#!/bin/sh # Zerocat Coreboot Machines --- Create very satisfying free software devices. # # Copyright (C) 2019, 2020, 2021, 2022 Kai Mertens # Re-exec code suggested by Ricardo Wurmus, 03/2021 # # This file is part of Zerocat Coreboot Machines. # # Zerocat Coreboot Machines is free software: you can redistribute it # and/or modify it under the terms of the GNU General Public License as # published by the Free Software Foundation, either version 3 of the # License, or (at your option) any later version. # # Zerocat Coreboot Machines is distributed in the hope that it will be # useful, but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU # General Public License for more details. # # You should have received a copy of the GNU General Public License along # with Zerocat Coreboot Machines. If not, see . # Purpose # ======= # # Generate Zerocat’s ROM. # Usage # ===== # # ./gen-rom-zerocat.sh --usage # Re-exec if we are not using Bash or are using Bash in POSIX mode. if [ -z "$BASH" ] || [ "$BASH" = "/bin/sh" ]; then bash=`command -v bash` if [ -z "$bash" ]; then echo "Couldn't find Bash, sorry!" exit 1 else exec "$bash" "$0" "$@" fi fi # We're using Bash now. set +o errexit set +o nounset set -o pipefail # external sources ### source ./globals__ANSI-color-escapes.sh source ./globals__project.sh source ./lib__debug.sh source ./lib__get-input.sh source ./func__print_licheader.sh source ./func__print_logo.sh # global constants ### # global variables ### # functions ### usage() { _funcstart "$FUNCNAME" _info "Provide usage information ..." cat<] \\ [] ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ [] \\ [] ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ [] \\ [] \\ [] \\ [] \\ [] \\ [] ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ [] \\ [] \\ [] \\ [] \\ [] \\ [] \\ [] \\ [] See Section “WORKED EXAMPLES”. ${SET_BOLD}DESCRIPTION${CLR_INTENSITY} This script generates Zerocat’s ready to use firmware images for a small but interesting set of laptops¹. The basic configuration makes use of ${SET_UNDERLINE}Coreboot${CLR_UNDERLINE} with ${SET_UNDERLINE}GRUB2${CLR_UNDERLINE} as the primary payload. Secondary payloads like SeaBIOS, NVRAMCUI and Coreinfo are optionally available if the GRUB configuration has been set up to provide related menu entries – see ${SET_BOLD}${TOOLCHAIN_SCRIPT[3]} --usage${CLR_INTENSITY}. ¹ThinkPad X60, X60s, X60t, T60, T60 with ATI_Mobility_Radeon_X1300, T60 with ATI_Mobility_Radeon_X1400, X200, X200s, X200t, T400(!), T400s, X201(!), X220, X220i, T420, T420s, T520/T520i(!), X230, X230t, X230s, T430, T430s, T530 ${SET_BOLD}OPTIONS${CLR_INTENSITY} Note the order of options on the command line should have no importance. Options and files marked in ${FG_YELLOW}yellow color${FG_DEFAULT} are likely to introduce non-free, proprietary blobs. Warnings marked in ${FG_RED}red color${FG_DEFAULT} are meant to save you from trouble and from unbootable machines. ${SET_BOLD}${CLR_INTENSITY} ${SET_BOLD}--help${CLR_INTENSITY} ${SET_BOLD}--usage${CLR_INTENSITY} Show usage information. ${SET_BOLD}${CLR_INTENSITY} ${SET_BOLD}--clean${CLR_INTENSITY} clean up generated files ${SET_BOLD}--remove-all${CLR_INTENSITY} remove generated build folders ${SET_BOLD}${CLR_INTENSITY} ${SET_BOLD}--mute${CLR_INTENSITY} Discard standard output of verbose external processes. However, their output to stderr will still be visible. ${SET_BOLD}--debug${CLR_INTENSITY} Enable extra screen output which eases debugging. ${SET_BOLD}${CLR_INTENSITY} ${SET_BOLD}--toolbox${CLR_INTENSITY} Specify a toolbox folder that holds required external projects. This folder should have previously been created by ${SET_BOLD}${TOOLCHAIN_SCRIPT[1]}${CLR_INTENSITY}. ${SET_BOLD}${CLR_INTENSITY} With a specified target, a ${SET_UNDERLINE}temporary target folder${CLR_UNDERLINE} will be created, which will hold the generated ${SET_BOLD}${ROM_ZEROCAT}${CLR_INTENSITY} along with more files, subfolders and checksums. The name pattern of this folder will reflect the selected configuration and will be suffixed by a 10 digit random string. ${SET_BOLD}--target${CLR_INTENSITY} x60_32bit|x60s_32bit|x60t_32bit| x60|x60s|x60t| t60|t60_ati_mobility_radeon_x1300|t60_ati_mobility_radeon_x1400| x200|x200t|t400|t400s|t500| x201| x220|x220i|t420|t420s|t520|t520i x1_carbon_gen1| x230|x230t|t430|t530|w530 x230s|t430s x60_32bit, x60s_32bit, x60t_32bit Target is a ThinkPad X60/X60s/X60-Tablet with a 2MB SPI Chip and 32 bit CPU. x60, x60s, x60t Target is a ThinkPad X60/X60s/X60-Tablet with a 2MB SPI Chip. t60 Target is a ThinkPad T60 with a 2MB SPI Chip and both, 32 and 64 bit CPU. To be used with “coreboot@4.8.1”. t60_ati_mobility_radeon_x1300 Target is a ThinkPad T60 with a 2MB SPI Chip, 32 or 64 bit CPU, and ATI Mobility Radeon X1300 graphic controller. You must provide an extracted VGA Option ROM by means of option ${SET_BOLD}--rom-vga${CLR_INTENSITY}. To be used with “coreboot@4.8.1”. t60_ati_mobility_radeon_x1400 Target is a ThinkPad T60 with a 2MB SPI Chip, 32 or 64 bit CPU, and ATI Mobility Radeon X1400 graphic controller. You must provide an extracted VGA Option ROM by means of option ${SET_BOLD}--rom-vga${CLR_INTENSITY}. To be used with “coreboot@4.8.1”. x200, x200s, x200t Target is a ThinkPad X200/X200s or X200-Tablet with a 4, 8 or 16MB SPI Chip. t400, t400s Target is a ThinkPad T400/T400s with a 4, 8 or 16MB SPI Chip. Use coreboot@4.8.1 in case your T400 has a TFT with 1440×900px resolution. t500 Target is a ThinkPad T500 with a 4, 8 or 16MB SPI Chip. x201 Target is a ThinkPad X201 with an 8MB SPI Chip. Don’t expect too much, IME-Firmware must be used as is, otherwise FAN control is broken. x220 Target is a ThinkPad X220 with an 8MB SPI Chip. x220i Target is a ThinkPad X220i with an 8MB SPI Chip. t420 Target is a ThinkPad T420 with an 8MB SPI Chip. t420s Target is a ThinkPad T420s with an 8MB SPI Chip. t520/t520i Target is a ThinkPad T520/T520i with an 8MB SPI Chip. This device gets into ${FG_RED}trouble with coreboot${FG_DEFAULT} firmware (even if IME firmware is not touched), as occasional freezes, crashes or reboots might occur. Try with kernel option ${SET_BOLD}intel_idle.max_cstate=2${CLR_INTENSITY}. A fallback ROM will be created by injecting the original BIOS dump into flash region ‘BIOS’. Use switch ${SET_BOLD}--ifd-lock-regions${CLR_INTENSITY} to preserve original region access permissions. x1_carbon_gen1 Target is a ThinkPad X1 Carbon Gen1 with a virtual 12MB SPI Chip. x230, x230t Target is a ThinkPad X230 or X230-Tablet with a virtual 12MB SPI Chip. x230s Target is a ThinkPad X230s with a 16MB SPI Chip. t430 Target is a ThinkPad T430 with a virtual 12MB SPI Chip. t430s Target is a ThinkPad T430s with a 16MB SPI Chip. t530 Target is a ThinkPad T530 with a virtual 12MB SPI Chip. w530 Target is a ThinkPad W530 with a virtual 12MB SPI Chip. ${SET_BOLD}--chipsize${CLR_INTENSITY} 2mb|4mb|8mb|12mb|16mb 2mb Your target has a SPI chip of 2MB size (0x00200000 Bytes). This is a valid option for x60 and t60 family of targets. 4mb Your target has an SPI chip of 4mb size (0x00400000 Bytes). This might be a valid option for your x200, x200s, x200t, t400, t400s and t500. 8mb Your target has an SPI chip of 8mb size (0x00800000 Bytes). This might be a valid option for targets x200, x200s, x200t, t400, t400s and t500. This is a valid option for targets x201, x220, x220i, t420, t420s, t520 and t520i. 12mb Your target has a (virtual) SPI chip of 12mb size (0x00c00000 Bytes). The virtual chip is formed by two concatenated physical chips, and the final ROM image will be split to ease flashing with an external programmer. This is a valid option for targets x1_carbon_gen1, x230, x230t, t430, t530 and w530. 16mb Your target has a SPI chip of 16mb size (0x01000000 Bytes). This might be a valid option for targets x200, x200s, x200t, t400, t400s and t500. It is the default size for x230s and t430s. ${SET_BOLD}${CLR_INTENSITY} ${SET_BOLD}--rom-factory${CLR_INTENSITY} ${FG_YELLOW}${FG_DEFAULT} Specify , your backup file of vendor’s firmware. Must be provided for: x200/x200s/x200t with ime, t400/t400s with ime, x201, x220, x220i, t420, t420s, t520, t520i, x1_carbon_gen1, x230, x230t, x230s, t430, t430s, t530, w530 ${SET_BOLD}--rom-vga${CLR_INTENSITY} ${FG_YELLOW}${FG_DEFAULT} Specify an extracted VGA Option ROM and activate corresponding settings. This option is not available for all targets. It must be used for targets t60_ati_mobility_radeon_x1300 and t60_ati_mobility_radeon_x1400. Note ${SET_UNDERLINE}with a VGA ROM provided${CLR_UNDERLINE}, you should have used ${SET_BOLD}${TOOLCHAIN_SCRIPT[2]}${CLR_INTENSITY} with option ${SET_BOLD}--config-no-vgarom${CLR_INTENSITY} to compile the SeaBIOS Payload! ${FG_YELLOW}${FG_DEFAULT} Name of the binary backup file of vendor’s firmware. This file will be copied into the temporary target folder as file ${SET_BOLD}${ROM_FACTORY}${CLR_INTENSITY}. ${FG_YELLOW}${FG_DEFAULT} Name of a VGA Option ROM, preferably manually extracted from by means of projects ${SET_UNDERLINE}bios_extract${CLR_UNDERLINE} or ${SET_UNDERLINE}UEFITool${CLR_UNDERLINE}. For targets t60_ati_mobility_radeon_x1300 and t60_ati_mobility_radeon_x1400 you are to have extracted that ROM from memory instead, while running vendor BIOS. This file will be copied into the temporary target folder. Note VVVV and DDDD should match pci vendor and device ids. ${SET_BOLD}${CLR_INTENSITY} Not applicable for targets without Intel Firmware Descriptor (IFD) as like x60 and t60 family of targets. ${SET_BOLD}--ifd-lock-regions${CLR_INTENSITY} Modify the IFD and restrict read and write access to selected, standard firmware regions. Otherwise (if this option is not provided), ${SET_UNDERLINE}unlock${CLR_UNDERLINE} selected flash regions. ${SET_BOLD}--ifd-medisable${CLR_INTENSITY} Modify IFD and set the ${SET_UNDERLINE}MeDisable${CLR_UNDERLINE} bit. ${SET_BOLD}--ifd-altmedisable${CLR_INTENSITY} Modify IFD and set the ${SET_UNDERLINE}AltMeDisable${CLR_UNDERLINE} bit. ${SET_BOLD}--ime${CLR_INTENSITY} ${FG_YELLOW}keep${FG_DEFAULT}|${FG_YELLOW}trunc${FG_DEFAULT}|${FG_YELLOW}xtrunc${FG_DEFAULT}|none How to modify the proprietary Intel Management Engine Firmware: ${FG_YELLOW}keep${FG_DEFAULT} Re-use the original Intel Management Engine (IME) Firmware Image, extracted from . This is a valid option for all targets but x60 and t60 family of targets. ${FG_YELLOW}trunc${FG_DEFAULT} The IME Firmware Image will be stripped down as much as possible by means of ME_Cleaner. The IME firmware region will be shrunk, the BIOS region will be augmented (exept for target t520). This requires to modify the Intel Flash Descriptor (IFD). This is a valid option for targets x220, x220i, t420, t420s, t520, t520i, x1_carbon_gen1, x230, x230t, t430, t430s, t530 and w530. ${FG_YELLOW}xtrunc${FG_DEFAULT} Like ‘trunc’, but truncate the ME Firmware Image even more. none The IFD will be modified and firmware region ME will be deleted. This is a valid option for targets x200, x200s, x200t, t400, t400s and t500. ${SET_BOLD}--gbe${CLR_INTENSITY} keep|set_|disable How to modify the Gigabit Ethernet (GbE) Configuration Data: keep Re-use a the original data image, extracted from . set_ Build GbE configuration data blob (ICH9m | Intel 6 Series) from scratch. Change MAC Address to , to be specified ${SET_UNDERLINE}without colons${CLR_UNDERLINE}. According to IEEE standards, a MAC Address of 000000000000 shall not be used. - Values commonly found on X200 and alike targets are: 001f16xxxxxx, 00262dxxxxxx - Values commonly found on X230 and alike targets are: 3c970exxxxxx - Bits of the first octet’s lower nibble have special meanings - Lower three octets are available for random, user defined values Clear bit ${SET_UNDERLINE}l1_gbedis${CLR_UNDERLINE} in order to enable GbE operation. disable Build GbE configuration data blob (ICH9m | Intel 6 Series) from scratch. Change MAC Address to ffffffffffff and set bit ${SET_UNDERLINE}l1_gbedis${CLR_UNDERLINE} in order to disable GbE operation. ${SET_BOLD}${CLR_INTENSITY} ${SET_BOLD}${FG_YELLOW}--microcode${FG_DEFAULT}${CLR_INTENSITY} Include a proprietary blob of CPU Microcode Updates into the Coreboot File System (CBFS). ${SET_UNDERLINE}In case you omit this option${CLR_UNDERLINE}, your coreboot firmware will be initialized in a blobfree manner. However, mind the following advices: · check the ringbuffer of your kernel and watch for error reports · only some machines might operate well, other machines will freeze for sure · video processing is very likely to cause freezes in any case · consider to load the blob as soon as possible via kernel (see ‘man iucode_tool’) ${SET_BOLD}${CLR_INTENSITY} ${SET_BOLD}--payload-grub-dir${CLR_INTENSITY} Specify , the directory that contains executable *.elf files and configuration files previously generated by ${SET_BOLD}${TOOLCHAIN_SCRIPT[3]}${CLR_INTENSITY}. ${SET_BOLD}${CLR_INTENSITY} No options available, here. Secondary payloads will be configured by means of ${SET_BOLD}${TOOLCHAIN_SCRIPT[2]}${CLR_INTENSITY} and ${SET_BOLD}${TOOLCHAIN_SCRIPT[3]}${CLR_INTENSITY}. ${SET_BOLD}EXIT CODES${CLR_INTENSITY} ${SET_BOLD}0${CLR_INTENSITY} normal exit ${SET_BOLD}1${CLR_INTENSITY} an error occurred ${SET_BOLD}WORKED EXAMPLES${CLR_INTENSITY} Generate a ROM Image with Zerocat’s Configuration and Coreboot Firmware for a ${SET_UNDERLINE}ThinkPad T60 with ATI Graphics${CLR_UNDERLINE}: ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ ${SET_BOLD}--toolbox${CLR_INTENSITY} \\ ${SET_BOLD}--target${CLR_INTENSITY} t60_ati_mobility_radeon_x1300 \\ ${SET_BOLD}--rom-vga${CLR_INTENSITY} ${FG_YELLOW}${FG_DEFAULT} \\ ${SET_BOLD}--payload-grub-dir${CLR_INTENSITY} Generate a ROM Image with Zerocat’s Configuration and Coreboot Firmware for a ${SET_UNDERLINE}ThinkPad X200${CLR_UNDERLINE}: ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ ${SET_BOLD}--toolbox${CLR_INTENSITY} \\ ${SET_BOLD}--target${CLR_INTENSITY} x200 \\ ${SET_BOLD}--chipsize${CLR_INTENSITY} 8mb \\ ${SET_BOLD}--ifd-lock-regions${CLR_INTENSITY} \\ ${SET_BOLD}--ifd-medisable${CLR_INTENSITY} \\ ${SET_BOLD}--ime${CLR_INTENSITY} none \\ ${SET_BOLD}--gbe${CLR_INTENSITY} set_ \\ ${SET_BOLD}--payload-grub-dir${CLR_INTENSITY} Generate a ROM Image with Zerocat’s Configuration and Coreboot Firmware for a ${SET_UNDERLINE}ThinkPad X201${CLR_UNDERLINE}: ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ ${SET_BOLD}--toolbox${CLR_INTENSITY} \\ ${SET_BOLD}--target${CLR_INTENSITY} x201 \\ ${SET_BOLD}--rom-factory${CLR_INTENSITY} ${FG_YELLOW}${FG_DEFAULT} \\ ${SET_BOLD}--ifd-lock-regions${CLR_INTENSITY} \\ ${SET_BOLD}--ime${CLR_INTENSITY} ${FG_YELLOW}keep${FG_DEFAULT} \\ ${SET_BOLD}--gbe${CLR_INTENSITY} keep \\ ${SET_BOLD}${FG_YELLOW}--microcode${FG_DEFAULT}${CLR_INTENSITY} \\ ${SET_BOLD}--payload-grub-dir${CLR_INTENSITY} Generate a ROM Image with Zerocat’s Configuration and Coreboot Firmware for a ${SET_UNDERLINE}ThinkPad X220${CLR_UNDERLINE}: ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ ${SET_BOLD}--toolbox${CLR_INTENSITY} \\ ${SET_BOLD}--target${CLR_INTENSITY} x220 \\ ${SET_BOLD}--rom-factory${CLR_INTENSITY} ${FG_YELLOW}${FG_DEFAULT} \\ ${SET_BOLD}--ifd-lock-regions${CLR_INTENSITY} \\ ${SET_BOLD}--ifd-altmedisable${CLR_INTENSITY} \\ ${SET_BOLD}--ime${CLR_INTENSITY} ${FG_YELLOW}xtrunc${FG_DEFAULT} \\ ${SET_BOLD}--gbe${CLR_INTENSITY} set_ \\ ${SET_BOLD}--payload-grub-dir${CLR_INTENSITY} Generate a ROM Image with Zerocat’s Configuration and Coreboot Firmware for a ${SET_UNDERLINE}ThinkPad T420${CLR_UNDERLINE}: ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ ${SET_BOLD}--toolbox${CLR_INTENSITY} \\ ${SET_BOLD}--target${CLR_INTENSITY} t420 \\ ${SET_BOLD}--rom-factory${CLR_INTENSITY} ${FG_YELLOW}${FG_DEFAULT} \\ ${SET_BOLD}--ifd-lock-regions${CLR_INTENSITY} \\ ${SET_BOLD}--ifd-altmedisable${CLR_INTENSITY} \\ ${SET_BOLD}--ime${CLR_INTENSITY} ${FG_YELLOW}trunc${FG_DEFAULT} \\ ${SET_BOLD}--gbe${CLR_INTENSITY} set_ \\ ${SET_BOLD}--payload-grub-dir${CLR_INTENSITY} Generate a ROM Image with Zerocat’s Configuration and Coreboot Firmware for a ${SET_UNDERLINE}ThinkPad T520${CLR_UNDERLINE}: ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ ${SET_BOLD}--toolbox${CLR_INTENSITY} \\ ${SET_BOLD}--target${CLR_INTENSITY} t520 \\ ${SET_BOLD}--rom-factory${CLR_INTENSITY} ${FG_YELLOW}${FG_DEFAULT} \\ ${SET_BOLD}--ifd-lock-regions${CLR_INTENSITY} \\ ${SET_BOLD}--ifd-altmedisable${CLR_INTENSITY} \\ ${SET_BOLD}--ime${CLR_INTENSITY} ${FG_YELLOW}xtrunc${FG_DEFAULT} \\ ${SET_BOLD}--gbe${CLR_INTENSITY} set_ \\ ${SET_BOLD}${FG_YELLOW}--microcode${FG_DEFAULT}${CLR_INTENSITY} \\ ${SET_BOLD}--payload-grub-dir${CLR_INTENSITY} Generate a ROM Image with Zerocat’s Configuration and Coreboot Firmware for a ${SET_UNDERLINE}ThinkPad X1 Carbon Gen1${CLR_UNDERLINE}: ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ ${SET_BOLD}--toolbox${CLR_INTENSITY} \\ ${SET_BOLD}--target${CLR_INTENSITY} x1_carbon_gen1 \\ ${SET_BOLD}--rom-factory${CLR_INTENSITY} ${FG_YELLOW}${FG_DEFAULT} \\ ${SET_BOLD}--ifd-lock-regions${CLR_INTENSITY} \\ ${SET_BOLD}--ifd-altmedisable${CLR_INTENSITY} \\ ${SET_BOLD}--ime${CLR_INTENSITY} ${FG_YELLOW}xtrunc${FG_DEFAULT} \\ ${SET_BOLD}${FG_YELLOW}--microcode${FG_DEFAULT}${CLR_INTENSITY} \\ ${SET_BOLD}--payload-grub-dir${CLR_INTENSITY} Generate a ROM Image with Zerocat’s Configuration and Coreboot Firmware for a ${SET_UNDERLINE}ThinkPad X230${CLR_UNDERLINE}: ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ ${SET_BOLD}--toolbox${CLR_INTENSITY} \\ ${SET_BOLD}--target${CLR_INTENSITY} x230 \\ ${SET_BOLD}--rom-factory${CLR_INTENSITY} ${FG_YELLOW}${FG_DEFAULT} \\ ${SET_BOLD}--ifd-lock-regions${CLR_INTENSITY} \\ ${SET_BOLD}--ifd-altmedisable${CLR_INTENSITY} \\ ${SET_BOLD}--ime${CLR_INTENSITY} ${FG_YELLOW}xtrunc${FG_DEFAULT} \\ ${SET_BOLD}--gbe${CLR_INTENSITY} set_ \\ ${SET_BOLD}${FG_YELLOW}--microcode${FG_DEFAULT}${CLR_INTENSITY} \\ ${SET_BOLD}--payload-grub-dir${CLR_INTENSITY} Generate a ROM Image with Zerocat’s Configuration and Coreboot Firmware for a ${SET_UNDERLINE}ThinkPad T430${CLR_UNDERLINE}: ${SET_BOLD}$BASH_SOURCE${CLR_INTENSITY} \\ ${SET_BOLD}--toolbox${CLR_INTENSITY} \\ ${SET_BOLD}--target${CLR_INTENSITY} t430 \\ ${SET_BOLD}--rom-factory${CLR_INTENSITY} ${FG_YELLOW}${FG_DEFAULT} \\ ${SET_BOLD}--ifd-lock-regions${CLR_INTENSITY} \\ ${SET_BOLD}--ifd-altmedisable${CLR_INTENSITY} \\ ${SET_BOLD}--ime${CLR_INTENSITY} ${FG_YELLOW}xtrunc${FG_DEFAULT} \\ ${SET_BOLD}--gbe${CLR_INTENSITY} set_ \\ ${SET_BOLD}${FG_YELLOW}--microcode${FG_DEFAULT}${CLR_INTENSITY} \\ ${SET_BOLD}--payload-grub-dir${CLR_INTENSITY} EOF _pass "... usage information has been provided." _funcstop "$FUNCNAME" } verify_ifd() { _funcstart "$FUNCNAME" case "$arg__target" in ('t60'|'t60_ati_mobility_radeon_x1300'|'t60_ati_mobility_radeon_x1400') ;& ('x60_32bit'|'x60s_32bit'|'x60t_32bit') ;; ('x60'|'x60s'|'x60t') ;; (*) _info "Interactive verification of IFD dumps ..." declare -r dump1='ifd.factory' declare -r dump2='ifd.zerocat' pushd "$target_folder" &>/dev/null echo -e -n "${SET_DIM}" && $path_to_coreboot/util/ifdtool/ifdtool -d \ ${ROM_ZEROCAT} > "$dump2" _mesg "Created:${RTAB}$dump2" if [ -f "$arg__rom_factory" ]; then echo -e -n "${SET_DIM}" && $path_to_coreboot/util/ifdtool/ifdtool -d \ ${bin_folder##*/}/${ROM_FACTORY} > "$dump1" _mesg "Created:${RTAB}$dump1" _mesg "Now compare “$dump1” versus “$dump2”:" echo -e -n "${SET_DIM}" && diff -y "$dump1" "$dump2" _mesg "Please scroll upwards. Do the dumps look like expected?" else _mesg "Now check “$dump2”:" echo -e -n "${SET_DIM}" && cat "$dump2" _mesg "Please scroll upwards. Does the dump look like expected?" fi popd &>/dev/null hit_enter ;; esac _funcstop "$FUNCNAME" } print_nvram() { _funcstart "$FUNCNAME" _info "Print NVRAM settings ..." echo -e -n "${SET_DIM}" && $target_folder/build/util/nvramtool/nvramtool \ -C $target_folder/${ROM_ZEROCAT} \ -a \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... NVRAM settings printed." _funcstop "$FUNCNAME" } # $1: case target, i.e.: 'set-gfx' # $2: memory size for option ‘set-gfx’, i.e. '256M' tweak_nvram() { _funcstart "$FUNCNAME" declare clop case "$1" in 'set-gfx') case "$2" in '64M'|'128M'|'224M'|'256M') clop="-w gfx_uma_size=$2" ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "‘set-gfx’: unknown case: $2" ;; esac ;; 'no-bluetooth') clop="-w bluetooth=Disable"; ;; 'no-wwan') clop="-w wwan=Disable"; ;; 'info') clop="-w debug_level=Info"; ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: $1" ;; esac echo -e -n "${SET_DIM}" && $target_folder/build/util/nvramtool/nvramtool -C \ $target_folder/${ROM_ZEROCAT} \ $clop \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _info "NVRAM Settings have been modified: ${clop#-w }" _funcstop "$FUNCNAME" } cbfs_add_seabios() { _funcstart "$FUNCNAME" _info "Add SeaBIOS Payload to CBFS ..." echo -e -n "${SET_DIM}" && $target_folder/build/cbfstool $target_folder/${ROM_ZEROCAT} \ add-payload -n seabios.elf -f ${SEABIOS_PAYLOAD/\$\{path_to_seabios\}/$path_to_seabios} \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" [ -z "$arg__rom_vga" ] && cbfs_add_file "${SEABIOS_VGABIOS/\$\{path_to_seabios\}/$path_to_seabios}" "vgaroms/vgabios.bin" cbfs_add_file "${TEMPLATE_SEABIOS_S3_RESUME_VGA_INIT/\$\{version_seabios\}/$version_seabios}" "etc/s3-resume-vga-init" cbfs_add_file "${TEMPLATE_SEABIOS_BOOT_MENU_MESSAGE/\$\{version_seabios\}/$version_seabios}" "etc/boot-menu-message" cbfs_add_file "${SEABIOS_CONFIG/\$\{path_to_seabios\}/$path_to_seabios}" "seabios.config" _pass "... SeaBIOS Payload added." _funcstop "$FUNCNAME" } cbfs_move_payloads() { # $1: space separated list of payloads to move, i.e.: "nvramcui coreinfo" _funcstart "$FUNCNAME" for i in $1; do $target_folder/build/cbfstool $target_folder/${ROM_ZEROCAT} \ extract -m x86 -n img/$i -f $i.extracted \ &>/dev/null || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" $target_folder/build/cbfstool $target_folder/${ROM_ZEROCAT} \ remove -n img/$i \ &>/dev/null || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" $target_folder/build/cbfstool $target_folder/${ROM_ZEROCAT} \ add-payload -c lzma -n $i -f $i.extracted \ &>/dev/null || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" rm $i.extracted || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "Secondary payload $i has been moved within CBFS." done _funcstop "$FUNCNAME" } cbfs_add_background() { _funcstart "$FUNCNAME" local -i i for (( i=0 ; i<${#BACKGROUND_CBFS[@]} ; i++ )) ; do [ "${grub_background[$i]}" ] || break cbfs_add_file "${grub_background[$i]}" "${grub_background[$i]##*/}" done _funcstop "$FUNCNAME" } # $1: source file, full path # $2: destination file, full path copy_file() { _funcstart "$FUNCNAME" declare srcfile=$1 declare newfile=$2 _info "Copy file ..." [ -f "${srcfile}" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: ${srcfile}" # copy file cp \ "${srcfile}" \ "${newfile}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... file has been copied to:" _mesg "${INDENT}${newfile}" _funcstop "$FUNCNAME" } # $1: file to add to CBFS, full path # $2: name to use within CBFS cbfs_add_file() { _funcstart "$FUNCNAME" declare newfile="${1}" declare newname="${2#\/}" _info "Add file to CBFS ..." [ -f "${newfile}" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: ${newfile}" # Add file to CBFS echo -e -n "${SET_DIM}" $target_folder/build/cbfstool \ "$target_folder/${ROM_ZEROCAT}" \ add \ -t raw \ -n "${newname}" \ -f "${newfile}" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... file has been added to CBFS:" _mesg "${newname}:${RTAB}${newfile}" _funcstop "$FUNCNAME" } print_cbfs() { _funcstart "$FUNCNAME" _info "Print CBFS content ..." echo -e -n "${SET_DIM}" && $target_folder/build/cbfstool \ $target_folder/${ROM_ZEROCAT} \ print \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... CBFS content printed." _funcstop "$FUNCNAME" } populate_target() { _funcstart "$FUNCNAME" declare -r file_host_info="host-cpu-info.txt" declare -r file_cb_git_rev="coreboot-git-revision.txt" declare -r file_cb_config="config" declare desc= # create target folder _info "Create target folder ..." target_folder=$(mktemp -d ${template_target_folder}) || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... target folder created:" _mesg "${INDENT}${target_folder}" # write specfile _info "Write specfile ..." write_specfile "${target_folder}/specfile.md" _pass "... specfile written:" _mesg "${INDENT}${target_folder}/specfile.md" # backup revision coreboot pushd $path_to_coreboot &>/dev/null desc=$(git describe) || desc=$(git describe --tags) popd &>/dev/null echo $desc > $target_folder/${file_cb_git_rev} _info "File ${SET_BOLD}${file_cb_git_rev}${CLR_INTENSITY} has been created." # backup revision zerocat coreboot-machines echo "LABEL: Zerocat (http://www.zerocat.org/)" > ${target_folder}/${REV_ZEROCAT} echo "PROJECT: Coreboot Machines" >> ${target_folder}/${REV_ZEROCAT} echo "URL: git://zerocat.org/zerocat/projects/coreboot-machines.git" >> ${target_folder}/${REV_ZEROCAT} desc=$(git describe | sed -r -e 's/(.*)(-g)([0-9a-f]*)/\1-\3/;' -) || desc=$(git describe --tags | sed -r -e 's/(.*)(-g)([0-9a-f]*)/\1-\3/;' -) echo "VERSION: ${desc}" >> ${target_folder}/${REV_ZEROCAT} desc=$(git branch | sed -r -e '/^\*/!d; s/^\* //;' -) echo "BRANCH: ${desc}" >> ${target_folder}/${REV_ZEROCAT} echo "BUILD: ${target_folder##*\.}" >> ${target_folder}/${REV_ZEROCAT} _info "File ${SET_BOLD}${REV_ZEROCAT}${CLR_INTENSITY} has been written." # backup coreboot build cp -rf $path_to_coreboot/build $target_folder/ _info "The coreboot build has been copied." # save temporary folder cp -rf \ $bin_folder \ $target_folder/ _info "The temporary folder has been saved." # backup coreboot .config cp -f \ $path_to_coreboot/.config \ $target_folder/${file_cb_config} _info "File ${SET_BOLD}${file_cb_config}${CLR_INTENSITY} has been saved." # backup host cpu infos lscpu > $target_folder/${file_host_info} _info "File ${SET_BOLD}${file_host_info}${CLR_INTENSITY} has been created." # duplicate final coreboot ROM cp -rf \ $target_folder/build/coreboot.rom \ $target_folder/${ROM_ZEROCAT} _pass "Coreboot’s final ROM has been duplicated for further processing." # clean up after backup, remove strayed folders as well _info "Clean up coreboot folder and remove temporary files and folders ..." pushd $path_to_coreboot &>/dev/null declare i # loop variable for i in build ${bin_folder##*\/} .config; do _mesg "${LIITEM}$i" echo -e -n "${SET_DIM}" && rm -rf \ $i \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" done for i in ${template_bin_folder//X/?}; do [ -d "$i" ] && { _warn "Obsolete folder detected, please remove:" _mesg "${INDENT}$i" } done popd &>/dev/null unset i _pass "... coreboot folder has been cleaned." _funcstop "$FUNCNAME" } # $1: ifd (name reference) # $2: size_me_new # $3: destination file ifd_layout_file() { _funcstart "$FUNCNAME" # create new layout file, # target order of regions: # fd, gbe, me, pd, bios declare -n p=$1 _info "Create a new ifd layout file ..." # flashregion_0_flashdescriptor printf "%08x:%08x fd\n" "$((0x00))" "$((p[size_fd]-1))" > $3 # flashregion_3_gbe printf "%08x:%08x gbe\n" "$((p[size_fd]))" "$((p[size_fd]+p[size_gbe]-1))" >> $3 # flashregion_2_intel_me [ $(($2)) -eq 0 ] || printf "%08x:%08x me\n" "$((p[size_fd]+p[size_gbe]))" "$((p[size_fd]+p[size_gbe]+$2-1))" >> $3 # flashregion_3_platform_data is zero # flashregion_1_bios printf "%08x:%08x bios\n" "$((p[size_fd]+p[size_gbe]+$2))" "$((p[size_rom]-1))" >> $3 _pass "... file ${SET_BOLD}${5/*\//}${CLR_INTENSITY} has been written:" echo -e -n "${SET_DIM}" && cat $3 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _funcstop "$FUNCNAME" } #$1: step coreboot_binaries() { _funcstart "$FUNCNAME" # create temporary folder [ -d "$bin_folder" ] || { _info "Creating temporary folder to hold binaries and configurations ..." echo -e -n "${SET_DIM}" && bin_folder=$(mktemp -d --tmpdir=${path_to_coreboot} ${template_bin_folder}) || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "failed to create temporary folder" _pass "... temporary folder created:" _mesg "${INDENT}$bin_folder" } case $1 in 'populate-temporary-folder') # populate temporary folder [ -f "$arg__rom_factory" ] && { _info "Copy factory ROM ..." cp \ $arg__rom_factory \ "$bin_folder/${ROM_FACTORY}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... factory ROM copied." } [ -f "$arg__rom_vga" ] && { _info "Copy external VGA Option ROM ..." cp \ ${arg__rom_vga} \ ${bin_folder}/${arg__rom_vga##*/} || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... external VGA Option ROM copied." } [ -f "${arg__payload_grub_dir}/${arg__payload_grub}" ] && { _info "Copy GRUB payload file ..." cp \ ${arg__payload_grub_dir}/${arg__payload_grub} \ ${bin_folder} || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... GRUB payload file copied." } ;; 'me_cleaner-keep') [ -f "$bin_folder/${ROM_FACTORY}" ] && { coreboot_util_me_cleaner 'apply-but-keep' \ "$bin_folder/${ROM_FACTORY}" \ "$bin_folder/${ROM_FACTORY}.me_cleaner" \ "$bin_folder/flashregion_0_flashdescriptor.bin.me_cleaner" \ "$bin_folder/flashregion_2_intel_me.bin.me_cleaner" \ "$bin_folder/me_cleaner.log" } ;; 'me_cleaner') [ -f "$bin_folder/${ROM_FACTORY}" ] && { coreboot_util_me_cleaner 'apply' \ "$bin_folder/${ROM_FACTORY}" \ "$bin_folder/${ROM_FACTORY}.me_cleaner" \ "$bin_folder/flashregion_0_flashdescriptor.bin.me_cleaner" \ "$bin_folder/flashregion_2_intel_me.bin.me_cleaner" \ "$bin_folder/me_cleaner.log" } ;; 'compile-coreboot-utilities') # compile ifdtool coreboot_util_ifdtool make-clean coreboot_util_ifdtool make # compile bincfg coreboot_util_bincfg make-clean coreboot_util_bincfg make ;; 'extract-factory-regions') # pushd # # The purpose of this statement is to execute the next ifdtool command within the # temporary folder for binaries, as ifdtool unfortunately misses an output option. # However, if $path_to_coreboot/util/ifdtool is a relative path, the invocation # of ifdtool will fail! # pushd $bin_folder &>/dev/null # extract regions from factory ROM coreboot_util_ifdtool 'extract-regions' \ "${ROM_FACTORY}" # extract original chip layout coreboot_util_ifdtool 'extract-layout' \ "${ROM_FACTORY}" \ "layout.txt" && { _info "See original chip layout for reference:" echo -e -n "${SET_DIM}" && cat layout.txt } # popd popd &>/dev/null ;; 'GbE-binary') # pushd pushd $bin_folder &>/dev/null case "${arg__gbe,,}" in 'keep') # use original firmware dump ;; set_[0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f]) # create new gbe binary using new MAC address, clear bit l1_gbedis case "$arg__target" in ('x200'|'x200s'|'x200t'|'t400'|'t400s'|'t500') coreboot_util_bincfg 'compile-gbe-ich9m' "${arg__gbe##*_}" "0" ;; ('x230'|'x230t'|'x230s'|'t430'|'t430s'|'t530'|'w530'|'x220'|'x220i'|'t420'|'t420s'|'t520'|'t520i') coreboot_util_bincfg 'compile-gbe-6series' "${arg__gbe##*_}" "0" ;; (*) # unsupported target, internal script error go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; esac # replace gbe binary mv \ "$path_to_coreboot/util/bincfg/flashregion_3_gbe.bin" \ "flashregion_3_gbe.bin${gbebin_postfix}" ;; 'disable') # create new gbe binary, use empty MAC address ff:ff:ff:ff:ff:ff, set bit l1_gbedis. case "$arg__target" in ('x200'|'x200s'|'x200t'|'t400'|'t400s'|'t500') coreboot_util_bincfg 'compile-gbe-ich9m' "ffffffffffff" "1" ;; ('x230'|'x230t'|'x230s'|'t430'|'t430s'|'t530'|'w530'|'x220'|'x220i'|'t420'|'t420s'|'t520'|'t520i') coreboot_util_bincfg 'compile-gbe-6series' "ffffffffffff" "1" ;; (*) # unsupported target, internal script error go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; esac # replace gbe binary mv \ "$path_to_coreboot/util/bincfg/flashregion_3_gbe.bin" \ "flashregion_3_gbe.bin${gbebin_postfix}" ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; esac # popd popd &>/dev/null ;; 'size-IME-binary') # get size of truncated IME binary size_me_new=$((0x$(xxd $bin_folder/flashregion_2_intel_me.bin.me_cleaner | sed -r -e '$!d;' - | cut -f1 -d':' - ) + 0x10)) ;; 'size-IME-binary-extra') # get size of extra truncated IME binary size_me_new=$(((0x$(xxd $bin_folder/flashregion_2_intel_me.bin.me_cleaner | sed -r -e '$d;/.* [.]*$/d;' - | sed -r -e '$!d;' - | cut -f1 -d':' -) / 0x1000 + 1) * 0x1000)) ;; 'truncated-IME-binary') _info "Write truncated IME binary ..." # create truncated region IME # note: 0x197000 = 0x197 * 0x1000 = 407 * 4096 = 407 * 4K # note: 0x194000 = 0x194 * 0x1000 = 404 * 4096 = 404 * 4K # note: select 4K granularity for size_me_new dd \ if="$bin_folder/flashregion_2_intel_me.bin.me_cleaner" \ of="$bin_folder/flashregion_2_intel_me.bin.new" \ bs=$((0x1000)) count=$((size_me_new / 0x1000)) \ &>/dev/null || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... successfully written." ;; 'descriptor-for-truncated-IME') # create new layout file ifd_layout_file \ "ifd" \ "$size_me_new" \ "$bin_folder/layout.txt.new" # create new ROM with modified flashdescriptor, # new file comes with ‘.new’ suffix coreboot_util_ifdtool \ 'apply-new-layout' \ "$bin_folder/layout.txt.new" \ "$bin_folder/${ROM_FACTORY}.me_cleaner" # extract and back up modified flashdescriptor declare newrom="$bin_folder/${ROM_FACTORY}.me_cleaner.new" _info "Extract and back up modified flashdescriptor ..." [ -f $newrom ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $newrom" coreboot_util_ifdtool 'extract-regions' "$newrom" unset newrom mv \ "flashregion_0_flashdescriptor.bin" \ "$bin_folder/flashregion_0_flashdescriptor.bin.new" _pass "... the modified flashdescriptor has been saved." # fix byte Nº81 _info "Restore byte Nº81 with original value ..." dd \ if="$bin_folder/flashregion_0_flashdescriptor.bin" \ of="$bin_folder/flashregion_0_flashdescriptor.bin.new" \ skip=81 seek=81 bs=1 count=1 conv=notrunc &>/dev/null || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" rm -f flashregion_?_*.bin _pass "... byte Nº81 has been restored." ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${1}" ;; esac _funcstop "$FUNCNAME" } # $1: config file to be modified X230_config_VGA_BIOS() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" case "$version_coreboot" in ('4.14') _info "Patching configuration ..." echo -e -n "${SET_DIM}" && patch -s --forward \ "$1" \ "coreboot@4.14_x230-vgarom.patch" \ 1>"${opt__mute:-/dev/stdout}"; _pass "... configuration patched." ;; ('4.8.1') sed -r -i --file=cb481-x230-config-vga-bios.sedscr $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Settings have been modified to support VGA Option ROM for X230." _funcstop "$FUNCNAME" } # $1: config file to be modified T520_config_VGA_BIOS() { _funcstart "$FUNCNAME" [ -f "$1" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" case "$version_coreboot" in ('4.14') _info "Patching configuration ..." echo -e -n "${SET_DIM}" && patch -s --forward \ "$1" \ "coreboot@4.14_t520-vgarom.patch" \ 1>"${opt__mute:-/dev/stdout}"; _pass "... configuration patched." ;; ('4.8.1') sed -r -i --file=cb481-t520-config-vga-bios.sedscr $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Settings have been modified to support VGA Option ROM for T520." _funcstop "$FUNCNAME" } # $1: config file to be modified config_VGA_BIOS_FILE() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" case "$version_coreboot" in ('4.14') ;& ('4.8.1') sed -r -i \ -e '/CONFIG_VGA_BIOS_FILE/cCONFIG_VGA_BIOS_FILE=\"'"${bin_folder/#*\//}"'\/'"${arg__rom_vga##*/}"'\"' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_VGA_BIOS_FILE has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_VGA_BIOS_FILE/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified config_PAYLOAD_FILE() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" case "$version_coreboot" in ('4.14') ;& ('4.8.1') sed -r -i \ -e '/CONFIG_PAYLOAD_FILE/cCONFIG_PAYLOAD_FILE=\"'"${bin_folder/#*\//}"'\/'"${arg__payload_grub/#*\//}"'\"' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_PAYLOAD_FILE has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_PAYLOAD_FILE/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: size of ROM config_ROM_SIZE() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" [[ "$2" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case "$version_coreboot" in ('4.14') sed -r -i \ -e 's/(CONFIG_COREBOOT_ROMSIZE_KB_.*)(=y)/# \1 is not set/g;' \ -e 's/(# )(CONFIG_COREBOOT_ROMSIZE_KB_'"$(printf "%d" "$(($2/0x400))")"')( is not set)/\2=y/g;' \ -e 's/(CONFIG_COREBOOT_ROMSIZE_KB=)(.*)/\1'"$(printf "%d" "$(($2/0x400))")"'/g;' \ -e 's/(CONFIG_ROM_SIZE=)(.*)/\1'"$(printf "0x%08x" "$2")"'/g;' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; ('4.8.1') sed -r -i \ -e 's/(CONFIG_COREBOOT_ROMSIZE_KB_)(.*)(=y)/# \1\2 is not set/g;' \ -e 's/(# )(CONFIG_COREBOOT_ROMSIZE_KB_'"$(printf "%d" "$(($2/0x400))")"')( is not set)/\2=y/g;' \ -e 's/(CONFIG_COREBOOT_ROMSIZE_KB=)(.*)/\1'"$(printf "%d" "$(($2/0x400))")"'/g;' \ -e 's/(CONFIG_ROM_SIZE=)(.*)/\1'"$(printf "0x%06x" "$2")"'/g;' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_ROM_SIZE has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_ROM_SIZE/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: new status: 'disable' config_NVRAMCUI_SECONDARY_PAYLOAD() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" [[ "$2" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case "$version_coreboot" in ('4.14') ;& ('4.8.1') case "$2" in ('disable') sed -r -i \ -e '/# CONFIG_BOARD_EMULATION_/d;' \ -e '/# CONFIG_CONSOLE_SERIAL_/d;' \ -e '/# CONFIG_SEABIOS_/d;' \ -e '/CONFIG_NVRAMCUI_SECONDARY_PAYLOAD/c# CONFIG_NVRAMCUI_SECONDARY_PAYLOAD is not set' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_NVRAMCUI_SECONDARY_PAYLOAD has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_NVRAMCUI_SECONDARY_PAYLOAD/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: new status: 'disable' config_MEMTEST86_SECONDARY_PAYLOAD() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" [[ "$2" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case "$version_coreboot" in ('4.14') case "$2" in ('disable') _info "Patching configuration ..." echo -e -n "${SET_DIM}" && patch -s --forward \ "$1" \ "coreboot@4.14_x60_32bit-no-memtest86+.patch" \ 1>"${opt__mute:-/dev/stdout}"; _pass "... configuration patched." ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; ('4.8.1') case "$2" in ('disable') sed -r -i \ -e '/CONFIG_MEMTEST86_SECONDARY_PAYLOAD/c# CONFIG_MEMTEST86_SECONDARY_PAYLOAD is not set' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_MEMTEST86_SECONDARY_PAYLOAD has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_MEMTEST_SECONDARY_PAYLOAD/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: new status: 'disable' config_TINT_SECONDARY_PAYLOAD() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" [[ "$2" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case "$version_coreboot" in ('4.14') case "$2" in ('disable') _info "Patching configuration ..." echo -e -n "${SET_DIM}" && patch -s --forward \ "$1" \ "coreboot@4.14_x60_32bit-no-tint.patch" \ 1>"${opt__mute:-/dev/stdout}"; _pass "... configuration patched." ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; ('4.8.1') case "$2" in ('disable') sed -r -i \ -e '/CONFIG_TINT_SECONDARY_PAYLOAD/c# CONFIG_TINT_SECONDARY_PAYLOAD is not set' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_TINT_SECONDARY_PAYLOAD has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_TINT_SECONDARY_PAYLOAD/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: new status: 'disable' config_COREINFO_SECONDARY_PAYLOAD() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" [[ "$2" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case "$version_coreboot" in ('4.14') ;& ('4.8.1') case "$2" in ('disable') sed -r -i \ -e '/# CONFIG_BOARD_EMULATION_/d;' \ -e '/# CONFIG_CONSOLE_SERIAL_/d;' \ -e '/# CONFIG_SEABIOS_/d;' \ -e '/CONFIG_COREINFO_SECONDARY_PAYLOAD/c# CONFIG_COREINFO_SECONDARY_PAYLOAD is not set' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_COREINFO_SECONDARY_PAYLOAD has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_COREINFO_SECONDARY_PAYLOAD/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: size of CBFS config_CBFS_SIZE() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" [[ "$2" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case "$version_coreboot" in ('4.14') # i.e.: t60 sed -r -i \ -e '/CONFIG_CBFS_SIZE/cCONFIG_CBFS_SIZE='"$(printf "0x%08x" "$2")" \ -e '/# CONFIG_BOARD_EMULATION_QEMU_AARCH64/,/# CONFIG_BOARD_EMULATION_SPIKE_RISCV/d;' \ -e '/# CONFIG_CONSOLE_SERIAL_921600/,/# CONFIG_CONSOLE_SERIAL_9600/d;' \ -e '/# CONFIG_SEABIOS_STABLE/,/# CONFIG_SEABIOS_REVISION/d;' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; ('4.8.1') # i.e.: t60 sed -r -i \ -e '/CONFIG_CBFS_SIZE/cCONFIG_CBFS_SIZE='"$(printf "0x%06x" "$2")" \ -e '/# CONFIG_BOARD_EMULATION_QEMU_ARMV7/,/# CONFIG_BOARD_EMULATION_SPIKE_UCB_RISCV/d;' \ -e '/# CONFIG_CONSOLE_SERIAL_921600/,/# CONFIG_CONSOLE_SERIAL_9600/d;' \ -e '/# CONFIG_SEABIOS_STABLE/,/# CONFIG_SEABIOS_REVISION/d;' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_CBFS_SIZE has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_CBFS_SIZE/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified config_LOCK_MANAGEMENT_ENGINE() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" case "$version_coreboot" in ('4.14') sed -r -i \ -e '/# CONFIG_LOCK_MANAGEMENT_ENGINE/cCONFIG_LOCK_MANAGEMENT_ENGINE=y' \ -e '/CONFIG_UNLOCK_FLASH_REGIONS=/c# CONFIG_UNLOCK_FLASH_REGIONS is not set' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; ('4.8.1') sed -r -i \ -e '/# CONFIG_LOCK_MANAGEMENT_ENGINE/cCONFIG_LOCK_MANAGEMENT_ENGINE=y' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_LOCK_MANAGEMENT_ENGINE has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_LOCK_MANAGEMENT_ENGINE/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: 'enable'=yes=don't use microcode config_CPU_MICROCODE_CBFS_NONE() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" [[ "$2" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case "$version_coreboot" in ('4.14') case "$2" in ('enable') # i.e.: t400 sed -r -i \ -e '/CONFIG_USE_CPU_MICROCODE_CBFS_BINS=/c# CONFIG_CPU_MICROCODE_CBFS_DEFAULT_BINS is not set' \ -e '/CONFIG_CPU_MICROCODE_CBFS_DEFAULT_BINS=/d;' \ -e '/# CONFIG_CPU_MICROCODE_CBFS_NONE is not set/cCONFIG_CPU_MICROCODE_CBFS_NONE=y' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; ('4.8.1') case "$2" in ('enable') # i.e.: x200 sed -r -i \ -e '/# CONFIG_BOARD_EMULATION_QEMU_ARMV7/,/# CONFIG_BOARD_EMULATION_SPIKE_UCB_RISCV/d;' \ -e '/CONFIG_CPU_MICROCODE_CBFS_GENERATE=/c# CONFIG_CPU_MICROCODE_CBFS_GENERATE is not set' \ -e '/# CONFIG_CPU_MICROCODE_CBFS_NONE/cCONFIG_CPU_MICROCODE_CBFS_NONE=y' \ -e '/# CONFIG_CPU_MICROCODE_MULTIPLE_FILES/d;' \ -e '/CONFIG_CPU_UCODE_BINARIES=/d;' \ -e '/# CONFIG_CONSOLE_SERIAL_/d;' \ -e '/# CONFIG_SEABIOS_/d;' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_CPU_MICROCODE_CBFS_NONE has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_CPU_MICROCODE_CBFS_NONE/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: 'enable'=yes, 'disable'=no config_USE_ME_CLEANER() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" [[ "$2" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case "$version_coreboot" in ('4.14') # FIXME: config template file already comes with USE_ME_CLEANER # disabled. Otherwise, what sed scripts are required here?? case "$2" in ('disable') sed -r -i \ -e '/CONFIG_ME_CLEANER_ARGS/d;' \ -e '/CONFIG_USE_ME_CLEANER=y/,+4c# CONFIG_USE_ME_CLEANER is not set' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; ('enable') sed -r -i \ -e '/CONFIG_OVERRIDE_DEVICETREE/aCONFIG_ME_CLEANER_ARGS=\"-S\"' \ -e '/# CONFIG_USE_ME_CLEANER/cCONFIG_USE_ME_CLEANER=y\ \ #\ # Please test the modified ME/TXE firmware and coreboot in two steps\ #' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; esac ;; ('4.8.1') case "$2" in ('disable') sed -r -i \ -e '/CONFIG_USE_ME_CLEANER=y/,+4c# CONFIG_USE_ME_CLEANER is not set' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; ('enable') sed -r -i \ -e '/# CONFIG_USE_ME_CLEANER/cCONFIG_USE_ME_CLEANER=y\ \ #\ # Please test the modified ME/TXE firmware and coreboot in two steps\ #' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_USE_ME_CLEANER has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_USE_ME_CLEANER/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: 'disable'=no config_CHECK_ME() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" [[ "$2" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case "$version_coreboot" in ('4.14') ;& ('4.8.1') case "$2" in ('disable') sed -r -i \ -e '/CONFIG_CHECK_ME=/c# CONFIG_CHECK_ME is not set' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_CHECK_ME has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_CHECK_ME/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: 'enable'=yes, 'disable'=no config_HAVE_GBE_BIN() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" [[ "$2" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case "$version_coreboot" in ('4.14') ;& ('4.8.1') case "$2" in ('disable') # i.e.: x200, x230; (merged script list) sed -r -i \ -e '/CONFIG_HAVE_GBE_BIN/c# CONFIG_HAVE_GBE_BIN is not set' \ -e '/CONFIG_GBE_BIN_PATH/d;' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_HAVE_GBE_BIN has been modified along with related options:" _mesg "${INDENT}$(sed -r -e '/CONFIG_HAVE_GBE_BIN/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: 'enable'=yes, 'disable'=no config_HAVE_ME_BIN() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" [[ "$2" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case "$version_coreboot" in ('4.14') ;& ('4.8.1') case "$2" in ('disable') # i.e.: x200, x230; (merged script list) sed -r -i \ -e '/CONFIG_HAVE_ME_BIN/c# CONFIG_HAVE_ME_BIN is not set' \ -e '/CONFIG_ME_BIN_PATH/d;' \ -e '/CONFIG_CHECK_ME=/d;' \ -e '/CONFIG_USE_ME_CLEANER/d;' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${2}" ;; esac ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_HAVE_ME_BIN has been modified along with related options:" _mesg "${INDENT}$(sed -r -e '/CONFIG_HAVE_ME_BIN/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: filename postfix config_IFD_BIN_PATH() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" case "$version_coreboot" in ('4.14') ;& ('4.8.1') sed -r -i \ -e 's|(CONFIG_IFD_BIN_PATH=\")(.*)(\")|\1'"${bin_folder/#*\//}"'\/\2'"$2"'\3|;' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_IFD_BIN_PATH has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_IFD_BIN_PATH/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: filename postfix config_ME_BIN_PATH() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" case "$version_coreboot" in ('4.14') ;& ('4.8.1') sed -r -i \ -e 's|(CONFIG_ME_BIN_PATH=\")(.*)(\")|\1'"${bin_folder/#*\//}"'\/\2'"$2"'\3|;' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_ME_BIN_PATH has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_ME_BIN_PATH/!d;' $1)" _funcstop "$FUNCNAME" } # $1: config file to be modified # $2: filename postfix config_GBE_BIN_PATH() { _funcstart "$FUNCNAME" [[ -f "$1" ]] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $1" case "$version_coreboot" in ('4.14') ;& ('4.8.1') # note the different pattern: sed -r -i \ -e 's|(CONFIG_GBE_BIN_PATH=\")(.*)(\.bin)(\")|\1'"${bin_folder/#*\//}"'\/\2\3'"$2"'\4|;' \ $1 || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown coreboot version" ;; esac _mesg "Option CONFIG_GBE_BIN_PATH has been modified:" _mesg "${INDENT}$(sed -r -e '/CONFIG_GBE_BIN_PATH/!d;' $1)" _funcstop "$FUNCNAME" } # $1: target # $2: coreboot version # $3: par__tpm # $4: delimiter # $5: variable by name name_config() { _funcstart "$FUNCNAME" declare -n vref=${5:?${FG_RED}is not set${FG_DEFAULT}} [ "$1" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" case $1 in 'x60_32bit'|'x60s_32bit'|'x60t_32bit') vref=../templates/cb@${2}_config_${1/[st]_/_}${4}*?mb*.template ;; 'x60'|'x60s'|'x60t') vref=../templates/cb@${2}_config_${1%[st]}${4}*?mb*.template ;; 't60'|'t60_ati_mobility_radeon_x1300'|'t60_ati_mobility_radeon_x1400') vref=../templates/cb@${2}_config_${1}${4}*?mb*.template ;; 'x1_carbon_gen1') vref=../templates/cb@${2}_config_${1}${4}*?mb${4}ime${3:+${4}tpm}*.template ;; 'w530') ;& [xt][245][023][01]|[xt][245][023][01][sti]) vref=../templates/cb@${2}_config_${1}${4}*?mb${4}ime${4}gbe${3:+${4}tpm}*.template ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "template target mismatch" ;; esac _funcstop "$FUNCNAME" } # $1: # "machine-without-ifd" # "default-layout-with-ime-optionally-cleaned" # "new-layout-with-imetrunc" # "new-layout-without-ime" coreboot_config() { _funcstart "$FUNCNAME" local cbconfig="$path_to_coreboot/.config" _info "Apply configuration scheme for coreboot ..." case "$1" in 'init-configfile') echo -e -n "${SET_DIM}" && cp $template_config "$cbconfig" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" config_ROM_SIZE "$cbconfig" "${ifd[size_rom]}" [ "$opt__microcode" ] || config_CPU_MICROCODE_CBFS_NONE "$cbconfig" 'enable' config_PAYLOAD_FILE "$cbconfig" [ "$par__coreinfo" ] || config_COREINFO_SECONDARY_PAYLOAD "$cbconfig" 'disable' [ "$par__nvramcui" ] || config_NVRAMCUI_SECONDARY_PAYLOAD "$cbconfig" 'disable' [ "$par__memtest86" ] || config_MEMTEST86_SECONDARY_PAYLOAD "$cbconfig" 'disable' [ "$par__tint" ] || config_TINT_SECONDARY_PAYLOAD "$cbconfig" 'disable' [ "$arg__rom_vga" ] && { [ "$arg__target" = 'x230' ] && X230_config_VGA_BIOS "$cbconfig" [ "$arg__target" = 't520' ] && T520_config_VGA_BIOS "$cbconfig" config_VGA_BIOS_FILE "$cbconfig" } ;; 'monolithic-firmware-layout') config_CBFS_SIZE "$cbconfig" "$((ifd[size_rom]))" ;; 'xx0-firmware-layout-with-IME') config_CBFS_SIZE "$cbconfig" "$((ifd[size_rom]-ifd[size_fd]-ifd[size_gbe]-ifd[size_me]))" config_CHECK_ME "$cbconfig" 'disable' config_USE_ME_CLEANER "$cbconfig" 'disable' config_IFD_BIN_PATH "$cbconfig" '.me_cleaner' config_GBE_BIN_PATH "$cbconfig" "$gbebin_postfix" config_ME_BIN_PATH "$cbconfig" '.me_cleaner' ;; 'xx0-firmware-layout-with-truncated-IME') config_CBFS_SIZE "$cbconfig" "$((ifd[size_rom]-ifd[size_fd]-ifd[size_gbe]-size_me_new))" config_CHECK_ME "$cbconfig" 'disable' config_USE_ME_CLEANER "$cbconfig" 'disable' config_IFD_BIN_PATH "$cbconfig" '.new' config_GBE_BIN_PATH "$cbconfig" "$gbebin_postfix" config_ME_BIN_PATH "$cbconfig" '.new' ;; 'x00-firmware-layout-with-IME') config_CBFS_SIZE "$cbconfig" "$((ifd[size_rom]-ifd[size_fd]-ifd[size_gbe]-ifd[size_me]))" config_IFD_BIN_PATH "$cbconfig" '.new' config_GBE_BIN_PATH "$cbconfig" "$gbebin_postfix" config_ME_BIN_PATH "$cbconfig" ;; 'x00-firmware-layout-without-IME') config_CBFS_SIZE "$cbconfig" "$((ifd[size_rom]-ifd[size_fd]-ifd[size_gbe]))" config_IFD_BIN_PATH "$cbconfig" '.new' config_GBE_BIN_PATH "$cbconfig" "$gbebin_postfix" config_HAVE_ME_BIN "$cbconfig" 'disable' ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${1}" ;; esac _pass "... scheme applied:${RTAB}${FG_BLUE}‘${1:?is not set}’${FG_DEFAULT}" _funcstop "$FUNCNAME" } # $1: case target # $2: source file / macaddress # $3: destination file / l1_gbedis (0|1) coreboot_util_bincfg() { _funcstart "$FUNCNAME" case "$1" in 'make-clean') _info "Coreboot: util/bincfg/: Run “make clean” ..." echo \ -e \ -n \ "${SET_DIM}" && make \ -C "$path_to_coreboot/util/bincfg" \ "clean" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" _pass "... “make clean” finished successfully." ;; 'make') _info "Coreboot: util/bincfg/: Run “make” ..." # Workaround for coreboot@4.14: Disable -Werror compiler option local gofixup='WERROR=-Werror' local tmpfile='Makefile.fixed.mk' echo \ -e \ -n \ "${SET_DIM}" && sed \ -r \ -e "/^${gofixup}/s/^/#/;" \ "$path_to_coreboot/util/bincfg/Makefile" \ > "${path_to_coreboot}/util/bincfg/${tmpfile}" && make \ -C "$path_to_coreboot/util/bincfg" \ -f "${tmpfile}" \ 1>"${opt__mute:-/dev/stdout}" && rm \ -f \ "${path_to_coreboot}/util/bincfg/${tmpfile}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" unset tmpfile unset gofixup _pass "... “make” finished successfully." ;; 'decompile-gbe-6series') _info "Coreboot: util/bincfg/: Decompile GbE binary ..." echo -e -n "${SET_DIM}" && "$path_to_coreboot/util/bincfg/bincfg" -d \ "$(dirs -l +1)/../templates/i82579lmv-gbe-6series.spec" \ "$2" \ "$3" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" _pass "... binary decompiled, ${SET_BOLD}${3}${CLR_INTENSITY} written." _info "Display MAC Address ..." echo -e -n "${SET_DIM}" && cat "$3" | sed -r -e '/macaddress/!d;' - _pass "... MAC Address displayed." ;; 'decompile-gbe-ich9m') _info "Coreboot: util/bincfg/: Decompile GbE binary ..." echo -e -n "${SET_DIM}" && "$path_to_coreboot/util/bincfg/bincfg" -d \ "$path_to_coreboot/util/bincfg/gbe-ich9m.spec" \ "$2" \ "$3" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" _pass "... binary decompiled, ${SET_BOLD}${3}${CLR_INTENSITY} written." _info "Display MAC Address ..." echo -e -n "${SET_DIM}" && cat "$3" | sed -r -e '/macaddress/!d;' - _pass "... MAC Address displayed." ;; 'decompile-ifd-x200') _info "Coreboot: util/bincfg/: Decompile X200 IFD binary ..." echo -e -n "${SET_DIM}" && "$path_to_coreboot/util/bincfg/bincfg" -d \ "$path_to_coreboot/util/bincfg/ifd-x200.spec" \ "$2" \ "$3" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" _pass "... binary decompiled, ${SET_BOLD}${3}${CLR_INTENSITY} written." ;; 'compile-gbe-6series') _info "Coreboot: util/bincfg/: Compile GbE-6Series binary from settings ..." # create mac address setter file echo -e -n "${SET_DIM}" && echo "$2" | sed -r \ -e "s/(..)(..)(..)(..)(..)(..)/\n \"macaddress0\" = 0x\1,\n \"macaddress1\" = 0x\2,\n \"macaddress2\" = 0x\3,\n \"macaddress3\" = 0x\4,\n \"macaddress4\" = 0x\5,\n \"macaddress5\" = 0x\6,\n/;" \ - > "$path_to_coreboot/util/bincfg/gbe-6series-macaddress.set" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" # create new setter file (with mac address settings) echo -e -n "${SET_DIM}" && cp \ "$(dirs -l +1)/../templates/i82579lmv-gbe-6series.set" \ "$path_to_coreboot/util/bincfg/gbe-6series.set.new" && sed -r -i \ -e "s/(.*\"l1_gbedis\" = )(.*)(,)/\10x${3}\3/;" \ -e "/.*\"macaddress5\" = .*,/r $path_to_coreboot/util/bincfg/gbe-6series-macaddress.set" \ "$path_to_coreboot/util/bincfg/gbe-6series.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" # compile gbe echo -e -n "${SET_DIM}" && "$path_to_coreboot/util/bincfg/bincfg" \ "$(dirs -l +1)/../templates/i82579lmv-gbe-6series.spec" \ "$path_to_coreboot/util/bincfg/gbe-6series.set.new" \ "$path_to_coreboot/util/bincfg/flashregion_3_gbe.bin" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" # clean up echo -e -n "${SET_DIM}" && rm -f \ "$path_to_coreboot/util/bincfg/gbe-6series.set.new" \ "$path_to_coreboot/util/bincfg/gbe-6series-macaddress.set" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" # file created: # $path_to_coreboot/util/bincfg/flashregion_3_gbe.bin _pass "... GbE-6Series binary compiled." ;; 'compile-gbe-ich9m') _info "Coreboot: util/bincfg/: Compile GbE-ICH9m binary from settings ..." # create mac address setter file echo -e -n "${SET_DIM}" && echo "$2" | sed -r \ -e "s/(..)(..)(..)(..)(..)(..)/\n \"macaddress0\" = 0x\1,\n \"macaddress1\" = 0x\2,\n \"macaddress2\" = 0x\3,\n \"macaddress3\" = 0x\4,\n \"macaddress4\" = 0x\5,\n \"macaddress5\" = 0x\6,\n/;" \ - > "$path_to_coreboot/util/bincfg/gbe-ich9m-macaddress.set" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" # create new setter file (with mac address settings) echo -e -n "${SET_DIM}" && cp \ "$path_to_coreboot/util/bincfg/gbe-ich9m.set" \ "$path_to_coreboot/util/bincfg/gbe-ich9m.set.new" && sed -r -i \ -e "s/.*\{.*/\{\n\t\"l1_gbedis\" = 0x${3},\n/;" \ -e "/\{/r $path_to_coreboot/util/bincfg/gbe-ich9m-macaddress.set" \ "$path_to_coreboot/util/bincfg/gbe-ich9m.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" # compile gbe echo -e -n "${SET_DIM}" && "$path_to_coreboot/util/bincfg/bincfg" \ "$path_to_coreboot/util/bincfg/gbe-ich9m.spec" \ "$path_to_coreboot/util/bincfg/gbe-ich9m.set.new" \ "$path_to_coreboot/util/bincfg/flashregion_3_gbe.bin" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" # clean up echo -e -n "${SET_DIM}" && rm -f \ "$path_to_coreboot/util/bincfg/gbe-ich9m.set.new" \ "$path_to_coreboot/util/bincfg/gbe-ich9m-macaddress.set" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" # file created: # $path_to_coreboot/util/bincfg/flashregion_3_gbe.bin _pass "... GbE-ICH9m binary compiled." ;; 'compile-ifd-x200') _info "Coreboot: util/bincfg/: Compile X200 IFD binary from settings ..." # set locals local -i regions=3 # default for gbe, me, bios local density1=2 local density2=2 # set up setter file echo -e -n "${SET_DIM}" && cp \ "$path_to_coreboot/util/bincfg/ifd-x200.set" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" ## set chip densities case ${ifd[size_rom]} in (0x00400000) density1=3 ;; (0x00800000) density1=4 ;; (0x00c00000) density1=4 density2=3 ;; (0x01000000) density1=5 ;; (*) ;; esac echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*flcomp_density1.*= )(.*)/\10x${density1},/;" \ -e "s/(.*flcomp_density2.*= )(.*)/\10x${density2},/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" ## set/remove access permissions in BIOS and IME sections if [ "$opt__ifd_lock_regions" ]; then echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*flmstr1_w_fd.*= )(.*)/\1$(printf '0x%x' 0),/;" \ -e "s/(.*flmstr1_r_me.*= )(.*)/\1$(printf '0x%x' 0),/;" \ -e "s/(.*flmstr1_w_me.*= )(.*)/\1$(printf '0x%x' 0),/;" \ -e "s/(.*flmstr2_w_fd.*= )(.*)/\1$(printf '0x%x' 0),/;" \ -e "s/(.*flmstr2_r_bios.*= )(.*)/\1$(printf '0x%x' 0),/;" \ -e "s/(.*flmstr2_w_bios.*= )(.*)/\1$(printf '0x%x' 0),/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" else # unlock regions echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*flmstr1_w_fd.*= )(.*)/\1$(printf '0x%x' 1),/;" \ -e "s/(.*flmstr1_r_me.*= )(.*)/\1$(printf '0x%x' 1),/;" \ -e "s/(.*flmstr1_w_me.*= )(.*)/\1$(printf '0x%x' 1),/;" \ -e "s/(.*flmstr2_w_fd.*= )(.*)/\1$(printf '0x%x' 1),/;" \ -e "s/(.*flmstr2_r_bios.*= )(.*)/\1$(printf '0x%x' 1),/;" \ -e "s/(.*flmstr2_w_bios.*= )(.*)/\1$(printf '0x%x' 1),/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" fi ## IME and GbE section if [ "$arg__ime" = 'keep' ]; then echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*flreg2_base.*= )(.*)/\1$(printf '0x%x' $(((ifd[size_fd]+ifd[size_gbe])/0x1000))),/;" \ -e "s/(.*flreg2_limit.*= )(.*)/\1$(printf '0x%x' $(((ifd[size_fd]+ifd[size_gbe]+ifd[size_me])/0x1000-0x01))),/;" \ -e "s/(.*flmstr2_r_fd.*= )(.*)/\1$(printf '0x%x' 1),/;" \ -e "s/(.*flmstr2_r_me.*= )(.*)/\1$(printf '0x%x' 1),/;" \ -e "s/(.*flmstr2_w_me.*= )(.*)/\1$(printf '0x%x' 1),/;" \ -e "s/(.*flmstr2_r_gbe.*= )(.*)/\1$(printf '0x%x' 1),/;" \ -e "s/(.*flmstr2_w_gbe.*= )(.*)/\1$(printf '0x%x' 1),/;" \ -e "s/(.*flreg1_base.*= )(.*)/\1$(printf '0x%x' $(((ifd[size_fd]+ifd[size_gbe]+ifd[size_me])/0x1000))),/;" \ -e "s/(.*flreg1_limit.*= )(.*)/\1$(printf '0x%x' $((ifd[size_rom]/0x1000-0x01))),/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" else # $arg__ime = 'none' echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*flreg1_limit.*= )(.*)/\1$(printf '0x%x' $((ifd[size_rom]/0x1000-0x01))),/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" fi ## remove access permissions to me region (if unused) if [ "$arg__ime" = 'none' ]; then regions=$regions-1 echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*flmstr2_r_.*= )(.*)/\1$(printf '0x%x' 0),/;" \ -e "s/(.*flmstr2_w_.*= )(.*)/\1$(printf '0x%x' 0),/;" \ -e "s/(.*_r_me.*= )(.*)/\1$(printf '0x%x' 0),/;" \ -e "s/(.*_w_me.*= )(.*)/\1$(printf '0x%x' 0),/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" fi ## remove access permissions to platform data region (unused) echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*_r_pd.*= )(.*)/\1$(printf '0x%x' 0),/;" \ -e "s/(.*_w_pd.*= )(.*)/\1$(printf '0x%x' 0),/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" ## set/clear bit medisable if [ "$opt__ifd_medisable" ]; then echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*ich0_medisable.*= )(.*)/\1$(printf '0x%x' 1),/;" \ -e "s/(.*mch0_medisable.*= )(.*)/\1$(printf '0x%x' 1),/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" else echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*ich0_medisable.*= )(.*)/\1$(printf '0x%x' 0),/;" \ -e "s/(.*mch0_medisable.*= )(.*)/\1$(printf '0x%x' 0),/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" fi ## set/clear bit altmedisable if [ "$opt__ifd_altmedisable" ]; then echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*mch0_mealtdisable.*= )(.*)/\1$(printf '0x%x' 1),/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" else echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*mch0_mealtdisable.*= )(.*)/\1$(printf '0x%x' 0),/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" fi ## set regions echo -e -n "${SET_DIM}" && sed -r -i \ -e "s/(.*flmap0_nr.*= )(.*)/\1$(printf '0x%x' $regions),/;" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" # unset locals unset density2 unset density1 unset regions # compile new ifd echo -e -n "${SET_DIM}" && "$path_to_coreboot/util/bincfg/bincfg" \ "$path_to_coreboot/util/bincfg/ifd-x200.spec" \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ "$path_to_coreboot/util/bincfg/flashregion_0_fd.bin" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" # clean up echo -e -n "${SET_DIM}" && rm -f \ "$path_to_coreboot/util/bincfg/ifd-x200.set.new" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" # file created: # $path_to_coreboot/util/bincfg/flashregion_0_fd.bin _pass "... X200 IFD binary compiled." ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${1}" ;; esac _funcstop "$FUNCNAME" } # $1: case target # $2: source rom # $3: modified source rom # $4: modified descriptor binary # $5: stripped_me binary # $6: log file coreboot_util_me_cleaner() { _funcstart "$FUNCNAME" case $1 in ('apply-but-keep') _info "Coreboot: util/me_cleaner/: Run “me_cleaner.py”, but keep modules ..." echo -e -n "${SET_DIM}" && "$path_to_coreboot/util/me_cleaner/me_cleaner.py" \ ${opt__ifd_altmedisable:+--soft-disable-only} \ ${opt__ifd_lock_regions:+--descriptor} \ --keep-modules \ --extract-me "$5" \ --extract-descriptor "$4" \ --output "$3" \ "$2" \ > "$6" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error" _pass "... “me_cleaner.py” successfully finished." ;; ('apply') _info "Coreboot: util/me_cleaner/: Run “me_cleaner.py” ..." echo -e -n "${SET_DIM}" && "$path_to_coreboot/util/me_cleaner/me_cleaner.py" \ ${opt__ifd_altmedisable:+--soft-disable} \ ${opt__ifd_lock_regions:+--descriptor} \ --relocate \ --truncate \ --extract-me "$5" \ --extract-descriptor "$4" \ --output "$3" \ "$2" \ > "$6" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error" _pass "... “me_cleaner.py” successfully finished." ;; ('check') _info "Coreboot: util/me_cleaner/: Run “me_cleaner.py” to check ME Firmware ..." echo -e -n "${SET_DIM}" && "$path_to_coreboot/util/me_cleaner/me_cleaner.py" \ --check \ "$2" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error" _pass "... “me_cleaner.py” successfully finished." ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "internal error" ;; esac _funcstop "$FUNCNAME" } # $1: case target # $2: source file # $3: destination file coreboot_util_ifdtool() { _funcstart "$FUNCNAME" case $1 in 'make-clean') _info "Coreboot: util/ifdtool/: Run “make clean” ..." echo -e -n "${SET_DIM}" && make -C $path_to_coreboot/util/ifdtool "clean" 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" _pass "... “make clean” successfully finished." ;; 'make') _info "Coreboot: util/ifdtool/: Run “make” ..." echo -e -n "${SET_DIM}" && make -C $path_to_coreboot/util/ifdtool \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" _pass "... “make” successfully finished." ;; 'extract-regions') _info "Coreboot: util/ifdtool/: Extract regions ..." [ -f $2 ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $2" echo -e -n "${SET_DIM}" && $path_to_coreboot/util/ifdtool/ifdtool -x \ $2 \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: ${1}" _pass "... regions extracted." ;; 'extract-layout') _info "Coreboot: util/ifdtool/: Extract chip layout file ..." echo -e -n "${SET_DIM}" && $path_to_coreboot/util/ifdtool/ifdtool -f \ $3 \ $2 \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: $1" _pass "... the chip layout file has been written." ;; 'apply-new-layout') _info "Coreboot: util/ifdtool/: Create new ROM with modified flashdescriptor ..." echo -e -n "${SET_DIM}" && $path_to_coreboot/util/ifdtool/ifdtool -n \ $2 \ $3 \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: $1" _pass "... a new ROM with modified flashdescriptor has been created." ;; 'inject-descriptor') _mesg "Coreboot: util/ifdtool/: Inject Descriptor dump ..." echo -e -n "${SET_DIM}" && $path_to_coreboot/util/ifdtool/ifdtool -i Descriptor:$2 \ $3 \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: $1" _mesg "... the dumped Descriptor has been injected." ;; 'inject-bios') _mesg "Coreboot: util/ifdtool/: Inject BIOS dump ..." echo -e -n "${SET_DIM}" && $path_to_coreboot/util/ifdtool/ifdtool -i BIOS:$2 \ $3 \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: $1" _mesg "... the dumped BIOS has been injected." ;; 'apply-lock') _info "Coreboot: util/ifdtool/: Apply lock ..." echo -e -n "${SET_DIM}" && $path_to_coreboot/util/ifdtool/ifdtool --lock \ "$2" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: $1" echo -e -n "${SET_DIM}" && mv -v "$2.new" "$2" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: $1" _pass "... lock applied." ;; 'apply-unlock') _info "Coreboot: util/ifdtool/: Apply unlock ..." echo -e -n "${SET_DIM}" && $path_to_coreboot/util/ifdtool/ifdtool --unlock \ "$2" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: $1" echo -e -n "${SET_DIM}" && mv -v "$2.new" "$2" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: $1" _pass "...un lock applied." ;; 'set-AltMeDisable') # Available with coreboot >= 4.12 [ "$version_coreboot" != '4.8.1' ] && { _info "Coreboot: util/ifdtool/: Set bit AltMeDisable ..." echo -e -n "${SET_DIM}" && $path_to_coreboot/util/ifdtool/ifdtool --altmedisable 1 \ "$2" \ 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: $1" echo -e -n "${SET_DIM}" && mv -v "$2.new" "$2" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "error: $1" _pass "... AltMeDisable bit has been set." } ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${1}" ;; esac _funcstop "$FUNCNAME" } # $1: target # return 1: wrong parameter # return 0: success coreboot_make() { _funcstart "$FUNCNAME" if [ "${path_to_coreboot//[^ ]}" != '' ]; then _warn "The Coreboot Makefile is likely to fail with paths containing white space." _mesg "Check messages!" fi case $1 in '') _info "Coreboot: Run “make”. This may take a while ..." echo -e -n "${SET_DIM}" && make -C "$path_to_coreboot" 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... Coreboot “make” successfully finished." ;; 'clean') _info "Coreboot: Run “make clean” ..." echo -e -n "${SET_DIM}" && make -C "$path_to_coreboot" $1 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... Coreboot “make clean” successfully finished." ;; 'distclean') _info "Coreboot: Run “make distclean” ..." echo -e -n "${SET_DIM}" && make -C "$path_to_coreboot" $1 1>"${opt__mute:-/dev/stdout}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "... Coreboot “make distclean” successfully finished." ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown case: ${1}" ;; esac _funcstop "$FUNCNAME" } check_settings() { _funcstart "$FUNCNAME" _info "Check settings ..." # Output [ "$DEBUG" -eq 1 ] || [ "$opt__mute" ] && { _dbug "${FG_MAGENTA}Output Settings ...${FG_DEFAULT}" [ "$DEBUG" -eq 0 ] || _dbug "Debug output is activated." [ "$opt__mute" ] && _mesg "Standard output of external processes is muted." } # Toolbox and Projects [ "$arg__toolbox" ] && { # display settings, exit if required but not set _dbug "${FG_MAGENTA}Toolbox, Projects and Versions ...${FG_DEFAULT}" # display toolbox folder _mesg "Toolbox Folder:${RTAB}${arg__toolbox:?${FG_RED}is not set${FG_DEFAULT}}" # display coreboot settings _mesg "${LIITEM}Path to Coreboot:${RTAB}${path_to_coreboot:?${FG_RED}is not set${FG_DEFAULT}}" _dbug "${LIITEM}Coreboot Version:${RTAB}${version_coreboot:?${FG_RED}is not set${FG_DEFAULT}}" # display seabios folder and version # FIXME: Test GRUB2 Configuration and decide whether SeaBIOS is required. _mesg "${LIITEM}Path to SeaBIOS:${RTAB}${path_to_seabios:?${FG_RED}is not set${FG_DEFAULT}}" _dbug "${LIITEM}SeaBIOS Version:${RTAB}${version_seabios:?${FG_RED}is not set${FG_DEFAULT}}" } # Factory [ "$opt__target" ] && { _dbug "${FG_MAGENTA}Factory Settings ...${FG_DEFAULT}" ## check arg__rom_factory if [ "$arg__rom_factory" ]; then case "$arg__target" in 't500') ;& 't400'|'t400s') ;& 'x200'|'x200s'|'x200t') if [ "$arg__ime" = 'keep' -o "$arg__gbe" = 'keep' ]; then _mesg "Factory ROM, provided for backup and usage of extracted blobs:" else _mesg "Factory ROM, provided for backup usage only:" fi ;; 'x201') ;& 'x220'|'x220i'|'t420'|'t420s'|'t520'|'t520i') ;& 'x1_carbon_gen1'|'x230'|'x230t'|'t430'|'t530'|'w530') ;& 'x230s'|'t430s') _mesg "Factory ROM, provided for backup and usage of extracted blobs:" ;; *) _mesg "Factory ROM, provided for backup usage only:" ;; esac _mesg "${INDENT}${FG_YELLOW}$arg__rom_factory${FG_DEFAULT}" else case "$arg__target" in 't500') ;& 't400'|'t400s') ;& 'x200'|'x200s'|'x200t') [ "$arg__ime" = 'keep' ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" " missing option: --rom-factory" ;; 'x201') ;& 'x220'|'x220i'|'t420'|'t420s'|'t520'|'t520i') ;& 'x1_carbon_gen1'|'x230'|'x230t'|'t430'|'t530'|'w530') ;& 'x230s'|'t430s') go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "missing option: --rom-factory" ;; *) _mesg "Factory ROM:${RTAB}not provided" ;; esac fi ## check arg__rom_vga [ "$arg__rom_vga" ] && { case "$arg__target" in 't60_ati_mobility_radeon_x1300') ;& 't60_ati_mobility_radeon_x1400') ;& 't520') ;& 'x230') _mesg "VGA Option ROM, provided for backup and blob usage:" ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--rom-vga: option not yet supported for ${arg__target}" ;; esac _mesg "${INDENT}${FG_YELLOW}$arg__rom_vga${FG_DEFAULT}" } } # Configuration [ "$opt__target" ] && { ## Target _dbug "${FG_MAGENTA}Target Settings ...${FG_DEFAULT}" ### check target (target, chipsize, ime) case "$arg__target" in 't60_ati_mobility_radeon_x1300'|'t60_ati_mobility_radeon_x1400') [ "$arg__rom_vga" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "VGA ROM not specified." ;& 't60') ;& 'x60_32bit'|'x60s_32bit'|'x60t_32bit') ;& 'x60'|'x60s'|'x60t') arg__chipsize="${arg__chipsize:=2mb}" [ "$arg__chipsize" = '2mb' ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "chipsize mismatch: $arg__chipsize" ifd=ifd_none_2mb [ "$arg__ime" != '' ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--ime: not applicable" ;; 't500') ;& 't400'|'t400s') ;& 'x200'|'x200s'|'x200t') [ "$arg__chipsize" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--chipsize: not specified" case "$arg__chipsize" in '4mb') ifd=ifd_x00_4mb ;; '8mb') ifd=ifd_x00_8mb ;; '16mb') ifd=ifd_x00_16mb ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "chipsize mismatch: $arg__chipsize" ;; esac arg__ime="${arg__ime:=none}" case "$arg__ime" in 'keep') ;; 'none') ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--ime: wrong option $arg__ime" ;; esac ;; 'x201') ;& 'x220'|'x220i'|'t420'|'t420s'|'t520'|'t520i') arg__chipsize="${arg__chipsize:=8mb}" [ "$arg__chipsize" = '8mb' ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "chipsize mismatch: $arg__chipsize" ifd=ifd_x20_8mb arg__ime="${arg__ime:=trunc}" case "$arg__ime" in 'keep'|'trunc'|'xtrunc') ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--ime: wrong option $arg__ime" ;; esac ;; 'x1_carbon_gen1'|'x230'|'x230t'|'t430'|'t530'|'w530') arg__chipsize="${arg__chipsize:=12mb}" [ "$arg__chipsize" = '12mb' ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "chipsize mismatch: $arg__chipsize" ifd=ifd_x30_12mb arg__ime="${arg__ime:=trunc}" case "$arg__ime" in 'keep'|'trunc'|'xtrunc') ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--ime: wrong option $arg__ime" ;; esac ;; 'x230s'|'t430s') arg__chipsize="${arg__chipsize:=16mb}" [ "$arg__chipsize" = '16mb' ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "chipsize mismatch: $arg__chipsize" ifd=ifd_x30_16mb arg__ime="${arg__ime:=trunc}" case "$arg__ime" in 'keep'|'trunc'|'xtrunc') ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--ime: wrong option $arg__ime" ;; esac ;; esac _mesg "Target:${RTAB}${arg__target:?${FG_RED}is not set${FG_DEFAULT}}" _mesg "${LIITEM}SPI Chip Size:${RTAB}${arg__chipsize:?${FG_RED}is not set${FG_DEFAULT}}" ## Firmware _dbug "${FG_MAGENTA}Firmware Settings ...${FG_DEFAULT}" _mesg "Firmware:" ### check opt__ifd_lock_regions [ "$opt__ifd_lock_regions" ] && { case "$arg__ime" in 'keep'|'trunc'|'xtrunc'|'none') ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--ifd-lock-regions: incompatible option" ;; esac _mesg "${LIITEM}IFD:${RTAB}remove selected region access permissions" } ### check opt__ifd_medisable [ "$opt__ifd_medisable" ] && { case "$arg__target" in ('x200'|'x200s'|'x200t'|'t400'|'t400s'|'t500') ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--ifd-medisable: wrong target" ;; esac _mesg "${LIITEM}IFD:${RTAB}set bit MeDisable" } ### check opt__ifd_altmedisable [ "$opt__ifd_altmedisable" ] && { _mesg "${LIITEM}IFD:${RTAB}set bit AltMeDisable" } ### report ime [ "$arg__ime" ] && { if [ "$arg__ime" = 'keep' -o "$arg__ime" = 'trunc' -o "$arg__ime" = 'xtrunc' ]; then _mesg "${LIITEM}IME:${RTAB}${FG_YELLOW}${arg__ime}${FG_DEFAULT}" else _mesg "${LIITEM}IME:${RTAB}${arg__ime}" fi } ### check gbe option case "${arg__target}" in 'x220'|'x220i') ;& 't420'|'t420s') ;& 't520') ;& 't520i') ;& 'w530') ;& 't530') ;& 't430') ;& 'x230s'|'t430s') ;& 'x230'|'x230t') ;& 't500') ;& 't400'|'t400s') ;& 'x200'|'x200s'|'x200t') case "${arg__gbe,,}" in 'keep') ;; 'disable') ;; 'set_000000000000') go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "MAC Address 00:00:00:00:00:00 shall not be used." ;; set_[0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f]) ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "wrong or missing GbE option" ;; esac ;; 'x201') case "$arg__gbe" in 'keep') ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "wrong or missing GbE option" ;; esac ;; *) [ "$arg__gbe" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--gbe: incompatible option" ;; esac [ "$arg__gbe" ] && _mesg "${LIITEM}GbE:${RTAB}${arg__gbe}" ## Coreboot _dbug "${FG_MAGENTA}Coreboot Settings ...${FG_DEFAULT}" _mesg "Coreboot:" ### check --microcode if [ "$opt__microcode" ]; then _mesg "${LIITEM}CPU Microcode Update:${RTAB}${FG_YELLOW}yes${FG_DEFAULT}" else case "$arg__target" in 't60'|'t60_ati_mobility_radeon_x1300'|'t60_ati_mobility_radeon_x1400') ;& 'x60_32bit'|'x60s_32bit'|'x60t_32bit') ;& 'x60'|'x60s'|'x60t') ;& 'x200'|'x200s'|'x200t') ;& 't400'|'t400s') ;& 't500') ;& 't420') _mesg "${LIITEM}CPU Microcode Update:${RTAB}none" ;; *) _warn "${LIITEM}CPU Microcode Update:${RTAB}none, be aware!" _warn "${RTAB}Your machine might freeze." _mesg "${RTAB}Please consider to abort and reconfigure." _mesg "${RTAB}Alternatively, load updates via Operating System." ;; esac fi ### report tpm [ "$par__tpm" ] && _mesg "${LIITEM}TPM:${RTAB}basic support" ## GRUB2 Payload _dbug "${FG_MAGENTA}GRUB2 Payload Settings ...${FG_DEFAULT}" _mesg "GRUB2 Payload:" ### check and display grub payload folder, files and version _mesg "${LIITEM}Payload Dir:${RTAB}${arg__payload_grub_dir:?${FG_RED}is not set${FG_DEFAULT}}" _mesg "${LIITEM}Payload ELF:${RTAB}${arg__payload_grub:?${FG_RED}is not set${FG_DEFAULT}}" _dbug "${LIITEM}Version:${RTAB}${version_grub:?${FG_RED}is not set${FG_DEFAULT}}" grub_config="${GRUB_CONFIG/\$\{version_grub\}/${version_grub}}" [ -f "${arg__payload_grub_dir}/${grub_config}" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: ${arg__payload_grub_dir}/${grub_config}" _mesg "${LIITEM}Config File:${RTAB}${grub_config}" #### report GRUB keymap grub_keymap="$(sed -r -e '/^\tkeymap/!d;' -e 's/^\tkeymap.* //;' ${arg__payload_grub_dir}/${grub_config})" _mesg "${INDENT}keymap:${RTAB}${grub_keymap}" #### report GRUB antifreeze if [ -n "$(sed -r -e '/intel_idle.max_cstate=?/!d;' ${arg__payload_grub_dir}/${grub_config})" ]; then _mesg "${INDENT}Antifreeze:${RTAB}enabled" else if [ "$arg__target" = 't520' -o "$arg__target" = 't520i' ]; then _warn "${INDENT}Antifreeze should be enabled for ${arg_target}!" fi fi #### report GRUB authorization if [ "$(sed -r -e '/^\tset superusers=/!d;' ${arg__payload_grub_dir}/${grub_config})" ]; then grub_auth=1 _mesg "${INDENT}authorization:${RTAB}configured" else _mesg "${INDENT}authorization:${RTAB}not configured" fi #### set/report GRUB background images declare bg declare -i i=0 while [ $i -lt ${#BACKGROUND_CBFS[@]} ]; do bg="$(echo ${arg__payload_grub_dir}/${GRUB_BG/\$\{ibg\}/$i}.*)" if [ -f "$bg" ]; then grub_background[$i]="$bg" _mesg "${INDENT}${bg##*/}:${RTAB}${SET_BOLD}`ls -l $bg | sed -r -e 's/(^.* )(.* -> )(.*)/\3/;' -`${CLR_INTENSITY}" i+=1 else break 1 fi done unset i unset bg #### check GRUB Morse Feedback configuration declare test_config= test_config="$(sed -r -e '/Morse/,/\}/!d;' ${arg__payload_grub_dir}/${grub_config})" if [ "$test_config" != '' ]; then grub_config_morse="${GRUB_CONFIG_MORSE/\$\{version_grub\}/${version_grub}}" [ -f "${arg__payload_grub_dir}/${grub_config_morse}" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "GRUB Morse Feedback: no such file: ${arg__payload_grub_dir}/${grub_config_morse}" _mesg "${INDENT}menu entry Morse:${RTAB}configured" case "$arg__target" in 'x1_carbon_gen1'|'x230'|'x230t'|'x230s'|'t430'|'t530'|'w530'|'t430s') # Hmm, GRUB2 has no audio. Why?? _warn "GRUB2’s access to audio on $arg__target will likely fail, please check!" ;; esac _mesg "${INDENT}Morse Config File:${RTAB}${grub_config_morse}" else _mesg "${INDENT}menu entry Morse:${RTAB}not configured" fi unset test_config #### check/set SeaBIOS configuration declare test_config= test_config="$(sed -r -e '/[sS]ea[bB][iI][oO][sS]/,/\}/!d;' ${arg__payload_grub_dir}/${grub_config})" if [ "$test_config" ]; then par__seabios=1 _mesg "${INDENT}menu entry SeaBIOS:${RTAB}configured" ## SeaBIOS _dbug "${INDENT}${FG_MAGENTA}SeaBIOS Settings ...${FG_DEFAULT}" [ -f "${SEABIOS_CONFIG/\$\{path_to_seabios\}/$path_to_seabios}" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "file not found: SeaBIOS configuration" [ "$arg__rom_vga" ] && [ -f "${SEABIOS_VGABIOS/\$\{path_to_seabios\}/$path_to_seabios}" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--rom-vga: SeaBIOS configuration mismatch" _mesg "${INDENT}${LIITEM}Config File:${RTAB}${SEABIOS_CONFIG/\$\{path_to_seabios\}/$path_to_seabios}" [ -f "${SEABIOS_PAYLOAD/\$\{path_to_seabios\}/$path_to_seabios}" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "file not found: SeaBIOS payload" _mesg "${INDENT}${LIITEM}Payload File:${RTAB}${SEABIOS_PAYLOAD/\$\{path_to_seabios\}/$path_to_seabios}" [ "$arg__rom_vga" ] || { [ -f "${SEABIOS_VGABIOS/\$\{path_to_seabios\}/$path_to_seabios}" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "file not found: SeaBIOS VGA BIOS" _mesg "${INDENT}${LIITEM}VGA-ROM:${RTAB}${SEABIOS_VGABIOS/\$\{path_to_seabios\}/$path_to_seabios}" } else par__seabios='' _mesg "${INDENT}menu entry SeaBIOS:${RTAB}not configured" fi unset test_config #### check/set Coreinfo configuration declare test_config= test_config="$(sed -r -e '/Coreinfo/,/\}/!d;' ${arg__payload_grub_dir}/${grub_config})" if [ "$test_config" ]; then par__coreinfo=1 _mesg "${INDENT}menu entry Coreinfo:${RTAB}configured" else par__coreinfo='' _mesg "${INDENT}menu entry Coreinfo:${RTAB}not configured" fi unset test_config #### check/set NVRAMCUI configuration declare test_config= test_config="$(sed -r -e '/NVRAMCUI/,/\}/!d;' ${arg__payload_grub_dir}/${grub_config})" if [ "$test_config" ]; then par__nvramcui=1 _mesg "${INDENT}menu entry NVRAMCUI:${RTAB}configured" else par__nvramcui='' _mesg "${INDENT}menu entry NVRAMCUI:${RTAB}not configured" fi unset test_config #### check/set Memtest86 configuration declare test_config= test_config="$(sed -r -e '/Memtest86/,/\}/!d;' ${arg__payload_grub_dir}/${grub_config})" if [ "$test_config" ]; then par__memtest86=1 _mesg "${INDENT}menu entry Memtest86+:${RTAB}configured" else par__memtest86='' _mesg "${INDENT}menu entry Memtest86+:${RTAB}not configured" fi unset test_config #### check/set Tint configuration declare test_config= test_config="$(sed -r -e '/Tint/,/\}/!d;' ${arg__payload_grub_dir}/${grub_config})" if [ "$test_config" ]; then par__tint=1 _mesg "${INDENT}menu entry Tint:${RTAB}configured" else par__tint='' _mesg "${INDENT}menu entry Tint:${RTAB}not configured" fi unset test_config ## Templates _dbug "${FG_MAGENTA}Template Files and Folders ...${FG_DEFAULT}" _mesg "Templates:" ### config file name_config "$arg__target" "$version_coreboot" "${par__tpm:+tpm}" '-' template_config _dbug "${LIITEM}Config File:${RTAB}${FG_BLUE}${template_config}${FG_DEFAULT}" [ -f $template_config ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $template_config" ### target folder set_template_target_folder 'template_target_folder' _mesg "${LIITEM}Target Folder:${RTAB}${FG_BLUE}$template_target_folder${FG_DEFAULT}" _mesg "\ Upon creation of the target folder, the “${TEMP_SUFFIX}” suffix will be replaced by a random, unique pattern of digits, and your final ${ROM_ZEROCAT} will be located within that folder." } _pass "... settings checked." _funcstop "$FUNCNAME" } # $1: specfile variable, name reference write_specfile() { _funcstart "$FUNCNAME" declare bullet='* ' declare specfile="${1}" declare -a speclist=() # start speclist speclist+="# ROM Configuration Details\n\n\n" speclist+="${bullet}File ${specfile%\/*}/${ROM_ZEROCAT}\n" # list intel firmare specific markers speclist+="\n\n## Intel Flash Descriptor\n\n\n" if [ "$opt__ifd_lock_regions" -o "$opt__ifd_altmedisable" -o "$opt__ifd_medisable" ]; then speclist+="${bullet}ifd" speclist+="${opt__ifd_lock_regions:+${c}${opt__ifd_lock_regions}}" speclist+="${opt__ifd_medisable:+${c}medisable}" speclist+="${opt__ifd_altmedisable:+${c}altmedisable}" speclist+="\n" fi speclist+="\n\n## Intel Firmware\n\n\n" speclist+="${arg__ime:+${bullet}ime${c}${arg__ime}\n}" speclist+="${arg__gbe:+${bullet}gbe${c}${arg__gbe}\n}" # add coreboot specs speclist+="\n\n## Coreboot File System\n\n\n" speclist+="${bullet}coreboot@${version_coreboot}\n" speclist+="${opt__microcode:+${bullet}CPU microcode binary blob\n}" ## add tpm configuration speclist+="${par__tpm:+${bullet}TPM not disabled\n}" ## add vgarom configuration speclist+="${arg__rom_vga:+${bullet}VGAROM included\n}" ## add payload configuration: primary payload speclist+="\n\n### Primary Payload\n\n\n" speclist+="${bullet}grub@${version_grub}\n" speclist+="${grub_keymap:+${bullet}keymap ${grub_keymap}\n}" for i in ${!grub_background[@]}; do speclist+="${grub_background[$i]:+${bullet}background${i}\n}" done speclist+="${grub_auth:+${bullet}authorization scheme enabled\n}" speclist+="${grub_config_morse:+${bullet}morse feature\n}" ## add payload configuration: secondary payloads speclist+="\n\n### Secondary Payloads\n\n\n" [ "$par__seabios" ] && { speclist+="${bullet}SeaBIOS@${version_seabios}" speclist+="${arg__rom_vga:+${c}novgabios}" speclist+="\n" } speclist+="${par__coreinfo:+${bullet}Coreinfo\n}" speclist+="${par__nvramcui:+${bullet}NVRAMCUI\n}" speclist+="${par__memtest86:+${bullet}Memtest86\+\n}" speclist+="${par__tint:+${bullet}Tint Game\n}" echo -e \ "${speclist}" \ > "${specfile}" || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _funcstop "$FUNCNAME" } # $1: template_target_folder variable, name reference set_template_target_folder() { _funcstart "$FUNCNAME" declare -r c='_' # spec combinator level1 declare -i i # loop variable declare -a fname=() declare -n destdir=${1} # declared in main(): # version_coreboot # version_seabios # version_grub # set template_target_folder fname+="${arg__target}" fname+="${arg__chipsize:+${c}${arg__chipsize}}" ## add temporary suffix destdir="${fname[*]}.${TEMP_SUFFIX}" _funcstop "$FUNCNAME" } # $1: path to project # $2: project version to match check_version() { _funcstart "$FUNCNAME" [ -d $1 ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such directory: $1" local cwd=$(pwd) cd $1 cver=$(git describe --tags) cd "$cwd" [ "$cver" != "$2" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "$cver does not match $2" _pass "Version $cver matches $2." _funcstop "$FUNCNAME" } fallback_ROM() { _funcstart "$FUNCNAME" _info "Create Fallback ROM ... " pushd $path_to_coreboot &>/dev/null coreboot_util_ifdtool 'inject-bios' \ "${bin_folder##*/}/flashregion_1_bios.bin" \ "build/coreboot.rom" echo -e -n "${SET_DIM}" && mv -v build/coreboot.rom.new ${bin_folder##*/}/fallback.rom || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" popd &>/dev/null _pass "... Fallback ROM created." _funcstop "$FUNCNAME" } rom_split() { _funcstart "$FUNCNAME" [ -f $target_folder/${ROM_ZEROCAT} ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "no such file: $target_folder/${ROM_ZEROCAT}" dd \ if=$target_folder/${ROM_ZEROCAT} \ of=$target_folder/${ROM_ZEROCAT/%/.bottom} \ bs=1M count=8 &>/dev/null || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" dd \ if=$target_folder/${ROM_ZEROCAT} \ of=$target_folder/${ROM_ZEROCAT/%/.top} \ bs=1M skip=8 &>/dev/null || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" _pass "The ROM has successfully been split into top (4MB) and bottom (8MB) ROM." _funcstop "$FUNCNAME" } checksum_create() { _funcstart "$FUNCNAME" declare files= declare i= _info "Create checksum files ..." pushd $target_folder &>/dev/null for i in ./*; do [ -f $i ] && files+=" $i" done sha512sum $files > SHA512SUM.txt || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" pushd ${bin_folder/*\//} &>/dev/null sha512sum ./* > SHA512SUM.txt || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" popd &>/dev/null popd &>/dev/null _pass "... checksum files have been created." _funcstop "$FUNCNAME" } congratulations() { _funcstart "$FUNCNAME" _pass "Your ${ROM_ZEROCAT} has been built." _mesg "Check the folder and keep it in a safe place:" _mesg "${INDENT}$target_folder" if [ -f "$target_folder/${bin_folder##*/}/fallback.rom" ]; then _mesg "In case your ${arg__target^^} crashes, you might want to try the fallback:" _mesg "${INDENT}${bin_folder##*/}/fallback.rom" fi _funcstop "$FUNCNAME" } # $1: arg__target generate_rom() { _funcstart "$FUNCNAME" declare -r template_bin_folder="binaries.${TEMP_SUFFIX}" declare bin_folder= # first step to do for all targets # targets have been checked to be valid in parse_cmdline() coreboot_make 'distclean' coreboot_binaries 'populate-temporary-folder' # defines value of $bin_folder # next steps to do depend on target case $1 in 'x60_32bit'|'x60s_32bit'|'x60t_32bit') ;& 'x60'|'x60s'|'x60t') ;& 't60'|'t60_ati_mobility_radeon_x1300'|'t60_ati_mobility_radeon_x1400') # coreboot config coreboot_config 'init-configfile' coreboot_config 'monolithic-firmware-layout' # coreboot build coreboot_make 'clean' coreboot_make '' # populate target folder populate_target copy_file "${arg__payload_grub_dir}/${grub_config}" "${target_folder}/${grub_config}" [ "$grub_config_morse" ] && copy_file "${arg__payload_grub_dir}/${grub_config_morse}" "${target_folder}/${grub_config_morse}" # edit cbfs content cbfs_add_file "${target_folder}/${REV_ZEROCAT}" "${REV_ZEROCAT}" cbfs_add_file "${arg__payload_grub_dir}/${grub_config}" "etc/${grub_config##*_}" [ "$grub_config_morse" ] && cbfs_add_file "${arg__payload_grub_dir}/${grub_config_morse}" "etc/${grub_config_morse##*_}" [ "$par__coreinfo" ] && cbfs_move_payloads "coreinfo" [ "$par__nvramcui" ] && cbfs_move_payloads "nvramcui" [ "$par__memtest86" ] && cbfs_move_payloads 'memtest86+' [ "$par__tint" ] && cbfs_move_payloads 'tint' [ "$par__seabios" ] && cbfs_add_seabios cbfs_add_background tweak_nvram 'set-gfx' '64M' tweak_nvram 'no-bluetooth' tweak_nvram 'no-wwan' tweak_nvram 'info' # display cbfs content [ "$opt__mute" ] || { print_cbfs print_nvram } ;; 't500') ;& 't400'|'t400s') ;& 'x200'|'x200s'|'x200t') # prepare binaries coreboot_binaries 'compile-coreboot-utilities' coreboot_binaries 'GbE-binary' [ "$arg__ime" = 'keep' -o "$arg__gbe" = 'keep' ] && coreboot_binaries 'extract-factory-regions' coreboot_util_bincfg 'compile-ifd-x200' mv \ "${path_to_coreboot}/util/bincfg/flashregion_0_fd.bin" \ "${bin_folder}/flashregion_0_flashdescriptor.bin.new" # coreboot configure coreboot_config 'init-configfile' case "$arg__ime" in ('keep') coreboot_config 'x00-firmware-layout-with-IME' ;; ('none') coreboot_config 'x00-firmware-layout-without-IME' ;; esac # coreboot build coreboot_make 'clean' coreboot_make '' # hmm, descriptor seems to have been touched by coreboot@4.8.1, re-inject if [ "$version_coreboot" = '4.8.1' ]; then dd \ if="${bin_folder}/flashregion_0_flashdescriptor.bin.new" \ of="${path_to_coreboot}/build/coreboot.rom" \ bs=4K \ count=1 \ seek=0 \ skip=0 \ conv=nocreat,notrunc,sync fi # populate target folder populate_target copy_file "${arg__payload_grub_dir}/${grub_config}" "${target_folder}/${grub_config}" [ "$grub_config_morse" ] && copy_file "${arg__payload_grub_dir}/${grub_config_morse}" "${target_folder}/${grub_config_morse}" # edit cbfs content cbfs_add_file "${target_folder}/${REV_ZEROCAT}" "${REV_ZEROCAT}" cbfs_add_file "${arg__payload_grub_dir}/${grub_config}" "etc/${grub_config##*_}" [ "$grub_config_morse" ] && cbfs_add_file "${arg__payload_grub_dir}/${grub_config_morse}" "etc/${grub_config_morse##*_}" [ "$par__coreinfo" ] && cbfs_move_payloads "coreinfo" [ "$par__nvramcui" ] && cbfs_move_payloads "nvramcui" [ "$par__seabios" ] && cbfs_add_seabios cbfs_add_background tweak_nvram 'set-gfx' '256M' tweak_nvram 'no-bluetooth' tweak_nvram 'no-wwan' tweak_nvram 'info' # display cbfs content [ "$opt__mute" ] || { print_cbfs print_nvram } ;; 'x201') ;& 'x220'|'x220i'|'t420'|'t420s') ;& 't520') # T520: coreboot bios crashes sometimes, fallback ROM needed ;& 't520i') ;& 'x1_carbon_gen1') ;& 'x230'|'x230t'|'t430'|'t530'|'w530') ;& 'x230s'|'t430s') # prepare binaries coreboot_binaries 'compile-coreboot-utilities' coreboot_binaries 'extract-factory-regions' [ "$1" != 'x1_carbon_gen1' ] && coreboot_binaries 'GbE-binary' case "$arg__ime" in ('keep') coreboot_binaries 'me_cleaner-keep' ;; ('trunc') coreboot_binaries 'me_cleaner' coreboot_binaries 'size-IME-binary' coreboot_binaries 'truncated-IME-binary' coreboot_binaries 'descriptor-for-truncated-IME' ;; ('xtrunc') coreboot_binaries 'me_cleaner' coreboot_binaries 'size-IME-binary-extra' coreboot_binaries 'truncated-IME-binary' coreboot_binaries 'descriptor-for-truncated-IME' ;; esac # coreboot configure coreboot_config 'init-configfile' case "$arg__ime" in ('keep') coreboot_config 'xx0-firmware-layout-with-IME' ;; ('trunc') ;& ('xtrunc') coreboot_config 'xx0-firmware-layout-with-truncated-IME' ;; esac # coreboot build coreboot_make 'clean' coreboot_make '' # apply options if [ "$opt__ifd_lock_regions" ]; then if [ "$version_coreboot" = '4.8.1' ]; then coreboot_util_ifdtool \ 'apply-lock' \ "$path_to_coreboot/build/coreboot.rom" fi else coreboot_util_ifdtool \ 'apply-unlock' \ "$path_to_coreboot/build/coreboot.rom" fi # final check coreboot_util_me_cleaner \ 'check' \ "$path_to_coreboot/build/coreboot.rom" # fallback ROM? if [ "$1" = 't520' -o "$1" = 't520i' ]; then # T520: inject vendor’s bios and create a fallback ROM fallback_ROM fi # populate target folder populate_target copy_file "${arg__payload_grub_dir}/${grub_config}" "${target_folder}/${grub_config}" [ "$grub_config_morse" ] && copy_file "${arg__payload_grub_dir}/${grub_config_morse}" "${target_folder}/${grub_config_morse}" # edit cbfs content cbfs_add_file "${target_folder}/${REV_ZEROCAT}" "${REV_ZEROCAT}" cbfs_add_file "${arg__payload_grub_dir}/${grub_config}" "etc/${grub_config##*_}" [ "$grub_config_morse" ] && cbfs_add_file "${arg__payload_grub_dir}/${grub_config_morse}" "etc/${grub_config_morse##*_}" [ "$par__coreinfo" ] && cbfs_move_payloads "coreinfo" [ "$par__nvramcui" ] && cbfs_move_payloads "nvramcui" [ "$par__memtest86" ] && cbfs_move_payloads "memtest86" [ "$par__tint" ] && cbfs_move_payloads "tint" [ "$par__seabios" ] && cbfs_add_seabios cbfs_add_background if [ "$1" = 'x201' ]; then tweak_nvram 'set-gfx' '128M' else tweak_nvram 'set-gfx' '224M' fi tweak_nvram 'no-bluetooth' tweak_nvram 'no-wwan' tweak_nvram 'info' # display cbfs content [ "$opt__mute" ] || { print_cbfs print_nvram } # split rom case $1 in 'x1_carbon_gen1'|'x230'|'x230t'|'t430'|'t530'|'w530') rom_split ;; esac ;; esac verify_ifd checksum_create congratulations _funcstop "$FUNCNAME" } check_options() { _funcstart "$FUNCNAME" _info "Check options ..." # --debug # --mute # --microcode [ "$opt__microcode" ] && { [ "$opt__target" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--microcode: incomplete set of command line options" } # --chipsize [ "$arg__chipsize" ] && { [ "$opt__target" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--chipsize: incomplete set of command line options" } # --ime [ "$arg__ime" ] && { [ "$opt__target" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--ime: incomplete set of command line options" } # --gbe [ "$arg__gbe" ] && { [ "$opt__target" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--gbe: incomplete set of command line options" } # --rom-vga [ "$arg__rom_vga" ] && { [ "$opt__target" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--rom-vga: incomplete set of command line options" } # --ifd-lock-regions [ "$opt__ifd_lock_regions" ] && { [ "$opt__target" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--ifd-lock-regions: incomplete set of command line options" } # --rom-factory [ "$arg__rom_factory" ] && { [ "$opt__target" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--rom-factory: incomplete set of command line options" } # --payload-grub-dir [ "$arg__payload_grub_dir" ] && { [ "$opt__target" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--payload-grub-dir: incomplete set of command line options" } # --toolbox [ "$arg__toolbox" ] && { [ "$opt__target" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--toolbox: incomplete set of command line options" } # --usage | --help # --clean # --remove-all # --target [ "$opt__target" ] && { [ "$arg__toolbox" ] && [ "$arg__payload_grub_dir" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--target: incomplete set of command line options" [ "$arg__target" = 't60_ati_mobility_radeon_x1300' -o "$arg__target" = 't60_ati_mobility_radeon_x1400' ] && { [ "$arg__rom_vga" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--target: incomplete set of command line options" } } _pass "... options checked." _funcstop "$FUNCNAME" } parse_cmdline() { _funcstart "$FUNCNAME" declare -i n= declare opt= _info "Parse command line ..." while [ $# -gt 0 ]; do opt=${1:?${FG_RED}missing parameter${FG_DEFAULT}} n=1 opt=${opt,,} case $opt in # parameters '--debug') # no action here, see bottom of script ;; '--mute') opt__mute="/dev/null" ;; '--toolbox') [ "$arg__toolbox" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--toolbox: duplicate option" [ "${2:0:2}" = '--' ] || [ "${2}" = '' ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--toolbox: missing argument" opt="$2" n+=1 pushd "$opt" &>/dev/null || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--toolbox: no such directory: ${opt}" arg__toolbox=$(dirs -l +0) popd &>/dev/null path_to_coreboot=$(echo "${arg__toolbox}"/coreboot[-@${FVS}]*/) select_option path_to_coreboot if [ -d "$path_to_coreboot" ]; then version_coreboot="${path_to_coreboot##*\/coreboot[-@${FVS}]}" version_coreboot="${version_coreboot%\/}" else path_to_coreboot='' version_coreboot='' fi path_to_seabios=$(echo "${arg__toolbox}"/seabios[-@${FVS}]*/) select_option path_to_seabios if [ -d "$path_to_seabios" ]; then version_seabios="${path_to_seabios##*\/seabios[-@${FVS}]}" version_seabios="${version_seabios%\/}" else path_to_seabios='' version_seabios='' fi ;; '--microcode') [ "$opt__microcode" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--microcode: duplicate option" opt__microcode=1 ;; '--chipsize') [ "$arg__chipsize" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--chipsize: duplicate option" opt=${2,,} n+=1 case "${opt%mb}" in '2'|'4'|'8'|'12'|'16') arg__chipsize="${opt}" ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--chipsize: missing or wrong argument" ;; esac ;; '--ime') [ "$arg__ime" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--ime: duplicate option" opt=${2,,} n+=1 case "${opt}" in 'keep') ;& 'trunc'|'xtrunc') ;& 'none') arg__ime="$opt" ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--ime: missing or wrong argument" ;; esac ;; '--gbe') [ "$arg__gbe" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--gbe: duplicate option" opt=${2,,} n+=1 case "${opt}" in 'keep') arg__gbe=$opt ;; 'set_'[0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f][0-9a-f]) arg__gbe=$opt gbebin_postfix="${arg__gbe/#/.}" ;; 'disable') arg__gbe=$opt gbebin_postfix="${arg__gbe/#/.}" ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--gbe: missing or wrong argument" ;; esac ;; '--rom-vga') [ "$arg__rom_vga" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--rom-vga: duplicate option" [ "${2:0:2}" = '--' ] || [ "${2}" = '' ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--rom-vga: missing argument" [ -f "$2" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--rom-vga: no such file: $2" case "${2##*/}" in (pci[0-9][0-9][0-9][0-9],[0-9][0-9][0-9][0-9].rom) ;; (*) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--rom-vga: invalid file name pattern: ${2##*/}" ;; esac opt="$2" n+=1 pushd ${opt%/*} &>/dev/null arg__rom_vga="$(dirs -l +0)/${opt##*/}" popd &>/dev/null ;; '--rom-factory') [ "$arg__rom_factory" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--rom-factory: duplicate option" [ "${2:0:2}" = '--' ] || [ "${2}" = '' ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--rom-factory: missing argument" [ -f "$2" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--rom-factory: no such file: $2" opt="$2" n+=1 pushd ${opt%/*} &>/dev/null arg__rom_factory="$(dirs -l +0)/${opt##*/}" popd &>/dev/null ;; '--ifd-lock-regions') opt__ifd_lock_regions='lock' ;; '--ifd-medisable') opt__ifd_medisable='1' ;; '--ifd-altmedisable') opt__ifd_altmedisable='1' ;; '--payload-grub-dir') [ "$arg__payload_grub_dir" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--payload-grub-dir: duplicate option" [ "${2:0:2}" = '--' ] || [ "${2}" = '' ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--payload-grub-dir: missing argument" [ -d "$2" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--payload-grub-dir: no such directory: $2" opt="$2" n+=1 pushd ${opt} &>/dev/null arg__payload_grub_dir="$(dirs -l +0)" popd &>/dev/null # catch any first payload file arg__payload_grub=$(echo $arg__payload_grub_dir/${GRUB_PAYLOAD/\$\{version_grub\}/*}) arg__payload_grub=${arg__payload_grub%% *} arg__payload_grub=${arg__payload_grub##*/} [ -e "$arg__payload_grub_dir/$arg__payload_grub" ] || go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--payload-grub-dir: no payload file" # get version version_grub=${arg__payload_grub##*@} version_grub=${version_grub%%_*} ;; # jobs '--help') ;& '--usage') opt__usage=1 ;; '--clean') opt__clean=1 ;; '--remove-all') opt__remove_all=1 ;; '--target') [ "$opt__target" ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--target: duplicate option" [ "${2:0:2}" = '--' ] || [ "${2}" = '' ] && go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--target: missing argument" opt=${2,,} n+=1 case "${opt}" in # Use templates with TPM options, accessible via SeaBIOS... 'x201') ;& 'x220'|'x220i') ;& 't420'|'t420s') ;& 't520'|'t520i') ;& 'x1_carbon_gen1') ;& 'x230'|'x230t') ;& 't430') ;& 't430s') ;& 't530') ;& 'w530') par__tpm=1 ;& # Use templates with TPM disabled. 'x230s') ;& 'x60_32bit'|'x60s_32bit'|'x60t_32bit') ;& 'x60'|'x60s'|'x60t') ;& 't60') ;& 't60_ati_mobility_radeon_x1300') ;& 't60_ati_mobility_radeon_x1400') ;& 'x200'|'x200s'|'x200t') ;& 't400'|'t400s') ;& 't500') arg__target="${opt}" ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "--target: unknown argument" ;; esac opt__target=1 ;; *) go_exit "$BASH_SOURCE" "$FUNCNAME" "$LINENO" "unknown option: $opt" ;; esac shift $n done if [ $# -ne 0 ]; then _warn "... $# parameters were skipped." else _pass "... command line parsed." fi _funcstop "$FUNCNAME" } job_list() { _funcstart "$FUNCNAME" declare retval=1 # jobs _dbug "${FG_MAGENTA}Jobs ...${FG_DEFAULT}" _info "Requested jobs are:" [ "$opt__usage" ] && { _mesg "${LIITEM}display usage information" retval=0 } [ "$opt__clean" ] && { _mesg "${LIITEM}clean up temporary files" retval=0 } [ "$opt__remove_all" ] && { _mesg "${LIITEM}clean build folders" retval=0 } [ "$opt__target" ] && { _mesg "${LIITEM}set up target folder with $ROM_ZEROCAT" retval=0 } [ "$retval" -eq 0 ] || { _mesg "${INDENT}none" } _funcstop "$FUNCNAME" $retval } clean() { _funcstart "$FUNCNAME" _info "Remove generated files ..." declare pattern1=*gbe{_,-}*.bin declare pattern2=flashregion_?_*.bin declare no_files=0 for i in $pattern1; do [ -f "$i" ] && { _mesg "${LIITEM}$i" no_files=1 } done for i in $pattern2; do [ -f "$i" ] && { _mesg "${LIITEM}$i" no_files=1 } done if [ "$no_files" -eq 0 ]; then _pass "... no files to remove." else yes_no_abort && { rm -f $pattern1 $pattern2 _pass "... generated files have been removed." } fi unset pattern1 unset pattern2 unset no_files _funcstop "$FUNCNAME" } remove_all() { _funcstart "$FUNCNAME" declare pattern=*-*.?????????? declare no_folders=0 _info "Start batch removal of generated folders ..." for i in $pattern; do [ -d "$i" ] && { no_folders=1 _warn "Remove:${RTAB}$SET_BOLD$i$CLR_INTENSITY" yes_no_abort && { rm -rf "$i" _pass "... removed." } } done if [ "$no_folders" -eq 0 ]; then _pass "... no folders to remove." else _pass "... batch removal executed." fi unset pattern unset no_folders _funcstop "$FUNCNAME" } parse_debug() { declare i= DEBUG=0 for i in "$@"; do [ "$i" = '--debug' ] && DEBUG=1 done true } main() { trap ' echo go_exit "$BASH_SOURCE" "$FUNCNAME" "" "$BASH_COMMAND" ' SIGINT ERR # what sigspec is related to ERR?? _funcstart "$FUNCNAME" # Pattern of declarations # # 1) command line options refer to $opt__