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armbian_build/lib/functions/configuration/main-config.sh

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#!/bin/bash
#
# Copyright (c) 2013-2021 Igor Pecovnik, igor.pecovnik@gma**.com
#
# This file is licensed under the terms of the GNU General Public
# License version 2. This program is licensed "as is" without any
# warranty of any kind, whether express or implied.
#
# This file is a part of the Armbian build script
# https://github.com/armbian/build/
function do_main_configuration() {
display_alert "Starting main configuration" "${MOUNT_UUID}" "info"
# Obsolete stuff, make sure not defined, then make readonly
declare -g -r DEBOOTSTRAP_LIST
declare -g -r PACKAGE_LIST
declare -g -r PACKAGE_LIST_BOARD
declare -g -r PACKAGE_LIST_ADDITIONAL
declare -g -r PACKAGE_LIST_EXTERNAL
declare -g -r PACKAGE_LIST_DESKTOP
# common options
# daily beta build contains date in subrevision
#if [[ $BETA == yes && -z $SUBREVISION ]]; then SUBREVISION="."$(date --date="tomorrow" +"%j"); fi
if [ -f $USERPATCHES_PATH/VERSION ]; then
REVISION=$(cat "${USERPATCHES_PATH}"/VERSION)"$SUBREVISION" # all boards have same revision
else
REVISION=$(cat "${SRC}"/VERSION)"$SUBREVISION" # all boards have same revision
fi
[[ -z $VENDOR ]] && VENDOR="Armbian"
[[ -z $ROOTPWD ]] && ROOTPWD="1234" # Must be changed @first login
[[ -z $MAINTAINER ]] && MAINTAINER="Igor Pecovnik" # deb signature
[[ -z $MAINTAINERMAIL ]] && MAINTAINERMAIL="igor.pecovnik@****l.com" # deb signature
DEST_LANG="${DEST_LANG:-"en_US.UTF-8"}" # en_US.UTF-8 is default locale for target
display_alert "DEST_LANG..." "DEST_LANG: ${DEST_LANG}" "debug"
export SKIP_EXTERNAL_TOOLCHAINS="${SKIP_EXTERNAL_TOOLCHAINS:-yes}" # don't use any external toolchains, by default.
# Timezone
if [[ -f /etc/timezone ]]; then # Timezone for target is taken from host, if it exists.
TZDATA=$(cat /etc/timezone)
display_alert "Using host's /etc/timezone for" "TZDATA: ${TZDATA}" "debug"
else
display_alert "Host has no /etc/timezone" "Using Etc/UTC by default" "debug"
TZDATA="Etc/UTC" # If not /etc/timezone at host, default to UTC.
fi
USEALLCORES=yes # Use all CPU cores for compiling
HOSTRELEASE=$(cat /etc/os-release | grep VERSION_CODENAME | cut -d"=" -f2)
[[ -z $HOSTRELEASE ]] && HOSTRELEASE=$(cut -d'/' -f1 /etc/debian_version)
[[ -z $EXIT_PATCHING_ERROR ]] && EXIT_PATCHING_ERROR="" # exit patching if failed
[[ -z $HOST ]] && HOST="$BOARD" # set hostname to the board
cd "${SRC}" || exit
[[ -z "${CHROOT_CACHE_VERSION}" ]] && CHROOT_CACHE_VERSION=7
if [[ -d "${SRC}/.git" ]]; then
BUILD_REPOSITORY_URL="$(git remote get-url "$(git remote | grep origin || true)" || true)" # ignore all errors
BUILD_REPOSITORY_COMMIT="$(git describe --match=d_e_a_d_b_e_e_f --always --dirty || true)" # ignore error
fi
ROOTFS_CACHE_MAX=200 # max number of rootfs cache, older ones will be cleaned up
# .deb compression. xz is standard, but is slow, so if avoided by default if not running in CI. one day, zstd.
if [[ -z ${DEB_COMPRESS} ]]; then
DEB_COMPRESS="none" # none is very fast bug produces big artifacts.
[[ "${CI}" == "true" ]] && DEB_COMPRESS="xz" # xz is small and slow
fi
display_alert ".deb compression" "DEB_COMPRESS=${DEB_COMPRESS}" "debug"
if [[ $BETA == yes ]]; then
DEB_STORAGE=$DEST/debs-beta
REPO_STORAGE=$DEST/repository-beta
REPO_CONFIG="aptly-beta.conf"
else
DEB_STORAGE=$DEST/debs
REPO_STORAGE=$DEST/repository
REPO_CONFIG="aptly.conf"
fi
# image artefact destination with or without subfolder
FINALDEST="${DEST}/images"
if [[ -n "${MAKE_FOLDERS}" ]]; then
FINALDEST="${DEST}"/images/"${BOARD}"/"${MAKE_FOLDERS}"
install -d "${FINALDEST}"
fi
# TODO: fixed name can't be used for parallel image building
ROOT_MAPPER="armbian-root"
[[ -z $ROOTFS_TYPE ]] && ROOTFS_TYPE=ext4 # default rootfs type is ext4
[[ "ext4 f2fs btrfs xfs nfs fel" != *$ROOTFS_TYPE* ]] && exit_with_error "Unknown rootfs type" "$ROOTFS_TYPE"
[[ -z $BTRFS_COMPRESSION ]] && BTRFS_COMPRESSION=zlib # default btrfs filesystem compression method is zlib
[[ ! $BTRFS_COMPRESSION =~ zlib|lzo|zstd|none ]] && exit_with_error "Unknown btrfs compression method" "$BTRFS_COMPRESSION"
# Fixed image size is in 1M dd blocks (MiB)
# to get size of block device /dev/sdX execute as root:
# echo $(( $(blockdev --getsize64 /dev/sdX) / 1024 / 1024 ))
[[ "f2fs" == *$ROOTFS_TYPE* && -z $FIXED_IMAGE_SIZE ]] && exit_with_error "Please define FIXED_IMAGE_SIZE"
# a passphrase is mandatory if rootfs encryption is enabled
if [[ $CRYPTROOT_ENABLE == yes && -z $CRYPTROOT_PASSPHRASE ]]; then
exit_with_error "Root encryption is enabled but CRYPTROOT_PASSPHRASE is not set"
fi
# small SD card with kernel, boot script and .dtb/.bin files
[[ $ROOTFS_TYPE == nfs ]] && FIXED_IMAGE_SIZE=256
# Since we are having too many options for mirror management,
# then here is yet another mirror related option.
# Respecting user's override in case a mirror is unreachable.
case $REGIONAL_MIRROR in
china)
[[ -z $USE_MAINLINE_GOOGLE_MIRROR ]] && [[ -z $MAINLINE_MIRROR ]] && MAINLINE_MIRROR=tuna
[[ -z $USE_GITHUB_UBOOT_MIRROR ]] && [[ -z $UBOOT_MIRROR ]] && UBOOT_MIRROR=gitee
[[ -z $GITHUB_MIRROR ]] && GITHUB_MIRROR=gitclone
[[ -z $DOWNLOAD_MIRROR ]] && DOWNLOAD_MIRROR=china
;;
*) ;;
esac
# used by multiple sources - reduce code duplication
[[ $USE_MAINLINE_GOOGLE_MIRROR == yes ]] && MAINLINE_MIRROR=google
# URL for the git bundle used to "bootstrap" local git copies without too much server load. This applies independently of git mirror below.
export MAINLINE_KERNEL_TORVALDS_BUNDLE_URL="https://git.kernel.org/pub/scm/linux/kernel/git/torvalds/linux.git/clone.bundle" # this is plain torvalds, single branch
export MAINLINE_KERNEL_STABLE_BUNDLE_URL="https://git.kernel.org/pub/scm/linux/kernel/git/stable/linux.git/clone.bundle" # this is all stable branches. with tags!
export MAINLINE_KERNEL_COLD_BUNDLE_URL="${MAINLINE_KERNEL_COLD_BUNDLE_URL:-${MAINLINE_KERNEL_TORVALDS_BUNDLE_URL}}" # default to Torvalds; everything else is small enough with this
case $MAINLINE_MIRROR in
google)
MAINLINE_KERNEL_SOURCE='https://kernel.googlesource.com/pub/scm/linux/kernel/git/stable/linux-stable'
MAINLINE_FIRMWARE_SOURCE='https://kernel.googlesource.com/pub/scm/linux/kernel/git/firmware/linux-firmware.git'
;;
tuna)
MAINLINE_KERNEL_SOURCE='https://mirrors.tuna.tsinghua.edu.cn/git/linux-stable.git'
MAINLINE_FIRMWARE_SOURCE='https://mirrors.tuna.tsinghua.edu.cn/git/linux-firmware.git'
;;
bfsu)
MAINLINE_KERNEL_SOURCE='https://mirrors.bfsu.edu.cn/git/linux-stable.git'
MAINLINE_FIRMWARE_SOURCE='https://mirrors.bfsu.edu.cn/git/linux-firmware.git'
;;
*)
MAINLINE_KERNEL_SOURCE='git://git.kernel.org/pub/scm/linux/kernel/git/stable/linux.git' # "linux-stable" was renamed to "linux"
MAINLINE_FIRMWARE_SOURCE='git://git.kernel.org/pub/scm/linux/kernel/git/firmware/linux-firmware.git'
;;
esac
MAINLINE_KERNEL_DIR='linux-mainline'
[[ $USE_GITHUB_UBOOT_MIRROR == yes ]] && UBOOT_MIRROR=github
case $UBOOT_MIRROR in
gitee)
MAINLINE_UBOOT_SOURCE='https://gitee.com/mirrors/u-boot.git'
;;
github)
MAINLINE_UBOOT_SOURCE='https://github.com/u-boot/u-boot'
;;
*)
MAINLINE_UBOOT_SOURCE='https://source.denx.de/u-boot/u-boot.git'
;;
esac
MAINLINE_UBOOT_DIR='u-boot'
case $GITHUB_MIRROR in
fastgit)
GITHUB_SOURCE='https://hub.fastgit.xyz'
;;
gitclone)
GITHUB_SOURCE='https://gitclone.com/github.com'
;;
*)
GITHUB_SOURCE='https://github.com'
;;
esac
# Let's set default data if not defined in board configuration above
[[ -z $OFFSET ]] && OFFSET=4 # offset to 1st partition (we use 4MiB boundaries by default)
ARCH=armhf
KERNEL_IMAGE_TYPE=zImage
ATF_COMPILE=yes
[[ -z $CRYPTROOT_SSH_UNLOCK ]] && CRYPTROOT_SSH_UNLOCK=yes
[[ -z $CRYPTROOT_SSH_UNLOCK_PORT ]] && CRYPTROOT_SSH_UNLOCK_PORT=2022
# Default to pdkdf2, this used to be the default with cryptroot <= 2.0, however
# cryptroot 2.1 changed that to Argon2i. Argon2i is a memory intensive
# algorithm which doesn't play well with SBCs (need 1GiB RAM by default !)
# https://gitlab.com/cryptsetup/cryptsetup/-/issues/372
[[ -z $CRYPTROOT_PARAMETERS ]] && CRYPTROOT_PARAMETERS="--pbkdf pbkdf2"
[[ -z $WIREGUARD ]] && WIREGUARD="yes"
[[ -z $EXTRAWIFI ]] && EXTRAWIFI="yes"
[[ -z $SKIP_BOOTSPLASH ]] && SKIP_BOOTSPLASH="no"
[[ -z $PLYMOUTH ]] && PLYMOUTH="yes"
[[ -z $AUFS ]] && AUFS="yes"
[[ -z $IMAGE_PARTITION_TABLE ]] && IMAGE_PARTITION_TABLE="msdos"
[[ -z $EXTRA_BSP_NAME ]] && EXTRA_BSP_NAME=""
[[ -z $EXTRA_ROOTFS_MIB_SIZE ]] && EXTRA_ROOTFS_MIB_SIZE=0
[[ -z $CONSOLE_AUTOLOGIN ]] && CONSOLE_AUTOLOGIN="yes"
# single ext4 partition is the default and preferred configuration
#BOOTFS_TYPE=''
## ------ Sourcing family config ---------------------------
declare -a family_source_paths=("${SRC}/config/sources/families/${LINUXFAMILY}.conf" "${USERPATCHES_PATH}/config/sources/families/${LINUXFAMILY}.conf")
declare -i family_sourced_ok=0
for family_source_path in "${family_source_paths[@]}"; do
[[ ! -f "${family_source_path}" ]] && continue
display_alert "Sourcing family configuration" "${family_source_path}" "info"
# shellcheck source=/dev/null
source "${family_source_path}"
# @TODO: reset error handling, go figure what they do in there.
family_sourced_ok=$((family_sourced_ok + 1))
done
[[ ${family_sourced_ok} -lt 1 ]] &&
exit_with_error "Sources configuration not found" "tried ${family_source_paths[*]}"
# This is for compatibility only; path above should suffice
if [[ -f $USERPATCHES_PATH/sources/families/$LINUXFAMILY.conf ]]; then
display_alert "Adding user provided $LINUXFAMILY overrides"
# shellcheck source=/dev/null
source "$USERPATCHES_PATH/sources/families/${LINUXFAMILY}.conf"
fi
# load "all-around common arch defaults" common.conf
display_alert "Sourcing common arch configuration" "common.conf" "debug"
# shellcheck source=config/sources/common.conf
source "${SRC}/config/sources/common.conf"
# load architecture defaults
display_alert "Sourcing arch configuration" "${ARCH}.conf" "info"
# shellcheck source=/dev/null
source "${SRC}/config/sources/${ARCH}.conf"
if [[ "$HAS_VIDEO_OUTPUT" == "no" ]]; then
SKIP_BOOTSPLASH="yes"
PLYMOUTH="no"
[[ $BUILD_DESKTOP != "no" ]] && exit_with_error "HAS_VIDEO_OUTPUT is set to no. So we shouldn't build desktop environment"
fi
## Extensions: at this point we've sourced all the config files that will be used,
## and (hopefully) not yet invoked any extension methods. So this is the perfect
## place to initialize the extension manager. It will create functions
## like the 'post_family_config' that is invoked below.
initialize_extension_manager
call_extension_method "post_family_config" "config_tweaks_post_family_config" <<- 'POST_FAMILY_CONFIG'
*give the config a chance to override the family/arch defaults*
This hook is called after the family configuration (`sources/families/xxx.conf`) is sourced.
Since the family can override values from the user configuration and the board configuration,
it is often used to in turn override those.
POST_FAMILY_CONFIG
# A secondary post_family_config hook, this time with the BRANCH in the name, lowercase.
call_extension_method "post_family_config_branch_${BRANCH,,}" <<- 'POST_FAMILY_CONFIG_PER_BRANCH'
*give the config a chance to override the family/arch defaults, per branch*
This hook is called after the family configuration (`sources/families/xxx.conf`) is sourced,
and after `post_family_config()` hook is already run.
The sole purpose of this is to avoid "case ... esac for $BRANCH" in the board configuration,
allowing separate functions for different branches. You're welcome.
POST_FAMILY_CONFIG_PER_BRANCH
# Lets make some variables readonly.
# We don't want anything changing them, it's exclusively for family config.
declare -g -r PACKAGE_LIST_FAMILY="${PACKAGE_LIST_FAMILY}"
declare -g -r PACKAGE_LIST_FAMILY_REMOVE="${PACKAGE_LIST_FAMILY_REMOVE}"
# A global killswitch for extlinux.
if [[ "${SRC_EXTLINUX}" == "yes" ]]; then
if [[ "${ALLOW_EXTLINUX}" != "yes" ]]; then
display_alert "Disabling extlinux support" "extlinux global killswitch; set ALLOW_EXTLINUX=yes to avoid" "info"
export SRC_EXTLINUX=no
else
display_alert "Both SRC_EXTLINUX=yes and ALLOW_EXTLINUX=yes" "enabling extlinux, expect breakage" "warn"
fi
fi
interactive_desktop_main_configuration
[[ -n $ATFSOURCE && -z $ATF_USE_GCC ]] && exit_with_error "Error in configuration: ATF_USE_GCC is unset"
[[ -z $UBOOT_USE_GCC ]] && exit_with_error "Error in configuration: UBOOT_USE_GCC is unset"
[[ -z $KERNEL_USE_GCC ]] && exit_with_error "Error in configuration: KERNEL_USE_GCC is unset"
BOOTCONFIG_VAR_NAME=BOOTCONFIG_${BRANCH^^}
[[ -n ${!BOOTCONFIG_VAR_NAME} ]] && BOOTCONFIG=${!BOOTCONFIG_VAR_NAME}
[[ -z $LINUXCONFIG ]] && LINUXCONFIG="linux-${LINUXFAMILY}-${BRANCH}"
[[ -z $BOOTPATCHDIR ]] && BOOTPATCHDIR="u-boot-$LINUXFAMILY"
[[ -z $ATFPATCHDIR ]] && ATFPATCHDIR="atf-$LINUXFAMILY"
[[ -z $KERNELPATCHDIR ]] && KERNELPATCHDIR="$LINUXFAMILY-$BRANCH"
if [[ "$RELEASE" =~ ^(focal|jammy|kinetic|lunar)$ ]]; then
DISTRIBUTION="Ubuntu"
else
DISTRIBUTION="Debian"
fi
# CLI_CONFIG_PATH="${SRC}/config/cli/${RELEASE}"
# DEBOOTSTRAP_CONFIG_PATH="${CLI_CONFIG_PATH}/debootstrap"
#
# AGGREGATION_SEARCH_ROOT_ABSOLUTE_DIRS="
#${SRC}/config
#${SRC}/config/optional/_any_board/_config
#${SRC}/config/optional/architectures/${ARCH}/_config
#${SRC}/config/optional/families/${LINUXFAMILY}/_config
#${SRC}/config/optional/boards/${BOARD}/_config
#${USERPATCHES_PATH}
#"
#
# DEBOOTSTRAP_SEARCH_RELATIVE_DIRS="
#cli/_all_distributions/debootstrap
#cli/${RELEASE}/debootstrap
#"
#
# CLI_SEARCH_RELATIVE_DIRS="
#cli/_all_distributions/main
#cli/${RELEASE}/main
#"
#
# PACKAGES_SEARCH_ROOT_ABSOLUTE_DIRS="
#${SRC}/packages
#${SRC}/config/optional/_any_board/_packages
#${SRC}/config/optional/architectures/${ARCH}/_packages
#${SRC}/config/optional/families/${LINUXFAMILY}/_packages
#${SRC}/config/optional/boards/${BOARD}/_packages
#"
#
# DESKTOP_ENVIRONMENTS_SEARCH_RELATIVE_DIRS="
#desktop/_all_distributions/environments/_all_environments
#desktop/_all_distributions/environments/${DESKTOP_ENVIRONMENT}
#desktop/_all_distributions/environments/${DESKTOP_ENVIRONMENT}/${DESKTOP_ENVIRONMENT_CONFIG_NAME}
#desktop/${RELEASE}/environments/_all_environments
#desktop/${RELEASE}/environments/${DESKTOP_ENVIRONMENT}
#desktop/${RELEASE}/environments/${DESKTOP_ENVIRONMENT}/${DESKTOP_ENVIRONMENT_CONFIG_NAME}
#"
#
# DESKTOP_APPGROUPS_SEARCH_RELATIVE_DIRS="
#desktop/_all_distributions/appgroups
#desktop/_all_distributions/environments/${DESKTOP_ENVIRONMENT}/appgroups
#desktop/${RELEASE}/appgroups
#desktop/${RELEASE}/environments/${DESKTOP_ENVIRONMENT}/appgroups
#"
#
# DEBOOTSTRAP_LIST="$(one_line aggregate_all_debootstrap "packages" " ")"
# DEBOOTSTRAP_COMPONENTS="$(one_line aggregate_all_debootstrap "components" " ")"
# DEBOOTSTRAP_COMPONENTS="${DEBOOTSTRAP_COMPONENTS// /,}"
# PACKAGE_LIST="$(one_line aggregate_all_cli "packages" " ")"
# PACKAGE_LIST_ADDITIONAL="$(one_line aggregate_all_cli "packages.additional" " ")"
# PACKAGE_LIST_EXTERNAL="$(one_line aggregate_all_cli "packages.external" " ")"
#
# if [[ $BUILD_DESKTOP == "yes" ]]; then
# PACKAGE_LIST_DESKTOP+="$(one_line aggregate_all_desktop "packages" " ")"
# # @TODO: desktop vs packages.external?
# PACKAGE_LIST_DESKTOP+=" ${PACKAGE_LIST_EXTERNAL}" # external packages are only included in desktop builds
# fi
DEBIAN_MIRROR='deb.debian.org/debian'
DEBIAN_SECURTY='security.debian.org/'
[[ "${ARCH}" == "amd64" ]] &&
UBUNTU_MIRROR='archive.ubuntu.com/ubuntu/' ||
UBUNTU_MIRROR='ports.ubuntu.com/'
if [[ $DOWNLOAD_MIRROR == "china" ]]; then
DEBIAN_MIRROR='mirrors.tuna.tsinghua.edu.cn/debian'
DEBIAN_SECURTY='mirrors.tuna.tsinghua.edu.cn/debian-security'
[[ "${ARCH}" == "amd64" ]] &&
UBUNTU_MIRROR='mirrors.tuna.tsinghua.edu.cn/ubuntu/' ||
UBUNTU_MIRROR='mirrors.tuna.tsinghua.edu.cn/ubuntu-ports/'
fi
if [[ $DOWNLOAD_MIRROR == "bfsu" ]]; then
DEBIAN_MIRROR='mirrors.bfsu.edu.cn/debian'
DEBIAN_SECURTY='mirrors.bfsu.edu.cn/debian-security'
[[ "${ARCH}" == "amd64" ]] &&
UBUNTU_MIRROR='mirrors.bfsu.edu.cn/ubuntu/' ||
UBUNTU_MIRROR='mirrors.bfsu.edu.cn/ubuntu-ports/'
fi
if [[ "${ARCH}" == "amd64" ]]; then
UBUNTU_MIRROR='archive.ubuntu.com/ubuntu' # ports are only for non-amd64, of course.
if [[ -n ${CUSTOM_UBUNTU_MIRROR} ]]; then # ubuntu redirector doesn't work well on amd64
UBUNTU_MIRROR="${CUSTOM_UBUNTU_MIRROR}"
fi
fi
if [[ "${ARCH}" == "arm64" ]]; then
if [[ -n ${CUSTOM_UBUNTU_MIRROR_ARM64} ]]; then
display_alert "Using custom ports/arm64 mirror" "${CUSTOM_UBUNTU_MIRROR_ARM64}" "info"
UBUNTU_MIRROR="${CUSTOM_UBUNTU_MIRROR_ARM64}"
fi
fi
# Control aria2c's usage of ipv6.
[[ -z $DISABLE_IPV6 ]] && DISABLE_IPV6="true"
# For (late) user override.
# Notice: it is too late to define hook functions or add extensions in lib.config, since the extension initialization already ran by now.
# in case the user tries to use them in lib.config, hopefully they'll be detected as "wishful hooking" and the user will be wrn'ed.
if [[ -f $USERPATCHES_PATH/lib.config ]]; then
display_alert "Using user configuration override" "$USERPATCHES_PATH/lib.config" "info"
source "$USERPATCHES_PATH"/lib.config
fi
call_extension_method "user_config" <<- 'USER_CONFIG'
*Invoke function with user override*
Allows for overriding configuration values set anywhere else.
It is called after sourcing the `lib.config` file if it exists,
but before assembling any package lists.
USER_CONFIG
# Prepare the list of host dependencies.
early_prepare_host_dependencies
display_alert "Extensions: prepare configuration" "extension_prepare_config" "debug"
call_extension_method "extension_prepare_config" <<- 'EXTENSION_PREPARE_CONFIG'
*allow extensions to prepare their own config, after user config is done*
Implementors should preserve variable values pre-set, but can default values an/or validate them.
This runs *after* user_config. Don't change anything not coming from other variables or meant to be configured by the user.
EXTENSION_PREPARE_CONFIG
# apt-cacher-ng mirror configurarion
APT_MIRROR=$DEBIAN_MIRROR
if [[ $DISTRIBUTION == Ubuntu ]]; then
APT_MIRROR=$UBUNTU_MIRROR
fi
[[ -n $APT_PROXY_ADDR ]] && display_alert "Using custom apt-cacher-ng address" "$APT_PROXY_ADDR" "info"
# Time to calculate packages... or is it?
aggregate_all_packages
# Now, supposedly PACKAGE_LIST_RM is complete by now.
#display_alert "Build final package list" "after possible override" "debug"
#PACKAGE_LIST="$PACKAGE_LIST $PACKAGE_LIST_RELEASE $PACKAGE_LIST_ADDITIONAL"
#
#[[ $BUILD_DESKTOP == yes ]] && PACKAGE_LIST="$PACKAGE_LIST $PACKAGE_LIST_DESKTOP"
#PACKAGE_LIST="$(cleanup_list PACKAGE_LIST)"
#
## remove any packages defined in PACKAGE_LIST_RM in lib.config
#aggregated_content="${PACKAGE_LIST_RM} "
#aggregate_all_cli "packages.remove" " "
#aggregate_all_desktop "packages.remove" " "
#PACKAGE_LIST_RM="$(cleanup_list aggregated_content)"
#unset aggregated_content
#
#aggregated_content=""
#aggregate_all_cli "packages.uninstall" " "
#aggregate_all_desktop "packages.uninstall" " "
#PACKAGE_LIST_UNINSTALL="$(cleanup_list aggregated_content)"
#unset aggregated_content
#
## @TODO: rpardini: this has to stop. refactor this into array or dict-based and stop the madness.
#if [[ -n $PACKAGE_LIST_RM ]]; then
# # Turns out that \b can be tricked by dashes.
# # So if you remove mesa-utils but still want to install "mesa-utils-extra"
# # a "\b(mesa-utils)\b" filter will convert "mesa-utils-extra" to "-extra".
# # \W is not tricked by this but consumes the surrounding spaces, so we
# # replace the occurence by one space, to avoid sticking the next word to
# # the previous one after consuming the spaces.
# DEBOOTSTRAP_LIST=$(sed -r "s/\W($(tr ' ' '|' <<< ${PACKAGE_LIST_RM}))\W/ /g" <<< " ${DEBOOTSTRAP_LIST} ")
# PACKAGE_LIST=$(sed -r "s/\W($(tr ' ' '|' <<< ${PACKAGE_LIST_RM}))\W/ /g" <<< " ${PACKAGE_LIST} ")
# if [[ $BUILD_DESKTOP == "yes" ]]; then
# PACKAGE_LIST_DESKTOP=$(sed -r "s/\W($(tr ' ' '|' <<< ${PACKAGE_LIST_RM}))\W/ /g" <<< " ${PACKAGE_LIST_DESKTOP} ")
# # Removing double spaces... AGAIN, since we might have used a sed on them
# # Do not quote the variables. This would defeat the trick.
# PACKAGE_LIST_DESKTOP="$(echo ${PACKAGE_LIST_DESKTOP})"
# fi
#
# # Removing double spaces... AGAIN, since we might have used a sed on them
# # Do not quote the variables. This would defeat the trick.
# DEBOOTSTRAP_LIST="$(echo ${DEBOOTSTRAP_LIST})"
# PACKAGE_LIST="$(echo ${PACKAGE_LIST})"
#fi
# Give the option to configure DNS server used in the chroot during the build process
[[ -z $NAMESERVER ]] && NAMESERVER="1.0.0.1" # default is cloudflare alternate
call_extension_method "post_aggregate_packages" "user_config_post_aggregate_packages" <<- 'POST_AGGREGATE_PACKAGES'
*For final user override, using a function, after all aggregations are done*
Called after aggregating all package lists, before the end of `compilation.sh`.
Packages will still be installed after this is called, so it is the last chance
to confirm or change any packages.
POST_AGGREGATE_PACKAGES
display_alert "Done with main-config.sh" "do_main_configuration" "debug"
}
# This is called by main_default_build_single() but declared here for 'convenience'
function write_config_summary_output_file() {
local debug_dpkg_arch debug_uname debug_virt debug_src_mount debug_src_perms debug_src_temp_perms
debug_dpkg_arch="$(dpkg --print-architecture)"
debug_uname="$(uname -a)"
# We might not have systemd-detect-virt, specially inside docker. Docker images have no systemd...
debug_virt="unknown-nosystemd"
if [[ -n "$(command -v systemd-detect-virt)" ]]; then
debug_virt="$(systemd-detect-virt || true)"
fi
debug_src_mount="$(findmnt --output TARGET,SOURCE,FSTYPE,AVAIL --target "${SRC}" --uniq)"
debug_src_perms="$(getfacl -p "${SRC}")"
debug_src_temp_perms="$(getfacl -p "${SRC}"/.tmp 2> /dev/null)"
display_alert "Writing build config summary to" "debug log" "debug"
LOG_ASSET="build.summary.txt" do_with_log_asset run_host_command_logged cat <<- EOF
## BUILD SCRIPT ENVIRONMENT
Repository: $REPOSITORY_URL
Version: $REPOSITORY_COMMIT
Host OS: $HOSTRELEASE
Host arch: ${debug_dpkg_arch}
Host system: ${debug_uname}
Virtualization type: ${debug_virt}
## Build script directories
Build directory is located on:
${debug_src_mount}
Build directory permissions:
${debug_src_perms}
Temp directory permissions:
${debug_src_temp_perms}
## BUILD CONFIGURATION
Build target:
Board: $BOARD
Branch: $BRANCH
Minimal: $BUILD_MINIMAL
Desktop: $BUILD_DESKTOP
Desktop Environment: $DESKTOP_ENVIRONMENT
Software groups: $DESKTOP_APPGROUPS_SELECTED
Kernel configuration:
Repository: $KERNELSOURCE
Branch: $KERNELBRANCH
Config file: $LINUXCONFIG
U-boot configuration:
Repository: $BOOTSOURCE
Branch: $BOOTBRANCH
Config file: $BOOTCONFIG
Partitioning configuration: $IMAGE_PARTITION_TABLE offset: $OFFSET
Boot partition type: ${BOOTFS_TYPE:-(none)} ${BOOTSIZE:+"(${BOOTSIZE} MB)"}
Root partition type: $ROOTFS_TYPE ${FIXED_IMAGE_SIZE:+"(${FIXED_IMAGE_SIZE} MB)"}
CPU configuration: $CPUMIN - $CPUMAX with $GOVERNOR
EOF
}
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