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664eadff1b
This changes the format from:
sys-apps/systemd-212-r8::coreos GPL-2 LGPL-2.1 MIT public-domain
to a JSON structure:
[
{
"project": "sys-apps/systemd-212-r8::coreos",
"license": ["GPL-2", "LGPL-2.1", "MIT", "public-domain"]
}
]
We don't have to worry about the changing format because the previous
format was never published. This is designed to match the
bill-of-materials [1] format so that it can be consumed by the site.
[1]: https://github.com/coreos/license-bill-of-materials
124 lines
4.8 KiB
Bash
124 lines
4.8 KiB
Bash
# Copyright (c) 2016 The CoreOS Authors. All rights reserved.
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# Use of this source code is governed by a BSD-style license that can be
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# found in the LICENSE file.
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# Expects BOARD, BUILD_DIR, BUILD_LIBRARY_DIR, and COREOS_VERSION in env.
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# There must be a manifest template included with the ebuild at
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# files/manifest.in, which will have some variable values substituted before
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# being written into place for the ACI. Optionally, a shell script can also be
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# included at files/manglefs.sh to be run after all packages are installed. It
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# is intended to be used to make modifications to the file system layout and
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# program paths that some included agent software might expect.
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# Copied from create_prod_image()
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create_oem_aci_image() {
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local image_name="$1"
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local disk_layout="$2"
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local update_group="$3"
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local base_pkg="${4?No base package was specified}"
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info "Building OEM ACI staging image ${image_name}"
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local root_fs_dir="${BUILD_DIR}/rootfs"
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local image_contents="${image_name%.bin}_contents.txt"
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local image_packages="${image_name%.bin}_packages.txt"
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local image_licenses="${image_name%.bin}_licenses.json"
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start_image \
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"${image_name}" "${disk_layout}" "${root_fs_dir}" "${update_group}"
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# Install minimal GCC (libs only) and then everything else
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set_image_profile oem-aci
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extract_prod_gcc "${root_fs_dir}"
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emerge_to_image "${root_fs_dir}" "${base_pkg}"
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run_ldconfig "${root_fs_dir}"
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write_packages "${root_fs_dir}" "${BUILD_DIR}/${image_packages}"
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write_licenses "${root_fs_dir}" "${BUILD_DIR}/${image_licenses}"
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# clean-ups of things we do not need
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sudo rm ${root_fs_dir}/etc/csh.env
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sudo rm -rf ${root_fs_dir}/etc/env.d
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sudo rm -rf ${root_fs_dir}/var/db/pkg
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sudo mv ${root_fs_dir}/etc/profile.env \
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${root_fs_dir}/usr/share/baselayout/profile.env
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# Move the ld.so configs into /usr so they can be symlinked from /
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sudo mv ${root_fs_dir}/etc/ld.so.conf ${root_fs_dir}/usr/lib
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sudo mv ${root_fs_dir}/etc/ld.so.conf.d ${root_fs_dir}/usr/lib
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sudo ln --symbolic ../usr/lib/ld.so.conf ${root_fs_dir}/etc/ld.so.conf
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# Add a tmpfiles rule that symlink ld.so.conf from /usr into /
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sudo tee "${root_fs_dir}/usr/lib/tmpfiles.d/baselayout-ldso.conf" \
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> /dev/null <<EOF
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L+ /etc/ld.so.conf - - - - ../usr/lib/ld.so.conf
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EOF
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# Move the PAM configuration into /usr
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sudo mkdir -p ${root_fs_dir}/usr/lib/pam.d
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sudo mv -n ${root_fs_dir}/etc/pam.d/* ${root_fs_dir}/usr/lib/pam.d/
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sudo rmdir ${root_fs_dir}/etc/pam.d
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# Take the non-kernel-related bits from finish_image().
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rm -rf "${BUILD_DIR}"/configroot
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cleanup_mounts "${root_fs_dir}"
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trap - EXIT
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}
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oem_aci_write_manifest() {
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local manifest_template="${1?No input path was specified}"
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local manifest="${2?No output path was specified}"
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local name="${3?No ACI name was specified}"
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local appc_arch=
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case "${BOARD}" in
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amd64-usr) appc_arch=amd64 ;;
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arm64-usr) appc_arch=aarch64 ;;
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*) die_notrace "Cannot map \"${BOARD}\" to an appc arch" ;;
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esac
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sudo cp "${manifest_template}" "${manifest}"
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sudo sed "${manifest}" -i \
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-e "s,@ACI_NAME@,${name}," \
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-e "s,@ACI_VERSION@,${COREOS_VERSION}," \
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-e "s,@ACI_ARCH@,${appc_arch},"
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}
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oem_aci_create() {
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local aciroot="${BUILD_DIR}"
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local oem="${1?No OEM was specified}"
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local base_pkg="coreos-base/coreos-oem-${oem}"
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local ebuild=$(equery-"${BOARD}" w "${base_pkg}" 2>/dev/null)
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local staging_image="coreos_oem_${oem}_aci_stage.bin"
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[ -n "${ebuild}" ] || die_notrace "No ebuild exists for OEM \"${oem}\""
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grep -Fqs '(meta package)' "${ebuild}" ||
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die_notrace "The \"${base_pkg}\" ebuild is not a meta package"
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# Build a staging image for this OEM.
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create_oem_aci_image "${staging_image}" container stable "${base_pkg}"
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# Remount the staging image to brutalize the rootfs for broken services.
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"${BUILD_LIBRARY_DIR}/disk_util" --disk_layout=container \
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mount "${BUILD_DIR}/${staging_image}" "${aciroot}/rootfs"
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trap "cleanup_mounts '${aciroot}/rootfs' && delete_prompt" EXIT
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[ -r "${ebuild%/*}/files/manglefs.sh" ] &&
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sudo sh -c "cd '${aciroot}/rootfs' && . '${ebuild%/*}/files/manglefs.sh'"
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# Substitute variables into the OEM manifest to produce the final version.
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oem_aci_write_manifest \
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"${ebuild%/*}/files/manifest.in" \
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"${aciroot}/manifest" \
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"coreos.com/oem-${oem}"
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# Write a tar ACI file containing the manifest and mounted rootfs contents.
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sudo tar -C "${aciroot}" -czf "${BUILD_DIR}/coreos-oem-${oem}.aci" \
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manifest rootfs
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# Unmount the staging image, and delete it to save space.
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cleanup_mounts "${aciroot}/rootfs"
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trap - EXIT
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rm -f "${BUILD_DIR}/${staging_image}"
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}
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