$(BLOB_ARCH_LIST),cp -al NVIDIA-Linux-$a/kernel/nv-kernel.o $(module_source)/nv-kernel-$a.o_shipped ;)

	# Install a debian/ tree.
	cp -a debian/module/debian $(module_source)/
	cp -a debian/copyright $(module_source)/debian/
	cp -a debian/bug-script $(module_source)/debian/
	cp -a debian/bug-control $(module_source)/debian/
	echo "" >> $(module_source)/debian/bug-control
	echo "Submit-As: $(nvidia)-kernel-source" >> $(module_source)/debian/bug-control

	# Fix permissions.
	chmod -R a-sx,u=rwX,go=rX $(module_source)/../..
	chmod a+x $(module_source)/debian/rules
	find '$(module_source)/../../modules' -depth -newermt '@$(SOURCE_DATE_EPOCH)' -print0 | \
		xargs -0r touch --no-dereference --date='@$(SOURCE_DATE_EPOCH)'

	# Build the tarball.
	(cd $(module_source)/../.. && find modules -print0) | \
	  LC_ALL=C sort -z | \
	  tar cfJ $(module_txz) \
	    --owner=root --group=src -C $(module_source)/../.. \
	    --exclude '*.in' \
	    --no-recursion --null -T -
	tar tfvJ $(module_txz)

build-kernel-dkms-tree: build-kernel-source-tree
	# Use the nvidia-kernel-source source to create the DKMS tree.
	$(RM) -r $(dir $(dkms_source))
	mkdir -p $(dir $(dkms_source))
	mv $(module_source) $(dkms_source)
	rmdir $(dir $(module_source))
	cd $(dkms_source) \
	    && QUILT_PATCHES=debian/patches quilt --quiltrc /dev/null push -a || test $$? = 2 \
	    && $(RM) -r .pc debian
	ls -la $(dkms_source)

# This target is not used by the package build process.  You can use it if
# you want to work with the patches that get applied to the module source.
kernel-source-tree: prepare build-kernel-source-tree
	$(RM) -r $@
	cp -a $(module_source) $@
	cd $@ && QUILT_PATCHES=../debian/module/debian/patches quilt --quiltrc /dev/null push -a || test $$? = 2

override_dh_installchangelogs:
	dh_installchangelogs $(upstream_changelog)

override_dh_dkms:
	dh_dkms -V $(version)

override_dh_bugfiles:
	dh_bugfiles -A

override_dh_missing:
	dh_missing --fail-missing

override_dh_shlibdeps:
	dh_shlibdeps -l/$(libdir)/$(nvidia_private)

override_dh_gencontrol:
	dh_gencontrol -- -V'nvidia:Version=$(version)' \
		-V'nvidia:Deb-Version-After:jessie=$(deb_version_after_jessie)' \
		-V'nvidia:xorgDepends=$(xorg_depends)' \
		-V'nvidia:xorgProvides=$(xorg_provides)' \
		-V'nvidia=$(nvidia)' \
		-V'nvidia:if-legacy=$(nvidia_if_legacy)' \
		-V'libcuda1=$(libcuda1)' \
		-V'nvidia:Legacy=$(legacy)' \
		-V'nvidia:LegacyDesc=$(legacy_description)' \
		-V'nvidia:LegacyDescShort=$(legacy_description_short)' \
		-V'nvidia:legacy-check=$(NVIDIA_LEGACY_CHECK)' \
		-V'nvidia-settings=$(NVIDIA_SETTINGS)' \
		-V'nvidia:kmod:binary=$${nvidia}-kernel-dkms (= $${binary:Version}) | $${nvidia}-kernel-$${nvidia:Version}' \
		-V'nvidia:kmod:source=$${nvidia}-kernel-dkms (>= $${nvidia:Version}) | $${nvidia}-kernel-source (>= $${nvidia:Version})' \
		-V'nvidia:kmod:tested:Linux=$(strip $(or $(LINUX_KMOD_TESTED_$(DEB_HOST_ARCH)),$(LINUX_KMOD_TESTED),???))' \
		-V'nvidia:kmod:blob:archlist=$(subst $(space),$(comma)$(space),$(BLOB_ARCH_LIST)) architecture$(if $(filter 1,$(words $(BLOB_ARCH_LIST))),,s)' \
		-Vnvidia:kmod:Description="`cat debian/control.kmod`" \
		-Vnvidia:Models="`cat debian/control.models`"

# used by dpkg-genchanges
debian/substvars:
	echo 'nvidia:LegacyDesc=$(legacy_description)' > $@
	echo 'nvidia:LegacyDescShort=$(legacy_description_short)' >> $@

# Do not run dh_strip here.  The NVIDIA license says:
#
#     2.1.2 Linux/FreeBSD Exception.  Notwithstanding the foregoing terms of
#     Section 2.1.1, SOFTWARE designed exclusively for use on the Linux or
#     FreeBSD operating systems, or other operating systems derived from the
#     source code to these operating systems, may be copied and
#     redistributed, provided that the binary files thereof are not modified
#     in any way (except for unzipping of compressed files).
#
# Stripping the binary modules would constitute modifying the binary files
# in a way other than unzipping of compressed files.
override_dh_strip:
override_dh_strip_nondeterminism:

############################################################################

# Generating control files
%:: %.in debian/rules debian/rules.defs
	perl -p \
	-e 's{#VERSION#}{$(version)}g;' \
	-e 's{#MAJOR#}{$(version_major)}g;' \
	-e 's{#NVIDIA#}{$(nvidia)}g;' \
	-e 's{#LEGACY#}{$(legacy)}g;' \
	-e 's{#MODULE#}{$(module)}g;' \
	-e 's{#WATCH_PATTERN#}{$(subst \,\\,$(watch_pattern))}g;' \
	-e 's{#STANDARDS_VERSION#}{$(standards_version)}g;' \
	-e 's{#LIBDIR#}{$(libdir)}g;' \
	-e 's{#PRIVATE#}{$(nvidia_private)}g;' \
	-e 's{#UNLOAD_MODULES#}{$(strip $(unload_modules))}g;' \
	-e 's{#ARCH_LIST#}{$(ARCH_LIST)}g;' \
	-e 's{#HAS_UVM#}{$(if $(has_uvm),,#)}g;' \
	-e 's{#!armhf#}{$(if $(filter armhf,$(DEB_HOST_ARCH)),#)}g;' \
	-e 's{#tls#}{$(if $(filter armhf,$(DEB_HOST_ARCH)),,tls/)}g;' \
	< $< > $@

debian/module/debian/changelog: debian/changelog
	sed '1s/^nvidia-graphics-drivers$(legacy)/$(nvidia)-kernel/g' $< > $@


# Renaming control files for legacy packaging
define rename-template
$2%: $1%
	cp -a $$< $$@
endef
ifneq (,$(legacy))
$(foreach p,$(CONTROL_PREFIXES),$(eval $(call rename-template,$p,$(call renamed_prefix,$p))))
endif

include debian/bug-control.mk

############################################################################

# only invoked manually
%.txt: %.list
	cat $< \
	| sed -e 's/^10DE.... *//; /^$$/d' \
	| uniq \
	| sed -e 's/ /#/g; s/#*$$/,/; $$ s/,$$/./' \
	| ( tr '\n' ' '; echo ) \
	| fold -s -w 78 \
	| sed -e 's/#/ /g; s/ *$$//' > $@

# only invoked manually
pci.ids.nvidia: /usr/share/misc/pci.ids
	sed -nr '/^10de/,/^10df/ { /^\t\t/d; /\t/ { s/  (.*) \[(.*)\]$$/  \2 [\1]/; s/^\t/10de/; p} }' $< > $@.tmp
	cut -c 1-8 $@.tmp | tr a-f A-F > $@.tmp1
	cut -c 9- $@.tmp | paste -d '' $@.tmp1 - > $@
	$(RM) $@.tmp $@.tmp1

# only invoked manually
%.names: %.ids pci.ids.nvidia
	cat $< | \
	while read id ; do \
		grep ^$$id pci.ids.nvidia || echo $$id ; \
	done > $@

# only invoked manually
file-lists: $(patsubst %,debian/files_$(NVIDIA_RELEASE)_%,$(ARCH_LIST))
debian/files_$(NVIDIA_RELEASE)_%: NVIDIA-Linux-%
	(cd $< && find .) | sed 's/$(NVIDIA_RELEASE)/VERSION/g' | sort > $@

# only invoked manually
check-whitespace:
	grep -r --exclude-dir=.svn --exclude-dir=.git --exclude '*.patch' -E '\s$$' debian || true

############################################################################

CACHE			?= ../.cache
ORIGDIR			?= nvidia-graphics-drivers-$(NVIDIA_RELEASE).orig
TARBALL_BASE		?= nvidia-graphics-drivers$(legacy)_$(NVIDIA_RELEASE).orig
TARBALL_SUFFIX		?= .tar.gz
TARBALL			?= $(TARBALL_BASE)$(TARBALL_SUFFIX)
ORIGDIR.empty		?= $(ORIGDIR)
TARBALL.empty		?= $(TARBALL)

# $1 = arch
get_download_url	 = $(or $(HTTPURL_PREFIX_$(strip $1)),$(HTTPURL_PREFIX))/$(HTTPURL_ARCHDIR_$(strip $1))/$(NVIDIA_RELEASE)/$(NVIDIA_FILENAME_$(strip $1))
get_origdir		 = $(or $(ORIGDIR.$(strip $1)),$(ORIGDIR)-$(strip $1))
get_tarball		 = $(or $(TARBALL.$(strip $1)),$(TARBALL_BASE)-$(strip $1)$(TARBALL_SUFFIX))

get-orig-source-prepare:
	$(RM) -r get-orig-source
	mkdir get-orig-source

get-orig-source-prepare/%: get-orig-source-prepare
	$(RM) $(call get_tarball,$*)
	mkdir get-orig-source/$(call get_origdir,$*)

get-orig-source-download/%: get-orig-source-prepare
	ln -v $(CACHE)/$(NVIDIA_FILENAME_$*) get-orig-source/ 2>/dev/null || \
		wget $(call get_download_url,$*) -P get-orig-source/
	if [ -d $(CACHE) ] && [ ! -f $(CACHE)/$(NVIDIA_FILENAME_$*) ]; then \
		ln -v get-orig-source/$(NVIDIA_FILENAME_$*) $(CACHE) ; fi

get-orig-source-files/%: get-orig-source-prepare/% get-orig-source-download/%
	@set -e -x ; \
	    cd get-orig-source ; \
	    mv $(NVIDIA_FILENAME_$*) $(call get_origdir,$*)/ ; \
	    chmod 0755 $(call get_origdir,$*)/* ; \
	    touch $(call get_origdir,$*).stamp -r $$(ls -tr $$(find $(call get_origdir,$*) -type f) | tail -n 1)

get-orig-source-pack/%: get-orig-source-files/%
	@set -e -x ; \
	    cd get-orig-source ; \
	    tar cv \
	        --clamp-mtime --mtime="./$(call get_origdir,$*).stamp" \
	        --sort=name \
		--owner=root --group=src \
		$(call get_origdir,$*) \
		| gzip -n -9 > $(call get_tarball,$*) ; \
	    touch $(call get_tarball,$*) -r $(call get_origdir,$*).stamp
	mv get-orig-source/$(call get_tarball,$*) .

get-orig-source-files/empty: get-orig-source-prepare/empty $(foreach a,$(ARCH_LIST),get-orig-source-pack/$a)
	touch get-orig-source/$(call get_origdir,empty).stamp -r $$(ls -tr $(foreach a,$(ARCH_LIST),$(call get_tarball,$a)) | tail -n 1)

.PHONY: get-orig-source
get-orig-source: get-orig-source-pack/empty
	$(RM) -r get-orig-source

ifneq (,$(NVIDIA_LEGACY))
get-orig-source-link/%:
	ln -sf $(subst $(legacy),,$(call get_tarball,$*)) $(call get_tarball,$*)

.PHONY: get-orig-links
get-orig-links: get-orig-source-link/empty $(foreach a,$(ARCH_LIST),get-orig-source-link/$a)
endif

############################################################################

# The tarballs are kept in a separate git repository and use the git-lfs
# storage backend. To keep the local disk usage low, this repository is
# checked out sparsely, only tarballs for versions that have been built
# locally will be available locally.

UPSTREAM_NAME		 = nvidia-graphics-drivers
UPSTREAM_VERSION	 = $(NVIDIA_RELEASE)
TARBALL_LIST		 = $(foreach a,empty $(ARCH_LIST),$(call get_tarball,$a))

GIT			?= git
TARBALL_REPOSITORY	 = https://salsa.debian.org/nvidia-team/tarballs-$(UPSTREAM_NAME).git
TARBALL_TREE		 = ../tarballs-$(UPSTREAM_NAME)

define sparse-checkout-current
	grep '^$(UPSTREAM_VERSION)/' $(TARBALL_TREE)/.git/info/sparse-checkout || \
		echo '$(UPSTREAM_VERSION)/*' >> $(TARBALL_TREE)/.git/info/sparse-checkout

endef

define test-file-exists
	test -f $1

endef

$(TARBALL_TREE):
	$(RM) -r $@.tmp
	$(GIT) clone --no-checkout $(TARBALL_REPOSITORY) $@.tmp
	cd $@.tmp && $(GIT) lfs install --local
	cd $@.tmp && $(GIT) config --local core.sparsecheckout true
	echo .gitattributes >> $@.tmp/.git/info/sparse-checkout
	cd $@.tmp && $(GIT) checkout
	mv $@.tmp $@

$(TARBALL_TREE)/$(UPSTREAM_VERSION): | $(TARBALL_TREE)
	$(sparse-checkout-current)
	cd $(TARBALL_TREE) && $(GIT) pull --ff-only && $(GIT) checkout

tarball-tree: $(TARBALL_TREE)

# only invoked manually
writable-tarball-tree: tarball-tree
	cd $(TARBALL_TREE) && $(GIT) remote set-url origin $(patsubst https://salsa.debian.org/%,git@salsa.debian.org:%,$(TARBALL_REPOSITORY))

# invoked from gbp buildpackage preexport hook
check-current-tarballs: $(TARBALL_TREE)/$(UPSTREAM_VERSION)
	$(foreach t,$(TARBALL_LIST),$(call test-file-exists,$(TARBALL_TREE)/$(UPSTREAM_VERSION)/$t))

# only invoked manually
ifeq (,$(NVIDIA_LEGACY))
commit-current-tarballs: MSG = add $(UPSTREAM_VERSION) tarballs
commit-current-tarballs: get-orig-source
else
commit-current-tarballs: MSG = add $(UPSTREAM_VERSION) $(patsubst -%,%,$(legacy)) symlinks
commit-current-tarballs: get-orig-links
endif
commit-current-tarballs:
	$(sparse-checkout-current)
	mkdir -p $(TARBALL_TREE)/$(UPSTREAM_VERSION)
	mv $(TARBALL_LIST) $(TARBALL_TREE)/$(UPSTREAM_VERSION)/
	cd $(TARBALL_TREE) && $(GIT) add $(UPSTREAM_VERSION) && if $(GIT) status -s $(UPSTREAM_VERSION) | grep ^A ; then $(GIT) commit -m "$(MSG)" $(UPSTREAM_VERSION) ; fi