mirror of
https://github.com/hamishcoleman/thinkpad-ec
synced 2024-11-04 06:00:12 +00:00
676 lines
23 KiB
Makefile
676 lines
23 KiB
Makefile
#
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# Infrastructure to manage patching thinkpad EC firmware
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#
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# Copyright (C) 2016-2019 Hamish Coleman
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#
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all: list_laptops
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$(info See README file for additional details)
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$(info )
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.PHONY: all
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QEMU_OPTIONS ?= -enable-kvm
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# FIXME - the date should be the date of the last commit, unless the repo is
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# dirty, in which case, it should be the date of the last change.
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GITVERSION = $(shell git describe --dirty --abbrev=6 ) ($(shell date +%Y%m%d))
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BUILDINFO = $(GITVERSION) $(MAKECMDGOALS)
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LIST_PATCHED = $(basename $(shell grep ^patched Descriptions.txt |grep -v Battery |cut -d" " -f1))
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LIST_PATCHED_BO = $(basename $(shell grep ^patched Descriptions.txt |grep Battery |cut -d" " -f1))
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list_laptops:
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$(info )
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$(info The following make targets are the supported usb images:)
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$(info )
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@for i in $(LIST_PATCHED); do \
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echo "$$i.img\t- `scripts/describe $$i.iso`"; \
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done
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@echo
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.PHONY: list_laptops
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DEPSDIR := .d
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$(shell mkdir -p $(DEPSDIR))
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test: $(addsuffix .iso,$(LIST_PATCHED)) $(addsuffix .img,$(LIST_PATCHED))
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test.batteryonly: $(addsuffix .iso,$(LIST_PATCHED_BO)) $(addsuffix .img,$(LIST_PATCHED_BO))
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ALL_IMG_ORIG := $(addsuffix .orig,$(shell grep rule:IMG Descriptions.txt |cut -d" " -f1))
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test.img.orig: $(ALL_IMG_ORIG)
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.PHONY: test.pgm
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test.pgm: $(addsuffix .pgm,$(ALL_IMG_ORIG))
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# Generate a useful report
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test.report:
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@echo
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@echo Report summaries for generated images:
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@echo
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@for i in $(LIST_PATCHED); do \
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echo "Report for $$i\t- `scripts/describe $$i.iso`"; \
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cat $$i.iso.report; \
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echo; \
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echo; \
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done
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@echo Checksums for generated images:
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@echo
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@sha256sum *.iso *.img
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# TODO
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# - add tests for the non xx30 supported things
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# Remove all the locally generated junk (including any patched firmware
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# images) and any small downloads
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clean:
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rm -f $(CLEAN_FILES) \
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patched.*.iso patched.*.img *.FL? *.FL?.orig *.img.enc \
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*.img.enc.orig *.img.orig *.bat *.report \
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*.img \
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*.txt.orig
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rm -rf *.iso.extract *.iso.orig.extract
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# Also remove the large iso images downloaded from remote servers.
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really_clean: clean
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rm -f *.iso.orig .config
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# TODO - whilst this could be added to the "pretty named" list, I think
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# that it is more useful to use the new generated rules framework to allow
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# asking for the iso image by name - in this case "g1uj25us.iso"
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#patched.t430.257.iso: g1uj25us.iso
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# $(call patched_iso,$<,$@)
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list_iso:
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$(info )
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$(info This list was a duplicate of the list_laptops list - please refer to that)
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$(info )
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@false
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.PHONY: list_iso
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# FIXME - need to automatically generate the iso image target list
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list_images:
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$(info The following make targets are available to produce firmware images:)
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$(info )
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$(info $(basename $(wildcard *.d)))
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$(info )
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$(info Check the Descriptions.txt for the names of the known FL2 files)
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$(info )
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@true
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.PHONY: list_images
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# Some versions of mtools need this flag set to allow them to work with the
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# dosfs images used by Lenovo - from my tests, it may be that Debian has
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# applied some patch
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export MTOOLS_SKIP_CHECK=1
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# At least one distribution has set this value poorly for our scripts in their
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# global /etc/mtools.conf file, so we set it back to the default value here.
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export MTOOLS_LOWER_CASE=0
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build-deps:
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apt -y install \
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git \
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mtools \
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libssl-dev \
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build-essential \
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xorriso \
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unzip \
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innoextract \
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#
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# Radare didnt seem to let me specify the directory to store the project file,
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# so this target hacks around that
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#
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install.radare.projects:
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mkdir -p ~/.config/radare2/projects/x220.8DHT34WW.d
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cp -fs $(PWD)/radare/x220.8DHT34WW ~/.config/radare2/projects
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mkdir -p ~/.config/radare2/projects/x230.G2HT35WW
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cp -fs $(PWD)/radare/x230.G2HT35WW ~/.config/radare2/projects/x230.G2HT35WW/rc
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mkdir -p ~/.config/radare2/projects/x260.R02HT29W.d/
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cp -fs $(PWD)/radare/x260.R02HT29W ~/.config/radare2/projects
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.config:
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cp defconfig .config
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include .config
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PATCHES-$(CONFIG_KEYBOARD) += \
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001_keysym.patch 002_dead_keys.patch 003_keysym_replacements.patch \
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004_fn_keys.patch 005_fn_key_swap.patch
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PATCHES-$(CONFIG_BATTERY) += \
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006_battery_validate.patch
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# To enable other misc patches:
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# - add a new CONFIG_something value to the defconfig and .config
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# - add a new PATCHES-$(CONFIG_something) line referencing the patch
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# - optionally, add a patch_enable/patch_disable stanza
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# - however, that will get messy quickly, so perhaps a real config target
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#
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# These enable and disable targets change which patches are configured to be
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# applied.
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patch_enable_battery:
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sed -E 's/CONFIG_BATTERY.+/CONFIG_BATTERY = y/' --in-place .config
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patch_disable_battery:
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sed -E 's/CONFIG_BATTERY.+/CONFIG_BATTERY = n/' --in-place .config
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patch_enable_keyboard:
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sed -E 's/CONFIG_KEYBOARD.+/CONFIG_KEYBOARD = y/' --in-place .config
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patch_disable_keyboard:
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sed -E 's/CONFIG_KEYBOARD.+/CONFIG_KEYBOARD = n/' --in-place .config
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# TODO - the scripts/describe output depends on Descriptions.txt -
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# could parse that file and create some deps
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#
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# Download any ISO image that we have a checksum for
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# NOTE: makes an assumption about the Lenovo URL not changing
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.PRECIOUS: %.iso.orig
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.PRECIOUS: %.exe.orig
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.PRECIOUS: %.zip.orig
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%.iso.orig %.exe.orig %.zip.orig:
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@echo -n "Downloading "
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@scripts/describe $(basename $@)
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@wget -nv -O $@ https://download.lenovo.com/pccbbs/mobiles/$(basename $@)
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scripts/checksum --mv_on_fail $@ $(basename $@)
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@touch $@
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# Download any README text file released alongside to ISO images.
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# Useful for looking up firmware versions and the changelog.
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# Note that Lenovo produces two sets of release notes: *uc.txt and
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# *.us.txt - the "us" ones contain instructions for using the .exe
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# version of the bios update tool instead of the instructions for
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# bootable cdrom image, but other than that they /should/ be identical
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# NOTE: we download the one with the same name as the ISO, even if that is
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# wrong (it removes a bunch of edge cases)
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%.txt.orig:
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@echo -n "Downloading release notes for "
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@scripts/describe $(subst .txt.orig,.iso,$@)
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wget -O $@ https://download.lenovo.com/pccbbs/mobiles/$(basename $@)
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# keep intermediate files
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.PRECIOUS: %.orig
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.PRECIOUS: %.img
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.PRECIOUS: %.img.orig
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# Generate a working file with any known patches applied
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%.img: %.img.orig
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@cp --reflink=auto $< $@
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./scripts/hexpatch.pl --rm_on_fail --fail_on_missing --report $@.report $@ $(addprefix $@.d/,$(PATCHES-y))
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# using both __DIR and __FL2 is a hack to get around needing to quote the
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# DOS path separator. It feels like there should be a better way if I put
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# my mind to it..
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#
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%.iso.bat: %.iso.orig autoexec.bat.template
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$(eval FAT_OFFSET := $(shell scripts/geteltorito -c $< 2>/dev/null))
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@sed -e "s%__DIR%`mdir -/ -b -i $<@@$(FAT_OFFSET) |grep FL2 |head -1|cut -d/ -f3`%; s%__FL2%`mdir -/ -b -i $<@@$(FAT_OFFSET) |grep FL2 |head -1|cut -d/ -f4`%" autoexec.bat.template >$@.tmp
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@mv $@.tmp $@
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# FIXME:
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# - the following bat file generators are all basically duplicates of the
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# above original one. They should be deduplicated
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# - the "bat1" construct is ugly. Find a nicer way to do this.
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%.iso.bat1: %.iso.orig autoexec.bat.template
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$(eval FAT_OFFSET := $(shell scripts/geteltorito -c $< 2>/dev/null))
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@sed -e "s%__DIR%`mdir -/ -b -i $<@@$(FAT_OFFSET) |grep FL1 |head -1|cut -d/ -f3`%; s%__FL2%`mdir -/ -b -i $<@@$(FAT_OFFSET) |grep FL1 |head -1|cut -d/ -f4`%" autoexec.bat.template >$@.tmp
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@mv $@.tmp $(subst .bat1,.bat,$@)
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%.exe.bat: %.exe.orig autoexec.bat.template
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@sed -e "s%__DIR%.%; s%__FL2%`basename \`innoextract -l $< | grep -i .CAP | cut -d'"' -f2\``%" autoexec.bat.template >$@.tmp
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@mv $@.tmp $@
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%.exe.bat1: %.exe.orig autoexec.bat.template
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@sed -e "s%__DIR%.%; s%__FL2%`basename \`innoextract -l $< | grep -i .FL1 | cut -d'"' -f2\``%" autoexec.bat.template >$@.tmp
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@mv $@.tmp $@
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# helper to write the ISO onto a cdrw
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%.iso.blank_burn: %.iso
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wodim -eject -v speed=40 -tao gracetime=0 blank=fast $<
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# if you want to work on more patches, you probably want the pre-patched ver
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%.img.prepatch: %.img.orig
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cp --reflink=auto $< $(basename $<)
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%.hex: %
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hd -v $< >$@.tmp
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mv $@.tmp $@
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# Generate a patch report
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%.diff: %.hex %.orig.hex
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-diff -u $(basename $@).orig.hex $(basename $@).hex >$@.tmp
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mv $@.tmp $@
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cat $@
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# If we ever want a copy of the dosflash.exe, just get it from the iso image
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%.dosflash.exe.orig: %.iso.orig
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$(eval FAT_OFFSET := $(shell scripts/geteltorito -c $^ 2>/dev/null))
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mcopy -m -i $^@@$(FAT_OFFSET) ::FLASH/DOSFLASH.EXE $@
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# Extract the "embedded" fat file system from a given iso.
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%.iso.extract: %.iso
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$(eval FAT_OFFSET := $(shell scripts/geteltorito -c $^ 2>/dev/null))
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mcopy -n -s -i $^@@$(FAT_OFFSET) :: $@
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%.iso.orig.extract: %.iso.orig
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$(eval FAT_OFFSET := $(shell scripts/geteltorito -c $^ 2>/dev/null))
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mcopy -n -s -i $^@@$(FAT_OFFSET) :: $@
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%.zip.extract: %.zip
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unzip $^ -d $@
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%.zip.orig.extract: %.zip
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unzip $^ -d $@
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%.exe.extract: %.exe
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innoextract $^ -d $@
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%.exe.orig.extract: %.exe.orig
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innoextract $^ -d $@
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## Use the system provided geteltorito script, if there is one
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#GETELTORITO := $(shell if type geteltorito >/dev/null; then echo geteltorito; else echo ./geteltorito; fi)
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# use the included geteltorito script always, since we know it does not have
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# the hdd size bug
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GETELTORITO := ./scripts/geteltorito
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# extract the DOS boot image from an iso (and fix it up so qemu can boot it)
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%.img: %.iso
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$(GETELTORITO) -o $@.tmp $<
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./scripts/fix_mbr $@.tmp
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@mv $@.tmp $@
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$(call build_info,$<)
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# $1 is the base name of the ISO file built
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define build_info
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@echo
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@echo
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@echo Your build has completed with the following details:
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@echo
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@echo "Built ISO: `sha1sum $1`"
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@cat $1.report
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endef
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# Add information about the FL2 file to the current report
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# $< is the IMG file
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# $@ is the FL2 file being inserted into
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define buildinfo_FL2
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@echo "Buildinfo: $(BUILDINFO)" >$@.report
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@echo "Built FL2: `sha1sum $@`" >>$@.report
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@echo "" >>$@.report
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@cat $<.report >>$@.report
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endef
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# Add information about the ISO file to the current report
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# $< is the FL2 file
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# $@ is the ISO file being inserted into
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define buildinfo_ISO
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@echo "Based on code from: `scripts/describe $@`" >$@.report
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@cat $<.report >>$@.report
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@echo "" >>$@.report
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endef
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# simple testing of images in an emulator
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%.iso.test: %.iso
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qemu-system-x86_64 $(QEMU_OPTIONS) -cdrom $<
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%.img.test: %.img
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qemu-system-x86_64 $(QEMU_OPTIONS) -drive index=0,media=disk,format=raw,file=$<
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mec-tools/Makefile:
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@[ -e .git ] || (echo ERROR: This must be run on a git clone of the repository; false)
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git submodule update --init --remote
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mec-tools/mec_encrypt: mec-tools/Makefile
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git submodule update
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make -C mec-tools
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# FIXME:
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# - There is no version tracking in this wget, so it is basically an untrusted
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# execution vector. Either import this file to this repo or use a submodule.
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nuvoton-tools/npce885crc:
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-mkdir nuvoton-tools
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wget -O nuvoton-tools/npce885crc.c https://raw.githubusercontent.com/leecher1337/thinkpad-Lx30-ec/main/fwpat/util/npce885crc.c
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gcc -o nuvoton-tools/npce885crc nuvoton-tools/npce885crc.c
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# Simple Visualisation
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%.pgm: %
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(echo "P5 256 $$(($(shell stat -c %s $<)/265)) 255" ; cat $< ) > $@
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# Extract the FL2 file from an ISO image
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#
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# Note that the integrity of the FL2 file is determined by two things:
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# - The sha1sum for the ISO.orig file has been checked
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# - The ./scripts/ISO_copyFL2 script is generating correct data
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# We believe these two statements are correct, so there is no need to check
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# the checksum for the extracted FL2.orig file
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#
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# $@ is the FL2 file to create
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# $< is the ISO file
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# $1 is the pattern to match FL2 file in ISO image
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define rule_FL2_extract
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./scripts/ISO_copyFL2 from_iso $< $@ $(1)
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endef
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rule_FL2_extract_DEPS = scripts/ISO_copyFL2
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# Extract and decyrpt the IMG file from an FL2 file
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#
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# $@ is the decrypted IMG to create
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# $< is the FL2
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define rule_IMG_extract
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./scripts/FL2_copyIMG from_fl2 $< $(subst .orig,.enc.tmp,$@)
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mec-tools/mec_encrypt -d $(subst .orig,.enc.tmp,$@) $@.tmp
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mec-tools/mec_csum_flasher -c $@.tmp >/dev/null
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mec-tools/mec_csum_boot -c $@.tmp >/dev/null
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@rm $(subst .orig,.enc.tmp,$@)
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@mv $@.tmp $@
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endef
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rule_IMG_extract_DEPS = scripts/FL2_copyIMG mec-tools/mec_encrypt mec-tools/mec_csum_flasher mec-tools/mec_csum_boot
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# TODO:
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# - the prepare_iso_from_tpl looks like it is entirely needed due to some
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# Lenovo images being broken. Look into what is broken and see if it is
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# patchable without a template.
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# $@ is the ISO to create
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# $< is the FL2
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# $1 is the pattern to match FL2 file in ISO image
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# $2 FAT offset in ISO image
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define prepare_iso_from_tpl
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$(eval FAT_OFFSET_FL1SRC := $(shell scripts/geteltorito -c $@.orig 2>/dev/null))
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$(eval FLASH_FILE := $(subst $$,\$$$$,$(shell mdir -/ -b -i $@.orig@@$(FAT_OFFSET_FL1SRC) | grep -i $(1) | head -1)))
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$(eval DOSFLASH := $(shell mdir -/ -b -i $@.orig@@$(FAT_OFFSET_FL1SRC) | grep DOSFLASH | head -1))
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$(eval FILE_DIR := $(shell basename $(dir $(FLASH_FILE:::%=%))))
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mdeltree -i $@.tmp@@$(2) FLASH/
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mmd -i $@.tmp@@$(2) FLASH FLASH/$(FILE_DIR)
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-mkdir -p $@.orig.extract.tmp
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mcopy -n -s -m -i $@.orig@@$(FAT_OFFSET_FL1SRC) $(FLASH_FILE) $(DOSFLASH) $@.orig.extract.tmp
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mcopy -o -s -m -i $@.tmp@@$(2) $@.orig.extract.tmp/DOSFLASH.EXE ::/FLASH/
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mcopy -o -s -m -i $@.tmp@@$(2) $@.orig.extract.tmp/$(subst $$,\$$,$(shell basename $(FLASH_FILE:::%=%))) ::/FLASH/$(FILE_DIR)/
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rm -r $@.orig.extract.tmp
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endef
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# FIXME:
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# - the logic using the optional $2 below feels really clunky, try and
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# improve it. See above for a related TODO for prepare_iso_from_tpl
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# Create a new ISO image with patches applied
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#
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# $@ is the ISO to create
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# $< is the FL2
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# $1 is the pattern to match FL2 file in ISO image
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# $2 optional: Name of other ISO that should be taken as a template with a working DOS on it
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define rule_FL2_insert
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$(call buildinfo_ISO)
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$(eval SRC := $(or $(2),$@))
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@cp --reflink=auto $(SRC).orig $@.tmp
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$(eval FAT_OFFSET := $(shell scripts/geteltorito -c $(SRC).orig 2>/dev/null))
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$(if $(2),$(call prepare_iso_from_tpl,$(1),$(FAT_OFFSET)))
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@cp --reflink=auto $< $<.tmp
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@cp --reflink=auto $@.report $@.report.tmp
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@cp --reflink=auto $@.bat $@.bat.tmp
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@touch --date="1980-01-01 00:00:01Z" $<.tmp $@.report.tmp $@.bat.tmp
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@# TODO - datestamp here could be the lastcommitdatestamp
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./scripts/ISO_copyFL2 to_iso $@.tmp $<.tmp $(1)
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mcopy -t -m -o -i $@.tmp@@$(FAT_OFFSET) $@.report.tmp ::report.txt
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-mattrib -i $@.tmp@@$(FAT_OFFSET) -r -s -h ::AUTOEXEC.BAT
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mcopy -t -m -o -i $@.tmp@@$(FAT_OFFSET) $@.bat.tmp ::AUTOEXEC.BAT
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-mdel -i $@.tmp@@$(FAT_OFFSET) ::EFI/Boot/BootX64.efi
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-mattrib -i $@.tmp@@$(FAT_OFFSET) -r ::FLASH/README.TXT
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-mdel -i $@.tmp@@$(FAT_OFFSET) ::FLASH/README.TXT
|
|
|
|
@rm $<.tmp $@.report.tmp $@.bat.tmp
|
|
@mv $@.tmp $@
|
|
endef
|
|
rule_FL2_insert_DEPS = scripts/ISO_copyFL2 # TODO - bat file
|
|
# TODO
|
|
# - maybe mdel any FL1 files, so the image can not accidentally be used to
|
|
# flash the BIOS?
|
|
# - only delete the UEFI updater if it exists in the original ISO
|
|
# - continue removing variables from the AUTOEXEC bat - perhaps calculate
|
|
# its contents here
|
|
# - provide a simple mechanism for selecting the flash command to run, to
|
|
# allow for autoexec bat files that do not use dosflash
|
|
|
|
# Extract the CAP file from an EXE image
|
|
#
|
|
# $@ is the CAP file to create
|
|
# $< is the EXE file
|
|
# $1 is the pattern to match CAP file in EXE file
|
|
define rule_CAP_extract
|
|
innoextract $< -I $(1) -d tmp.inno
|
|
mv `find tmp.inno -type f` $@
|
|
touch $@
|
|
rm -rf tmp.inno
|
|
endef
|
|
rule_CAP_extract_DEPS = # no extra local dependancies
|
|
|
|
define rule_EXE_extract
|
|
$(call rule_CAP_extract,$1)
|
|
endef
|
|
rule_EXE_extract_DEPS = # no extra local dependancies
|
|
|
|
# TODO:
|
|
# - the following two rule_CAP_insert and rule_EXE_insert replicate a lot of
|
|
# logic included in rule_FL2_insert. See if we can refactor to share logic.
|
|
|
|
# Create a new CAP image with patches applied
|
|
# This is specifically for B590 firmware where we have to combine a bootable DOS
|
|
# ISO with the Flash-updater tool from an older .ZIP archive and a new capsule
|
|
# from an Innosetup .EXE and combine it together into an ISO image
|
|
#
|
|
# $@ is the CAP to create
|
|
# $< is the CAP
|
|
# $1 is the pattern to match CAP file in EXE file
|
|
# $2 Name of other ISO that should be taken as a template with a working DOS on it
|
|
# $3 ZIP file where to take the DOS flash updater program from
|
|
define rule_CAP_insert
|
|
$(call buildinfo_ISO)
|
|
|
|
@cp --reflink=auto $(2).orig $@.tmp
|
|
$(eval FAT_OFFSET := $(shell scripts/geteltorito -c $(2).orig 2>/dev/null))
|
|
-mkdir -p $@.orig.extract.tmp
|
|
unzip -o $(3).orig DOS/\* -x \*.cap \*.IMC \*.BAT -d $@.orig.extract.tmp/
|
|
-mattrib -i $@.tmp@@$(FAT_OFFSET) -r -/ ::FLASH/
|
|
mdeltree -i $@.tmp@@$(FAT_OFFSET) FLASH/
|
|
mmd -i $@.tmp@@$(FAT_OFFSET) FLASH
|
|
mcopy -o -s -m -i $@.tmp@@$(FAT_OFFSET) $@.orig.extract.tmp/DOS/* ::/FLASH/
|
|
@rm -r $@.orig.extract.tmp
|
|
|
|
@cp --reflink=auto $< $<.tmp
|
|
@cp --reflink=auto $@.report $@.report.tmp
|
|
@cp --reflink=auto $@.bat $@.bat.tmp
|
|
@touch --date="1980-01-01 00:00:01Z" $<.tmp $@.report.tmp $@.bat.tmp
|
|
@# TODO - datestamp here could be the lastcommitdatestamp
|
|
|
|
mcopy -t -m -o -i $@.tmp@@$(FAT_OFFSET) $<.tmp ::/FLASH/$<
|
|
mcopy -t -m -o -i $@.tmp@@$(FAT_OFFSET) $@.report.tmp ::report.txt
|
|
-mattrib -i $@.tmp@@$(FAT_OFFSET) -r -s -h ::AUTOEXEC.BAT
|
|
mcopy -t -m -o -i $@.tmp@@$(FAT_OFFSET) $@.bat.tmp ::AUTOEXEC.BAT
|
|
|
|
@rm $<.tmp $@.report.tmp $@.bat.tmp
|
|
@mv $@.tmp $@
|
|
endef
|
|
rule_CAP_insert_DEPS =
|
|
|
|
# TODO:
|
|
# - it is unclear if the dependancies for the $2 ISO image used below are
|
|
# handled
|
|
# - Similar to the prepare_iso_from_tpl, this looks like it has a bunch of
|
|
# logic due to some Lenovo images being broken. Look into what is broken
|
|
# and see if it is patchable without a template.
|
|
|
|
# Create a new EXE image with patches applied
|
|
# This is specifically for B580 firmware where we have to combine a bootable DOS
|
|
# ISO with a patched FL2 together into an ISO image
|
|
#
|
|
# $@ is the EXE to create
|
|
# $< is the CAP
|
|
# $1 is the pattern to match FL1 file in EXE file
|
|
# $2 Name of other ISO that should be taken as a template with DOS and DOSFLASH
|
|
define rule_EXE_insert
|
|
$(call buildinfo_ISO)
|
|
|
|
@cp -f --reflink=auto $(2).orig $@.tmp
|
|
$(eval FAT_OFFSET := $(shell scripts/geteltorito -c $(2).orig 2>/dev/null))
|
|
$(eval DOSFLASH := $(shell mdir -/ -b -i $(2).orig@@$(FAT_OFFSET) | grep -i DOSFLASH | head -1))
|
|
|
|
-rm -rf $@.orig.extract.tmp
|
|
mkdir $@.orig.extract.tmp
|
|
mcopy -n -s -m -i $@.tmp@@$(FAT_OFFSET) $(DOSFLASH) $@.orig.extract.tmp/
|
|
-mattrib -i $@.tmp@@$(FAT_OFFSET) -r -/ ::FLASH/
|
|
mdeltree -i $@.tmp@@$(FAT_OFFSET) FLASH/
|
|
mmd -i $@.tmp@@$(FAT_OFFSET) FLASH
|
|
mcopy -o -s -m -i $@.tmp@@$(FAT_OFFSET) $@.orig.extract.tmp/DOSFLASH.EXE ::/FLASH/
|
|
mcopy -o -s -m -i $@.tmp@@$(FAT_OFFSET) $< ::/FLASH/$(1)
|
|
rm -r $@.orig.extract.tmp
|
|
|
|
cp --reflink=auto $< $<.tmp
|
|
cp --reflink=auto $@.report $@.report.tmp
|
|
cp --reflink=auto $@.bat1 $@.bat.tmp
|
|
touch --date="1980-01-01 00:00:01Z" $<.tmp $@.report.tmp $@.bat.tmp
|
|
@# TODO - datestamp here could be the lastcommitdatestamp
|
|
|
|
./scripts/ISO_copyFL2 to_iso $@.tmp $<.tmp $(1)
|
|
-mdel -i $@.tmp@@$(FAT_OFFSET) ::EFI/Boot/BootX64.efi
|
|
mcopy -t -m -o -i $@.tmp@@$(FAT_OFFSET) $@.report.tmp ::report.txt
|
|
-mattrib -i $@.tmp@@$(FAT_OFFSET) -r -s -h ::AUTOEXEC.BAT
|
|
mcopy -t -m -o -i $@.tmp@@$(FAT_OFFSET) $@.bat.tmp ::AUTOEXEC.BAT
|
|
|
|
@rm $<.tmp $@.report.tmp $@.bat.tmp
|
|
@mv $@.tmp $@
|
|
endef
|
|
rule_EXE_insert_DEPS =
|
|
|
|
|
|
# Insert the new firmware into the FL2 file
|
|
#
|
|
# $@ is the FL2 to create
|
|
# $< is the IMG
|
|
define rule_IMG_insert
|
|
./scripts/xx30.encrypt $< $<.enc.tmp
|
|
@cp --reflink=auto $@.orig $@.tmp
|
|
./scripts/FL2_copyIMG to_fl2 $@.tmp $<.enc.tmp
|
|
@rm $<.enc.tmp
|
|
@mv $@.tmp $@
|
|
$(call buildinfo_FL2)
|
|
endef
|
|
rule_IMG_insert_DEPS = scripts/FL2_copyIMG scripts/xx30.encrypt
|
|
|
|
# Take a built ISO file with Lenovo's name and rename it to a nice name
|
|
#
|
|
# $< is the lenovo named iso
|
|
# $@ is the nicely named iso
|
|
define rule_niceISO_extract
|
|
cp $< $@
|
|
cp $<.report $@.report
|
|
$(call build_info,$@)
|
|
endef
|
|
rule_niceISO_extract_DEPS = # no extra dependancies
|
|
|
|
|
|
# Additional macros for any special cases:
|
|
|
|
# Extract the IMG file from an FL2 file - special case, without decryption
|
|
#
|
|
# $@ is the IMG to create
|
|
# $< is the FL2
|
|
define rule_IMGnoenc_extract
|
|
./scripts/FL2_copyIMG from_fl2 $< $@
|
|
endef
|
|
rule_IMGnoenc_extract_DEPS = scripts/FL2_copyIMG
|
|
|
|
# TODO:
|
|
# - the rule_IMGnoenc_insert and rule_IMGnuvoton_insert share much of their
|
|
# logic. See if we can refactor them to remove duplication.
|
|
|
|
# Insert the new firmware into the FL2 file - special case, without encryption
|
|
#
|
|
# $@ is the FL2 to create
|
|
# $< is the IMG
|
|
define rule_IMGnoenc_insert
|
|
cp --reflink=auto $@.orig $@.tmp
|
|
./scripts/FL2_copyIMG to_fl2 $@.tmp $<
|
|
mv $@.tmp $@
|
|
$(call buildinfo_FL2)
|
|
endef
|
|
rule_IMGnoenc_insert_DEPS = scripts/FL2_copyIMG
|
|
|
|
# Extract the IMG file from an FL1 file - special case, for NUVOTON controllers
|
|
#
|
|
# $@ is the IMG to create
|
|
# $< is the FL2
|
|
define rule_IMGnuvoton_extract
|
|
./scripts/FL2_copyIMG from_fl2 $< $@
|
|
endef
|
|
rule_IMGnuvoton_extract_DEPS = scripts/FL2_copyIMG
|
|
|
|
# Insert the new firmware into the FL2 file - special case, for NUVOTON controllers
|
|
#
|
|
# $@ is the FL1 to create
|
|
# $< is the IMG
|
|
define rule_IMGnuvoton_insert
|
|
|
|
./nuvoton-tools/npce885crc -o 0x8000 -u $<
|
|
cp --reflink=auto $@.orig $@.tmp
|
|
./scripts/FL2_copyIMG to_fl2 $@.tmp $<
|
|
mv $@.tmp $@
|
|
$(call buildinfo_FL2)
|
|
endef
|
|
rule_IMGnuvoton_insert_DEPS = scripts/FL2_copyIMG nuvoton-tools/npce885crc
|
|
|
|
|
|
# Extract the FL2 file from an ISO image with two FL2 files
|
|
#
|
|
# $@ is the FL2 file to create
|
|
# $< is the ISO file
|
|
# $1 is the pattern to match FL2 file in ISO image
|
|
# $2 is the second FL2 files, but this is ignored
|
|
define rule_FL2multi2_extract
|
|
$(call rule_FL2_extract,$1)
|
|
endef
|
|
rule_FL2multi2_extract_DEPS = $(rule_FL2_extract_DEPS)
|
|
|
|
# Create a new ISO image with patches applied - for images with two FL2 files
|
|
# with different names but the same content
|
|
#
|
|
# $@ is the ISO to create
|
|
# $< is the FL2
|
|
# $1 is the first FL2 pattern
|
|
# $2 is the second FL2 pattern
|
|
define rule_FL2multi2_insert
|
|
$(call rule_FL2_insert,$1)
|
|
./scripts/ISO_copyFL2 to_iso $@ $< $(2)
|
|
endef
|
|
rule_FL2multi2_insert_DEPS = $(rule_FL2_insert_DEPS)
|
|
|
|
# Extract the FL2 file from an old style ISO image with no Hard disk image
|
|
#
|
|
# $@ is the FL2 file to create
|
|
# $< is the ISO file
|
|
# $1 is the pattern to match FL2 file in ISO image
|
|
define rule_oldISO_extract
|
|
xorriso -osirrox on -indev $< -extract $(shell xorriso -osirrox on -indev $< -ls '*$(1)*' 2>/dev/null) $@ 2>/dev/null
|
|
@chmod a-x,u+w $@
|
|
@touch $@
|
|
endef
|
|
|
|
# Generate and include the rules that use the above macros
|
|
-include $(DEPSDIR)/generated.deps
|
|
CLEAN_FILES += $(DEPSDIR)/generated.deps
|
|
$(DEPSDIR)/generated.deps: scripts/generate_deps
|
|
$(DEPSDIR)/generated.deps: Descriptions.txt
|
|
@./scripts/generate_deps $< >$@
|