lbmk/script/build/roms

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#!/usr/bin/env sh
# SPDX-License-Identifier: GPL-3.0-or-later
# SPDX-FileCopyrightText: 2014-2016,2020,2021,2023 Leah Rowe <leah@libreboot.org>
# SPDX-FileCopyrightText: 2021,2022 Ferass El Hafidi <vitali64pmemail@protonmail.com>
# SPDX-FileCopyrightText: 2022 Caleb La Grange <thonkpeasant@protonmail.com>
# SPDX-FileCopyrightText: 2022-2023 Alper Nebi Yasak <alpernebiyasak@gmail.com>
# SPDX-FileCopyrightText: 2023 Riku Viitanen <riku.viitanen@protonmail.com>
[ "x${DEBUG+set}" = 'xset' ] && set -v
set -u -e
. "include/err.sh"
. "include/option.sh"
seavgabiosrom="elf/seabios/default/libgfxinit/vgabios.bin"
grub_background="background1280x800.png"
grubelf="elf/grub/grub.elf"
cfgsdir="config/coreboot"
kmapdir="config/grub/keymap"
# Disable all payloads by default.
# target.cfg files have to specifically enable [a] payload(s)
pv="payload_grub payload_grub_withseabios payload_seabios payload_memtest"
pv="${pv} payload_seabios_withgrub payload_uboot memtest_bin"
v="romdir cbrom initmode displaymode cbcfg targetdir tree arch"
v="${v} grub_timeout ubdir vendorfiles board grub_scan_disk uboot_config"
eval "$(setvars "n" ${pv})"
eval "$(setvars "" ${v} boards _displaymode _payload _keyboard all targets)"
main()
{
while [ $# -gt 0 ]; do
case ${1} in
help) usage && exit 0 ;;
list) items config/coreboot && exit 0 ;;
-d) _displaymode="${2}" ;;
-p) _payload="${2}" ;;
-k) _keyboard="${2}" ;;
*)
[ "${1}" = "all" ] && all="y"
boards="${1} ${boards}"
shift && continue ;;
esac
shift 2
done
[ "${all}" != "y" ] || boards=$(items config/coreboot) || \
err "Cannot generate list of boards for building"
for x in ${boards}; do
eval "$(setvars "n" ${pv})"
eval "$(setvars "" ${v})"
grub_background="background1280x800.png"
board="${x}"
check_target
prepare_target
[ -d "bin/${board}" ] || continue
targets="* bin/${board}\n${targets}"
done
[ -z "${targets}" ] && err "No ROM images were compiled"
printf "\nROM images available in these directories:\n"
printf "${targets}^^ ROM images available in these directories.\n\n"
printf "DO NOT flash ROM images from elf/ - please use bin/ instead.\n"
}
check_target()
{
targetdir="${cfgsdir}/${board}"
[ -f "${targetdir}/target.cfg" ] || \
err "Missing target.cfg for target: ${board}"
# Override the above defaults using target.cfg
. "${targetdir}/target.cfg"
[ -z "${grub_scan_disk}" ] && \
grub_scan_disk="both"
[ "${grub_scan_disk}" != "both" ] && [ "${grub_scan_disk}" != "ata" ] \
&& [ "${grub_scan_disk}" != "ahci" ] && \
grub_scan_disk="both"
[ -z "${tree}" ] && \
err "Target '${board}' defines no tree. Skipping build."
[ -z "${arch}" ] && \
err "Target '${board}' defines no arch. Skipping build."
[ "${payload_memtest}" != "y" ] && \
payload_memtest="n"
[ "${payload_grub_withseabios}" = "y" ] && \
payload_grub="y"
[ "${payload_grub_withseabios}" = "y" ] && \
eval "$(setvars "y" payload_seabios payload_seabios_withgrub)"
[ "${payload_seabios_withgrub}" = "y" ] && \
payload_seabios="y"
# The reverse logic must not be applied. If SeaBIOS-with-GRUB works,
# that doesn't mean GRUB-withSeaBIOS will. For example, the board
# might have a graphics card whose vga rom coreboot doesn't execute
[ "${payload_grub}" != "y" ] && [ "${payload_seabios}" != "y" ] && \
[ "${payload_uboot}" != "y" ] && \
for configfile in "${targetdir}/config/"*; do
[ -e "${configfile}" ] || continue
err "target '${board}' defines no payload"
done
[ "${payload_uboot}" != "n" ] && [ "${payload_uboot}" != "y" ] && \
payload_uboot="n"
[ "${payload_uboot}" = "y" ] && [ -z "${uboot_config}" ] && \
uboot_config="default"
[ "${vendorfiles}" != "n" ] && [ "${vendorfiles}" != "y" ] && \
vendorfiles="y"
# Override all payload directives with cmdline args
[ -z "${_payload}" ] && return 0
printf "setting payload to: %s\n" "${_payload}"
eval "$(setvars "n" payload_grub payload_memtest payload_seabios \
payload_seabios_withgrub payload_uboot payload_grub_withseabios)"
eval "payload_${_payload}=y"
}
prepare_target()
{
romdir="bin/${board}"
cbdir="src/coreboot/${board}"
[ "${board}" = "${tree}" ] || cbdir="src/coreboot/${tree}"
cbfstool="cbutils/${tree}/cbfstool"
cbrom="${cbdir}/build/coreboot.rom"
[ -f "${cbfstool}" ] || \
x_ ./update trees -b coreboot utils ${tree}
build_dependency_seabios
memtest_bin="memtest86plus/build64/memtest.bin"
[ "${payload_memtest}" != "y" ] || [ -f "src/${memtest_bin}" ] || \
x_ ./update trees -b memtest86plus
rm -f "${romdir}/"* || err "!prepare, rm files, ${romdir}"
build_dependency_grub
build_dependency_uboot
build_target
}
build_dependency_seabios()
{
[ "${payload_seabios}" = "y" ] || return 0
[ -f "${seavgabiosrom}" ] && \
[ -f elf/seabios/default/libgfxinit/bios.bin.elf ] && \
[ -f elf/seabios/default/vgarom/bios.bin.elf ] && \
[ -f elf/seabios/default/normal/bios.bin.elf ] && return 0
x_ ./update trees -b seabios
}
build_dependency_grub()
{
[ "${payload_grub}" != "y" ] && \
[ "${payload_seabios_withgrub}" != "y" ] && return 0
rebuild_grub="n"
[ -f "${grubelf}" ] || rebuild_grub="y"
for keymapfile in "${kmapdir}"/*.gkb; do
[ "${rebuild_grub}" = "y" ] || break
[ -f "${keymapfile}" ] || continue
keymap="${keymapfile##*/}"
keymap="${keymap%.gkb}"
[ ! -f "elf/grub/keymap_${keymap}.cfg" ] && \
rebuild_grub="y" && break
done
[ "${rebuild_grub}" = "y" ] || return 0
x_ ./build grub
}
build_dependency_uboot()
{
[ "${payload_uboot}" = "y" ] || return 0
x_ ./update trees -b u-boot ${board}
ubdir="elf/u-boot/${board}/${uboot_config}"
ubootelf="${ubdir}/u-boot.elf"
[ ! -f "${ubootelf}" ] && [ -f "${ubdir}/u-boot" ] && \
ubootelf="${ubdir}/u-boot"
[ -f "${ubootelf}" ] && return 0
err "Could not find u-boot build for board, ${board}"
}
build_target()
{
for x in "normal" "vgarom" "libgfxinit"; do
initmode="${x}"
hmode="vesafb"
[ "${initmode}" = "vgarom" ] || hmode="corebootfb"
modes="${hmode} txtmode"
[ -z "${_displaymode}" ] || modes="${_displaymode}"
for y in ${modes}; do
displaymode="${y}"
[ "${initmode}" = "normal" ] && \
[ "$displaymode" != "txtmode" ] && continue
cbcfg="${targetdir}/config/${initmode}_${displaymode}"
[ "${initmode}" = "normal" ] && cbcfg="${cbcfg%_*}"
build_roms "${cbcfg}"
done
done
}
# Main ROM building function. This calls all other functions below
build_roms()
{
cbcfg="${1}"
[ ! -f "${cbcfg}" ] && \
printf "'%s' does not exist. Skipping build for %s %s %s\n" \
"${cbcfg}" "${board}" "${displaymode}" "${initmode}" \
1>&2 && return 0
x_ ./update trees -b coreboot ${board}
_cbrom="elf/coreboot_nopayload_DO_NOT_FLASH/${board}/${initmode}_${displaymode}"
[ "${initmode}" = "normal" ] && \
_cbrom="${_cbrom%_${displaymode}}"
_cbrom="${_cbrom}/coreboot.rom"
cbrom="$(mktemp -t coreboot_rom.XXXXXXXXXX)"
x_ cp "${_cbrom}" "${cbrom}"
[ "${payload_memtest}" != "y" ] || \
x_ "${cbfstool}" "${cbrom}" add-payload \
-f "src/${memtest_bin}" -n img/memtest -c lzma
[ "${payload_seabios}" = "y" ] && \
build_seabios_roms
[ "${payload_grub}" != "y" ] || \
x_ build_grub_roms "${cbrom}" "grub"
[ "${payload_uboot}" = "y" ] || return 0
x_ cp "${_cbrom}" "${cbrom}"
build_uboot_roms
}
build_seabios_roms()
{
if [ "${payload_seabios_withgrub}" = "y" ]; then
tmprom=$(mktemp -t coreboot_rom.XXXXXXXXXX)
x_ cp "${cbrom}" "${tmprom}"
x_ build_grub_roms "${tmprom}" "seabios_withgrub"
x_ rm -f "${tmprom}"
else
t=$(mkSeabiosRom "${cbrom}" "fallback/payload") || \
err "build_seabios_roms: cannot build tmprom"
newrom="${romdir}/seabios_${board}_${initmode}_${displaymode}"
[ "${initmode}" = "normal" ] && newrom="${romdir}/seabios" \
&& newrom="${newrom}_${board}_${initmode}"
x_ moverom "${t}" "${newrom}.rom"
x_ rm -f "${t}"
fi
}
# Make separate ROM images with GRUB payload, for each supported keymap
build_grub_roms()
{
tmprom="${1}"
payload1="${2}" # allow values: grub, seabios, seabios_withgrub
grub_cbfs="fallback/payload"
[ "${payload1}" = "grub" ] && [ "${payload_grub_withseabios}" = "y" ] \
&& x_ mv "$(mkSeabiosRom "${tmprom}" "seabios.elf")" "${tmprom}"
[ "${payload1}" != "grub" ] && [ "${payload_seabios_withgrub}" = "y" ] \
&& grub_cbfs="img/grub2" && \
x_ mv "$(mkSeabiosRom "${tmprom}" fallback/payload)" "${tmprom}"
# we only need insert grub.elf once, for each coreboot config:
x_ "${cbfstool}" "${tmprom}" add-payload -f "${grubelf}" \
-n ${grub_cbfs} -c lzma
# we only need insert background.png once, for each coreboot config:
if [ "${displaymode}" = "vesafb" ] || \
[ "${displaymode}" = "corebootfb" ]; then
backgroundfile="config/grub/background/${grub_background}"
"${cbfstool}" "${tmprom}" add -f ${backgroundfile} \
-n background.png -t raw || err "insert background, ${backgroundfile}"
fi
tmpcfg=$(mktemp -t coreboot_rom.XXXXXXXXXX)
printf "set grub_scan_disk=\"%s\"\n" "${grub_scan_disk}" >"${tmpcfg}" \
|| err "set grub_scandisk, ${grub_scan_disk}, ${tmpcfg}"
[ "${grub_scan_disk}" = "both" ] || \
x_ "${cbfstool}" "${tmprom}" add -f "${tmpcfg}" -n scan.cfg -t raw
printf "set timeout=%s\n" "${grub_timeout}" > "${tmpcfg}" || \
err "set timeout, ${grub_timeout}, ${tmpcfg}"
[ -z "${grub_timeout}" ] || x_ "${cbfstool}" "${tmprom}" add \
-f "${tmpcfg}" -n timeout.cfg -t raw
x_ rm -f "${tmpcfg}"
keymaps=""
for kmapfile in "${kmapdir}"/*; do
keymaps="${keymaps} ${kmapfile}"
done
[ -z "${_keyboard}" ] || keymaps="${kmapdir}/${_keyboard}.gkb"
for keymapfile in ${keymaps}; do
[ -f "${keymapfile}" ] || continue
keymap="${keymapfile##*/}"
keymap="${keymap%.gkb}"
tmpgrubrom="$(mkGrubRom "${keymap}" "${tmprom}")"
newrom="${romdir}/${payload1}_${board}_${initmode}_"
newrom="${newrom}${displaymode}_${keymap}.rom"
[ "${initmode}" = "normal" ] && \
newrom="${romdir}/${payload1}_${board}_" && \
newrom="${newrom}${initmode}_${keymap}.rom"
x_ moverom "${tmpgrubrom}" "${newrom}"
x_ rm -f "${tmpgrubrom}"
done
}
# make a rom in /tmp/ and then print the path of that ROM
mkGrubRom() {
_keymap="${1}"
_cbrom="${2}"
keymapcfg="elf/grub/keymap_${_keymap}.cfg"
tmprom=$(mktemp -t coreboot_rom.XXXXXXXXXX)
x_ cp "${_cbrom}" "${tmprom}"
x_ "${cbfstool}" "${tmprom}" add -f "${keymapcfg}" -n keymap.cfg -t raw
printf "%s\n" "${tmprom}"
}
# make a rom in /tmp/ and then print the path of that ROM
mkSeabiosRom() {
_cbrom="${1}" # rom to insert seabios in. will not be touched
# (a tmpfile will be made instead)
_seabios_cbfs_path="${2}" # e.g. fallback/payload
_seabioself="elf/seabios/default/${initmode}/bios.bin.elf"
tmprom=$(mktemp -t coreboot_rom.XXXXXXXXXX)
x_ cp "${_cbrom}" "${tmprom}"
x_ "${cbfstool}" "${tmprom}" add-payload -f "${_seabioself}" \
-n ${_seabios_cbfs_path} -c lzma
x_ "${cbfstool}" "${tmprom}" add-int -i 3000 -n etc/ps2-keyboard-spinup
z="2"; [ "${initmode}" = "vgarom" ] && z="0"
x_ "${cbfstool}" "${tmprom}" add-int -i $z -n etc/pci-optionrom-exec
x_ "${cbfstool}" "${tmprom}" add-int -i 0 -n etc/optionroms-checksum
[ "${initmode}" != "libgfxinit" ] || \
x_ "${cbfstool}" "${tmprom}" add -f "${seavgabiosrom}" \
-n vgaroms/seavgabios.bin -t raw
printf "%s\n" "${tmprom}"
}
build_uboot_roms()
{
tmprom="$(mkUbootRom "${cbrom}" "fallback/payload")"
newrom="${romdir}/uboot_payload_${board}_${initmode}_${displaymode}.rom"
[ "${initmode}" = "normal" ] && \
newrom="${romdir}/uboot_payload_${board}_${initmode}.rom"
x_ moverom "${tmprom}" "${newrom}"
x_ rm -f "${tmprom}"
}
# make a rom in /tmp/ and then print the path of that ROM
mkUbootRom() {
_cbrom="${1}"
_uboot_cbfs_path="${2}"
_ubdir="elf/u-boot/${board}/${uboot_config}"
_ubootelf="${_ubdir}/u-boot.elf"
[ -f "${_ubootelf}" ] || _ubootelf="${_ubdir}/u-boot"
[ -f "${_ubootelf}" ] || err "mkUbootRom: ${board}: cant find u-boot"
tmprom=$(mktemp -t coreboot_rom.XXXXXXXXXX)
x_ cp "${_cbrom}" "${tmprom}"
x_ "${cbfstool}" "${tmprom}" add-payload -f "${_ubootelf}" \
-n ${_uboot_cbfs_path} -c lzma
printf "%s\n" "${tmprom}"
}
# it is assumed that no other work will be done on the ROM
# after calling this function. therefore this function is "final"
moverom() {
rompath="${1}"
newrom="${2}"
[ "${vendorfiles}" = "n" ] && newrom="${newrom%.rom}_noblobs.rom"
printf "Creating target image: %s\n" "${newrom}"
[ -d "${newrom%/*}" ] || x_ mkdir -p "${newrom%/*}/"
x_ modify_coreboot_rom
x_ cp "${rompath}" "${newrom}"
}
modify_coreboot_rom()
{
tmpmvrom="$(mktemp -t rom.XXXXXXXXXX)"
x_ rm -f "${tmpmvrom}"
if [ "${romtype}" = "d8d16sas" ]; then
# pike2008 roms hang seabios. an empty rom will override
# the built-in one, thus disabling all execution of it
x_ touch "${tmpmvrom}"
for deviceID in "0072" "3050"; do
x_ "${cbfstool}" "${rompath}" add -f "${tmpmvrom}" \
-n "pci1000,${deviceID}.rom" -t raw
done
elif [ "${romtype}" = "i945 laptop" ]; then
# for bucts-based installation method from factory bios
dd if="${rompath}" of="${tmpmvrom}" bs=1 \
skip=$(($(stat -c %s "${rompath}") - 0x10000)) \
count=64k || err "modrom 1, copy bootblock"
dd if="${tmpmvrom}" of="${rompath}" bs=1 \
seek=$(($(stat -c %s "${rompath}") - 0x20000)) count=64k \
conv=notrunc || err "modrom 2, insert new bootblock"
x_ rm -f "${tmpmvrom}"
fi
x_ rm -f "${tmpmvrom}"
}
usage()
{
cat <<- EOF
USAGE: ./build roms targetname
To build *all* boards, do this: ./build roms all
To list *all* boards, do this: ./build roms list
Optional Flags:
-d: displaymode
-p: payload
-k: keyboard layout
Example commands:
./build roms x60
./build roms x200_8mb x60
./build roms x60 -p grub -d corebootfb -k usqwerty
possible values for 'target':
$(items "config/coreboot")
Refer to the ${projectname} documentation for more information.
EOF
}
main $@