440 lines
15 KiB
Bash
Executable File
440 lines
15 KiB
Bash
Executable File
#!/usr/bin/env bash
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# helper script: create ROM images for a given mainboard
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#
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# Copyright (C) 2020,2021 Leah Rowe <info@minifree.org>
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# Copyright (C) 2021 Vitali64 <vitali64pmemail@protonmail.com>
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#
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# This program is free software: you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation, either version 3 of the License, or
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# (at your option) any later version.
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#
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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#
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# You should have received a copy of the GNU General Public License
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# along with this program. If not, see <http://www.gnu.org/licenses/>.
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#
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# This script assumes that the working directory is the root
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# of git or release archive
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[ "x${DEBUG+set}" = 'xset' ] && set -v
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set -u -e
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projectname="$(cat projectname)"
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if (( $# != 1 )); then
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printf "Usage: ./build boot roms boardname\n"
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printf "Example: ./build boot roms x60\n"
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printf "Example: ./build boot roms x60 x200_8mb\n"
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printf "Example: ./build boot roms all\n"
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printf "You need to specify exactly 1 argument\n"
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exit 1
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fi
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board="${1}"
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if [ ! -d "resources/coreboot/${board}" ]; then
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printf "build/roms: Target %s does not exist in the %s build system. Skipping build.\n" "${projectname}" "${board}"
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exit 1
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fi
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if [ ! -f "resources/coreboot/${board}/board.cfg" ]; then
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printf "build/roms: Target %s does not have a board.cfg. Skipping build.\n" "${board}"
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exit 1
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fi
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# Workaround to grub's slow boot
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grub_scan_disk="undefined" # both: scan ata and ahci (slow), there is ata and ahci too
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# as an option
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cbtree="undefined"
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romtype="normal" # optional parameter in board.cfg. "normal" is default
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arch="undefined"
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# Disable all payloads by default.
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# board.cfg files have to specifically enable [a] payload(s)
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payload_grub="n"
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payload_grub_withseabios="n" # seabios chainloaded from grub
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payload_seabios="n"
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payload_seabios_withgrub="n" # i386-coreboot grub accessible from SeaBIOS boot menu
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seabios_opromloadonly="0"
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payload_memtest="n"
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# Override the above defaults using board.cfg
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source "resources/coreboot/${board}/board.cfg"
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if [ "${grub_scan_disk}" = "undefined" ]; then
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printf "build/roms: Target %s does not define grub_scan_disk. Defaulting to 'both'.\n" "${board}"
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grub_scan_disk="both"
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fi
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if [ "${grub_scan_disk}" != "both" ] && \
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[ "${grub_scan_disk}" != "ata" ] && \
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[ "${grub_scan_disk}" != "ahci" ]; then
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printf "build/roms: Target %s defines an invalid grub_scan_disk setting. Defaulting to 'both'.\n" "${board}"
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grub_scan_disk="both"
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# erroring out would be silly. just use the default
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fi
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if [ "${cbtree}" = "undefined" ]; then
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printf "build/roms: Target %s does not define a coreboot tree. Skipping build.\n" "${board}"
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exit 1
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fi
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if [ "${arch}" = "undefined" ]; then
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printf "build/roms: Target %s does not define a CPU type. Skipping build.\n" "${board}"
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exit 1
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fi
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if [ "${seabios_opromloadonly}" != "0" ] && \
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[ "${seabios_opromloadonly}" != "1" ]; then
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seabios_opromloadonly="0"
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fi
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if [ "${payload_memtest}" != "n" ] && \
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[ "${payload_memtest}" != "y" ]; then
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payload_memtest="n"
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fi
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if [ "${payload_grub_withseabios}" = "y" ]; then
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payload_grub="y"
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fi
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if [ "${payload_grub_withseabios}" = "y" ]; then
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payload_seabios="y"
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payload_seabios_withgrub="y" # if grub-first works, then seabios-with-grub will also work
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fi
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if [ "${payload_seabios_withgrub}" = "y" ]; then
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payload_seabios="y" # if seabios-with-grub works, then SeaBIOS-alone should also work
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fi
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# NOTE: reverse logic must not be applied. If SeaBIOS-with-GRUB works, that doesn't
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# necessarily mean GRUB-with-SeaBIOS will work nicely. for example, the board might
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# only have an add-on GPU available, where it's recommended to boot SeaBIOS first
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if [ "${payload_grub}" != "y" ] && [ "${payload_seabios}" != "y" ]; then
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while true; do
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for configfile in "resources/coreboot/${board}/config/"*; do
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if [ -f "${configfile}" ]; then
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printf "ERROR build/roms: Target '%s' does not define a payload. Exiting.\n" "${board}"
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exit 1
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fi
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done
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break
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done
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fi
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if [ "${payload_memtest}" = "y" ]; then
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if [ ! -f "memtest86plus/memtest" ]; then
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./build module memtest86plus
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fi
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fi
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romdir="bin/${board}"
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cbdir="coreboot/${board}"
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if [ "${board}" != "${cbtree}" ]; then
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cbdir="coreboot/${cbtree}"
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fi
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cbfstool="${cbdir}/util/cbfstool/cbfstool"
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corebootrom="${cbdir}/build/coreboot.rom"
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seavgabiosrom="payload/seabios/seavgabios.bin"
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if [ ! -d "${cbdir}" ]; then
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./download coreboot ${cbtree}
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fi
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if [ "${arch}" = "x86_32" ] || [ "${arch}" = "x86_64" ]; then
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if [ ! -d "${cbdir}/util/crossgcc/xgcc/i386-elf/" ]; then
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(
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cat version > "${cbdir}/.coreboot-version"
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cd "${cbdir}"
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make crossgcc-i386 CPUS=$(nproc) # even for 64-bit machines, coreboot builds
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# 32-bit ROM images, so we only need to worry about i386-elf
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)
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fi
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elif [ "${arch}" = "ARMv7" ]; then
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cat version > "${cbdir}/.coreboot-version"
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cd "${cbdir}"
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make crossgcc-arm CPUS=$(nproc) # This is for armv7, doesn't apply to aarch64
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elif [ "${arch}" = "AArch64" ]; then
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cat version > "${cbdir}/.coreboot-version"
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cd "${cbdir}"
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make crossgcc-aarch64 CPUS=$(nproc) # This is for aarch64, doesn't apply to armv7
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fi
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if [ ! -f "${cbfstool}" ]; then
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./build module cbutils ${cbtree}
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fi
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if [ ! -f "${seavgabiosrom}" ] \
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|| [ ! -f payload/seabios/seabios_libgfxinit.elf ]; then
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if [ "${payload_seabios}" = "y" ]; then
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./build payload seabios
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elif [ "${payload_grub}" = "y" ] \
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&& [ "${payload_grub_withseabios}" = "y" ]; then
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./build payload seabios
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fi
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fi
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[ -d "${romdir}/" ] || mkdir -p "${romdir}/"
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rm -f "${romdir}"/*
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if [ "${payload_grub}" = "y" ] || [ "${payload_seabios_withgrub}" = "y" ]; then
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if [ -f "payload/grub/grub_usqwerty.cfg" ]; then
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grubrefchecksum="$(sha1sum resources/grub/config/grub.cfg)"
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grubrefchecksum="${grubrefchecksum% resources/grub/config/grub.cfg}"
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grubbuildchecksum="$(sha1sum payload/grub/grub_usqwerty.cfg)"
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grubbuildchecksum="${grubbuildchecksum% payload/grub/grub_usqwerty.cfg}"
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if [ "${grubrefchecksum}" != "${grubbuildchecksum}" ]; then
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rm -Rf payload/grub/
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printf "Changes detected to GRUB. Re-building now:\n"
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fi
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else
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printf "Required GRUB payloads not yet built. Building now:\n"
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rm -Rf payload/grub/ # just in case
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fi
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for keymapfile in resources/grub/keymap/*; do
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if [ ! -f "${keymapfile}" ]; then
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continue
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fi
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keymap="${keymapfile##*/}"
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keymap="${keymap%.gkb}"
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grubelf="payload/grub/grub_${keymap}.elf"
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grubcfg="payload/grub/grub_${keymap}.cfg"
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grubtestcfg="payload/grub/grub_${keymap}_test.cfg"
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if [ ! -f "${grubelf}" ] || [ ! -f "${grubcfg}" ] || \
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[ ! -f "${grubtestcfg}" ]; then
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./build payload grub
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fi
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done
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fi
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# it is assumed that no other work will be done on the ROM
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# after calling this function. therefore this function is "final"
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moverom() {
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rompath="$1"
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newrompath="$2"
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cuttype="$3"
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printf "\nCreating new ROM image: %s\n" "${newrompath}"
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if [ "${cuttype}" = "4MiB IFD BIOS region" ]; then
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dd if=${rompath} of=${newrompath} bs=1 skip=$[$(stat -c %s ${rompath}) - 0x400000] count=4194304
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else
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cp ${rompath} ${newrompath}
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fi
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# pike2008 cards cause a system hang when loading the option rom in seabios
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# if there is an empty option rom in cbfs, no option rom will be loaded
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if [ "${cuttype}" = "d8d16sas" ]; then
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emptyrom=$(mktemp -t coreboot_rom.XXXXXXXXXX)
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rm -f "${emptyrom}"
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touch "${emptyrom}"
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for deviceID in "0072" "3050"; do
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"${cbfstool}" "${newrompath}" add -f "${emptyrom}" -n pci1000,${deviceID}.rom -t raw
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done
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rm -f "${emptyrom}"
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fi
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for romsize in 4 8 16; do
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if [ "${cuttype}" = "${romsize}MiB ICH9 IFD NOR flash" ]; then
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if [ ! -f "descriptors/ich9m/ich9fdgbe_${romsize}m.bin" ]; then
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./build build descriptors
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fi
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dd if=descriptors/ich9m/ich9fdgbe_${romsize}m.bin of=${newrompath} bs=1 count=12k conv=notrunc
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fi
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if [ "${cuttype}" = "${romsize}MiB ICH9 IFD NOGBE NOR flash" ]; then
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if [ ! -f "descriptors/ich9m/ich9fdnogbe_${romsize}m.bin" ]; then
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./build build descriptors
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fi
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dd if=descriptors/ich9m/ich9fdnogbe_${romsize}m.bin of=${newrompath} bs=1 count=4k conv=notrunc
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fi
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done
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}
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# expected: configs must not specify a payload
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mkCoreboot() {
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cbdir="${1}" # e.g. coreboot/default
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cbcfgpath="${2}" # e.g. resources/coreboot/x200_8mb/config/txtmode
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if [ ! -f "${cbcfgpath}" ]; then
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printf "\nmkCoreboot: Coreboot config '%s' does not exist. Skipping build.\n" \
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"${cbcfgpath}"
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return 0
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fi
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printf "%s-%s\n" "$(cat projectname)" "$(cat version)" > "${cbdir}/.coreboot-version"
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(
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cd "${cbdir}"
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make distclean
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)
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cp "${cbcfgpath}" "${cbdir}"/.config
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(
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cd "${cbdir}"
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make -j$(nproc)
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)
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}
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# make a rom in /tmp/ and then print the path of that ROM
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make_seabios_rom() {
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target_cbrom="${1}" # rom to insert seabios in. this rom won't be touched
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# a tmpfile will be made instead
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target_seabios_cbfs_path="${2}" # e.g. fallback/payload
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target_opromloadonly="${3}" # 0 or 1. if 1, only load but don't execute oproms
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cbfstool_path="${4}"
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# etc/pci-optionrom-exec will be set to 2
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# etc/pci-optionrom-exec will be set to 0
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target_seabioself="payload/seabios/seabios.elf"
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target_seavgabios_rom="payload/seabios/seavgabios.bin"
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tmprom=$(mktemp -t coreboot_rom.XXXXXXXXXX)
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cp "${target_cbrom}" "${tmprom}"
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"${cbfstool}" "${tmprom}" add-payload -f "${target_seabioself}" -n ${target_seabios_cbfs_path} -c lzma
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"${cbfstool}" "${tmprom}" add-int -i 3000 -n etc/ps2-keyboard-spinup
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"${cbfstool}" "${tmprom}" add-int -i 2 -n etc/pci-optionrom-exec
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"${cbfstool}" "${tmprom}" add-int -i 0 -n etc/optionroms-checksum
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"${cbfstool}" "${tmprom}" add-int -i ${target_opromloadonly} -n etc/only-load-option-roms
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"${cbfstool_path}" "${tmprom}" add -f "${target_seavgabios_rom}" -n vgaroms/seavgabios.bin -t raw
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printf "%s\n" "${tmprom}"
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}
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# make a rom in /tmp/ and then print the path of that ROM
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make_grubrom_from_keymap() {
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target_keymap="${1}"
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target_cbrom="${2}"
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cbfstool_path="${3}"
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target_grubelf_cbfs_path="${4}" # e.g. fallback/payload
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grubelf="payload/grub/grub_${target_keymap}.elf"
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grubcfg="payload/grub/grub_${target_keymap}.cfg"
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grubtestcfg="payload/grub/grub_${target_keymap}_test.cfg"
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tmprom=$(mktemp -t coreboot_rom.XXXXXXXXXX)
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cp "${target_cbrom}" "${tmprom}"
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"${cbfstool_path}" "${tmprom}" add-payload -f "${grubelf}" -n ${target_grubelf_cbfs_path} -c lzma
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tmpgrubcfg=$(mktemp -t grub.cfg.XXXXXXXXXX)
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tmpgrubtestcfg=$(mktemp -t grubtest.cfg.XXXXXXXXXX)
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if [ "${grub_scan_disk}" = "ahci" ]; then
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sed 's/set\ grub_scan_disk=\"both\"/set\ grub_scan_disk=\"ahci\"/' "${grubcfg}" > "${tmpgrubcfg}"
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sed 's/set\ grub_scan_disk=\"both\"/set\ grub_scan_disk=\"ahci\"/' "${grubtestcfg}" > "${tmpgrubtestcfg}"
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elif [ "${grub_scan_disk}" = "ata" ]; then
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sed 's/set\ grub_scan_disk=\"both\"/set\ grub_scan_disk=\"ata\"/' "${grubcfg}" > "${tmpgrubcfg}"
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sed 's/set\ grub_scan_disk=\"both\"/set\ grub_scan_disk=\"ata\"/' "${grubtestcfg}" > "${tmpgrubtestcfg}"
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else
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cp "${grubcfg}" "${tmpgrubcfg}"
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cp "${grubtestcfg}" "${tmpgrubtestcfg}"
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fi
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"${cbfstool_path}" "${tmprom}" add -f "${tmpgrubcfg}" -n grub.cfg -t raw
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"${cbfstool_path}" "${tmprom}" add -f "${tmpgrubtestcfg}" -n grubtest.cfg -t raw
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rm -f "${tmpgrubcfg}" "${tmpgrubtestcfg}"
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backgroundfile="background1280x800.png"
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if [ "${board}" = "x60" ] || [ "${board}" = "t60_intelgpu" ]; then
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# TODO: don't hardcode this check. do it in board.cfg per board
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backgroundfile="background1024x768.png"
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fi
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backgroundfile="resources/grub/background/${backgroundfile}"
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"${cbfstool_path}" "${tmprom}" add -f ${backgroundfile} -n background.png -t raw
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printf "%s\n" "${tmprom}"
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}
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# Make separate ROM images with GRUB payload, for each supported keymap
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mkRomsWithGrub() {
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tmprompath="${1}"
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displaymode="${2}"
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firstpayloadname="${3}" # allow values: grub, seabios, seabios_withgrub
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if [ "${payload_grub_withseabios}" = "y" ] && [ "${firstpayloadname}" = "grub" ]; then
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mv "$(make_seabios_rom "${tmprompath}" "seabios.elf" "${seabios_opromloadonly}" "${cbfstool}")" "${tmprompath}"
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elif [ "${payload_seabios_withgrub}" ] && [ "${firstpayloadname}" != "grub" ]; then
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mv "$(make_seabios_rom "${tmprompath}" "fallback/payload" "${seabios_opromloadonly}" "${cbfstool}")" "${tmprompath}"
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fi
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for keymapfile in resources/grub/keymap/*; do
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if [ ! -f "${keymapfile}" ]; then
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continue
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fi
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keymap="${keymapfile##*/}"
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keymap="${keymap%.gkb}"
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grub_path_in_cbfs="fallback/payload"
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if [ "${firstpayloadname}" != "grub" ]; then
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grub_path_in_cbfs="img/grub2"
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fi
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tmpgrubrom="$(make_grubrom_from_keymap "${keymap}" "${tmprompath}" "${cbfstool}" "${grub_path_in_cbfs}")"
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# Having too much image types complicates things too much for
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# users. So we even if we can build 2 type of SeaBIOS images,
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# one with GRUB and one without GRUB, we only want to show a
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# single image to the user. This also requires to tell users
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# that they may or may not have GRUB as secondary payload, but
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# we already have this situation with memtest86+ that may or
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# may not be in the image depending on the flash size.
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if [ "${firstpayloadname}" = "seabios_withgrub" ] ; then
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firstpayloadname="seabios"
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fi
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newrompath="${romdir}/${firstpayloadname}_${board}_${displaymode}_${keymap}.rom"
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moverom "${tmpgrubrom}" "${newrompath}" "${romtype}"
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rm -f "${tmpgrubrom}"
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done
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}
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# Main ROM building function. This calls all other functions
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mkRoms() {
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cbcfgpath="${1}"
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displaymode="${2}"
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if [ ! -f "${cbcfgpath}" ]; then
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printf "'%s' does not exist. Skipping build for %s %s %s\n" \
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"${cbcfgpath}" "${board}" "${displaymode}"
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return 0
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fi
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mkCoreboot "${cbdir}" "${cbcfgpath}"
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if [ "${displaymode}" = "txtmode" ] && [ "${payload_memtest}" = "y" ]; then
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"${cbfstool}" "${corebootrom}" add-payload -f memtest86plus/memtest -n img/memtest -c lzma
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fi
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if [ "${payload_seabios}" = "y" ]; then
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if [ "${payload_seabios_withgrub}" = "n" ]; then
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tmpseabiosrom="$(make_seabios_rom "${corebootrom}" "fallback/payload" "${seabios_opromloadonly}" "${cbfstool}")"
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newrompath="${romdir}/seabios_${board}_${displaymode}.rom"
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moverom "${tmpseabiosrom}" "${newrompath}" "${romtype}"
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rm -f "${tmpseabiosrom}"
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else
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tmprom=$(mktemp -t coreboot_rom.XXXXXXXXXX)
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cp "${corebootrom}" "${tmprom}"
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mkRomsWithGrub "${tmprom}" "${displaymode}" "seabios_withgrub"
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rm -f "${tmprom}"
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fi
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fi
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if [ "${payload_grub}" = "y" ]; then
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mkRomsWithGrub "${corebootrom}" "${displaymode}" "grub"
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fi
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}
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for displaymode in corebootfb txtmode; do
|
|
cbcfgpath="resources/coreboot/${board}/config/${displaymode}"
|
|
mkRoms "${cbcfgpath}" "${displaymode}"
|
|
done
|
|
|
|
(
|
|
cd "${cbdir}"
|
|
make distclean
|
|
)
|