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armbian-next: artifacts: firmware/rootfs and actual usage of artifacts during image build

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- artifacts: introduce `ARTIFACT_IGNORE_CACHE=yes`
- artifacts: introduce `DONT_BUILD_ARTIFACTS`, list of artifacts that if not found cached, fail the build
- kernel_package_source() is no more
- a long dissertation about kernels, families, and the universe
- artifacts: actually use rootfs artifact for image build
- artifacts: detangle via artifact_base_dir
- artifacts: rootfs: use folders in artifact_name; include cache_type
- artifacts: some cleanups / validations
- rootfs artifact; drop old rootfs cli
- artifacts: new CLI shortcuts; remove old firmware CLI
- artifacts: full firmware & usage
- use firmware artifacts in image build and install its debs
- kernel artifact sans legacy; use tmpdir for .deb target for all packages
- legacy artifact versions is no more; pack/unpack now in common obtain;
- artifacts: uboot: cleanup legacy renaming, use artifact version directly
- artifacts: add firmware (small) artifact
- deploy uboot to loop from artifact; allow tty to artifact; todos for cleaning
- fixes, kernel dtb/headers conditional; remove `.git` from Makefile url; use mapfile for finding files to hash
  - completely remove KERNEL_HAS_WORKING_HEADERS_FULL_SOURCE and `kernel_package_callback_linux_headers_full_source()`
  - don't use realpath for artifact_file_relative
  - curb some warnings
  - fix: only install headers & dtbs if such exist
- kernel .config hook modification hash versioning
- OCI_TARGET_BASE vs per-artifact defaults; only deploy to remote from CLI with OTB
- artifact revolver & installing into image
  - add artifact_map_packages and artifact_map_debs dicts
  - revolver accumulates all info
  - REPOSITORY_INSTALL is no more (for uboot/kernel, later others)
  - rename `VER` to `IMAGE_INSTALLED_KERNEL_VERSION`
This commit is contained in:
Ricardo Pardini
2023-02-03 15:36:28 +01:00
parent 8900eea0af
commit 9bffa5e749
41 changed files with 1267 additions and 1079 deletions
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2
extensions/flash-kernel.sh
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@@ -15,7 +15,7 @@ function extension_prepare_config__prepare_flash_kernel() {
export BOOTSIZE=0 # No separate /boot, flash-kernel will "flash" the kernel+initrd to the firmware part.
export UEFI_MOUNT_POINT="/boot/firmware" # mount uefi partition at /boot/firmware
export CLOUD_INIT_CONFIG_LOCATION="/boot/firmware" # use /boot/firmware for cloud-init as well
export VER="${FK__PUBLISHED_KERNEL_VERSION}" # For the VERSION
export IMAGE_INSTALLED_KERNEL_VERSION="${FK__PUBLISHED_KERNEL_VERSION}" # For the VERSION
export EXTRA_BSP_NAME="${EXTRA_BSP_NAME}-fk${FK__PUBLISHED_KERNEL_VERSION}" # Unique bsp name.
}

10
extensions/grub.sh
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@@ -58,7 +58,7 @@ function extension_prepare_config__prepare_grub_standard() {
fi
if [[ "${DISTRO_GENERIC_KERNEL}" == "yes" ]]; then
export VER="${DISTRO_KERNEL_VER}"
export IMAGE_INSTALLED_KERNEL_VERSION="${DISTRO_KERNEL_VER}"
unset KERNELSOURCE # This should make Armbian skip most stuff. At least, I hacked it to.
export INSTALL_ARMBIAN_FIRMWARE=no # Should skip build and install of Armbian-firmware.
else
@@ -96,8 +96,8 @@ pre_umount_final_image__install_grub() {
if [[ "${UEFI_GRUB}" == "skip" ]]; then
display_alert "Skipping GRUB install" "due to UEFI_GRUB:${UEFI_GRUB}" "debug"
if [[ "${DISTRO_GENERIC_KERNEL}" == "yes" ]]; then
display_alert "Skipping GRUB install" "due to UEFI_GRUB:${UEFI_GRUB} - calling update_initramfs directly with VER=${DISTRO_KERNEL_VER}" "debug"
VER="${DISTRO_KERNEL_VER}" update_initramfs "${MOUNT}"
display_alert "Skipping GRUB install" "due to UEFI_GRUB:${UEFI_GRUB} - calling update_initramfs directly with IMAGE_INSTALLED_KERNEL_VERSION=${DISTRO_KERNEL_VER}" "debug"
IMAGE_INSTALLED_KERNEL_VERSION="${DISTRO_KERNEL_VER}" update_initramfs "${MOUNT}"
fi
return 0
fi
@@ -119,8 +119,8 @@ pre_umount_final_image__install_grub() {
cp "${SRC}"/packages/blobs/splash/grub.png "${MOUNT}"/usr/share/images/grub/wallpaper.png
if [[ "${DISTRO_GENERIC_KERNEL}" == "yes" ]]; then
display_alert "Using Distro Generic Kernel" "${EXTENSION}: update_initramfs with VER: ${DISTRO_KERNEL_VER}" "debug"
VER="${DISTRO_KERNEL_VER}" update_initramfs "${MOUNT}"
display_alert "Using Distro Generic Kernel" "${EXTENSION}: update_initramfs with IMAGE_INSTALLED_KERNEL_VERSION: ${DISTRO_KERNEL_VER}" "debug"
IMAGE_INSTALLED_KERNEL_VERSION="${DISTRO_KERNEL_VER}" update_initramfs "${MOUNT}"
fi
# Mount the chroot...

9
extensions/lsmod.sh
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@@ -12,10 +12,13 @@ function extension_prepare_config__prepare_localmodconfig() {
}
# This needs much more love than this. can be used to make "light" versions of kernels, that compile 3x-5x faster or more
function custom_kernel_config_post_defconfig__apply_localmodconfig() {
function custom_kernel_config__apply_localmodconfig() {
if [[ -f "${lsmod_file}" ]]; then
display_alert "${EXTENSION}: running localmodconfig on Kernel tree" "${LSMOD}" "warn"
run_kernel_make "LSMOD=${lsmod_file}" localmodconfig "> /dev/null" # quoted redirect to hide output even from logfile, it's way too long. stderr still shows
kernel_config_modifying_hashes+=("$(cat "${lsmod_file}")")
if [[ -f .config ]]; then
display_alert "${EXTENSION}: running localmodconfig on Kernel tree" "${LSMOD}" "warn"
run_kernel_make "LSMOD=${lsmod_file}" localmodconfig "> /dev/null" # quoted redirect to hide output even from logfile, it's way too long. stderr still shows
fi
else
display_alert "${EXTENSION}: lsmod file disappeared?" "${lsmod_file}" "err"
return 1 # exit with an error; this is not what the user expected

6
extensions/nomod.sh
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@@ -3,6 +3,8 @@ function extension_prepare_config__prepare_localmodconfig() {
}
# This produces non-working kernels. It's meant for testing kernel image build and packaging.
function custom_kernel_config_post_defconfig__apply_mod2noconfig() {
run_kernel_make mod2noconfig
function custom_kernel_config__apply_mod2noconfig() {
kernel_config_modifying_hashes+=("mod2noconfig")
[[ -f .config ]] && run_kernel_make mod2noconfig
return 0 # short-circuit above
}

87
lib/functions/artifacts/artifact-firmware.sh Normal file
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@@ -0,0 +1,87 @@
function artifact_firmware_prepare_version() {
artifact_version="undetermined" # outer scope
artifact_version_reason="undetermined" # outer scope
local ARMBIAN_FIRMWARE_SOURCE="${ARMBIAN_FIRMWARE_GIT_SOURCE:-"https://github.com/armbian/firmware"}"
local ARMBIAN_FIRMWARE_BRANCH="branch:${ARMBIAN_FIRMWARE_GIT_BRANCH:-"master"}"
debug_var ARMBIAN_FIRMWARE_SOURCE
debug_var ARMBIAN_FIRMWARE_BRANCH
declare short_hash_size=4
declare -A GIT_INFO=([GIT_SOURCE]="${ARMBIAN_FIRMWARE_SOURCE}" [GIT_REF]="${ARMBIAN_FIRMWARE_BRANCH}")
run_memoized GIT_INFO "git2info" memoized_git_ref_to_info
debug_dict GIT_INFO
declare fake_unchanging_base_version="1"
declare short_sha1="${GIT_INFO[SHA1]:0:${short_hash_size}}"
# get the hashes of the lib/ bash sources involved...
declare hash_files="undetermined"
calculate_hash_for_files "${SRC}"/lib/functions/compilation/packages/firmware-deb.sh "${SRC}"/lib/functions/artifacts/artifact-firmware.sh
declare bash_hash="${hash_files}"
declare bash_hash_short="${bash_hash:0:${short_hash_size}}"
# outer scope
artifact_version="${fake_unchanging_base_version}-SA${short_sha1}-B${bash_hash_short}"
declare -a reasons=(
"Armbian firmware git revision \"${GIT_INFO[SHA1]}\""
"framework bash hash \"${bash_hash}\""
)
artifact_version_reason="${reasons[*]}" # outer scope
artifact_map_packages=(
["armbian-firmware"]="armbian-firmware"
)
artifact_map_debs=(
["armbian-firmware"]="armbian-firmware_${artifact_version}_all.deb"
)
artifact_name="armbian-firmware"
artifact_type="deb"
artifact_base_dir="${DEB_STORAGE}"
artifact_final_file="${DEB_STORAGE}/armbian-firmware_${artifact_version}_all.deb"
return 0
}
function artifact_firmware_build_from_sources() {
FULL="" REPLACE="-full" LOG_SECTION="compile_firmware" do_with_logging compile_firmware
}
function artifact_firmware_cli_adapter_pre_run() {
declare -g ARMBIAN_COMMAND_REQUIRE_BASIC_DEPS="yes" # Require prepare_host_basic to run before the command.
# "gimme root on a Linux machine"
cli_standard_relaunch_docker_or_sudo
}
function artifact_firmware_cli_adapter_config_prep() {
declare KERNEL_ONLY="yes" # @TODO: this is a hack, for the board/family code's benefit...
use_board="no" prep_conf_main_minimal_ni < /dev/null # no stdin for this, so it bombs if tries to be interactive.
}
function artifact_firmware_get_default_oci_target() {
artifact_oci_target_base="ghcr.io/rpardini/armbian-release/"
}
function artifact_firmware_is_available_in_local_cache() {
is_artifact_available_in_local_cache
}
function artifact_firmware_is_available_in_remote_cache() {
is_artifact_available_in_remote_cache
}
function artifact_firmware_obtain_from_remote_cache() {
obtain_artifact_from_remote_cache
}
function artifact_firmware_deploy_to_remote_cache() {
upload_artifact_to_oci
}

94
lib/functions/artifacts/artifact-full_firmware.sh Normal file
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@@ -0,0 +1,94 @@
function artifact_full_firmware_prepare_version() {
artifact_version="undetermined" # outer scope
artifact_version_reason="undetermined" # outer scope
local ARMBIAN_FIRMWARE_SOURCE="${ARMBIAN_FIRMWARE_GIT_SOURCE:-"https://github.com/armbian/firmware"}"
local ARMBIAN_FIRMWARE_BRANCH="branch:${ARMBIAN_FIRMWARE_GIT_BRANCH:-"master"}"
debug_var ARMBIAN_FIRMWARE_SOURCE
debug_var ARMBIAN_FIRMWARE_BRANCH
debug_var MAINLINE_FIRMWARE_SOURCE
declare short_hash_size=4
declare -A GIT_INFO=([GIT_SOURCE]="${ARMBIAN_FIRMWARE_SOURCE}" [GIT_REF]="${ARMBIAN_FIRMWARE_BRANCH}")
run_memoized GIT_INFO "git2info" memoized_git_ref_to_info
debug_dict GIT_INFO
declare -A GIT_INFO_MAINLINE=([GIT_SOURCE]="${MAINLINE_FIRMWARE_SOURCE}" [GIT_REF]="branch:main")
run_memoized GIT_INFO_MAINLINE "git2info" memoized_git_ref_to_info
debug_dict GIT_INFO_MAINLINE
declare fake_unchanging_base_version="1"
declare short_sha1="${GIT_INFO[SHA1]:0:${short_hash_size}}"
declare short_sha1_mainline="${GIT_INFO_MAINLINE[SHA1]:0:${short_hash_size}}"
# get the hashes of the lib/ bash sources involved...
declare hash_files="undetermined"
calculate_hash_for_files "${SRC}"/lib/functions/compilation/packages/firmware-deb.sh "${SRC}"/lib/functions/artifacts/artifact-firmware.sh
declare bash_hash="${hash_files}"
declare bash_hash_short="${bash_hash:0:${short_hash_size}}"
# outer scope
artifact_version="${fake_unchanging_base_version}-SA${short_sha1}-SM${short_sha1_mainline}-B${bash_hash_short}"
declare -a reasons=(
"Armbian firmware git revision \"${GIT_INFO[SHA1]}\""
"Mainline firmware git revision \"${GIT_INFO_MAINLINE[SHA1]}\""
"framework bash hash \"${bash_hash}\""
)
artifact_version_reason="${reasons[*]}" # outer scope
artifact_map_packages=(
["armbian-firmware-full"]="armbian-firmware-full"
)
artifact_map_debs=(
["armbian-firmware-full"]="armbian-firmware-full_${artifact_version}_all.deb"
)
artifact_name="armbian-firmware-full"
artifact_type="deb"
artifact_base_dir="${DEB_STORAGE}"
artifact_final_file="${DEB_STORAGE}/armbian-firmware-full_${artifact_version}_all.deb"
return 0
}
function artifact_full_firmware_build_from_sources() {
FULL="-full" REPLACE="" LOG_SECTION="compile_firmware_full" do_with_logging compile_firmware
}
function artifact_full_firmware_cli_adapter_pre_run() {
declare -g ARMBIAN_COMMAND_REQUIRE_BASIC_DEPS="yes" # Require prepare_host_basic to run before the command.
# "gimme root on a Linux machine"
cli_standard_relaunch_docker_or_sudo
}
function artifact_full_firmware_cli_adapter_config_prep() {
declare KERNEL_ONLY="yes" # @TODO: this is a hack, for the board/family code's benefit...
use_board="no" prep_conf_main_minimal_ni < /dev/null # no stdin for this, so it bombs if tries to be interactive.
}
function artifact_full_firmware_get_default_oci_target() {
artifact_oci_target_base="ghcr.io/rpardini/armbian-release/"
}
function artifact_full_firmware_is_available_in_local_cache() {
is_artifact_available_in_local_cache
}
function artifact_full_firmware_is_available_in_remote_cache() {
is_artifact_available_in_remote_cache
}
function artifact_full_firmware_obtain_from_remote_cache() {
obtain_artifact_from_remote_cache
}
function artifact_full_firmware_deploy_to_remote_cache() {
upload_artifact_to_oci
}

171
lib/functions/artifacts/artifact-kernel.sh Normal file
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@@ -0,0 +1,171 @@
# This is run in a logging section.
# Prepare the version, "sans-repos": just the armbian/build repo contents are available.
# It is OK to reach out to the internet for a curl or ls-remote, but not for a git clone, but
# you *must* _cache_ results on disk @TODO with a TTL determined by live code, not preset in cached entries.
function artifact_kernel_prepare_version() {
artifact_version="undetermined" # outer scope
artifact_version_reason="undetermined" # outer scope
# - Given KERNELSOURCE and KERNELBRANCH, get:
# - SHA1 of the commit (this is generic... and used for other pkgs)
# - The first 10 lines of the root Makefile at that commit (cached lookup, same SHA1=same Makefile, http GET, not cloned)
# - This gives us the full version plus codename, plus catches "version shenanigans" possibly done by patches...
# - @TODO: Make sure this is sane, ref KERNEL_MAJOR_MINOR; it's transitional, but we need to be sure it's sane.
# - Get the drivers patch hash (given LINUXFAMILY and the vX.Z.Y version) - the harness can do this by hashing patches and bash code
# - Get the kernel patches hash. (@TODO currently hashing files directly, use Python patching proper)
# - Get the kernel .config hash, composed of
# - KERNELCONFIG .config hash (contents)
# - extensions mechanism, each hook has an array of hashes that is then hashed together; see the hooks docs.
# - Hash of the relevant lib/ bash sources involved, say compilation/kernel*.sh etc
# All those produce a version string like:
# 6.2-rc7-S4ec5-D1c5d-P0000-Ca00bHc1f3-B6d7b
# - This code first calculates the globally uniquely-identifying version string for, and then builds, exactly one (01, um,
# uno, ein) kernel.
# - This produces exacly one "linux-image" .deb package, and _might_ also produce "linux-dtb" and "linux-headers"
# packages.
# - All the .debs have the same version string, which is included in the "Version:" field of the .deb control file.
# - "Version: " has special significance in Debian repo mgmt: it governs how "apt upgrade" decides what to upgrade to.
# - Note!! how BOARD is not an input here. It is required though by the configuration step;
# - BOARDs can have hooks that completely change the kernel, including creating new LINUXFAMILY's 🫠
# - It is assumed the process to obtain "all kernels to build" involves
# - a loop over all boards, and then a loop over all all the BOARD's KERNEL_TARGET's,
# - map: obtain all the *effective configurations* after all hooks are run
# - reduce: to "${LINUXFAMILY}-${BRANCH}", but keep an "example" BOARD= for each group, so that it can be input to
# this building process 🤯
# - Also note: BOARDFAMILY is not an input here; and merely a mechanism for BOARDs to share some common defs.
# - That was later (but pre-armbian-next) made more complicated by sourcing, "families/includes/<xxx>_common.inc"
# - 👉 tl;dr: Armbian kernels can't have per-board patches or configs; "family code" is a lie; repo management is hell.
debug_var BOARD # Heh.
debug_var BOARDFAMILY # Heh.
debug_var KERNEL_MAJOR_MINOR # Double heh. transitional stuff, from when armbian-next began. 🤣
debug_var BRANCH
debug_var REVISION
debug_var KERNELSOURCE
debug_var KERNELBRANCH
debug_var LINUXFAMILY
debug_var KERNELPATCHDIR
declare short_hash_size=4
declare -A GIT_INFO=([GIT_SOURCE]="${KERNELSOURCE}" [GIT_REF]="${KERNELBRANCH}")
run_memoized GIT_INFO "git2info" memoized_git_ref_to_info "include_makefile_body"
debug_dict GIT_INFO
declare short_sha1="${GIT_INFO[SHA1]:0:${short_hash_size}}"
# get the drivers hash...
declare kernel_drivers_patch_hash
do_with_hooks kernel_drivers_create_patches_hash_only
declare kernel_drivers_hash_short="${kernel_drivers_patch_hash:0:${short_hash_size}}"
# get the kernel patches hash...
# @TODO: why not just delegate this to the python patching, with some "dry-run" / hash-only option?
declare patches_hash="undetermined"
declare hash_files="undetermined"
calculate_hash_for_all_files_in_dirs "${SRC}/patch/kernel/${KERNELPATCHDIR}" "${USERPATCHES_PATH}/kernel/${KERNELPATCHDIR}"
patches_hash="${hash_files}"
declare kernel_patches_hash_short="${patches_hash:0:${short_hash_size}}"
# get the .config hash... also userpatches...
declare kernel_config_source_filename="" # which actual .config was used?
prepare_kernel_config_core_or_userpatches
declare hash_files="undetermined"
calculate_hash_for_files "${kernel_config_source_filename}"
config_hash="${hash_files}"
declare config_hash_short="${config_hash:0:${short_hash_size}}"
# run the extensions. they _must_ behave, and not try to modify the .config, instead just fill kernel_config_modifying_hashes
declare kernel_config_modifying_hashes_hash="undetermined"
declare -a kernel_config_modifying_hashes=()
call_extensions_kernel_config
kernel_config_modification_hash="$(echo "${kernel_config_modifying_hashes[@]}" | sha256sum | cut -d' ' -f1)"
kernel_config_modification_hash="${kernel_config_modification_hash:0:16}" # "long hash"
declare kernel_config_modification_hash_short="${kernel_config_modification_hash:0:${short_hash_size}}"
# @TODO: include the compiler version? host release?
# get the hashes of the lib/ bash sources involved...
declare hash_files="undetermined"
calculate_hash_for_files "${SRC}"/lib/functions/compilation/kernel*.sh # maybe also this file, "${SRC}"/lib/functions/artifacts/kernel.sh
declare bash_hash="${hash_files}"
declare bash_hash_short="${bash_hash:0:${short_hash_size}}"
# outer scope
artifact_version="${GIT_INFO[MAKEFILE_VERSION]}-S${short_sha1}-D${kernel_drivers_hash_short}-P${kernel_patches_hash_short}-C${config_hash_short}H${kernel_config_modification_hash_short}-B${bash_hash_short}"
declare -a reasons=(
"version \"${GIT_INFO[MAKEFILE_FULL_VERSION]}\""
"git revision \"${GIT_INFO[SHA1]}\""
"codename \"${GIT_INFO[MAKEFILE_CODENAME]}\""
"drivers hash \"${kernel_drivers_patch_hash}\""
"patches hash \"${patches_hash}\""
".config hash \"${config_hash}\""
".config hook hash \"${kernel_config_modification_hash}\""
"framework bash hash \"${bash_hash}\""
)
artifact_version_reason="${reasons[*]}" # outer scope
# map what "compile_kernel()" will produce - legacy deb names and versions
# linux-image is always produced...
artifact_map_packages=(["linux-image"]="linux-image-${BRANCH}-${LINUXFAMILY}")
artifact_map_debs=(["linux-image"]="linux-image-${BRANCH}-${LINUXFAMILY}_${artifact_version}_${ARCH}.deb")
# some/most kernels have also working headers...
if [[ "${KERNEL_HAS_WORKING_HEADERS:-"no"}" == "yes" ]]; then
artifact_map_packages+=(["linux-headers"]="linux-headers-${BRANCH}-${LINUXFAMILY}")
artifact_map_debs+=(["linux-headers"]="linux-headers-${BRANCH}-${LINUXFAMILY}_${artifact_version}_${ARCH}.deb")
fi
# x86, specially, does not have working dtbs...
if [[ "${KERNEL_BUILD_DTBS:-"yes"}" == "yes" ]]; then
artifact_map_packages+=(["linux-dtb"]="linux-dtb-${BRANCH}-${LINUXFAMILY}")
artifact_map_debs+=(["linux-dtb"]="linux-dtb-${BRANCH}-${LINUXFAMILY}_${artifact_version}_${ARCH}.deb")
fi
artifact_name="kernel-${LINUXFAMILY}-${BRANCH}"
artifact_type="deb-tar" # this triggers processing of .deb files in the maps to produce a tarball
artifact_base_dir="${DEB_STORAGE}"
artifact_final_file="${DEB_STORAGE}/kernel-${LINUXFAMILY}-${BRANCH}_${artifact_version}.tar"
return 0
}
function artifact_kernel_build_from_sources() {
compile_kernel
display_alert "Kernel build finished" "${artifact_version_reason}" "info"
}
function artifact_kernel_cli_adapter_pre_run() {
declare -g ARMBIAN_COMMAND_REQUIRE_BASIC_DEPS="yes" # Require prepare_host_basic to run before the command.
# "gimme root on a Linux machine"
cli_standard_relaunch_docker_or_sudo
}
function artifact_kernel_cli_adapter_config_prep() {
declare KERNEL_ONLY="yes" # @TODO: this is a hack, for the board/family code's benefit...
use_board="yes" prep_conf_main_minimal_ni < /dev/null # no stdin for this, so it bombs if tries to be interactive.
}
function artifact_kernel_get_default_oci_target() {
artifact_oci_target_base="ghcr.io/rpardini/armbian-release/"
}
function artifact_kernel_is_available_in_local_cache() {
is_artifact_available_in_local_cache
}
function artifact_kernel_is_available_in_remote_cache() {
is_artifact_available_in_remote_cache
}
function artifact_kernel_obtain_from_remote_cache() {
obtain_artifact_from_remote_cache
}
function artifact_kernel_deploy_to_remote_cache() {
upload_artifact_to_oci
}

136
lib/functions/artifacts/artifact-rootfs.sh Normal file
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@@ -0,0 +1,136 @@
function artifact_rootfs_prepare_version() {
artifact_version="undetermined" # outer scope
artifact_version_reason="undetermined" # outer scope
assert_requires_aggregation # Bombs if aggregation has not run
declare -g rootfs_cache_id="none_yet"
calculate_rootfs_cache_id # sets rootfs_cache_id
display_alert "Going to build rootfs" "packages_hash: '${packages_hash:-}' cache_type: '${cache_type:-}' rootfs_cache_id: '${rootfs_cache_id}'" "info"
declare -a reasons=(
"arch \"${ARCH}\""
"release \"${RELEASE}\""
"type \"${cache_type}\""
"cache_id \"${rootfs_cache_id}\""
)
# @TODO: "rootfs_cache_id" contains "cache_type", split so we don't repeat ourselves
# @TODO: gotta include the extensions rootfs-modifying id to cache_type...
# outer scope
artifact_version="${rootfs_cache_id}"
artifact_version_reason="${reasons[*]}"
artifact_name="rootfs/rootfs-${ARCH}/rootfs-${ARCH}-${RELEASE}-${cache_type}"
artifact_type="tar.zst"
artifact_base_dir="${SRC}/cache/rootfs"
artifact_final_file="${SRC}/cache/rootfs/${ARCH}-${RELEASE}-${rootfs_cache_id}.tar.zst"
return 0
}
function artifact_rootfs_build_from_sources() {
debug_var artifact_final_file
debug_var artifact_final_file_basename
# Creates a cleanup handler 'trap_handler_cleanup_rootfs_and_image'
LOG_SECTION="prepare_rootfs_build_params_and_trap" do_with_logging prepare_rootfs_build_params_and_trap
debug_var artifact_final_file
debug_var artifact_final_file_basename
# validate that tmpfs_estimated_size is set and higher than zero, or exit_with_error
[[ -z ${tmpfs_estimated_size} ]] && exit_with_error "tmpfs_estimated_size is not set"
[[ ${tmpfs_estimated_size} -le 0 ]] && exit_with_error "tmpfs_estimated_size is not higher than zero"
# "rootfs" CLI skips over a lot goes straight to create the rootfs. It doesn't check cache etc.
LOG_SECTION="create_new_rootfs_cache" do_with_logging create_new_rootfs_cache
debug_var artifact_final_file
debug_var artifact_final_file_basename
debug_var cache_name
debug_var cache_fname
if [[ ! -f "${artifact_final_file}" ]]; then
exit_with_error "Rootfs cache file '${artifact_final_file}' does not exist after create_new_rootfs_cache()."
else
display_alert "Rootfs cache file '${artifact_final_file}' exists after create_new_rootfs_cache()." "YESSS" "warn"
fi
# obtain the size, in MiB, of "${SDCARD}" at this point.
declare -i rootfs_size_mib
rootfs_size_mib=$(du -sm "${SDCARD}" | awk '{print $1}')
display_alert "Actual rootfs size" "${rootfs_size_mib}MiB after basic/cache" ""
# warn if rootfs_size_mib is higher than the tmpfs_estimated_size
if [[ ${rootfs_size_mib} -gt ${tmpfs_estimated_size} ]]; then
display_alert "Rootfs actual size is larger than estimated tmpfs size after basic/cache" "${rootfs_size_mib}MiB > ${tmpfs_estimated_size}MiB" "wrn"
fi
# Run the cleanup handler.
execute_and_remove_cleanup_handler trap_handler_cleanup_rootfs_and_image
return 0
}
function artifact_rootfs_cli_adapter_pre_run() {
declare -g ARMBIAN_COMMAND_REQUIRE_BASIC_DEPS="yes" # Require prepare_host_basic to run before the command.
# "gimme root on a Linux machine"
cli_standard_relaunch_docker_or_sudo
}
function artifact_rootfs_cli_adapter_config_prep() {
declare -g ROOTFS_COMPRESSION_RATIO="${ROOTFS_COMPRESSION_RATIO:-"15"}" # default to Compress stronger when we make rootfs cache
# If BOARD is set, use it to convert to an ARCH.
if [[ -n ${BOARD} ]]; then
display_alert "BOARD is set, converting to ARCH for rootfs building" "'BOARD=${BOARD}'" "warn"
# Convert BOARD to ARCH; source the BOARD and FAMILY stuff
LOG_SECTION="config_source_board_file" do_with_conditional_logging config_source_board_file
LOG_SECTION="source_family_config_and_arch" do_with_conditional_logging source_family_config_and_arch
display_alert "Done sourcing board file" "'${BOARD}' - arch: '${ARCH}'" "warn"
fi
declare -a vars_need_to_be_set=("RELEASE" "ARCH")
# loop through all vars and check if they are not set and bomb out if so
for var in "${vars_need_to_be_set[@]}"; do
if [[ -z ${!var} ]]; then
exit_with_error "Param '${var}' is not set but needs to be set for rootfs CLI."
fi
done
declare -r __wanted_rootfs_arch="${ARCH}"
declare -g -r RELEASE="${RELEASE}" # make readonly for finding who tries to change it
declare -g -r NEEDS_BINFMT="yes" # make sure binfmts are installed during prepare_host_interactive
# prep_conf_main_only_rootfs_ni is prep_conf_main_only_rootfs_ni() + mark_aggregation_required_in_default_build_start()
prep_conf_main_only_rootfs_ni < /dev/null # no stdin for this, so it bombs if tries to be interactive.
declare -g -r ARCH="${ARCH}" # make readonly for finding who tries to change it
if [[ "${ARCH}" != "${__wanted_rootfs_arch}" ]]; then
exit_with_error "Param 'ARCH' is set to '${ARCH}' after config, but different from wanted '${__wanted_rootfs_arch}'"
fi
}
function artifact_rootfs_get_default_oci_target() {
artifact_oci_target_base="ghcr.io/rpardini/armbian-release/"
}
function artifact_rootfs_is_available_in_local_cache() {
is_artifact_available_in_local_cache
}
function artifact_rootfs_is_available_in_remote_cache() {
is_artifact_available_in_remote_cache
}
function artifact_rootfs_obtain_from_remote_cache() {
obtain_artifact_from_remote_cache
}
function artifact_rootfs_deploy_to_remote_cache() {
upload_artifact_to_oci
}

92
lib/functions/artifacts/u-boot.sh → lib/functions/artifacts/artifact-uboot.sh
View File

@@ -1,17 +1,4 @@
function artifact_uboot_cli_adapter_pre_run() {
declare -g ARMBIAN_COMMAND_REQUIRE_BASIC_DEPS="yes" # Require prepare_host_basic to run before the command.
# "gimme root on a Linux machine"
cli_standard_relaunch_docker_or_sudo
}
function artifact_uboot_cli_adapter_config_prep() {
declare KERNEL_ONLY="yes" # @TODO: this is a hack, for the board/family code's benefit...
use_board="yes" prep_conf_main_minimal_ni < /dev/null # no stdin for this, so it bombs if tries to be interactive.
}
function artifact_uboot_prepare_version() {
display_alert "artifact_uboot_XXXXXX" "artifact_uboot_XXXXXX" "warn"
artifact_version="undetermined" # outer scope
artifact_version_reason="undetermined" # outer scope
@@ -31,6 +18,7 @@ function artifact_uboot_prepare_version() {
debug_var BOOTBRANCH
debug_var BOOTPATCHDIR
debug_var BOARD
debug_var BRANCH
declare short_hash_size=4
@@ -57,7 +45,6 @@ function artifact_uboot_prepare_version() {
# outer scope
artifact_version="${GIT_INFO[MAKEFILE_VERSION]}-S${short_sha1}-P${uboot_patches_hash_short}-B${bash_hash_short}"
# @TODO: validate it begins with a digit, and is at max X chars long.
declare -a reasons=(
"version \"${GIT_INFO[MAKEFILE_FULL_VERSION]}\""
@@ -66,51 +53,26 @@ function artifact_uboot_prepare_version() {
"framework bash hash \"${bash_hash}\""
)
artifact_version_reason="${reasons[*]}" # outer scope # @TODO better
artifact_version_reason="${reasons[*]}" # outer scope
# now, one for each file in the artifact...
artifact_map_versions=(
["u-boot"]="${artifact_version}"
artifact_map_packages=(
["uboot"]="linux-u-boot-${BOARD}-${BRANCH}"
)
# map what "compile_uboot()" will produce - legacy deb names and versions
artifact_map_versions_legacy=(
["linux-u-boot-${BRANCH}-${BOARD}"]="${REVISION}"
artifact_map_debs=(
["uboot"]="linux-u-boot-${BOARD}-${BRANCH}_${artifact_version}_${ARCH}.deb"
)
# now, one for each file in the artifact... single package, so just one entry
artifact_map_versions=(
["linux-u-boot-${BRANCH}-${BOARD}"]="${artifact_version}"
)
artifact_name="uboot-${BOARD}-${BRANCH}"
artifact_type="deb"
artifact_base_dir="${DEB_STORAGE}"
artifact_final_file="${DEB_STORAGE}/linux-u-boot-${BOARD}-${BRANCH}_${artifact_version}_${ARCH}.deb"
return 0
}
function artifact_uboot_is_available_in_local_cache() {
display_alert "artifact_uboot_XXXXXX" "artifact_uboot_XXXXXX" "warn"
# Check if the exact DEB exists on disk (output/debs), nothing else.
# This is more about composing the .deb filename than checking if it exists.
}
function artifact_uboot_is_available_in_remote_cache() {
display_alert "artifact_uboot_XXXXXX" "artifact_uboot_XXXXXX" "warn"
# Check if the DEB can be obtained remotely, eg:
# - in ghcr.io (via ORAS)
# - in an apt repo (via apt-get), eg, Armbian's repo.
# this is only about availability, not download. use HEAD requests / metadata-only pulls
# what about multiple possible OCI endpoints / URLs? try them all?
}
function artifact_uboot_obtain_from_remote_cache() {
display_alert "artifact_uboot_XXXXXX" "artifact_uboot_XXXXXX" "warn"
# Having confirmed it is available remotely, go download it into the local cache.
# is_available_in_local_cache() must return =yes after this.
# could be a good idea to transfer some SHA256 id from "is_available" to "obtain" to avoid overhead? or just do it together?
}
function artifact_uboot_build_from_sources() {
display_alert "artifact_uboot_XXXXXX" "artifact_uboot_XXXXXX" "warn"
# having failed all the cache obtaining, build it from sources.
LOG_SECTION="fetch_and_build_host_tools" do_with_logging fetch_and_build_host_tools
if [[ -n "${ATFSOURCE}" && "${ATFSOURCE}" != "none" ]]; then
LOG_SECTION="compile_atf" do_with_logging compile_atf
@@ -119,12 +81,36 @@ function artifact_uboot_build_from_sources() {
declare uboot_git_revision="not_determined_yet"
LOG_SECTION="uboot_prepare_git" do_with_logging_unless_user_terminal uboot_prepare_git
LOG_SECTION="compile_uboot" do_with_logging compile_uboot
}
capture_rename_legacy_debs_into_artifacts # has its own logging section
function artifact_uboot_cli_adapter_pre_run() {
declare -g ARMBIAN_COMMAND_REQUIRE_BASIC_DEPS="yes" # Require prepare_host_basic to run before the command.
# "gimme root on a Linux machine"
cli_standard_relaunch_docker_or_sudo
}
function artifact_uboot_cli_adapter_config_prep() {
declare KERNEL_ONLY="yes" # @TODO: this is a hack, for the board/family code's benefit...
use_board="yes" prep_conf_main_minimal_ni < /dev/null # no stdin for this, so it bombs if tries to be interactive.
}
function artifact_uboot_get_default_oci_target() {
artifact_oci_target_base="ghcr.io/rpardini/armbian-release/"
}
function artifact_uboot_is_available_in_local_cache() {
is_artifact_available_in_local_cache
}
function artifact_uboot_is_available_in_remote_cache() {
is_artifact_available_in_remote_cache
}
function artifact_uboot_obtain_from_remote_cache() {
obtain_artifact_from_remote_cache
}
function artifact_uboot_deploy_to_remote_cache() {
display_alert "artifact_uboot_XXXXXX" "artifact_uboot_XXXXXX" "warn"
# having built a new artifact, deploy it to the remote cache.
# consider multiple targets, retries, etc.
upload_artifact_to_oci
}

300
lib/functions/artifacts/artifacts-obtain.sh Normal file
View File

@@ -0,0 +1,300 @@
function create_artifact_functions() {
declare -a funcs=(
"cli_adapter_pre_run" "cli_adapter_config_prep"
"prepare_version"
"get_default_oci_target"
"is_available_in_local_cache" "is_available_in_remote_cache" "obtain_from_remote_cache"
"deploy_to_remote_cache"
"build_from_sources"
)
for func in "${funcs[@]}"; do
declare impl_func="artifact_${chosen_artifact_impl}_${func}"
if [[ $(type -t "${impl_func}") == function ]]; then
declare cmd
cmd="$(
cat <<- ARTIFACT_DEFINITION
function artifact_${func}() {
display_alert "Calling artifact function" "${impl_func}() \$*" "debug"
${impl_func} "\$@"
}
ARTIFACT_DEFINITION
)"
eval "${cmd}"
else
exit_with_error "Missing artifact implementation function '${impl_func}'"
fi
done
# If ${chosen_artifact} is in ${DONT_BUILD_ARTIFACTS}, override the build function with an error.
if [[ "${DONT_BUILD_ARTIFACTS}" = *"${chosen_artifact}"* ]]; then
display_alert "Artifact '${chosen_artifact}' is in DONT_BUILD_ARTIFACTS, overriding build function with error" "DONT_BUILD_ARTIFACTS=${chosen_artifact}" "debug"
declare cmd
cmd="$(
cat <<- ARTIFACT_DEFINITION
function artifact_build_from_sources() {
exit_with_error "Artifact '${chosen_artifact}' is in DONT_BUILD_ARTIFACTS."
}
ARTIFACT_DEFINITION
)"
eval "${cmd}"
else
display_alert "Artifact '${chosen_artifact}' is not in DONT_BUILD_ARTIFACTS, using default build function" "DONT_BUILD_ARTIFACTS!=${chosen_artifact}" "debug"
fi
}
function initialize_artifact() {
declare -g chosen_artifact="${1}"
# cant be empty, or have spaces nor commas
[[ "x${chosen_artifact}x" == "xx" ]] && exit_with_error "Artifact name is empty"
[[ "${chosen_artifact}" == *" "* ]] && exit_with_error "Artifact name cannot contain spaces"
[[ "${chosen_artifact}" == *","* ]] && exit_with_error "Artifact name cannot contain commas"
armbian_register_artifacts
declare -g chosen_artifact_impl="${ARMBIAN_ARTIFACTS_TO_HANDLERS_DICT["${chosen_artifact}"]}"
[[ "x${chosen_artifact_impl}x" == "xx" ]] && exit_with_error "Unknown artifact '${chosen_artifact}'"
display_alert "artifact" "${chosen_artifact} :: ${chosen_artifact_impl}()" "info"
create_artifact_functions
}
function obtain_complete_artifact() {
declare -g artifact_name="undetermined"
declare -g artifact_type="undetermined"
declare -g artifact_version="undetermined"
declare -g artifact_version_reason="undetermined"
declare -g artifact_base_dir="undetermined"
declare -g artifact_final_file="undetermined"
declare -g artifact_final_file_basename="undetermined"
declare -g artifact_full_oci_target="undetermined"
declare -A -g artifact_map_packages=()
declare -A -g artifact_map_debs=()
# Check if REVISION is set, otherwise exit_with_error
[[ "x${REVISION}x" == "xx" ]] && exit_with_error "REVISION is not set"
# Contentious; it might be that prepare_version is complex enough to warrant more than 1 logging section.
LOG_SECTION="artifact_prepare_version" do_with_logging artifact_prepare_version
debug_var artifact_name
debug_var artifact_type
debug_var artifact_version
debug_var artifact_version_reason
debug_var artifact_base_dir
debug_var artifact_final_file
debug_dict artifact_map_packages
debug_dict artifact_map_debs
# sanity checks. artifact_version/artifact_version_reason/artifact_final_file *must* be set
[[ "x${artifact_name}x" == "xx" || "${artifact_name}" == "undetermined" ]] && exit_with_error "artifact_name is not set after artifact_prepare_version"
[[ "x${artifact_type}x" == "xx" || "${artifact_type}" == "undetermined" ]] && exit_with_error "artifact_type is not set after artifact_prepare_version"
[[ "x${artifact_version}x" == "xx" || "${artifact_version}" == "undetermined" ]] && exit_with_error "artifact_version is not set after artifact_prepare_version"
[[ "x${artifact_version_reason}x" == "xx" || "${artifact_version_reason}" == "undetermined" ]] && exit_with_error "artifact_version_reason is not set after artifact_prepare_version"
[[ "x${artifact_base_dir}x" == "xx" || "${artifact_base_dir}" == "undetermined" ]] && exit_with_error "artifact_base_dir is not set after artifact_prepare_version"
[[ "x${artifact_final_file}x" == "xx" || "${artifact_final_file}" == "undetermined" ]] && exit_with_error "artifact_final_file is not set after artifact_prepare_version"
# validate artifact_type... it must be one of the supported types
case "${artifact_type}" in
deb | deb-tar)
# validate artifact_version begins with a digit
[[ "${artifact_version}" =~ ^[0-9] ]] || exit_with_error "${artifact_type}: artifact_version '${artifact_version}' does not begin with a digit"
;;
tar.zst)
: # valid, no restrictions on tar.zst versioning
;;
*)
exit_with_error "artifact_type '${artifact_type}' is not supported"
;;
esac
# set those as outputs for GHA
github_actions_add_output artifact_name "${artifact_name}"
github_actions_add_output artifact_type "${artifact_type}"
github_actions_add_output artifact_version "${artifact_version}"
github_actions_add_output artifact_version_reason "${artifact_version_reason}"
github_actions_add_output artifact_final_file "${artifact_final_file}"
# ensure artifact_base_dir exists
mkdir -p "${artifact_base_dir}"
# compute artifact_final_file relative to ${SRC} but don't use realpath
declare -g artifact_file_relative="${artifact_final_file#${SRC}/}"
github_actions_add_output artifact_file_relative "${artifact_file_relative}"
# just the file name, sans any path
declare -g artifact_final_file_basename="undetermined"
artifact_final_file_basename="$(basename "${artifact_final_file}")"
github_actions_add_output artifact_final_file_basename "${artifact_final_file_basename}"
debug_var artifact_final_file_basename
debug_var artifact_file_relative
# @TODO: possibly stop here if only for up-to-date-checking
# Determine OCI coordinates. OCI_TARGET_BASE overrides the default proposed by the artifact.
declare artifact_oci_target_base="undetermined"
if [[ -n "${OCI_TARGET_BASE}" ]]; then
artifact_oci_target_base="${OCI_TARGET_BASE}"
else
artifact_get_default_oci_target
fi
[[ -z "${artifact_oci_target_base}" ]] && exit_with_error "No artifact_oci_target_base defined."
declare -g artifact_full_oci_target="${artifact_oci_target_base}${artifact_name}:${artifact_version}"
declare -g artifact_exists_in_local_cache="undetermined"
declare -g artifact_exists_in_remote_cache="undetermined"
if [[ "${ARTIFACT_IGNORE_CACHE}" != "yes" ]]; then
LOG_SECTION="artifact_is_available_in_local_cache" do_with_logging artifact_is_available_in_local_cache
debug_var artifact_exists_in_local_cache
# If available in local cache, we're done (except for deb-tar which needs unpacking...)
if [[ "${artifact_exists_in_local_cache}" == "yes" ]]; then
display_alert "artifact" "exists in local cache: ${artifact_name} ${artifact_version}" "cachehit"
if [[ "${skip_unpack_if_found_in_caches:-"no"}" == "yes" ]]; then
display_alert "artifact" "skipping unpacking as requested" "info"
else
LOG_SECTION="unpack_artifact_from_local_cache" do_with_logging unpack_artifact_from_local_cache
fi
if [[ "${ignore_local_cache:-"no"}" == "yes" ]]; then
display_alert "artifact" "ignoring local cache as requested" "info"
else
display_alert "artifact" "present in local cache: ${artifact_name} ${artifact_version}" "cachehit"
return 0
fi
fi
LOG_SECTION="artifact_is_available_in_remote_cache" do_with_logging artifact_is_available_in_remote_cache
debug_var artifact_exists_in_remote_cache
if [[ "${artifact_exists_in_remote_cache}" == "yes" ]]; then
display_alert "artifact" "exists in remote cache: ${artifact_name} ${artifact_version}" "cachehit"
if [[ "${skip_unpack_if_found_in_caches:-"no"}" == "yes" ]]; then
display_alert "artifact" "skipping obtain from remote & unpacking as requested" "info"
return 0
fi
LOG_SECTION="artifact_obtain_from_remote_cache" do_with_logging artifact_obtain_from_remote_cache
LOG_SECTION="unpack_artifact_from_local_cache" do_with_logging unpack_artifact_from_local_cache
display_alert "artifact" "obtained from remote cache: ${artifact_name} ${artifact_version}" "cachehit"
return 0
fi
fi
if [[ "${artifact_exists_in_local_cache}" != "yes" && "${artifact_exists_in_remote_cache}" != "yes" ]]; then
# Not found in any cache, so we need to build it.
# @TODO: if deploying to remote cache, force high compression, DEB_COMPRESS="xz"
artifact_build_from_sources # definitely will end up having its own logging sections
# pack the artifact to local cache (eg: for deb-tar)
LOG_SECTION="pack_artifact_to_local_cache" do_with_logging pack_artifact_to_local_cache
# Sanity check: the artifact_final_file should exist now.
if [[ ! -f "${artifact_final_file}" ]]; then
exit_with_error "Artifact file ${artifact_final_file} did not exist, after artifact_build_from_sources()."
else
display_alert "Artifact file exists" "${artifact_final_file} YESSS" "warn"
fi
fi
if [[ "${deploy_to_remote:-"no"}" == "yes" ]]; then
LOG_SECTION="artifact_deploy_to_remote_cache" do_with_logging artifact_deploy_to_remote_cache
fi
}
# This is meant to be run after config, inside default build.
function build_artifact_for_image() {
initialize_artifact "${WHAT}"
obtain_complete_artifact
}
function pack_artifact_to_local_cache() {
if [[ "${artifact_type}" == "deb-tar" ]]; then
declare -a files_to_tar=()
run_host_command_logged tar -C "${artifact_base_dir}" -cvf "${artifact_final_file}" "${artifact_map_debs[@]}"
display_alert "Created deb-tar artifact" "deb-tar: ${artifact_final_file}" "info"
fi
}
function unpack_artifact_from_local_cache() {
if [[ "${artifact_type}" == "deb-tar" ]]; then
declare any_missing="no"
declare deb_name
for deb_name in "${artifact_map_debs[@]}"; do
declare new_name_full="${artifact_base_dir}/${deb_name}"
if [[ ! -f "${new_name_full}" ]]; then
display_alert "Unpacking artifact" "deb-tar: ${artifact_final_file_basename} missing: ${new_name_full}" "warn"
any_missing="yes"
fi
done
if [[ "${any_missing}" == "yes" ]]; then
display_alert "Unpacking artifact" "deb-tar: ${artifact_final_file_basename}" "info"
run_host_command_logged tar -C "${artifact_base_dir}" -xvf "${artifact_final_file}"
fi
# sanity check? did unpacking produce the expected files?
declare any_missing="no"
declare deb_name
for deb_name in "${artifact_map_debs[@]}"; do
declare new_name_full="${artifact_base_dir}/${deb_name}"
if [[ ! -f "${new_name_full}" ]]; then
display_alert "Unpacking artifact" "AFTER UNPACK! deb-tar: ${artifact_final_file_basename} missing: ${new_name_full}" "err"
any_missing="yes"
fi
done
if [[ "${any_missing}" == "yes" ]]; then
display_alert "Files missing from deb-tar" "this is a bug, please report it. artifact_name: '${artifact_name}' artifact_version: '${artifact_version}'" "err"
fi
fi
return 0
}
function upload_artifact_to_oci() {
# check artifact_full_oci_target is set
if [[ -z "${artifact_full_oci_target}" ]]; then
exit_with_error "artifact_full_oci_target is not set"
fi
display_alert "Pushing to OCI" "'${artifact_final_file}' -> '${artifact_full_oci_target}'" "info"
oras_push_artifact_file "${artifact_full_oci_target}" "${artifact_final_file}" "${artifact_name} - ${artifact_version} - ${artifact_version_reason} - type: ${artifact_type}"
}
function is_artifact_available_in_local_cache() {
artifact_exists_in_local_cache="no" # outer scope
if [[ -f "${artifact_final_file}" ]]; then
artifact_exists_in_local_cache="yes" # outer scope
fi
return 0
}
function is_artifact_available_in_remote_cache() {
# check artifact_full_oci_target is set
if [[ -z "${artifact_full_oci_target}" ]]; then
exit_with_error "artifact_full_oci_target is not set"
fi
declare oras_has_manifest="undetermined"
declare oras_manifest_json="undetermined"
declare oras_manifest_description="undetermined"
oras_get_artifact_manifest "${artifact_full_oci_target}"
display_alert "oras_has_manifest" "${oras_has_manifest}" "debug"
display_alert "oras_manifest_description" "${oras_manifest_description}" "debug"
display_alert "oras_manifest_json" "${oras_manifest_json}" "debug"
if [[ "${oras_has_manifest}" == "yes" ]]; then
display_alert "Artifact is available in remote cache" "${artifact_full_oci_target} - '${oras_manifest_description}'" "info"
artifact_exists_in_remote_cache="yes"
else
display_alert "Artifact is not available in remote cache" "${artifact_full_oci_target}" "info"
artifact_exists_in_remote_cache="no"
fi
return 0
}
function obtain_artifact_from_remote_cache() {
display_alert "Obtaining artifact from remote cache" "${artifact_full_oci_target} into ${artifact_final_file_basename}" "info"
oras_pull_artifact_file "${artifact_full_oci_target}" "${artifact_base_dir}" "${artifact_final_file_basename}"
return 0
}

9
lib/functions/artifacts/artifacts-registry.sh
View File

@@ -1,10 +1,17 @@
function armbian_register_artifacts() {
declare -g -A ARMBIAN_ARTIFACTS_TO_HANDLERS_DICT=(
#["firmware"]="firmware"
# deb-tar
["kernel"]="kernel"
# deb
["u-boot"]="uboot"
["uboot"]="uboot"
["firmware"]="firmware"
["full_firmware"]="full_firmware"
# tar.zst
["rootfs"]="rootfs"
)
}

150
lib/functions/artifacts/kernel.sh
View File

@@ -1,150 +0,0 @@
function artifact_kernel_cli_adapter_pre_run() {
declare -g ARMBIAN_COMMAND_REQUIRE_BASIC_DEPS="yes" # Require prepare_host_basic to run before the command.
# "gimme root on a Linux machine"
cli_standard_relaunch_docker_or_sudo
}
function artifact_kernel_cli_adapter_config_prep() {
declare KERNEL_ONLY="yes" # @TODO: this is a hack, for the board/family code's benefit...
use_board="yes" prep_conf_main_minimal_ni < /dev/null # no stdin for this, so it bombs if tries to be interactive.
}
function artifact_kernel_prepare_version() {
display_alert "artifact_kernel_XXXXXX" "artifact_kernel_XXXXXX" "warn"
artifact_version="undetermined" # outer scope
artifact_version_reason="undetermined" # outer scope
# Prepare the version, "sans-repos": just the armbian/build repo contents are available.
# It is OK to reach out to the internet for a curl or ls-remote, but not for a git clone.
# - Given KERNELSOURCE and KERNELBRANCH, get:
# - SHA1 of the commit (this is generic... and used for other pkgs)
# - The first 10 lines of the root Makefile at that commit (cached lookup, same SHA1=same Makefile)
# - This gives us the full version plus codename.
# - Make sure this is sane, ref KERNEL_MAJOR_MINOR.
# - Get the drivers patch hash (given LINUXFAMILY and the vX.Z.Y version)
# - Get the kernel patches hash. (could just hash the KERNELPATCHDIR non-disabled contents, or use Python patching proper?)
# - Get the kernel .config hash, composed of
# - KERNELCONFIG? .config hash
# - extensions mechanism, have an array of hashes that is then hashed together.
# - Hash of the relevant lib/ bash sources involved, say compilation-kernel*.sh etc
# All those produce a version string like:
# 6.1.8-<4-digit-SHA1>_<4_digit_drivers>-<4_digit_patches>-<4_digit_config>-<4_digit_libs>
# 6.2-rc5-a0b1-c2d3-e4f5-g6h7-i8j9
debug_var BRANCH
debug_var REVISION
debug_var KERNELSOURCE
debug_var KERNELBRANCH
debug_var LINUXFAMILY
debug_var BOARDFAMILY
debug_var KERNEL_MAJOR_MINOR
debug_var KERNELPATCHDIR
declare short_hash_size=4
declare -A GIT_INFO=([GIT_SOURCE]="${KERNELSOURCE}" [GIT_REF]="${KERNELBRANCH}")
run_memoized GIT_INFO "git2info" memoized_git_ref_to_info "include_makefile_body"
debug_dict GIT_INFO
declare short_sha1="${GIT_INFO[SHA1]:0:${short_hash_size}}"
# get the drivers hash...
declare kernel_drivers_patch_hash
LOG_SECTION="kernel_drivers_create_patches_hash_only" do_with_logging do_with_hooks kernel_drivers_create_patches_hash_only
declare kernel_drivers_hash_short="${kernel_drivers_patch_hash:0:${short_hash_size}}"
# get the kernel patches hash...
# @TODO: why not just delegate this to the python patching, with some "dry-run" / hash-only option?
declare patches_hash="undetermined"
declare hash_files="undetermined"
calculate_hash_for_all_files_in_dirs "${SRC}/patch/kernel/${KERNELPATCHDIR}" "${USERPATCHES_PATH}/kernel/${KERNELPATCHDIR}"
patches_hash="${hash_files}"
declare kernel_patches_hash_short="${patches_hash:0:${short_hash_size}}"
# get the .config hash... also userpatches...
declare kernel_config_source_filename="" # which actual .config was used?
prepare_kernel_config_core_or_userpatches
declare hash_files="undetermined"
calculate_hash_for_files "${kernel_config_source_filename}"
config_hash="${hash_files}"
declare config_hash_short="${config_hash:0:${short_hash_size}}"
# @TODO: get the extensions' .config modyfing hashes...
# @TODO: include the compiler version? host release?
# get the hashes of the lib/ bash sources involved...
declare hash_files="undetermined"
calculate_hash_for_files "${SRC}"/lib/functions/compilation/kernel*.sh # maybe also this file, "${SRC}"/lib/functions/artifacts/kernel.sh
declare bash_hash="${hash_files}"
declare bash_hash_short="${bash_hash:0:${short_hash_size}}"
# outer scope
artifact_version="${GIT_INFO[MAKEFILE_VERSION]}-S${short_sha1}-D${kernel_drivers_hash_short}-P${kernel_patches_hash_short}-C${config_hash_short}-B${bash_hash_short}"
# @TODO: validate it begins with a digit, and is at max X chars long.
declare -a reasons=(
"version \"${GIT_INFO[MAKEFILE_FULL_VERSION]}\""
"git revision \"${GIT_INFO[SHA1]}\""
"codename \"${GIT_INFO[MAKEFILE_CODENAME]}\""
"drivers hash \"${kernel_drivers_patch_hash}\""
"patches hash \"${patches_hash}\""
".config hash \"${config_hash}\""
"framework bash hash \"${bash_hash}\""
)
artifact_version_reason="${reasons[*]}" # outer scope # @TODO better
# map what "compile_kernel()" will produce - legacy deb names and versions
artifact_map_versions_legacy=(
["linux-image-${BRANCH}-${LINUXFAMILY}"]="${REVISION}"
["linux-dtb-${BRANCH}-${LINUXFAMILY}"]="${REVISION}"
["linux-headers-${BRANCH}-${LINUXFAMILY}"]="${REVISION}"
)
# now, one for each file in the artifact... we've 3 packages produced, all the same version
artifact_map_versions=(
["linux-image-${BRANCH}-${LINUXFAMILY}"]="${artifact_version}"
["linux-dtb-${BRANCH}-${LINUXFAMILY}"]="${artifact_version}"
["linux-headers-${BRANCH}-${LINUXFAMILY}"]="${artifact_version}"
)
return 0
}
function artifact_kernel_is_available_in_local_cache() {
display_alert "artifact_kernel_XXXXXX" "artifact_kernel_XXXXXX" "warn"
# Check if the exact DEB exists on disk (output/debs), nothing else.
# This is more about composing the .deb filename than checking if it exists.
}
function artifact_kernel_is_available_in_remote_cache() {
display_alert "artifact_kernel_XXXXXX" "artifact_kernel_XXXXXX" "warn"
# Check if the DEB can be obtained remotely, eg:
# - in ghcr.io (via ORAS)
# - in an apt repo (via apt-get), eg, Armbian's repo.
# this is only about availability, not download. use HEAD requests / metadata-only pulls
# what about multiple possible OCI endpoints / URLs? try them all?
}
function artifact_kernel_obtain_from_remote_cache() {
display_alert "artifact_kernel_XXXXXX" "artifact_kernel_XXXXXX" "warn"
# Having confirmed it is available remotely, go download it into the local cache.
# is_available_in_local_cache() must return =yes after this.
# could be a good idea to transfer some SHA256 id from "is_available" to "obtain" to avoid overhead? or just do it together?
}
function artifact_kernel_build_from_sources() {
display_alert "artifact_kernel_XXXXXX" "artifact_kernel_XXXXXX" "warn"
# having failed all the cache obtaining, build it from sources.
compile_kernel
capture_rename_legacy_debs_into_artifacts
}
function artifact_kernel_deploy_to_remote_cache() {
display_alert "artifact_kernel_XXXXXX" "artifact_kernel_XXXXXX" "warn"
# having built a new artifact, deploy it to the remote cache.
# consider multiple targets, retries, etc.
}

136
lib/functions/cli/cli-artifact.sh
View File

@@ -1,109 +1,49 @@
function cli_artifact_pre_run() {
initialize_artifact "${WHAT:-"kernel"}"
initialize_artifact "${WHAT}"
# Run the pre run adapter
artifact_cli_adapter_pre_run
}
function cli_artifact_run() {
display_alert "artifact" "${chosen_artifact}" "warn"
display_alert "artifact" "${chosen_artifact} :: ${chosen_artifact_impl}()" "warn"
: "${chosen_artifact:?chosen_artifact is not set}"
: "${chosen_artifact_impl:?chosen_artifact_impl is not set}"
display_alert "artifact" "${chosen_artifact}" "debug"
display_alert "artifact" "${chosen_artifact} :: ${chosen_artifact_impl}()" "debug"
artifact_cli_adapter_config_prep # only if in cli.
# only if in cli, if not just run it bare, since we'd be already inside do_with_default_build
do_with_default_build obtain_complete_artifact < /dev/null
}
# When run in GHA, assume we're checking/updating the remote cache only.
# Local cache is ignored, and if found, it's not unpacked, either from local or remote.
# If remote cache is found, does nothing.
declare default_update_remote_only="no"
if [[ "${CI}" == "true" ]] && [[ "${GITHUB_ACTIONS}" == "true" ]]; then
display_alert "Running in GitHub Actions, assuming we're updating remote cache only" "GHA remote-only" "info"
default_update_remote_only="yes"
fi
function create_artifact_functions() {
declare -a funcs=(
"cli_adapter_pre_run" "cli_adapter_config_prep"
"prepare_version"
"is_available_in_local_cache" "is_available_in_remote_cache" "obtain_from_remote_cache"
"deploy_to_remote_cache"
"build_from_sources"
)
for func in "${funcs[@]}"; do
declare impl_func="artifact_${chosen_artifact_impl}_${func}"
if [[ $(type -t "${impl_func}") == function ]]; then
declare cmd
cmd="$(
cat <<- ARTIFACT_DEFINITION
function artifact_${func}() {
display_alert "Calling artifact function" "${impl_func}() \$*" "warn"
${impl_func} "\$@"
}
ARTIFACT_DEFINITION
)"
eval "${cmd}"
else
exit_with_error "Missing artifact implementation function '${impl_func}'"
declare skip_unpack_if_found_in_caches="${skip_unpack_if_found_in_caches:-"${default_update_remote_only}"}"
declare ignore_local_cache="${ignore_local_cache:-"${default_update_remote_only}"}"
declare deploy_to_remote="${deploy_to_remote:-"${default_update_remote_only}"}"
# If OCI_TARGET_BASE is explicitly set, ignore local, skip if found in remote, and deploy to remote after build.
if [[ -n "${OCI_TARGET_BASE}" ]]; then
skip_unpack_if_found_in_caches="yes"
ignore_local_cache="yes"
deploy_to_remote="yes"
# Pass ARTIFACT_USE_CACHE=yes to actually use the cache versions, but don't deploy to remote.
# @TODO this is confusing. each op should be individually controlled...
# what we want is:
# 1: - check remote, if not found, check local, if not found, build, then deploy to remote
# - if remote found, do nothing.
# - if local found, deploy it to remote (for switching targets)
# 2: - get from remote -> get local -> build, then DON'T deploy to remote
if [[ "${ARTIFACT_USE_CACHE}" == "yes" ]]; then
skip_unpack_if_found_in_caches="no"
ignore_local_cache="no"
deploy_to_remote="no"
fi
done
}
function initialize_artifact() {
declare -g chosen_artifact="${1}"
armbian_register_artifacts
declare -g chosen_artifact_impl="${ARMBIAN_ARTIFACTS_TO_HANDLERS_DICT["${chosen_artifact}"]}"
[[ "x${chosen_artifact_impl}x" == "xx" ]] && exit_with_error "Unknown artifact '${chosen_artifact}'"
display_alert "artifact" "${chosen_artifact} :: ${chosen_artifact_impl}()" "info"
create_artifact_functions
}
function obtain_complete_artifact() {
declare -g artifact_version="undetermined"
declare -g artifact_version_reason="undetermined"
declare -A -g artifact_map_versions=()
declare -A -g artifact_map_versions_legacy=()
# Check if REVISION is set, otherwise exit_with_error
[[ "x${REVISION}x" == "xx" ]] && exit_with_error "REVISION is not set"
artifact_prepare_version
debug_var artifact_version
debug_var artifact_version_reason
debug_dict artifact_map_versions_legacy
debug_dict artifact_map_versions
# @TODO the whole artifact upload/download dance
artifact_is_available_in_local_cache
artifact_is_available_in_remote_cache
artifact_obtain_from_remote_cache
artifact_build_from_sources
artifact_deploy_to_remote_cache
}
# This is meant to be run after config, inside default build.
function build_artifact() {
initialize_artifact "${WHAT:-"kernel"}"
obtain_complete_artifact
}
function capture_rename_legacy_debs_into_artifacts() {
LOG_SECTION="capture_rename_legacy_debs_into_artifacts" do_with_logging capture_rename_legacy_debs_into_artifacts_logged
}
function capture_rename_legacy_debs_into_artifacts_logged() {
# So the deb-building code will consider the artifact_version in it's "Version: " field in the .debs.
# But it will produce .deb's with the legacy name. We gotta find and rename them.
# Loop over the artifact_map_versions, and rename the .debs.
debug_dict artifact_map_versions_legacy
debug_dict artifact_map_versions
declare deb_name_base deb_name_full new_name_full legacy_version legacy_base_version
for deb_name_base in "${!artifact_map_versions[@]}"; do
legacy_base_version="${artifact_map_versions_legacy[${deb_name_base}]}"
if [[ -z "${legacy_base_version}" ]]; then
exit_with_error "Legacy base version not found for artifact '${deb_name_base}'"
fi
display_alert "Legacy base version" "${legacy_base_version}" "info"
legacy_version="${legacy_base_version}_${ARCH}" # Arch-specific package; has ARCH at the end.
deb_name_full="${DEST}/debs/${deb_name_base}_${legacy_version}.deb"
new_name_full="${DEST}/debs/${deb_name_base}_${artifact_map_versions[${deb_name_base}]}_${ARCH}.deb"
display_alert "Full legacy deb name" "${deb_name_full}" "info"
display_alert "New artifact deb name" "${new_name_full}" "info"
run_host_command_logged mv -v "${deb_name_full}" "${new_name_full}"
done
fi
do_with_default_build obtain_complete_artifact # @TODO: < /dev/null -- but what about kernel configure?
}

27
lib/functions/cli/cli-firmware.sh
View File

@@ -1,27 +0,0 @@
function cli_firmware_pre_run() {
declare -g ARMBIAN_COMMAND_REQUIRE_BASIC_DEPS="yes" # Require prepare_host_basic to run before the command.
# "gimme root on a Linux machine"
cli_standard_relaunch_docker_or_sudo
}
function cli_firmware_run() {
# minimal, non-interactive configuration - it initializes the extension manager; handles its own logging sections.
prep_conf_main_minimal_ni < /dev/null # no stdin for this, so it bombs if tries to be interactive.
declare -g -r BOARD_FIRMWARE_INSTALL="-full" # Build full firmware "too"; overrides the config
# default build, but only invoke specific rootfs functions needed. It has its own logging sections.
do_with_default_build cli_firmware_only_in_default_build < /dev/null # no stdin for this, so it bombs if tries to be interactive.
#reset_uid_owner "${BUILT_ROOTFS_CACHE_FILE}"
display_alert "Firmware build complete" "fake" "info"
}
# This is run inside do_with_default_build(), above.
function cli_firmware_only_in_default_build() {
github_actions_add_output firmware_version "fake"
compile_firmware_light_and_possibly_full
}

2
lib/functions/cli/cli-oras.sh
View File

@@ -19,7 +19,7 @@ function cli_oras_run() {
exit_with_error "File to upload not found '${UPLOAD_FILE}'"
fi
# This will download & install ORAS and run it.
oras_push_artifact_file "${OCI_TARGET}" "${UPLOAD_FILE}"
oras_push_artifact_file "${OCI_TARGET}" "${UPLOAD_FILE}" "uploaded from command line - this is NOT a Docker image"
;;
*)

86
lib/functions/cli/cli-rootfs.sh
View File

@@ -1,86 +0,0 @@
function cli_rootfs_pre_run() {
declare -g ARMBIAN_COMMAND_REQUIRE_BASIC_DEPS="yes" # Require prepare_host_basic to run before the command.
# "gimme root on a Linux machine"
cli_standard_relaunch_docker_or_sudo
}
function cli_rootfs_run() {
declare -g ROOTFS_COMPRESSION_RATIO="${ROOTFS_COMPRESSION_RATIO:-"15"}" # default to Compress stronger when we make rootfs cache
declare -a vars_cant_be_set=("LINUXFAMILY" "BOARDFAMILY")
# loop through all vars and check if they are set and bomb out
for var in "${vars_cant_be_set[@]}"; do
if [[ -n ${!var} ]]; then
exit_with_error "Param '${var}' is set ('${!var}') but can't be set for rootfs CLI; rootfs's are shared across boards and families."
fi
done
# If BOARD is set, use it to convert to an ARCH.
if [[ -n ${BOARD} ]]; then
display_alert "BOARD is set, converting to ARCH for rootfs building" "'BOARD=${BOARD}'" "warn"
# Convert BOARD to ARCH; source the BOARD and FAMILY stuff
LOG_SECTION="config_source_board_file" do_with_conditional_logging config_source_board_file
LOG_SECTION="source_family_config_and_arch" do_with_conditional_logging source_family_config_and_arch
display_alert "Done sourcing board file" "'${BOARD}' - arch: '${ARCH}'" "warn"
fi
declare -a vars_need_to_be_set=("RELEASE" "ARCH")
# loop through all vars and check if they are not set and bomb out if so
for var in "${vars_need_to_be_set[@]}"; do
if [[ -z ${!var} ]]; then
exit_with_error "Param '${var}' is not set but needs to be set for rootfs CLI."
fi
done
declare -r __wanted_rootfs_arch="${ARCH}"
declare -g -r RELEASE="${RELEASE}" # make readonly for finding who tries to change it
declare -g -r NEEDS_BINFMT="yes" # make sure binfmts are installed during prepare_host_interactive
# prep_conf_main_only_rootfs_ni is prep_conf_main_only_rootfs_ni() + mark_aggregation_required_in_default_build_start()
prep_conf_main_only_rootfs_ni < /dev/null # no stdin for this, so it bombs if tries to be interactive.
declare -g -r ARCH="${ARCH}" # make readonly for finding who tries to change it
if [[ "${ARCH}" != "${__wanted_rootfs_arch}" ]]; then
exit_with_error "Param 'ARCH' is set to '${ARCH}' after config, but different from wanted '${__wanted_rootfs_arch}'"
fi
declare -g ROOT_FS_CREATE_VERSION
if [[ -z ${ROOT_FS_CREATE_VERSION} ]]; then
ROOT_FS_CREATE_VERSION="$(date --utc +"%Y%m%d")"
display_alert "ROOT_FS_CREATE_VERSION is not set, defaulting to current date" "ROOT_FS_CREATE_VERSION=${ROOT_FS_CREATE_VERSION}" "info"
else
display_alert "ROOT_FS_CREATE_VERSION is set" "ROOT_FS_CREATE_VERSION=${ROOT_FS_CREATE_VERSION}" "info"
fi
# default build, but only invoke specific rootfs functions needed. It has its own logging sections.
do_with_default_build cli_rootfs_only_in_default_build < /dev/null # no stdin for this, so it bombs if tries to be interactive.
reset_uid_owner "${BUILT_ROOTFS_CACHE_FILE}"
display_alert "Rootfs build complete" "${BUILT_ROOTFS_CACHE_NAME}" "info"
display_alert "Rootfs build complete, file: " "${BUILT_ROOTFS_CACHE_FILE}" "info"
}
# This is run inside do_with_default_build(), above.
function cli_rootfs_only_in_default_build() {
assert_requires_aggregation # Bombs if aggregation has not run
declare -g rootfs_cache_id="none_yet"
LOG_SECTION="prepare_rootfs_build_params_and_trap" do_with_logging prepare_rootfs_build_params_and_trap
LOG_SECTION="calculate_rootfs_cache_id" do_with_logging calculate_rootfs_cache_id # sets rootfs_cache_id
# Set a GHA output variable for the cache ID, so it can be used in other steps.
github_actions_add_output rootfs_cache_id_version "${rootfs_cache_id}-${ROOT_FS_CREATE_VERSION}" # for real filename
github_actions_add_output rootfs_cache_id "${rootfs_cache_id}" # for actual caching, sans date/version
# In GHA, prefer to reference this output variable, as it is more stable; I wanna move it to output/rootfs dir later.
github_actions_add_output rootfs_out_filename_relative "cache/rootfs/${ARCH}-${RELEASE}-${rootfs_cache_id}-${ROOT_FS_CREATE_VERSION}.tar.zst"
display_alert "Going to build rootfs" "packages_hash: '${packages_hash:-}' cache_type: '${cache_type:-}' rootfs_cache_id: '${rootfs_cache_id}'" "info"
# "rootfs" CLI skips over a lot goes straight to create the rootfs. It doesn't check cache etc.
LOG_SECTION="create_new_rootfs_cache" do_with_logging create_new_rootfs_cache
}

35
lib/functions/cli/commands.sh
View File

@@ -20,24 +20,27 @@ function armbian_register_commands() {
["build"]="standard_build" # implemented in cli_standard_build_pre_run and cli_standard_build_run
["distccd"]="distccd" # implemented in cli_distccd_pre_run and cli_distccd_run
["rootfs"]="rootfs" # implemented in cli_rootfs_pre_run and cli_rootfs_run
["firmware"]="firmware" # yeah this is getting old. implemented in cli_firmware_pre_run and cli_firmware_run
# shortcuts, see vars set below. the use legacy single build, and try to control it via variables
["kernel"]="standard_build"
["kernel-config"]="standard_build"
["u-boot"]="standard_build"
["uboot"]="standard_build"
# external tooling, made easy.
["oras-upload"]="oras" # implemented in cli_oras_pre_run and cli_oras_run; up/down/info are the same, see vars below
# all-around artifact wrapper
["artifact"]="artifact" # implemented in cli_artifact_pre_run and cli_artifact_run
# shortcuts, see vars set below. the use legacy single build, and try to control it via variables
["rootfs"]="artifact"
["firmware"]="artifact"
["firmware-full"]="artifact"
["kernel"]="artifact"
["kernel-config"]="artifact"
["u-boot"]="artifact"
["uboot"]="artifact"
["undecided"]="undecided" # implemented in cli_undecided_pre_run and cli_undecided_run - relaunches either build or docker
)
# common for all CLI-based artifact shortcuts
declare common_cli_artifact_vars=""
# Vars to be set for each command. Optional.
declare -g -A ARMBIAN_COMMANDS_TO_VARS_DICT=(
["docker-purge"]="DOCKER_SUBCMD='purge'"
@@ -50,10 +53,14 @@ function armbian_register_commands() {
["config-dump"]="CONFIG_DEFS_ONLY='yes'"
["configdump"]="CONFIG_DEFS_ONLY='yes'"
["kernel-config"]="KERNEL_ONLY='yes' JUST_KERNEL='yes' KERNEL_IGNORE_DEB='yes' KERNEL_CONFIGURE='yes'"
["kernel"]="KERNEL_ONLY='yes' JUST_KERNEL='yes' KERNEL_IGNORE_DEB='yes' KERNEL_CONFIGURE='no'"
["u-boot"]="KERNEL_ONLY='yes' JUST_UBOOT='yes' UBOOT_IGNORE_DEB='yes' KERNEL_CONFIGURE='no'"
["uboot"]="KERNEL_ONLY='yes' JUST_UBOOT='yes' UBOOT_IGNORE_DEB='yes' KERNEL_CONFIGURE='no'"
# artifact shortcuts
["kernel-config"]="WHAT='kernel' KERNEL_CONFIGURE='yes' ARTIFACT_BUILD_INTERACTIVE='yes' ${common_cli_artifact_vars}"
["kernel"]="WHAT='kernel' ${common_cli_artifact_vars}"
["uboot"]="WHAT='uboot' ${common_cli_artifact_vars}"
["u-boot"]="WHAT='uboot' ${common_cli_artifact_vars}"
["firmware"]="WHAT='firmware' ${common_cli_artifact_vars}"
["firmware-full"]="WHAT='full_firmware' ${common_cli_artifact_vars}"
["rootfs"]="WHAT='rootfs' ${common_cli_artifact_vars}"
["oras-upload"]="ORAS_OPERATION='upload'"

31
lib/functions/compilation/armbian-kernel.sh
View File

@@ -2,26 +2,29 @@
# This is an internal/core extension.
function armbian_kernel_config__disable_module_compression() {
display_alert "Disabling module compression and signing / debug / auto version" "armbian-kernel" "debug"
# DONE: Disable: signing, and compression of modules, for speed.
kernel_config_set_n CONFIG_MODULE_COMPRESS_XZ # No use double-compressing modules
kernel_config_set_n CONFIG_MODULE_COMPRESS_ZSTD
kernel_config_set_n CONFIG_MODULE_COMPRESS_GZIP
kernel_config_set_y CONFIG_MODULE_COMPRESS_NONE
kernel_config_modifying_hashes+=("CONFIG_MODULE_COMPRESS_NONE=y" "CONFIG_MODULE_SIG=n" "CONFIG_LOCALVERSION_AUTO=n" "DEBUG_INFO=n")
if [[ -f .config ]]; then
display_alert "Disabling module compression and signing / debug / auto version" "armbian-kernel" "debug"
# DONE: Disable: signing, and compression of modules, for speed.
kernel_config_set_n CONFIG_MODULE_COMPRESS_XZ # No use double-compressing modules
kernel_config_set_n CONFIG_MODULE_COMPRESS_ZSTD
kernel_config_set_n CONFIG_MODULE_COMPRESS_GZIP
kernel_config_set_y CONFIG_MODULE_COMPRESS_NONE
kernel_config_set_n CONFIG_SECURITY_LOCKDOWN_LSM
kernel_config_set_n CONFIG_MODULE_SIG # No use signing modules
kernel_config_set_n CONFIG_SECURITY_LOCKDOWN_LSM
kernel_config_set_n CONFIG_MODULE_SIG # No use signing modules
# DONE: Disable: version shenanigans
kernel_config_set_n CONFIG_LOCALVERSION_AUTO # This causes a mismatch between what Armbian wants and what make produces.
# DONE: Disable: version shenanigans
kernel_config_set_n CONFIG_LOCALVERSION_AUTO # This causes a mismatch between what Armbian wants and what make produces.
# DONE: Disable: debug option
kernel_config_set_n DEBUG_INFO # Armbian doesn't know how to package a debug kernel.
# DONE: Disable: debug option
kernel_config_set_n DEBUG_INFO # Armbian doesn't know how to package a debug kernel.
# @TODO: Enable the options for the extrawifi/drivers; so we don't need to worry about them when updating configs
# @TODO: Enable the options for the extrawifi/drivers; so we don't need to worry about them when updating configs
fi
}
# Helpers for manipulating kernel config. @TODO: hash of changes made
# Helpers for manipulating kernel config.
function kernel_config_set_m() {
declare module="$1"
display_alert "Enabling kernel module" "${module}=m" "debug"

23
lib/functions/compilation/kernel-config.sh
View File

@@ -64,13 +64,20 @@ function kernel_config_initialize() {
cd "${kernel_work_dir}" || exit_with_error "kernel_work_dir does not exist: ${kernel_work_dir}"
run_kernel_make olddefconfig
# Call the extensions. This is _also_ done during the kernel artifact's prepare_version, for consistent caching.
call_extensions_kernel_config
display_alert "Kernel configuration" "${LINUXCONFIG}" "info"
}
function call_extensions_kernel_config() {
# Run the core-armbian config modifications here, built-in extensions:
# 1) Enable the options for the extrawifi/drivers; so we don't need to worry about them when updating configs
# 2) Disable: debug, version shenanigans, signing, and compression of modules, to ensure sanity
call_extension_method "armbian_kernel_config" <<- 'ARMBIAN_KERNEL_CONFIG'
*Armbian-core default hook point for pre-olddefconfig Kernel config modifications*
NOT for user consumption. Do NOT use this hook, this is internal to Armbian.
Instead, use `custom_kernel_config` which runs later and can undo anything done by this step.
Important: this hook might be run multiple times, and one of them might not have a .config in place.
Either way, the hook _must_ add representative changes to the `kernel_config_modifying_hashes` array, for kernel config hashing.
ARMBIAN_KERNEL_CONFIG
# Custom hooks receive a clean / updated config; depending on their modifications, they may need to run olddefconfig again.
@@ -79,20 +86,12 @@ function kernel_config_initialize() {
Called after ${LINUXCONFIG}.config is put in place (.config).
A good place to customize the .config directly.
Armbian default Kconfig modifications have already been applied and can be overriden.
Important: this hook might be run multiple times, and one of them might not have a .config in place.
Either way, the hook _must_ add representative changes to the `kernel_config_modifying_hashes` array, for kernel config hashing.
CUSTOM_KERNEL_CONFIG
display_alert "Kernel configuration" "${LINUXCONFIG}" "info"
}
function kernel_config_finalize() {
call_extension_method "custom_kernel_config_post_defconfig" <<- 'CUSTOM_KERNEL_CONFIG_POST_DEFCONFIG'
*Kernel .config is in place, already processed by Armbian*
Called after ${LINUXCONFIG}.config is put in place (.config).
After all olddefconfig any Kconfig make is called.
A good place to customize the .config last-minute.
CUSTOM_KERNEL_CONFIG_POST_DEFCONFIG
# Now, compare the .config with the previous one, and if they are the same, restore the original date.
# This way we avoid unnecessary recompilation of the kernel; even if the .config contents
# have not changed, the date will be different, and Kbuild will at least re-link everything.

106
lib/functions/compilation/kernel-debs.sh
View File

@@ -33,6 +33,9 @@ if_enabled_echo() {
}
function prepare_kernel_packaging_debs() {
: "${artifact_version:?artifact_version is not set}"
: "${kernel_debs_temp_dir:?kernel_debs_temp_dir is not set}"
declare kernel_work_dir="${1}"
declare kernel_dest_install_dir="${2}"
declare kernel_version="${3}"
@@ -43,16 +46,7 @@ function prepare_kernel_packaging_debs() {
declare kernel_version_family="${kernel_version}-${LINUXFAMILY}"
# Package version. Affects users upgrading from repo!
declare package_version="${REVISION}" # default, "classic" Armbian non-version.
# If we're building an artifact, use the pre-determined artifact version.
if [[ "${artifact_version:-""}" != "" ]]; then
if [[ "${artifact_version}" == "undetermined" ]]; then
exit_with_error "Undetermined artifact version during kernel deb packaging. This is a bug, report it."
fi
display_alert "Using artifact version for kernel package version" "${artifact_version}" "info"
package_version="${artifact_version}"
fi
display_alert "Kernel .deb package version" "${package_version}" "info"
display_alert "Kernel .deb package version" "${artifact_version}" "info"
# show incoming tree
#display_alert "Kernel install dir" "incoming from KBUILD make" "debug"
@@ -89,15 +83,13 @@ function prepare_kernel_packaging_debs() {
if [[ "${KERNEL_HAS_WORKING_HEADERS}" == "yes" ]]; then
display_alert "Packaging linux-headers" "${LINUXFAMILY} ${LINUXCONFIG}" "info"
create_kernel_deb "linux-headers-${BRANCH}-${LINUXFAMILY}" "${debs_target_dir}" kernel_package_callback_linux_headers
elif [[ "${KERNEL_HAS_WORKING_HEADERS_FULL_SOURCE}" == "yes" ]]; then
display_alert "Packaging linux-headers (full source, experimental)" "${LINUXFAMILY} ${LINUXCONFIG}" "warn"
create_kernel_deb "linux-headers-${BRANCH}-${LINUXFAMILY}" "${debs_target_dir}" kernel_package_callback_linux_headers_full_source
else
display_alert "Skipping linux-headers package" "for ${KERNEL_MAJOR_MINOR} kernel version" "warn"
fi
}
function create_kernel_deb() {
: "${kernel_debs_temp_dir:?kernel_debs_temp_dir is not set}"
declare package_name="${1}"
declare deb_output_dir="${2}"
declare callback_function="${3}"
@@ -151,12 +143,7 @@ function create_kernel_deb() {
#display_alert "Package dir" "for package ${package_name}" "debug"
#run_host_command_logged tree -C -h -d --du "${package_directory}"
# Run shellcheck on the produced DEBIAN/xxx scripts
dpkg_deb_run_shellcheck_on_scripts "${package_directory}"
# @TODO: hmm, why doesn't this use fakeroot_dpkg_deb_build() ?
declare final_deb_filename="${deb_output_dir}/${package_name}_${REVISION}_${ARCH}.deb" # for compatibility with non-artifacts
run_host_command_logged dpkg-deb ${DEB_COMPRESS:+-Z$DEB_COMPRESS} --build "${package_directory}" "${final_deb_filename}" # not KDEB compress, we're not under a Makefile
fakeroot_dpkg_deb_build "${package_directory}" "${kernel_debs_temp_dir}/"
done_with_temp_dir "${cleanup_id}" # changes cwd to "${SRC}" and fires the cleanup function early
}
@@ -220,7 +207,7 @@ function kernel_package_callback_linux_image() {
# Generate a control file
cat <<- CONTROL_FILE > "${package_DEBIAN_dir}/control"
Package: ${package_name}
Version: ${package_version}
Version: ${artifact_version}
Source: linux-${kernel_version}
Architecture: ${ARCH}
Maintainer: ${MAINTAINER} <${MAINTAINERMAIL}>
@@ -271,7 +258,7 @@ function kernel_package_callback_linux_dtb() {
# Generate a control file
cat <<- CONTROL_FILE > "${package_DEBIAN_dir}/control"
Version: ${package_version}
Version: ${artifact_version}
Maintainer: ${MAINTAINER} <${MAINTAINERMAIL}>
Section: kernel
Package: ${package_name}
@@ -386,7 +373,7 @@ function kernel_package_callback_linux_headers() {
# Generate a control file
# TODO: libssl-dev is only required if we're signing modules, which is a kernel .config option.
cat <<- CONTROL_FILE > "${package_DEBIAN_dir}/control"
Version: ${package_version}
Version: ${artifact_version}
Maintainer: ${MAINTAINER} <${MAINTAINERMAIL}>
Section: devel
Package: ${package_name}
@@ -433,78 +420,3 @@ function kernel_package_callback_linux_headers() {
EOT_POSTINST
)
}
function kernel_package_callback_linux_headers_full_source() {
display_alert "linux-headers packaging full source" "${package_directory}" "debug"
# targets.
local headers_target_dir="${package_directory}/usr/src/linux-headers-${kernel_version_family}" # headers/tools etc
local modules_target_dir="${package_directory}/lib/modules/${kernel_version_family}" # symlink to above later
mkdir -p "${headers_target_dir}" "${modules_target_dir}" # create both dirs
run_host_command_logged ln -v -s "/usr/src/linux-headers-${kernel_version_family}" "${modules_target_dir}/build" # Symlink in modules so builds find the headers
# gather stuff from the linux source tree: ${kernel_work_dir} (NOT the make install destination)
# those can be source files or object (binary/compiled) stuff
# how to get SRCARCH? only from the makefile itself. ARCH=amd64 then SRCARCH=x86. How to we know? @TODO
local SRC_ARCH="${ARCH}"
[[ "${SRC_ARCH}" == "amd64" ]] && SRC_ARCH="x86"
[[ "${SRC_ARCH}" == "armhf" ]] && SRC_ARCH="arm"
# Export git tree to the target directory.
# @TODO: this is waay too heavy. add a zst tar ball, and extract during postinst.
git -C "${kernel_work_dir}" archive --format=tar HEAD | tar -x -C "${headers_target_dir}"
# @TODO: add Module.symvers if exists
run_host_command_logged cp -vp "${kernel_work_dir}"/.config "${headers_target_dir}"/.config # copy .config manually to be where it's expected to be
# Generate a control file
cat <<- CONTROL_FILE > "${package_DEBIAN_dir}/control"
Version: ${package_version}
Maintainer: ${MAINTAINER} <${MAINTAINERMAIL}>
Section: devel
Package: ${package_name}
Architecture: ${ARCH}
Provides: linux-headers, linux-headers-armbian, armbian-$BRANCH
Depends: make, gcc, libc6-dev, bison, flex, libssl-dev, libelf-dev
Description: Armbian Linux $BRANCH full-source headers ${artifact_version_reason:-"${kernel_version_family}"}
This package provides kernel header files for ${kernel_version_family}
.
This is useful for DKMS and building of external modules.
CONTROL_FILE
# Make sure the target dir is clean/not-existing before installing.
kernel_package_hook_helper "preinst" <(
cat <<- EOT_PREINST
if [[ -d "/usr/src/linux-headers-${kernel_version_family}" ]]; then
echo "Cleaning pre-existing directory /usr/src/linux-headers-${kernel_version_family} ..."
rm -rf "/usr/src/linux-headers-${kernel_version_family}"
fi
EOT_PREINST
)
# Make sure the target dir is removed before removing the package; that way we don't leave eventual compilation artifacts over there.
kernel_package_hook_helper "prerm" <(
cat <<- EOT_PRERM
if [[ -d "/usr/src/linux-headers-${kernel_version_family}" ]]; then
echo "Cleaning directory /usr/src/linux-headers-${kernel_version_family} ..."
rm -rf "/usr/src/linux-headers-${kernel_version_family}"
fi
EOT_PRERM
)
kernel_package_hook_helper "postinst" <(
cat <<- EOT_POSTINST
cd "/usr/src/linux-headers-${kernel_version_family}"
NCPU=\$(grep -c 'processor' /proc/cpuinfo)
echo "Compiling kernel-headers tools (${kernel_version_family}) using \$NCPU CPUs - please wait ..."
yes "" | make ARCH="${SRC_ARCH}" oldconfig
make ARCH="${SRC_ARCH}" -j\$NCPU scripts
make ARCH="${SRC_ARCH}" -j\$NCPU M=scripts/mod/
make ARCH="${SRC_ARCH}" -j\$NCPU tools/objtool || echo "objtool failed, but thats okay"
# @TODO: modules_prepare -- should work with 4.19+
echo "Done compiling kernel-headers tools (${kernel_version_family})."
EOT_POSTINST
)
}

78
lib/functions/compilation/kernel.sh
View File

@@ -61,16 +61,11 @@ function compile_kernel() {
kernel_config # has it's own logging sections inside
# package the kernel-source .deb
LOG_SECTION="kernel_package_source" do_with_logging do_with_hooks kernel_package_source
# build via make and package .debs; they're separate sub-steps
kernel_prepare_build_and_package # has it's own logging sections inside
display_alert "Done with" "kernel compile" "debug"
LOG_SECTION="kernel_deploy_pkg" do_with_logging do_with_hooks kernel_deploy_pkg
return 0
}
@@ -86,59 +81,6 @@ function kernel_maybe_clean() {
fi
}
function kernel_package_source() {
[[ "${BUILD_KSRC}" != "yes" ]] && return 0
display_alert "Creating kernel source package" "${LINUXCONFIG}" "info"
local ts=${SECONDS}
local sources_pkg_dir tarball_size package_size
declare cleanup_id="" tmp_src_dir=""
prepare_temp_dir_in_workdir_and_schedule_cleanup "ksrc" cleanup_id tmp_src_dir # namerefs
sources_pkg_dir="${tmp_src_dir}/${CHOSEN_KSRC}_${REVISION}_all"
mkdir -p "${sources_pkg_dir}"/usr/src/ \
"${sources_pkg_dir}/usr/share/doc/linux-source-${version}-${LINUXFAMILY}" \
"${sources_pkg_dir}"/DEBIAN
run_host_command_logged cp -v "${SRC}/config/kernel/${LINUXCONFIG}.config" "${sources_pkg_dir}/usr/src/${LINUXCONFIG}_${version}_${REVISION}_config"
run_host_command_logged cp -v COPYING "${sources_pkg_dir}/usr/share/doc/linux-source-${version}-${LINUXFAMILY}/LICENSE"
display_alert "Compressing sources for the linux-source package" "exporting from git" "info"
cd "${kernel_work_dir}" || exit_with_error "Can't cd to kernel_work_dir: ${kernel_work_dir}"
local tar_prefix="${version}/"
local output_tarball="${sources_pkg_dir}/usr/src/linux-source-${version}-${LINUXFAMILY}.tar.zst"
# export tar with `git archive`; we point it at HEAD, but could be anything else too
run_host_command_logged git archive "--prefix=${tar_prefix}" --format=tar HEAD "| zstdmt > '${output_tarball}'"
tarball_size="$(du -h -s "${output_tarball}" | awk '{print $1}')"
cat <<- EOF > "${sources_pkg_dir}"/DEBIAN/control
Package: linux-source-${BRANCH}-${LINUXFAMILY}
Version: ${version}-${BRANCH}-${LINUXFAMILY}+${REVISION}
Architecture: all
Maintainer: ${MAINTAINER} <${MAINTAINERMAIL}>
Section: kernel
Priority: optional
Depends: binutils, coreutils
Provides: linux-source, linux-source-${version}-${LINUXFAMILY}
Recommends: gcc, make
Description: This package provides the source code for the Linux kernel $version
EOF
fakeroot_dpkg_deb_build -Znone -z0 "${sources_pkg_dir}" "${sources_pkg_dir}.deb" # do not compress .deb, it already contains a zstd compressed tarball! ignores ${KDEB_COMPRESS} on purpose
package_size="$(du -h -s "${sources_pkg_dir}.deb" | awk '{print $1}')"
run_host_command_logged rsync --remove-source-files -r "${sources_pkg_dir}.deb" "${DEB_STORAGE}/"
display_alert "$(basename "${sources_pkg_dir}.deb" ".deb") packaged" "$((SECONDS - ts)) seconds, ${tarball_size} tarball, ${package_size} .deb" "info"
done_with_temp_dir "${cleanup_id}" # changes cwd to "${SRC}" and fires the cleanup function early
}
function kernel_prepare_build_and_package() {
declare -a build_targets
declare kernel_dest_install_dir
@@ -175,9 +117,17 @@ function kernel_prepare_build_and_package() {
# Fire off the build & package
LOG_SECTION="kernel_build" do_with_logging do_with_hooks kernel_build
# prepare a target dir for the shared, produced kernel .debs, across image/dtb/headers
declare cleanup_id_debs="" kernel_debs_temp_dir=""
prepare_temp_dir_in_workdir_and_schedule_cleanup "kd" cleanup_id_debs kernel_debs_temp_dir # namerefs
LOG_SECTION="kernel_package" do_with_logging do_with_hooks kernel_package
done_with_temp_dir "${cleanup_id}" # changes cwd to "${SRC}" and fires the cleanup function early
# This deploys to DEB_STORAGE...
LOG_SECTION="kernel_deploy_pkg" do_with_logging do_with_hooks kernel_deploy_pkg
done_with_temp_dir "${cleanup_id_debs}" # changes cwd to "${SRC}" and fires the cleanup function early
done_with_temp_dir "${cleanup_id}" # changes cwd to "${SRC}" and fires the cleanup function early
}
function kernel_build() {
@@ -194,6 +144,7 @@ function kernel_build() {
function kernel_package() {
local ts=${SECONDS}
cd "${kernel_debs_temp_dir}" || exit_with_error "Can't cd to kernel_debs_temp_dir: ${kernel_debs_temp_dir}"
cd "${kernel_work_dir}" || exit_with_error "Can't cd to kernel_work_dir: ${kernel_work_dir}"
display_alert "Packaging kernel" "${LINUXFAMILY} ${LINUXCONFIG}" "info"
prepare_kernel_packaging_debs "${kernel_work_dir}" "${kernel_dest_install_dir}" "${version}" kernel_install_dirs
@@ -201,11 +152,6 @@ function kernel_package() {
}
function kernel_deploy_pkg() {
cd "${kernel_work_dir}/.." || exit_with_error "Can't cd to kernel_work_dir: ${kernel_work_dir}"
# @TODO: rpardini: this is kept for historical reasons... wth?
# remove firmware image packages here - easier than patching ~40 packaging scripts at once
run_host_command_logged rm -fv "linux-firmware-image-*.deb"
run_host_command_logged rsync -v --remove-source-files -r ./*.deb "${DEB_STORAGE}/"
: "${kernel_debs_temp_dir:?kernel_debs_temp_dir is not set}"
run_host_command_logged rsync -v --remove-source-files -r "${kernel_debs_temp_dir}"/*.deb "${DEB_STORAGE}/"
}

37
lib/functions/compilation/packages/firmware-deb.sh
View File

@@ -1,22 +1,6 @@
function compile_firmware_light_and_possibly_full() {
if [[ "${INSTALL_ARMBIAN_FIRMWARE:-yes}" == "yes" ]]; then # Build firmware by default.
# Build the "light" version of firmware packages, with no conditions.
FULL="" REPLACE="-full" LOG_SECTION="compile_firmware" do_with_logging compile_firmware
# Now, we'll build the "full" version of firmware packages, if:
# 1) We've CI==true, or stdout is not a terminal, or
# 2) We've been asked to install it for the board being built, BOARD_FIRMWARE_INSTALL="-full"
if [[ "${CI}" == "true" || ! -t 1 || "${BOARD_FIRMWARE_INSTALL}" == "-full" ]]; then
# Build the full version of firmware package
FULL="-full" REPLACE="" LOG_SECTION="compile_firmware_full" do_with_logging compile_firmware
else
display_alert "Skipping full firmware package build" "" "info"
fi
fi
return 0
}
function compile_firmware() {
: "${artifact_version:?artifact_version is not set}"
display_alert "Merging and packaging linux firmware" "@host --> firmware${FULL}" "info"
declare cleanup_id="" fw_temp_dir=""
@@ -66,7 +50,7 @@ function compile_firmware() {
# @TODO: rpardini: this needs Conflicts: with the standard Ubuntu/Debian linux-firmware packages and other firmware pkgs in Debian
cat <<- END > DEBIAN/control
Package: armbian-firmware${FULL}
Version: $REVISION
Version: ${artifact_version}
Architecture: all
Maintainer: $MAINTAINER <$MAINTAINERMAIL>
Installed-Size: 1
@@ -79,18 +63,9 @@ function compile_firmware() {
cd "${fw_temp_dir}" || exit_with_error "can't change directory"
# package
run_host_command_logged mv -v "armbian-firmware${FULL}" "armbian-firmware${FULL}_${REVISION}_all"
display_alert "Building firmware package" "armbian-firmware${FULL}_${REVISION}_all" "info"
if [[ -n $FULL ]]; then
display_alert "Full firmware, very big, avoiding tmpfs" "armbian-firmware${FULL}_${REVISION}_all" "info"
fakeroot_dpkg_deb_build "armbian-firmware${FULL}_${REVISION}_all" "${DEB_STORAGE}"
else
fakeroot_dpkg_deb_build "armbian-firmware${FULL}_${REVISION}_all"
run_host_command_logged mv -v "armbian-firmware${FULL}_${REVISION}_all" "armbian-firmware${FULL}"
run_host_command_logged rsync -rq "armbian-firmware${FULL}_${REVISION}_all.deb" "${DEB_STORAGE}/"
fi
# package, directly to DEB_STORAGE; full version might be very big for tmpfs.
display_alert "Building firmware package" "armbian-firmware${FULL}" "info"
fakeroot_dpkg_deb_build "armbian-firmware${FULL}" "${DEB_STORAGE}"
done_with_temp_dir "${cleanup_id}" # changes cwd to "${SRC}" and fires the cleanup function early
}

2
lib/functions/compilation/patch/drivers-harness.sh
View File

@@ -24,7 +24,7 @@ function kernel_drivers_create_patches() {
kernel_drivers_patch_hash="${hash_files}" # outer scope
if [[ "${hash_only:-"no"}" == "yes" ]]; then
display_alert "Hash-only kernel driver requested" "$kernel_drivers_patch_hash - returning" "warn"
display_alert "Hash-only kernel driver requested" "$kernel_drivers_patch_hash - returning" "debug"
return 0
fi

30
lib/functions/compilation/uboot.sh
View File

@@ -230,6 +230,8 @@ function deploy_built_uboot_bins_for_one_target_to_packaging_area() {
}
function compile_uboot() {
: "${artifact_version:?artifact_version is not set}"
display_alert "Compiling u-boot" "BOOTSOURCE: ${BOOTSOURCE}" "debug"
if [[ -n $BOOTSOURCE ]] && [[ "${BOOTSOURCE}" != "none" ]]; then
display_alert "Extensions: fetch custom uboot" "fetch_custom_uboot" "debug"
@@ -279,7 +281,7 @@ function compile_uboot() {
display_alert "Compiler version" "${UBOOT_COMPILER}gcc '${gcc_version_main}'" "info"
[[ -n $toolchain2 ]] && display_alert "Additional compiler version" "${toolchain2_type}gcc $(eval env PATH="${toolchain}:${toolchain2}:${PATH}" "${toolchain2_type}gcc" -dumpfullversion -dumpversion)" "info"
local uboot_name="${CHOSEN_UBOOT}_${REVISION}_${ARCH}"
local uboot_name="${CHOSEN_UBOOT}_${REVISION}_${ARCH}" # @TODO: get rid of CHOSEN_UBOOT
# create directory structure for the .deb package
declare cleanup_id="" uboottempdir=""
@@ -338,22 +340,12 @@ function compile_uboot() {
$(declare -f setup_write_uboot_platform || true)
EOF
# Package version. Affects users upgrading from repo!
declare package_version="${REVISION}" # default, "classic" Armbian non-version.
# If we're building an artifact, use the pre-determined artifact version.
if [[ "${artifact_version:-""}" != "" ]]; then
if [[ "${artifact_version}" == "undetermined" ]]; then
exit_with_error "Undetermined artifact version during u-boot deb packaging. This is a bug, report it."
fi
display_alert "Using artifact version for u-boot package version" "${artifact_version}" "info"
package_version="${artifact_version}"
fi
display_alert "Das U-Boot .deb package version" "${package_version}" "info"
display_alert "Das U-Boot .deb package version" "${artifact_version}" "info"
# set up control file
cat <<- EOF > "$uboottempdir/${uboot_name}/DEBIAN/control"
Package: linux-u-boot-${BOARD}-${BRANCH}
Version: ${package_version}
Version: ${artifact_version}
Architecture: $ARCH
Maintainer: $MAINTAINER <$MAINTAINERMAIL>
Installed-Size: 1
@@ -371,16 +363,10 @@ function compile_uboot() {
[[ -f Licenses/README ]] && run_host_command_logged cp Licenses/README "$uboottempdir/${uboot_name}/usr/lib/u-boot/LICENSE"
[[ -n $atftempdir && -f $atftempdir/license.md ]] && run_host_command_logged cp "${atftempdir}/license.md" "$uboottempdir/${uboot_name}/usr/lib/u-boot/LICENSE.atf"
# Important: this forces the deb to have a specific name, and not be version-dependent...
# This is set to `uboot_name="${CHOSEN_UBOOT}_${REVISION}_${ARCH}"` in outer scope...
display_alert "Building u-boot deb" "(version: ${package_version}) ${uboot_name}.deb"
fakeroot_dpkg_deb_build "$uboottempdir/${uboot_name}" "$uboottempdir/${uboot_name}.deb"
rm -rf "${uboottempdir:?}/${uboot_name:?}"
[[ -n $atftempdir ]] && rm -rf "${atftempdir:?}"
display_alert "Building u-boot deb" "(version: ${artifact_version})"
fakeroot_dpkg_deb_build "$uboottempdir/${uboot_name}" "${DEB_STORAGE}"
[[ ! -f $uboottempdir/${uboot_name}.deb ]] && exit_with_error "Building u-boot package failed"
run_host_command_logged rsync --remove-source-files -r "$uboottempdir/${uboot_name}.deb" "${DEB_STORAGE}/"
[[ -n $atftempdir ]] && rm -rf "${atftempdir:?}" # @TODO: intricate cleanup; u-boot's pkg uses ATF's tempdir...
done_with_temp_dir "${cleanup_id}" # changes cwd to "${SRC}" and fires the cleanup function early

4
lib/functions/general/cleaning.sh
View File

@@ -15,8 +15,12 @@
# "oldcache" = remove old cached rootfs except for the newest 8 files
function general_cleaning() {
display_alert "Cleaning" "general_cleaning '$1' - NOT" "warn"
return 0
case $1 in
debs) # delete ${DEB_STORAGE} for current branch and family
# @TODO: this is completely obsolete with artifacts?
if [[ -d "${DEB_STORAGE}" ]]; then
display_alert "Cleaning ${DEB_STORAGE} for" "$BOARD $BRANCH" "info"
# easier than dealing with variable expansion and escaping dashes in file names

20
lib/functions/general/git-ref2info.sh
View File

@@ -1,16 +1,5 @@
# This has... everything: https://git.kernel.org/pub/scm/linux/kernel/git/stable/linux.git/commit/?h=linux-6.1.y
# This has... everything: https://git.kernel.org/pub/scm/linux/kernel/git/stable/linux.git/commit/?h=v6.2-rc5
# get the sha1 of the commit on tag or branch
# git ls-remote --exit-code --symref git://git.kernel.org/pub/scm/linux/kernel/git/stable/linux.git v6.2-rc5
# git ls-remote --exit-code --symref git://git.kernel.org/pub/scm/linux/kernel/git/stable/linux.git v6.2-rc5
# 93f875a8526a291005e7f38478079526c843cbec refs/heads/linux-6.1.y
# 4cc398054ac8efe0ff832c82c7caacbdd992312a refs/tags/v6.2-rc5
# https://git.kernel.org/pub/scm/linux/kernel/git/stable/linux.git/tree/Makefile?h=linux-6.1.y
# plaintext: https://git.kernel.org/pub/scm/linux/kernel/git/stable/linux.git/plain/Makefile?h=4cc398054ac8efe0ff832c82c7caacbdd992312a
# This works under memoize-cached.sh::run_memoized() -- which is full of tricks.
# Nested functions are used because the source of the momoized function is used as part of the cache hash.
function memoized_git_ref_to_info() {
declare -n MEMO_DICT="${1}" # nameref
declare ref_type ref_name
@@ -68,6 +57,7 @@ function memoized_git_ref_to_info() {
# parse org/repo from https://github.com/org/repo
declare org_and_repo=""
org_and_repo="$(echo "${git_source}" | cut -d/ -f4-5)"
org_and_repo="${org_and_repo%.git}" # remove .git if present
url="https://raw.githubusercontent.com/${org_and_repo}/${sha1}/Makefile"
;;
@@ -89,7 +79,7 @@ function memoized_git_ref_to_info() {
;;
esac
display_alert "Fetching Makefile via HTTP" "${url}" "warn"
display_alert "Fetching Makefile via HTTP" "${url}" "debug"
makefile_url="${url}"
makefile_body="$(curl -sL --fail "${url}")" || exit_with_error "Failed to fetch Makefile from '${url}'"
@@ -131,7 +121,7 @@ function memoized_git_ref_to_info() {
return 0
}
display_alert "Fetching Makefile body" "${ref_name}" "warn"
display_alert "Fetching Makefile body" "${ref_name}" "debug"
declare makefile_body makefile_url
declare makefile_version makefile_codename makefile_full_version
obtain_makefile_body_from_git "${MEMO_DICT[GIT_SOURCE]}" "${sha1}"

2
lib/functions/general/github-actions.sh
View File

@@ -14,5 +14,5 @@ function github_actions_add_output() {
local output_value="$*"
echo "${output_name}=${output_value}" >> "${GITHUB_OUTPUT}"
display_alert "Added GHA output" "'${output_name}'='${output_value}'" "info"
display_alert "Added GHA output" "'${output_name}'='${output_value}'" "debug"
}

16
lib/functions/general/hash-files.sh
View File

@@ -4,23 +4,17 @@ function calculate_hash_for_all_files_in_dirs() {
for dir in "${dirs_to_hash[@]}"; do
# skip if dir doesn't exist...
if [[ ! -d "${dir}" ]]; then
display_alert "calculate_hash_for_all_files_in_dirs" "skipping non-existent dir \"${dir}\"" "warn"
display_alert "calculate_hash_for_all_files_in_dirs" "skipping non-existent dir \"${dir}\"" "debug"
continue
fi
declare found_files="no"
# shellcheck disable=SC2044 # lets expand... # -L: follow symlinks
for file in $(find -L "${dir}" -type f); do
files_to_hash+=("${file}")
found_files="yes"
done
if [[ "${found_files}" == "no" ]]; then
mapfile -t files_in_dir < <(find -L "${dir}" -type f)
if [[ ${#files_in_dir[@]} -eq 0 ]]; then
display_alert "calculate_hash_for_all_files_in_dirs" "empty dir \"${dir}\"" "debug"
continue
fi
files_to_hash+=("${files_in_dir[@]}")
done
#display_alert "calculate_hash_for_all_files_in_dirs" "files_to_hash_sorted: ${#files_to_hash_sorted[@]}" "warn"
#display_alert "calculate_hash_for_all_files_in_dirs" "files_to_hash_sorted: ${files_to_hash_sorted[*]}" "warn"
calculate_hash_for_files "${files_to_hash[@]}"
}

50
lib/functions/general/oci-oras.sh
View File

@@ -1,6 +1,7 @@
function run_tool_oras() {
# Default version
ORAS_VERSION=${ORAS_VERSION:-0.16.0} # https://github.com/oras-project/oras/releases
#ORAS_VERSION=${ORAS_VERSION:-"1.0.0-rc.1"} # https://github.com/oras-project/oras/releases
declare non_cache_dir="/armbian-tools/oras" # To deploy/reuse cached ORAS in a Docker image.
@@ -44,9 +45,9 @@ function run_tool_oras() {
esac
# Check if we have a cached version in a Docker image, and copy it over before possibly updating it.
if [[ "${deploy_to_non_cache_dir:-"no"}" != "yes" && -d "${non_cache_dir}" ]]; then
if [[ "${deploy_to_non_cache_dir:-"no"}" != "yes" && -d "${non_cache_dir}" && ! -f "${ORAS_BIN}" ]]; then
display_alert "Using cached ORAS from Docker image" "ORAS" "debug"
run_host_command_logged cp -v "${non_cache_dir}/"* "${DIR_ORAS}/"
run_host_command_logged cp "${non_cache_dir}/"* "${DIR_ORAS}/"
fi
declare ORAS_FN="oras_${ORAS_VERSION}_${ORAS_OS}_${ORAS_ARCH}"
@@ -90,9 +91,14 @@ function try_download_oras_tooling() {
function oras_push_artifact_file() {
declare image_full_oci="${1}" # Something like "ghcr.io/rpardini/armbian-git-shallow/kernel-git:latest"
declare upload_file="${2}" # Absolute path to the file to upload including the path and name
declare description="${3:-"missing description"}"
declare upload_file_base_path upload_file_name
display_alert "Pushing ${upload_file}" "ORAS to ${image_full_oci}" "info"
declare extra_params=("--verbose")
oras_add_param_plain_http
extra_params+=("--annotation" "org.opencontainers.image.description=${description}")
# make sure file exists
if [[ ! -f "${upload_file}" ]]; then
display_alert "File not found: ${upload_file}" "ORAS upload" "err"
@@ -105,9 +111,30 @@ function oras_push_artifact_file() {
display_alert "upload_file_base_path: ${upload_file_base_path}" "ORAS upload" "debug"
display_alert "upload_file_name: ${upload_file_name}" "ORAS upload" "debug"
pushd "${upload_file_base_path}" || exit_with_error "Failed to pushd to ${upload_file_base_path} - ORAS upload"
run_tool_oras push --verbose "${image_full_oci}" "${upload_file_name}:application/vnd.unknown.layer.v1+tar"
popd || exit_with_error "Failed to popd" "ORAS upload"
pushd "${upload_file_base_path}" &> /dev/null || exit_with_error "Failed to pushd to ${upload_file_base_path} - ORAS upload"
run_tool_oras push "${extra_params[@]}" "${image_full_oci}" "${upload_file_name}:application/vnd.unknown.layer.v1+tar"
popd &> /dev/null || exit_with_error "Failed to popd" "ORAS upload"
return 0
}
# Outer scope: oras_has_manifest (yes/no) and oras_manifest_json (json)
function oras_get_artifact_manifest() {
declare image_full_oci="${1}" # Something like "ghcr.io/rpardini/armbian-git-shallow/kernel-git:latest"
display_alert "Getting ORAS manifest" "ORAS manifest from ${image_full_oci}" "info"
declare extra_params=("--verbose")
oras_add_param_plain_http
# Gotta capture the output & if it failed...
oras_manifest_json="$(run_tool_oras manifest fetch "${extra_params[@]}" "${image_full_oci}" 2>&1)" && oras_has_manifest="yes" || oras_has_manifest="no"
display_alert "oras_manifest_json: ${oras_manifest_json}" "ORAS manifest" "debug"
# if it worked, parse some basic info using jq
if [[ "${oras_has_manifest}" == "yes" ]]; then
oras_manifest_description="$(echo "${oras_manifest_json}" | jq -r '.annotations."org.opencontainers.image.description"')"
display_alert "oras_manifest_description: ${oras_manifest_description}" "ORAS oras_manifest_description" "debug"
fi
return 0
}
@@ -117,13 +144,16 @@ function oras_pull_artifact_file() {
declare target_dir="${2}" # temporary directory we'll use for the download to workaround oras being maniac
declare target_fn="${3}"
declare extra_params=("--verbose")
oras_add_param_plain_http
declare full_temp_dir="${target_dir}/${target_fn}.oras.pull.tmp"
declare full_tmp_file_path="${full_temp_dir}/${target_fn}"
run_host_command_logged mkdir -p "${full_temp_dir}"
# @TODO: this needs retries...
pushd "${full_temp_dir}" &> /dev/null || exit_with_error "Failed to pushd to ${full_temp_dir} - ORAS download"
run_tool_oras pull --verbose "${image_full_oci}"
run_tool_oras pull "${extra_params[@]}" "${image_full_oci}"
popd &> /dev/null || exit_with_error "Failed to popd - ORAS download"
# sanity check; did we get the file we expected?
@@ -138,3 +168,11 @@ function oras_pull_artifact_file() {
# remove the temp directory
run_host_command_logged rm -rf "${full_temp_dir}"
}
function oras_add_param_plain_http() {
# if image_full_oci contains ":5000/", add --plain-http; to make easy to run self-hosted registry
if [[ "${image_full_oci}" == *":5000/"* ]]; then
display_alert "Adding --plain-http to ORAS" "ORAS to insecure registry" "warn"
extra_params+=("--plain-http")
fi
}

15
lib/functions/host/docker.sh
View File

@@ -437,6 +437,21 @@ function docker_cli_prepare_launch() {
display_alert "Passing down to Docker" "GITHUB_STEP_SUMMARY: '${GITHUB_STEP_SUMMARY}'" "info"
DOCKER_ARGS+=("--mount" "type=bind,source=${GITHUB_STEP_SUMMARY},target=${GITHUB_STEP_SUMMARY}")
DOCKER_ARGS+=("--env" "GITHUB_STEP_SUMMARY=${GITHUB_STEP_SUMMARY}")
# For pushing/pulling from OCI/ghcr.io; if OCI_TARGET_BASE is set:
# - bind-mount the Docker config file (if it exists)
if [[ -n "${OCI_TARGET_BASE}" ]]; then
display_alert "Detected" "OCI_TARGET_BASE: '${OCI_TARGET_BASE}'" "warn"
# DOCKER_ARGS+=("--env" "OCI_TARGET_BASE=${OCI_TARGET_BASE}")
# Mount the Docker config file (if it exists)
local docker_config_file_host="${HOME}/.docker/config.json"
local docker_config_file_docker="/root/.docker/config.json" # inside Docker
if [[ -f "${docker_config_file_host}" ]]; then
display_alert "Passing down to Docker" "Docker config file: '${docker_config_file_host}' -> '${docker_config_file_docker}'" "warn"
DOCKER_ARGS+=("--mount" "type=bind,source=${docker_config_file_host},target=${docker_config_file_docker}")
fi
fi
fi
# This will receive the mountpoint as $1 and the mountpoint vars in the environment.

6
lib/functions/image/initrd.sh
View File

@@ -14,7 +14,7 @@
# see: https://github.com/armbian/build/issues/1584
update_initramfs() {
local chroot_target=$1 target_dir
target_dir="$(find "${chroot_target}/lib/modules"/ -maxdepth 1 -type d -name "*${VER}*")" # @TODO: rpardini: this will break when we add multi-kernel images
target_dir="$(find "${chroot_target}/lib/modules"/ -maxdepth 1 -type d -name "*${IMAGE_INSTALLED_KERNEL_VERSION}*")" # @TODO: rpardini: this will break when we add multi-kernel images
local initrd_kern_ver initrd_file initrd_cache_key initrd_cache_file_path initrd_hash
local initrd_cache_current_manifest_filepath initrd_cache_last_manifest_filepath
local initrd_debug=""
@@ -28,9 +28,9 @@ update_initramfs() {
initrd_file="${chroot_target}/boot/initrd.img-${initrd_kern_ver}"
update_initramfs_cmd="TMPDIR=/tmp update-initramfs -u${initrd_debug} -k ${initrd_kern_ver}" # @TODO: why? TMPDIR=/tmp
else
display_alert "Can't find kernel for version, here's what is in /lib/modules" "VER: ${VER}" "wrn"
display_alert "Can't find kernel for version, here's what is in /lib/modules" "IMAGE_INSTALLED_KERNEL_VERSION: ${IMAGE_INSTALLED_KERNEL_VERSION}" "wrn"
SHOW_LOG=yes run_host_command_logged find "${chroot_target}/lib/modules"/ -maxdepth 1
exit_with_error "No kernel installed for the version" "${VER}"
exit_with_error "No kernel installed for the version" "${IMAGE_INSTALLED_KERNEL_VERSION}"
fi
# Caching.

20
lib/functions/image/loop.sh
View File

@@ -51,28 +51,28 @@ function check_loop_device_internal() {
return 0
}
# write_uboot_to_loop_image <loopdev>
# write_uboot_to_loop_image <loopdev> <full_path_to_uboot_deb>
function write_uboot_to_loop_image() {
declare loop=$1
display_alert "Preparing u-boot bootloader" "LOOP=${loop} - ${CHOSEN_UBOOT}" "info"
declare uboot_deb=$2
display_alert "Preparing u-boot bootloader" "LOOP=${loop} - ${uboot_deb}" "info"
declare full_path_uboot_deb="${uboot_deb}"
if [[ ! -f "${full_path_uboot_deb}" ]]; then
exit_with_error "Missing ${full_path_uboot_deb}"
fi
declare revision="${REVISION}"
declare cleanup_id="" TEMP_DIR=""
prepare_temp_dir_in_workdir_and_schedule_cleanup "uboot-write" cleanup_id TEMP_DIR # namerefs
if [[ -n $UBOOT_REPO_VERSION ]]; then
revision=${UBOOT_REPO_VERSION}
run_host_command_logged dpkg -x "${DEB_STORAGE}/linux-u-boot-${BOARD}-${BRANCH}_${revision}_${ARCH}.deb" "${TEMP_DIR}"/
else
run_host_command_logged dpkg -x "${DEB_STORAGE}/${CHOSEN_UBOOT}_${revision}_${ARCH}.deb" "${TEMP_DIR}"/
fi
run_host_command_logged dpkg -x "${full_path_uboot_deb}" "${TEMP_DIR}"/
if [[ ! -f "${TEMP_DIR}/usr/lib/u-boot/platform_install.sh" ]]; then
exit_with_error "Missing ${TEMP_DIR}/usr/lib/u-boot/platform_install.sh"
fi
display_alert "Sourcing u-boot install functions" "${CHOSEN_UBOOT}" "info"
display_alert "Sourcing u-boot install functions" "${uboot_deb}" "info"
source "${TEMP_DIR}"/usr/lib/u-boot/platform_install.sh
set -e # make sure, we just included something that might disable it

12
lib/functions/image/rootfs-to-image.sh
View File

@@ -11,8 +11,8 @@ function create_image_from_sdcard_rootfs() {
add_cleanup_handler trap_handler_cleanup_destimg
# stage: create file name
# @TODO: rpardini: determine the image file name produced. a bit late in the game, since it uses VER which is from the kernel package.
local version="${VENDOR}_${REVISION}_${BOARD^}_${RELEASE}_${BRANCH}_${VER/-$LINUXFAMILY/}${DESKTOP_ENVIRONMENT:+_$DESKTOP_ENVIRONMENT}"
# @TODO: rpardini: determine the image file name produced. a bit late in the game, since it uses IMAGE_INSTALLED_KERNEL_VERSION which is from the kernel package.
local version="${VENDOR}_${REVISION}_${BOARD^}_${RELEASE}_${BRANCH}_${IMAGE_INSTALLED_KERNEL_VERSION/-$LINUXFAMILY/}${DESKTOP_ENVIRONMENT:+_$DESKTOP_ENVIRONMENT}"
[[ $BUILD_DESKTOP == yes ]] && version=${version}_desktop
[[ $BUILD_MINIMAL == yes ]] && version=${version}_minimal
[[ $ROOTFS_TYPE == nfs ]] && version=${version}_nfsboot
@@ -60,10 +60,10 @@ function create_image_from_sdcard_rootfs() {
display_alert "Free SD cache" "$(echo -e "$freespace" | awk -v mp="${SDCARD}" '$6==mp {print $5}')" "info"
display_alert "Mount point" "$(echo -e "$freespace" | awk -v mp="${MOUNT}" '$6==mp {print $5}')" "info"
# stage: write u-boot, unless the deb is not there, which would happen if BOOTCONFIG=none
# exception: if we use the one from repository, install version which was downloaded from repo
if [[ -f "${DEB_STORAGE}"/${CHOSEN_UBOOT}_${REVISION}_${ARCH}.deb ]] || [[ -n $UBOOT_REPO_VERSION ]]; then
write_uboot_to_loop_image "${LOOP}"
# stage: write u-boot, unless BOOTCONFIG=none
declare -g -A image_artifacts_debs
if [[ "${BOOTCONFIG}" != "none" ]]; then
write_uboot_to_loop_image "${LOOP}" "${DEB_STORAGE}/${image_artifacts_debs["uboot"]}"
fi
# fix wrong / permissions

104
lib/functions/main/build-packages.sh
View File

@@ -4,31 +4,8 @@ function main_default_build_packages() {
LOG_SECTION="cleaning_early_sources" do_with_logging general_cleaning "sources"
fi
# Too many things being done. Allow doing only one thing. For core development, mostly.
# Also because "KERNEL_ONLY=yes" should really be spelled "PACKAGES_ONLY=yes"
local do_build_uboot="yes" do_build_kernel="yes" exit_after_kernel_build="no" exit_after_uboot_build="no" do_host_tools="yes"
if [[ "${JUST_UBOOT}" == "yes" && "${JUST_KERNEL}" == "yes" ]]; then
exit_with_error "User of build system" "can't make up his mind about JUST_KERNEL or JUST_UBOOT"
elif [[ "${JUST_UBOOT}" == "yes" ]]; then
display_alert "JUST_KERNEL set to yes" "Building only kernel and exiting after that" "debug"
do_build_uboot="yes"
do_host_tools="${INSTALL_HOST_TOOLS:-yes}" # rkbin, fips, etc.
exit_after_uboot_build="yes"
elif [[ "${JUST_KERNEL}" == "yes" ]]; then
display_alert "JUST_KERNEL set to yes" "Building only kernel and exiting after that" "debug"
do_build_uboot="no"
exit_after_kernel_build="yes"
do_host_tools="no"
fi
# ignore updates help on building all images - for internal purposes
if [[ "${IGNORE_UPDATES}" != "yes" ]]; then
# Fetch and build the host tools (via extensions)
if [[ "${do_host_tools}" == "yes" ]]; then
LOG_SECTION="fetch_and_build_host_tools" do_with_logging fetch_and_build_host_tools
fi
LOG_SECTION="clean_deprecated_mountpoints" do_with_logging clean_deprecated_mountpoints
for cleaning_fragment in $(tr ',' ' ' <<< "${CLEAN_LEVEL}"); do
@@ -38,41 +15,51 @@ function main_default_build_packages() {
done
fi
if [[ "${do_build_uboot}" == "yes" ]]; then
# Don't build u-boot at all if the BOOTCONFIG is 'none'.
if [[ "${BOOTCONFIG}" != "none" ]]; then
# @TODO: refactor this. we use it very often
# Compile u-boot if packed .deb does not exist or use the one from repository
if [[ ! -f "${DEB_STORAGE}"/${CHOSEN_UBOOT}_${REVISION}_${ARCH}.deb || "${UBOOT_IGNORE_DEB}" == "yes" ]]; then
if [[ -n "${ATFSOURCE}" && "${ATFSOURCE}" != "none" && "${REPOSITORY_INSTALL}" != *u-boot* ]]; then
LOG_SECTION="compile_atf" do_with_logging compile_atf
fi
# @TODO: refactor this construct. we use it too many times.
if [[ "${REPOSITORY_INSTALL}" != *u-boot* || "${UBOOT_IGNORE_DEB}" == "yes" ]]; then
declare uboot_git_revision="not_determined_yet"
LOG_SECTION="uboot_prepare_git" do_with_logging_unless_user_terminal uboot_prepare_git
LOG_SECTION="compile_uboot" do_with_logging compile_uboot
fi
fi
fi
if [[ "${exit_after_uboot_build}" == "yes" ]]; then
display_alert "Exiting after u-boot build" "JUST_UBOOT=yes" "info"
exit 0
### NEW / Artifact system
# Determine which artifacts to build.
declare -a artifacts_to_build=()
if [[ "${BOOTCONFIG}" != "none" ]]; then
artifacts_to_build+=("uboot")
fi
if [[ -n $KERNELSOURCE ]]; then
artifacts_to_build+=("kernel")
fi
if [[ "${INSTALL_ARMBIAN_FIRMWARE:-yes}" == "yes" ]]; then
if [[ ${BOARD_FIRMWARE_INSTALL:-""} == "-full" ]]; then
artifacts_to_build+=("full_firmware")
else
artifacts_to_build+=("firmware")
fi
fi
# Compile kernel if packed .deb does not exist or use the one from repository
if [[ "${do_build_kernel}" == "yes" ]]; then
if [[ ! -f ${DEB_STORAGE}/${CHOSEN_KERNEL}_${REVISION}_${ARCH}.deb || "${KERNEL_IGNORE_DEB}" == "yes" ]]; then
if [[ -n $KERNELSOURCE ]] && [[ "${REPOSITORY_INSTALL}" != *kernel* ]]; then
compile_kernel # This handles its own logging sections.
fi
fi
if [[ "${exit_after_kernel_build}" == "yes" ]]; then
display_alert "Only building kernel and exiting" "JUST_KERNEL=yes" "debug"
exit 0
fi
fi
display_alert "Artifacts to build:" "${artifacts_to_build[*]}" "warn"
# For each artifact, try to obtain them from the local cache, remote cache, or build them.
# Store info about all artifacts in the process, for later use (eg during package installation in distro-agnostic).
declare -g -a image_artifacts_all=()
declare -g -A image_artifacts_packages=()
declare -g -A image_artifacts_debs=()
declare one_artifact one_artifact_package
for one_artifact in "${artifacts_to_build[@]}"; do
declare -A artifact_map_packages=()
declare -A artifact_map_debs=()
WHAT="${one_artifact}" build_artifact_for_image
# store info about this artifact's debs and packages
for one_artifact_package in "${!artifact_map_packages[@]}"; do
image_artifacts_all+=("${one_artifact_package}")
image_artifacts_packages["${one_artifact_package}"]="${artifact_map_packages[${one_artifact_package}]}"
image_artifacts_debs["${one_artifact_package}"]="${artifact_map_debs[${one_artifact_package}]}"
done
done
debug_dict image_artifacts_packages
debug_dict image_artifacts_debs
### OLD / Legacy / Needs conversion to new artifact system @TODO
# Compile armbian-config if packed .deb does not exist or use the one from repository
if [[ ! -f ${DEB_STORAGE}/armbian-config_${REVISION}_all.deb ]]; then
@@ -95,13 +82,6 @@ function main_default_build_packages() {
fi
fi
# Compile armbian-firmware if packed .deb does not exist or use the one from repository
if ! ls "${DEB_STORAGE}/armbian-firmware_${REVISION}_all.deb" 1> /dev/null 2>&1 || ! ls "${DEB_STORAGE}/armbian-firmware-full_${REVISION}_all.deb" 1> /dev/null 2>&1; then
if [[ "${REPOSITORY_INSTALL}" != *armbian-firmware* ]]; then
compile_firmware_light_and_possibly_full # this has its own logging sections
fi
fi
overlayfs_wrapper "cleanup"
reset_uid_owner "${DEB_STORAGE}"

5
lib/functions/main/config-prepare.sh
View File

@@ -197,7 +197,6 @@ function config_post_main() {
declare -g CHOSEN_KERNEL=linux-image-${BRANCH}-${LINUXFAMILY}
declare -g CHOSEN_ROOTFS=${BSP_CLI_PACKAGE_NAME}
declare -g CHOSEN_DESKTOP=armbian-${RELEASE}-desktop-${DESKTOP_ENVIRONMENT}
declare -g CHOSEN_KSRC=linux-source-${BRANCH}-${LINUXFAMILY}
declare -g CHOSEN_KERNEL_WITH_ARCH=${CHOSEN_KERNEL}-${ARCH} # Only for reporting purposes.
# So for kernel full cached rebuilds.
@@ -216,7 +215,6 @@ function config_post_main() {
fi
# assume the worst, and all surprises will be happy ones
declare -g KERNEL_HAS_WORKING_HEADERS="no"
declare -g KERNEL_HAS_WORKING_HEADERS_FULL_SOURCE="no"
# Parse/validate the the major, bail if no match
declare -i KERNEL_MAJOR_MINOR_MAJOR=${KERNEL_MAJOR_MINOR%%.*}
@@ -226,8 +224,7 @@ function config_post_main() {
declare -g KERNEL_HAS_WORKING_HEADERS="yes"
declare -g KERNEL_MAJOR="${KERNEL_MAJOR_MINOR_MAJOR}"
elif [[ "${KERNEL_MAJOR_MINOR_MAJOR}" -eq 4 && "${KERNEL_MAJOR_MINOR_MINOR}" -ge 19 ]]; then
declare -g KERNEL_MAJOR=4 # We support 4.19+ (less than 5.0) is supported, and headers via full source
declare -g KERNEL_HAS_WORKING_HEADERS_FULL_SOURCE="no" # full-source based headers. experimental. set to yes here to enable
declare -g KERNEL_MAJOR=4 # We support 4.19+ (less than 5.0) is supported
elif [[ "${KERNEL_MAJOR_MINOR_MAJOR}" -eq 4 && "${KERNEL_MAJOR_MINOR_MINOR}" -ge 4 ]]; then
declare -g KERNEL_MAJOR=4 # We support 4.x from 4.4
else

4
lib/functions/main/rootfs-image.sh
View File

@@ -3,10 +3,8 @@
function build_rootfs_and_image() {
display_alert "Checking for rootfs cache" "$(echo "${BRANCH} ${BOARD} ${RELEASE} ${DESKTOP_APPGROUPS_SELECTED} ${DESKTOP_ENVIRONMENT} ${BUILD_MINIMAL}" | tr -s " ")" "info"
LOG_SECTION="prepare_rootfs_build_params_and_trap" do_with_logging prepare_rootfs_build_params_and_trap
# get a basic rootfs, either from cache or from scratch
LOG_SECTION="build_rootfs_only" do_with_logging build_rootfs_only # only occurrence of this
get_or_create_rootfs_cache_chroot_sdcard # only occurrence of this; has its own logging sections
# stage: with a basic rootfs available, we mount the chroot and work on it
mount_chroot "${SDCARD}"

6
lib/functions/rootfs/apt-install.sh
View File

@@ -1,6 +1,6 @@
#!/usr/bin/env bash
apt_purge_unneeded_packages() {
function apt_purge_unneeded_packages() {
# remove packages that are no longer needed. rootfs cache + uninstall might have leftovers.
display_alert "No longer needed packages" "purge" "info"
chroot_sdcard_apt_get autoremove
@@ -8,9 +8,7 @@ apt_purge_unneeded_packages() {
# this is called:
# 1) install_deb_chroot "${DEB_STORAGE}/somethingsomething.deb" (yes, it's always ${DEB_STORAGE})
# 2) install_deb_chroot "linux-u-boot-${BOARD}-${BRANCH}" "remote" (normal invocation, install from repo)
# 3) install_deb_chroot "linux-u-boot-${BOARD}-${BRANCH}" "remote" "yes" (install from repo, then also copy the WHOLE CACHE back to DEB_STORAGE)
install_deb_chroot() {
function install_deb_chroot() {
local package="$1"
local variant="$2"
local transfer="$3"

225
lib/functions/rootfs/create-cache.sh
View File

@@ -1,25 +1,6 @@
#!/usr/bin/env bash
# This is already run under logging, don't use do_with_logging under here.
function build_rootfs_only() {
# validate that tmpfs_estimated_size is set and higher than zero, or exit_with_error
[[ -z ${tmpfs_estimated_size} ]] && exit_with_error "tmpfs_estimated_size is not set"
[[ ${tmpfs_estimated_size} -le 0 ]] && exit_with_error "tmpfs_estimated_size is not higher than zero"
# stage: prepare basic rootfs: unpack cache or create from scratch
get_or_create_rootfs_cache_chroot_sdcard # only occurrence of this
# obtain the size, in MiB, of "${SDCARD}" at this point.
declare -i rootfs_size_mib
rootfs_size_mib=$(du -sm "${SDCARD}" | awk '{print $1}')
display_alert "Actual rootfs size" "${rootfs_size_mib}MiB after basic/cache" ""
# warn if rootfs_size_mib is higher than the tmpfs_estimated_size
if [[ ${rootfs_size_mib} -gt ${tmpfs_estimated_size} ]]; then
display_alert "Rootfs actual size is larger than estimated tmpfs size after basic/cache" "${rootfs_size_mib}MiB > ${tmpfs_estimated_size}MiB" "wrn"
fi
}
# called by artifact-rootfs::artifact_rootfs_prepare_version()
function calculate_rootfs_cache_id() {
# Validate that AGGREGATED_ROOTFS_HASH is set
[[ -z "${AGGREGATED_ROOTFS_HASH}" ]] && exit_with_error "AGGREGATED_ROOTFS_HASH is not set at calculate_rootfs_cache_id()"
@@ -52,170 +33,82 @@ function calculate_rootfs_cache_id() {
display_alert "calculate_rootfs_cache_id: done." "rootfs_cache_id: '${rootfs_cache_id}'" "debug"
}
# this gets from cache or produces a basic new rootfs, ready, but not mounted, at "$SDCARD"
function get_or_create_rootfs_cache_chroot_sdcard() {
if [[ "${ROOT_FS_CREATE_ONLY}" == yes ]]; then
exit_with_error "Using deprecated ROOT_FS_CREATE_ONLY=yes, that is not longer supported. use 'rootfs' CLI command."
fi
# validate "${SDCARD}" is set. it does not exist, yet...
if [[ -z "${SDCARD}" ]]; then
exit_with_error "SDCARD is not set at get_or_create_rootfs_cache_chroot_sdcard()"
fi
[[ ! -d "${SDCARD:?}" ]] && exit_with_error "create_new_rootfs_cache: ${SDCARD} is not a directory"
# this was moved from configuration to this stage, that way configuration can be offline
# if ROOTFSCACHE_VERSION not provided, check which is current version in the cache storage in GitHub.
# - ROOTFSCACHE_VERSION is provided by external "build rootfs GHA script" in armbian/scripts
if [[ -z "${ROOTFSCACHE_VERSION}" ]]; then
if [[ "${SKIP_ARMBIAN_REPO}" != "yes" ]]; then
display_alert "ROOTFSCACHE_VERSION not set, getting remotely" "Github API and armbian/mirror " "debug"
# rpardini: why 2 calls?
# this uses `jq` hostdep
ROOTFSCACHE_VERSION=$(curl https://api.github.com/repos/armbian/cache/releases/latest -s --fail | jq .tag_name -r || true)
# anonymous API access is very limited which is why we need a fallback
# rpardini: yeah but this is 404'ing
#ROOTFSCACHE_VERSION=${ROOTFSCACHE_VERSION:-$(curl -L --silent https://cache.armbian.com/rootfs/latest --fail)}
display_alert "Remotely-obtained ROOTFSCACHE_VERSION" "${ROOTFSCACHE_VERSION}" "debug"
else
ROOTFSCACHE_VERSION=668 # The neighbour of the beast.
display_alert "Armbian mirror skipped, using fictional rootfs cache version" "${ROOTFSCACHE_VERSION}" "debug"
fi
else
display_alert "ROOTFSCACHE_VERSION is set externally" "${ROOTFSCACHE_VERSION}" "warn"
fi
# Make ROOTFSCACHE_VERSION global at this point, in case it was not.
declare -g ROOTFSCACHE_VERSION="${ROOTFSCACHE_VERSION}"
display_alert "ROOTFSCACHE_VERSION found online or preset" "${ROOTFSCACHE_VERSION}" "debug"
calculate_rootfs_cache_id # this sets packages_hash and cache_type
# seek last cache, proceed to previous otherwise build it
local -a cache_list=()
get_rootfs_cache_list_into_array_variable # sets cache_list
# Show the number of items in the cache_list array
display_alert "Found possible rootfs caches: " "${#cache_list[@]}" "debug"
display_alert "ROOTFSCACHE_VERSION after getting cache list" "${ROOTFSCACHE_VERSION}" "debug"
declare possible_cached_version
for possible_cached_version in "${cache_list[@]}"; do
ROOTFSCACHE_VERSION="${possible_cached_version}" # global var
local cache_name="${ARCH}-${RELEASE}-${cache_type}-${packages_hash}-${ROOTFSCACHE_VERSION}.tar.zst"
local cache_fname="${SRC}/cache/rootfs/${cache_name}"
display_alert "Checking cache" "$cache_name" "info"
# if aria2 file exists download didn't succeeded
if [[ ! -f $cache_fname || -f ${cache_fname}.aria2 ]]; then
if [[ "${SKIP_ARMBIAN_REPO}" != "yes" ]]; then
display_alert "Downloading from servers" # download_rootfs_cache() requires ROOTFSCACHE_VERSION
download_and_verify "rootfs" "$cache_name" || continue
fi
fi
if [[ -f $cache_fname && ! -f ${cache_fname}.aria2 ]]; then
display_alert "Cache found!" "$cache_name" "info"
break
fi
done
display_alert "ROOTFSCACHE_VERSION after looping" "${ROOTFSCACHE_VERSION}" "debug"
# if cache found, extract it
# if aria2 file exists, download didn't succeeded, so skip it
# we can ignore existing cache with IGNORE_EXISTING_ROOTFS_CACHE=yes
if [[ "${IGNORE_EXISTING_ROOTFS_CACHE}" != "yes" && -f "${cache_fname}" && ! -f "${cache_fname}.aria2" ]]; then
# validate sanity
[[ "x${SDCARD}x" == "xx" ]] && exit_with_error "get_or_create_rootfs_cache_chroot_sdcard: extract: SDCARD: ${SDCARD} is not set"
local date_diff=$((($(date +%s) - $(stat -c %Y "${cache_fname}")) / 86400))
display_alert "Extracting $cache_name" "$date_diff days old" "info"
pv -p -b -r -c -N "$(logging_echo_prefix_for_pv "extract_rootfs") $cache_name" "$cache_fname" | zstdmt -dc | tar xp --xattrs -C "${SDCARD}"/
declare -a pv_tar_zstdmt_pipe_status=("${PIPESTATUS[@]}") # capture and the pipe_status array from PIPESTATUS
declare one_pipe_status
for one_pipe_status in "${pv_tar_zstdmt_pipe_status[@]}"; do
if [[ "$one_pipe_status" != "0" ]]; then
exit_with_error "get_or_create_rootfs_cache_chroot_sdcard: extract: ${cache_fname} failed (${pv_tar_zstdmt_pipe_status[*]}) - corrupt cache?"
fi
done
wait_for_disk_sync "after restoring rootfs cache"
run_host_command_logged rm -v "${SDCARD}"/etc/resolv.conf
run_host_command_logged echo "nameserver ${NAMESERVER}" ">" "${SDCARD}"/etc/resolv.conf
create_sources_list "${RELEASE}" "${SDCARD}/"
else
display_alert "Creating rootfs" "cache miss" "info"
create_new_rootfs_cache
fi
return 0
}
# called by artifact-rootfs::artifact_rootfs_build_from_sources()
function create_new_rootfs_cache() {
: "${artifact_final_file:?artifact_final_file is not set}"
: "${artifact_final_file_basename:?artifact_final_file_basename is not set}"
[[ ! -d "${SDCARD:?}" ]] && exit_with_error "create_new_rootfs_cache: ${SDCARD} is not a directory"
# validate cache_type is set
[[ -n "${cache_type}" ]] || exit_with_error "create_new_rootfs_cache: cache_type is not set"
# validate packages_hash is set
[[ -n "${packages_hash}" ]] || exit_with_error "create_new_rootfs_cache: packages_hash is not set"
# This var ROOT_FS_CREATE_VERSION is only used here, afterwards it's all cache_name and cache_fname
declare ROOT_FS_CREATE_VERSION="${ROOT_FS_CREATE_VERSION:-"$(date --utc +"%Y%m%d")"}"
declare cache_name=${ARCH}-${RELEASE}-${cache_type}-${packages_hash}-${ROOT_FS_CREATE_VERSION}.tar.zst
declare cache_fname=${SRC}/cache/rootfs/${cache_name}
# compatibility with legacy code...
declare -g cache_name="${artifact_final_file_basename}"
declare -g cache_fname=${artifact_final_file}
display_alert "Creating new rootfs cache for" "'${RELEASE}' '${ARCH}' '${ROOT_FS_CREATE_VERSION}'" "info"
display_alert "Creating new rootfs cache" "'${cache_name}'" "info"
create_new_rootfs_cache_via_debootstrap # in rootfs-create.sh
create_new_rootfs_cache_tarball # in rootfs-create.sh
# needed for backend to keep current only @TODO: still needed?
echo "$cache_fname" > "${cache_fname}.current"
# define a readonly global with the name of the cache
declare -g -r BUILT_ROOTFS_CACHE_NAME="${cache_name}"
declare -g -r BUILT_ROOTFS_CACHE_FILE="${cache_fname}"
return 0 # protect against possible future short-circuiting above this
}
# return a list of versions of all available cache from remote and local into outer scoe "cache_list" variable
function get_rootfs_cache_list_into_array_variable() {
# If global vars are empty, exit_with_error
[[ "x${ARCH}x" == "xx" ]] && exit_with_error "ARCH is not set"
[[ "x${RELEASE}x" == "xx" ]] && exit_with_error "RELEASE is not set"
[[ "x${packages_hash}x" == "xx" ]] && exit_with_error "packages_hash is not set"
[[ "x${cache_type}x" == "xx" ]] && exit_with_error "cache_type is not set"
# this builds/gets cached rootfs artifact, extracts it to "${SDCARD}"
function get_or_create_rootfs_cache_chroot_sdcard() {
if [[ "${ROOT_FS_CREATE_ONLY}" == yes ]]; then
exit_with_error "Using deprecated ROOT_FS_CREATE_ONLY=yes, that is not longer supported. use 'rootfs' CLI command."
fi
# this uses `jq` hostdep
# build the rootfs artifact; capture the filename...
declare -g artifact_final_file artifact_version artifact_final_file artifact_file_relative
WHAT="rootfs" build_artifact_for_image # has its own logging sections, for now
declare -g cache_fname="${artifact_final_file}"
declare -a local_cache_list=() # outer scope variable
readarray -t local_cache_list <<< "$({
# Don't even try remote if we're told to skip.
if [[ "${SKIP_ARMBIAN_REPO}" != "yes" ]]; then
curl --silent --fail -L "https://api.github.com/repos/armbian/cache/releases?per_page=3" | jq -r '.[].tag_name' ||
curl --silent --fail -L https://cache.armbian.com/rootfs/list
# Setup the cleanup handler, possibly "again", since the artifact already set it up and consumed it, if cache missed.
LOG_SECTION="prepare_rootfs_build_params_and_trap" do_with_logging prepare_rootfs_build_params_and_trap
LOG_SECTION="extract_rootfs_artifact" do_with_logging extract_rootfs_artifact
return 0
}
function extract_rootfs_artifact() {
: "${artifact_file_relative:?artifact_file_relative is not set}"
: "${artifact_final_file:?artifact_final_file is not set}"
# compatibility with legacy code...
declare cache_name="${artifact_file_relative}"
declare cache_fname=${artifact_final_file}
if [[ ! -f "${cache_fname}" ]]; then
exit_with_error "get_or_create_rootfs_cache_chroot_sdcard: extract: ${cache_fname} is not a file"
fi
# validate sanity
[[ "x${SDCARD}x" == "xx" ]] && exit_with_error "get_or_create_rootfs_cache_chroot_sdcard: extract: SDCARD: ${SDCARD} is not set"
[[ ! -d "${SDCARD}" ]] && exit_with_error "get_or_create_rootfs_cache_chroot_sdcard: ${SDCARD} is not a directory"
# @TODO: validate SDCARD is empty; if not, the artifact build "leaked" a cleanup
local date_diff=$((($(date +%s) - $(stat -c %Y "${cache_fname}")) / 86400))
display_alert "Extracting ${artifact_version}" "${date_diff} days old" "info"
pv -p -b -r -c -N "$(logging_echo_prefix_for_pv "extract_rootfs") ${artifact_version}" "${cache_fname}" | zstdmt -dc | tar xp --xattrs -C "${SDCARD}"/
declare -a pv_tar_zstdmt_pipe_status=("${PIPESTATUS[@]}") # capture and the pipe_status array from PIPESTATUS
declare one_pipe_status
for one_pipe_status in "${pv_tar_zstdmt_pipe_status[@]}"; do
if [[ "$one_pipe_status" != "0" ]]; then
exit_with_error "get_or_create_rootfs_cache_chroot_sdcard: extract: ${cache_fname} failed (${pv_tar_zstdmt_pipe_status[*]}) - corrupt cache?"
fi
find "${SRC}"/cache/rootfs/ -mtime -7 -name "${ARCH}-${RELEASE}-${cache_type}-${packages_hash}-*.tar.zst" |
sed -e 's#^.*/##' |
sed -e 's#\..*$##' |
awk -F'-' '{print $5}'
} | sort | uniq | sort -r)"
# Show the contents
display_alert "Available cache versions number" "${#local_cache_list[*]}" "debug"
# Loop each and show
for cache_version in "${local_cache_list[@]}"; do
display_alert "One available cache version" "${cache_version}" "debug"
done
# return the list to outer scope
cache_list=("${local_cache_list[@]}")
wait_for_disk_sync "after restoring rootfs cache"
run_host_command_logged rm -v "${SDCARD}"/etc/resolv.conf
run_host_command_logged echo "nameserver ${NAMESERVER}" ">" "${SDCARD}"/etc/resolv.conf
create_sources_list "${RELEASE}" "${SDCARD}/"
return 0
}

88
lib/functions/rootfs/distro-agnostic.sh
View File

@@ -46,7 +46,7 @@ function install_distribution_agnostic() {
# /usr/share/initramfs-tools/hooks/dropbear will automatically add 'id_ecdsa.pub' to authorized_keys file
# during mkinitramfs of update-initramfs
#cat "${SDCARD}"/etc/dropbear-initramfs/id_ecdsa.pub > "${SDCARD}"/etc/dropbear-initramfs/authorized_keys
CRYPTROOT_SSH_UNLOCK_KEY_NAME="${VENDOR}_${REVISION}_${BOARD^}_${RELEASE}_${BRANCH}_${VER/-$LINUXFAMILY/}_${DESKTOP_ENVIRONMENT}".key
CRYPTROOT_SSH_UNLOCK_KEY_NAME="${VENDOR}_${REVISION}_${BOARD^}_${RELEASE}_${BRANCH}_${DESKTOP_ENVIRONMENT}".key
# copy dropbear ssh key to image output dir for convenience
cp "${SDCARD}"/etc/dropbear-initramfs/id_ecdsa "${DEST}/images/${CRYPTROOT_SSH_UNLOCK_KEY_NAME}"
display_alert "SSH private key for dropbear (initramfs) has been copied to:" \
@@ -299,57 +299,55 @@ function install_distribution_agnostic() {
# install u-boot
# @TODO: add install_bootloader() extension method, refactor into u-boot extension
[[ "${BOOTCONFIG}" != "none" ]] && {
if [[ "${REPOSITORY_INSTALL}" != *u-boot* ]]; then
UBOOT_VER=$(dpkg --info "${DEB_STORAGE}/${CHOSEN_UBOOT}_${REVISION}_${ARCH}.deb" | grep Descr | awk '{print $(NF)}')
install_deb_chroot "${DEB_STORAGE}/${CHOSEN_UBOOT}_${REVISION}_${ARCH}.deb"
else
install_deb_chroot "linux-u-boot-${BOARD}-${BRANCH}" "remote" "yes" # @TODO: rpardini: this is completely different! "remote" "yes"
UBOOT_REPO_VERSION=$(dpkg-deb -f "${SDCARD}/var/cache/apt/archives/linux-u-boot-${BOARD}-${BRANCH}*_${ARCH}.deb" Version)
fi
}
declare -g image_artifacts_packages image_artifacts_debs
debug_dict image_artifacts_packages
debug_dict image_artifacts_debs
if [[ "${BOOTCONFIG}" != "none" ]]; then
install_deb_chroot "${DEB_STORAGE}/${image_artifacts_debs["uboot"]}"
fi
call_extension_method "pre_install_kernel_debs" <<- 'PRE_INSTALL_KERNEL_DEBS'
*called before installing the Armbian-built kernel deb packages*
It is not too late to `unset KERNELSOURCE` here and avoid kernel install.
PRE_INSTALL_KERNEL_DEBS
# default VER, will be parsed from Kernel version in the installed deb package.
VER="linux"
# default IMAGE_INSTALLED_KERNEL_VERSION, will be parsed from Kernel version in the installed deb package.
IMAGE_INSTALLED_KERNEL_VERSION="linux"
# install kernel
[[ -n $KERNELSOURCE ]] && {
if [[ "${REPOSITORY_INSTALL}" != *kernel* ]]; then
VER=$(dpkg --info "${DEB_STORAGE}/${CHOSEN_KERNEL}_${REVISION}_${ARCH}.deb" | grep "^ Source:" | sed -e 's/ Source: linux-//')
display_alert "Parsed kernel version from local package" "${VER}" "debug"
# install kernel: image/dtb/headers
if [[ -n $KERNELSOURCE ]]; then
install_deb_chroot "${DEB_STORAGE}/${image_artifacts_debs["linux-image"]}"
install_deb_chroot "${DEB_STORAGE}/${CHOSEN_KERNEL}_${REVISION}_${ARCH}.deb"
if [[ -f ${DEB_STORAGE}/${CHOSEN_KERNEL/image/dtb}_${REVISION}_${ARCH}.deb ]]; then
install_deb_chroot "${DEB_STORAGE}/${CHOSEN_KERNEL/image/dtb}_${REVISION}_${ARCH}.deb"
fi
if [[ $INSTALL_HEADERS == yes ]]; then
install_deb_chroot "${DEB_STORAGE}/${CHOSEN_KERNEL/image/headers}_${REVISION}_${ARCH}.deb"
fi
else
install_deb_chroot "linux-image-${BRANCH}-${LINUXFAMILY}" "remote" # @TODO: rpardini: again a different one, without "yes" this time
VER=$(dpkg-deb -f "${SDCARD}"/var/cache/apt/archives/linux-image-${BRANCH}-${LINUXFAMILY}*_${ARCH}.deb Source)
VER="${VER/-$LINUXFAMILY/}"
VER="${VER/linux-/}"
display_alert "Parsed kernel version from remote package" "${VER}" "debug"
if [[ "${ARCH}" != "amd64" && "${LINUXFAMILY}" != "media" ]]; then # amd64 does not have dtb package, see packages/armbian/builddeb:355
install_deb_chroot "linux-dtb-${BRANCH}-${LINUXFAMILY}" "remote" # @TODO: rpardini: again a different one, without "yes" this time
fi
[[ $INSTALL_HEADERS == yes ]] && install_deb_chroot "linux-headers-${BRANCH}-${LINUXFAMILY}" "remote" # @TODO: rpardini: again a different one, without "yes" this time
if [[ "${KERNEL_BUILD_DTBS:-"yes"}" == "yes" ]]; then
install_deb_chroot "${DEB_STORAGE}/${image_artifacts_debs["linux-dtb"]}"
fi
# Eh, short circuit above. Beware.
}
if [[ "${KERNEL_HAS_WORKING_HEADERS:-"no"}" == "yes" ]]; then
if [[ $INSTALL_HEADERS == yes ]]; then # @TODO remove? might be a good idea to always install headers.
install_deb_chroot "${DEB_STORAGE}/${image_artifacts_debs["linux-headers"]}"
fi
fi
# Determine "IMAGE_INSTALLED_KERNEL_VERSION" for compatiblity with legacy update-initramfs code. @TODO get rid of this one day
IMAGE_INSTALLED_KERNEL_VERSION=$(dpkg --info "${DEB_STORAGE}/${image_artifacts_debs["linux-image"]}" | grep "^ Source:" | sed -e 's/ Source: linux-//')
display_alert "Parsed kernel version from local package" "${IMAGE_INSTALLED_KERNEL_VERSION}" "debug"
fi
call_extension_method "post_install_kernel_debs" <<- 'POST_INSTALL_KERNEL_DEBS'
*allow config to do more with the installed kernel/headers*
Called after packages, u-boot, kernel and headers installed in the chroot, but before the BSP is installed.
If `KERNELSOURCE` is (still?) unset after this, Armbian-built firmware will not be installed.
POST_INSTALL_KERNEL_DEBS
# install armbian-firmware by default. Set BOARD_FIRMWARE_INSTALL="-full" to install full firmware variant
if [[ "${INSTALL_ARMBIAN_FIRMWARE:-yes}" == "yes" ]]; then
if [[ ${BOARD_FIRMWARE_INSTALL:-""} == "-full" ]]; then
install_deb_chroot "${DEB_STORAGE}/${image_artifacts_debs["armbian-firmware-full"]}"
else
install_deb_chroot "${DEB_STORAGE}/${image_artifacts_debs["armbian-firmware"]}"
fi
fi
# install board support packages
if [[ "${REPOSITORY_INSTALL}" != *bsp* ]]; then
install_deb_chroot "${DEB_STORAGE}/${BSP_CLI_PACKAGE_FULLNAME}.deb"
@@ -373,17 +371,6 @@ function install_distribution_agnostic() {
fi
fi
# install armbian-firmware by default. Set BOARD_FIRMWARE_INSTALL="-full" to install full firmware variant
[[ "${INSTALL_ARMBIAN_FIRMWARE:-yes}" == "yes" ]] && {
if [[ "${REPOSITORY_INSTALL}" != *armbian-firmware* ]]; then
if [[ -f ${DEB_STORAGE}/armbian-firmware_${REVISION}_all.deb ]]; then
install_deb_chroot "${DEB_STORAGE}/armbian-firmware${BOARD_FIRMWARE_INSTALL:-""}_${REVISION}_all.deb"
fi
else
install_deb_chroot "armbian-firmware${BOARD_FIRMWARE_INSTALL:-""}" "remote"
fi
}
# install armbian-config
if [[ "${PACKAGE_LIST_RM}" != *armbian-config* ]]; then
if [[ "${REPOSITORY_INSTALL}" != *armbian-config* ]]; then
@@ -419,11 +406,6 @@ function install_distribution_agnostic() {
fi
fi
# install kernel sources
if [[ -f ${DEB_STORAGE}/${CHOSEN_KSRC}_${REVISION}_all.deb && $INSTALL_KSRC == yes ]]; then
install_deb_chroot "${DEB_STORAGE}/${CHOSEN_KSRC}_${REVISION}_all.deb"
fi
# install wireguard tools
if [[ $WIREGUARD == yes ]]; then
install_deb_chroot "wireguard-tools" "remote"

20
lib/functions/rootfs/trap-rootfs.sh
View File

@@ -1,4 +1,5 @@
## Prepare/cleanup pair @TODO needs to be split between SDCARD and MOUNT, no sense doing both in rootfs trap anymore
# called by artifact-rootfs::artifact_rootfs_prepare_version()
function prepare_rootfs_build_params_and_trap() {
# add handler to cleanup when done or if something fails or is interrupted.
add_cleanup_handler trap_handler_cleanup_rootfs_and_image
@@ -7,13 +8,6 @@ function prepare_rootfs_build_params_and_trap() {
run_host_command_logged rm -rfv "${SDCARD}" "${MOUNT}"
run_host_command_logged mkdir -pv "${SDCARD}" "${MOUNT}" "${SRC}/cache/rootfs" "${DEST}/images" # @TODO images needs its own trap
# bind mount rootfs if defined # @TODO: is this used? Igor's NAS?
if [[ -d "${ARMBIAN_CACHE_ROOTFS_PATH}" ]]; then
display_alert "Warning, using untested code path" "ARMBIAN_CACHE_ROOTFS_PATH" "warn"
mountpoint -q "${SRC}"/cache/rootfs && umount "${SRC}"/cache/rootfs
mount --bind "${ARMBIAN_CACHE_ROOTFS_PATH}" "${SRC}/cache/rootfs"
fi
# stage: verify tmpfs configuration and mount
# CLI needs ~2GiB, desktop ~5GiB
# vs 60% of "available" RAM (free + buffers + magic)
@@ -35,13 +29,12 @@ function prepare_rootfs_build_params_and_trap() {
display_alert "Not using tmpfs for rootfs" "RAM available: ${available_physical_memory_mib}MiB < ${tmpfs_estimated_size}MiB estimated" "info"
fi
# make global and readonly, for sanity
declare -g -r -i tmpfs_estimated_size="${tmpfs_estimated_size}"
declare -g -r -i available_physical_memory_mib="${available_physical_memory_mib}"
declare -g -i tmpfs_estimated_size="${tmpfs_estimated_size}"
declare -g -i available_physical_memory_mib="${available_physical_memory_mib}"
if [[ $use_tmpfs == yes ]]; then
declare -g -r ROOTFS_IS_UNDER_TMPFS=yes
mount -t tmpfs -o "size=99%" tmpfs "${SDCARD}" # size=50% is the Linux default, but we need more.
# this cleaned up by trap_handler_cleanup_rootfs_and_image, configured above
fi
}
@@ -58,10 +51,7 @@ function trap_handler_cleanup_rootfs_and_image() {
# unmount tmpfs mounted on SDCARD if it exists. #@TODO: move to new tmpfs-utils scheme
mountpoint -q "${SDCARD}" && umount "${SDCARD}"
# @TODO: rpardini: igor: why lazy umounts?
mountpoint -q "${SRC}"/cache/toolchain && umount -l "${SRC}"/cache/toolchain >&2
mountpoint -q "${SRC}"/cache/rootfs && umount -l "${SRC}"/cache/rootfs >&2
[[ $CRYPTROOT_ENABLE == yes ]] && cryptsetup luksClose "${ROOT_MAPPER}" >&2
[[ $CRYPTROOT_ENABLE == yes ]] && cryptsetup luksClose "${ROOT_MAPPER}"
if [[ "${PRESERVE_SDCARD_MOUNT}" == "yes" ]]; then
display_alert "Preserving SD card mount" "trap_handler_cleanup_rootfs_and_image" "warn"

90
lib/library-functions.sh
View File

@@ -1,6 +1,60 @@
#!/usr/bin/env bash
# This file is/was autogenerated by lib/tools/gen-library.sh; don't modify manually
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
set -o errtrace # trace ERR through - enabled
set -o errexit ## set -e : exit the script if any statement returns a non-true return value - enabled
### lib/functions/artifacts/artifact-firmware.sh
# shellcheck source=lib/functions/artifacts/artifact-firmware.sh
source "${SRC}"/lib/functions/artifacts/artifact-firmware.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
set -o errtrace # trace ERR through - enabled
set -o errexit ## set -e : exit the script if any statement returns a non-true return value - enabled
### lib/functions/artifacts/artifact-full_firmware.sh
# shellcheck source=lib/functions/artifacts/artifact-full_firmware.sh
source "${SRC}"/lib/functions/artifacts/artifact-full_firmware.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
set -o errtrace # trace ERR through - enabled
set -o errexit ## set -e : exit the script if any statement returns a non-true return value - enabled
### lib/functions/artifacts/artifact-kernel.sh
# shellcheck source=lib/functions/artifacts/artifact-kernel.sh
source "${SRC}"/lib/functions/artifacts/artifact-kernel.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
set -o errtrace # trace ERR through - enabled
set -o errexit ## set -e : exit the script if any statement returns a non-true return value - enabled
### lib/functions/artifacts/artifact-rootfs.sh
# shellcheck source=lib/functions/artifacts/artifact-rootfs.sh
source "${SRC}"/lib/functions/artifacts/artifact-rootfs.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
set -o errtrace # trace ERR through - enabled
set -o errexit ## set -e : exit the script if any statement returns a non-true return value - enabled
### lib/functions/artifacts/artifact-uboot.sh
# shellcheck source=lib/functions/artifacts/artifact-uboot.sh
source "${SRC}"/lib/functions/artifacts/artifact-uboot.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
set -o errtrace # trace ERR through - enabled
set -o errexit ## set -e : exit the script if any statement returns a non-true return value - enabled
### lib/functions/artifacts/artifacts-obtain.sh
# shellcheck source=lib/functions/artifacts/artifacts-obtain.sh
source "${SRC}"/lib/functions/artifacts/artifacts-obtain.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
@@ -10,24 +64,6 @@ set -o errexit ## set -e : exit the script if any statement returns a non-true
# shellcheck source=lib/functions/artifacts/artifacts-registry.sh
source "${SRC}"/lib/functions/artifacts/artifacts-registry.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
set -o errtrace # trace ERR through - enabled
set -o errexit ## set -e : exit the script if any statement returns a non-true return value - enabled
### lib/functions/artifacts/kernel.sh
# shellcheck source=lib/functions/artifacts/kernel.sh
source "${SRC}"/lib/functions/artifacts/kernel.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
set -o errtrace # trace ERR through - enabled
set -o errexit ## set -e : exit the script if any statement returns a non-true return value - enabled
### lib/functions/artifacts/u-boot.sh
# shellcheck source=lib/functions/artifacts/u-boot.sh
source "${SRC}"/lib/functions/artifacts/u-boot.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
@@ -100,15 +136,6 @@ set -o errexit ## set -e : exit the script if any statement returns a non-true
# shellcheck source=lib/functions/cli/cli-docker.sh
source "${SRC}"/lib/functions/cli/cli-docker.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
set -o errtrace # trace ERR through - enabled
set -o errexit ## set -e : exit the script if any statement returns a non-true return value - enabled
### lib/functions/cli/cli-firmware.sh
# shellcheck source=lib/functions/cli/cli-firmware.sh
source "${SRC}"/lib/functions/cli/cli-firmware.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
@@ -145,15 +172,6 @@ set -o errexit ## set -e : exit the script if any statement returns a non-true
# shellcheck source=lib/functions/cli/cli-requirements.sh
source "${SRC}"/lib/functions/cli/cli-requirements.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled
set -o errtrace # trace ERR through - enabled
set -o errexit ## set -e : exit the script if any statement returns a non-true return value - enabled
### lib/functions/cli/cli-rootfs.sh
# shellcheck source=lib/functions/cli/cli-rootfs.sh
source "${SRC}"/lib/functions/cli/cli-rootfs.sh
# no errors tolerated. invoked before each sourced file to make sure.
#set -o pipefail # trace ERR through pipes - will be enabled "soon"
#set -o nounset ## set -u : exit the script if you try to use an uninitialised variable - one day will be enabled