diff --git a/BuildSourceImage.sh b/BuildSourceImage.sh index 6bcbe51..416c95b 100755 --- a/BuildSourceImage.sh +++ b/BuildSourceImage.sh @@ -1,7 +1,6 @@ #!/bin/bash -# This script requires an OCI IMAGE Name to pull. -# The script generates a SOURCE Image based on the OCI Image -# Script must be executed on the same OS or newer as the image. + +# This script builds a Source Image via "drivers" to collect source export ABV_NAME="SrcImg" # TODO maybe a flag for this? @@ -9,7 +8,7 @@ export source_image_suffix="-source" _usage() { - echo "Usage: $(basename $0) [-b ] [-c ] [-e ] [-o ] [-p] IMAGE" + echo "Usage: $(basename $0) [-D] [-b ] [-c ] [-e ] [-r ] [-o ] [-i ] [-p ] [-l] [-d ]" echo "" echo -e " -b \tbase path for source image builds" echo -e " -c \tbuild context for the container image. Can be provided via CONTEXT_DIR env variable" @@ -18,7 +17,8 @@ _usage() { echo -e " -o \toutput the OCI image to path. Can be provided via OUTPUT_DIR env variable" echo -e " -d \toutput the OCI image to path. Can be provided via OUTPUT_DIR env variable" echo -e " -l\t\tlist the source drivers available" - echo -e " -p\t\tpush source image after build" + echo -e " -i \timage reference to fetch and inspect its rootfs" + echo -e " -p \tpush source image to reference after build" echo -e " -D\t\tdebuging output. Can be set via DEBUG env variable" exit 1 } @@ -27,18 +27,14 @@ _usage() { # sanity checks on startup # _init() { - if [ $# -lt 1 ] ; then - _usage - fi - set -o pipefail # check for tools we depend on - for cmd in jq skopeo dnf file find ; do + for cmd in jq skopeo dnf file find tar stat date ; do if [ -z "$(command -v ${cmd})" ] ; then # TODO: maybe this could be individual checks so it can report # where to find the tools - echo "ERROR: please install '${cmd}' package" + echo "ERROR: please install package to provide '${cmd}'" fi done } @@ -80,7 +76,16 @@ _mktemp() { # local rm -rf _rm_rf() { _debug "rm -rf $@" - #rm -rf $@ + rm -rf $@ +} + +# local mkdir -p +_mkdir_p() { + if [ -n "${DEBUG}" ] ; then + mkdir -vp $@ + else + mkdir -p $@ + fi } # local tar @@ -104,6 +109,10 @@ _info() { echo "[${ABV_NAME}][INFO] ${@}" } +_warn() { + echo "[${ABV_NAME}][WARN] ${@}" >&2 +} + # general echo but with prefix _error() { echo "[${ABV_NAME}][ERROR] ${@}" >&2 @@ -150,6 +159,12 @@ parse_img_base() { parse_img_tag() { local ref="${1%@*}" # just the portion before the digest "@" local tag="latest" # default tag + + if [ -z "${ref}" ] ; then + echo -n "${tag}" + return 0 + fi + if [ "$(_count ':' $(echo ${ref} | tr '/' '\n' | tail -1 ))" -gt 0 ] ; then # if there are colons in the last segment after '/', then get that tag name tag="$(echo ${ref} | tr '/' '\n' | tail -1 | cut -d : -f 2 )" @@ -217,7 +232,7 @@ fetch_img() { local ref="${1}" local dst="${2}" - mkdir -p "${dst}" + _mkdir_p "${dst}" local base="$(parse_img_base ${ref})" local tag="$(parse_img_tag ${ref})" @@ -267,6 +282,11 @@ unpack_img_bash() { local image_dir="${1}" local unpack_dir="${2}" + # for compat with umoci (which wants the image tag as well) + if echo "${image_dir}" | grep -q ":" ; then + image_dir="${image_dir%:*}" + fi + local mnfst_dgst="$(cat "${image_dir}"/index.json | jq '.manifests[0].digest' | tr -d \" )" # Since we're landing the reference as an OCI layout, this mediaType is fairly predictable @@ -274,10 +294,10 @@ unpack_img_bash() { layer_dgsts="$(cat ${image_dir}/blobs/${mnfst_dgst/:/\/} | \ jq '.layers[] | select(.mediaType == "application/vnd.oci.image.layer.v1.tar+gzip") | .digest' | tr -d \")" - mkdir -vp "${unpack_dir}" + _mkdir_p "${unpack_dir}/rootfs" for dgst in ${layer_dgsts} ; do path="${image_dir}/blobs/${dgst/:/\/}" - tmp_file=$(_mktemp_d) + tmp_file=$(_mktemp) zcat "${path}" | _tar -t > $tmp_file # TODO cleanup these files # look for '.wh.' entries. They must be removed from the rootfs @@ -287,16 +307,16 @@ unpack_img_bash() { # if `some/path/.wh.foo` then `rm -rf `${unpack_dir}/some/path/foo` # if `some/path/.wh..wh..opq` then `rm -rf `${unpack_dir}/some/path/*` if [ "$(basename ${line})" == ".wh..wh..opq" ] ; then - _rm_rf "${unpack_dir}/$(dirname ${line})/*" + _rm_rf "${unpack_dir}/rootfs/$(dirname ${line})/*" elif basename "${line}" | grep -qe '^\.wh\.' ; then name=$(basename "${line}" | sed -e 's/^\.wh\.//') - _rm_rf "${unpack_dir}/$(dirname ${line})/${name}" + _rm_rf "${unpack_dir}/rootfs/$(dirname ${line})/${name}" fi done _info "[unpacking] layer ${dgst}" # unpack layer to rootfs (without whiteouts) - zcat "${path}" | _tar --restrict --no-xattr --no-acls --no-selinux --exclude='*.wh.*' -x -C "${unpack_dir}" + zcat "${path}" | _tar --restrict --no-xattr --no-acls --no-selinux --exclude='*.wh.*' -x -C "${unpack_dir}/rootfs" # some of the directories get unpacked as 0555, so removing them gives an EPERM find "${unpack_dir}" -type d -exec chmod 0755 "{}" \; @@ -331,7 +351,7 @@ layout_new() { local out_dir="${1}" local image_tag="${2:-latest}" - mkdir -p "${out_dir}/blobs/sha256" + _mkdir_p "${out_dir}/blobs/sha256" echo '{"imageLayoutVersion":"1.0.0"}' > "${out_dir}/oci-layout" local config=' { @@ -379,19 +399,20 @@ layout_new() { ' | jq -c | tr -d '\n' > "${out_dir}/index.json" } -# TODO this is not finished yet # call this for every artifact, to insert it into an OCI layout # args: # * a path to the layout # * a path to the artifact # * the path inside the tar +# * json file to slurp in as annotations for this layer's OCI descriptor # * tag used in the layout (default is 'latest') # layout_insert() { local out_dir="${1}" local artifact_path="${2}" local tar_path="${3}" - local image_tag="${4:-latest}" + local annotations_file="${4}" + local image_tag="${5:-latest}" local mnfst_list="${out_dir}/index.json" # get the digest to the manifest @@ -409,14 +430,14 @@ layout_insert() { # TODO account for "artifact_path" being a directory? local sum="$(sha256sum ${artifact_path} | awk '{ print $1 }')" # making a blob store in the layer - mkdir -p "${tmpdir}/blobs/sha256" + _mkdir_p "${tmpdir}/blobs/sha256" cp "${artifact_path}" "${tmpdir}/blobs/sha256/${sum}" if [ "$(basename ${tar_path})" == "$(basename ${artifact_path})" ] ; then - mkdir -p "${tmpdir}/$(dirname ${tar_path})" + _mkdir_p "${tmpdir}/$(dirname ${tar_path})" # TODO this symlink need to be relative path, not to `/blobs/...` ln -s "/blobs/sha256/${sum}" "${tmpdir}/${tar_path}" else - mkdir -p "${tmpdir}/${tar_path}" + _mkdir_p "${tmpdir}/${tar_path}" # TODO this symlink need to be relative path, not to `/blobs/...` ln -s "/blobs/sha256/${sum}" "${tmpdir}/${tar_path}/$(basename ${artifact_path})" fi @@ -442,10 +463,8 @@ layout_insert() { --arg comment "#(nop) BuildSourceImage adding artifact: ${sum}" \ ' .created = $date - | .rootfs.diff_ids = .rootfs.diff_ids + [ - sha256:$tmptar_sum - ] - | .history = .history + [ + | .rootfs.diff_ids += [ $tmptar_sum ] + | .history += [ { "created": $date, "created_by": $comment @@ -468,22 +487,28 @@ layout_insert() { --arg tmptar_size "${tmptar_size}" \ --arg artifact "$(basename ${artifact_path})" \ --arg sum "sha256:${sum}" \ + --slurpfile annotations_slup "${annotations_file}" \ ' - .config.digest = sha256:$tmpconfig_sum - | .config.size = $tmpconfig_size - | .layers = .layers + [ + .config.digest = $tmpconfig_sum + | .config.size = ($tmpconfig_size|tonumber) + | { + "com.redhat.layer.type": "source", + "com.redhat.layer.content": $artifact, + "com.redhat.layer.content.checksum": $sum + } + $annotations_slup[0] as $annotations_merge + | .layers += [ { "mediaType": "application/vnd.oci.image.layer.v1.tar", - "size": $tmptar_size, + "size": ($tmptar_size|tonumber), "digest": $tmptar_sum, - "annotations": { - "com.redhat.layer.type": "source", - "com.redhat.layer.content": $artifact, - "com.redhat.layer.content.checksum": $sum - } + "annotations": $annotations_merge } ] ' > "${tmpmnfst}" + ret=$? + if [ $ret -ne 0 ] ; then + return 1 + fi _rm_rf "${mnfst}" # rename the manifest blob to its new checksum @@ -495,22 +520,27 @@ layout_insert() { local tmpmnfst_list="$(_mktemp)" cat "${mnfst_list}" | jq -c \ --arg tag "${image_tag}" \ - --arg tmpmnfst_sum "${tmpmnfst_sum}" \ + --arg tmpmnfst_sum "sha256:${tmpmnfst_sum}" \ --arg tmpmnfst_size "${tmpmnfst_size}" \ ' - .manifests = [(.manifests[] | select(.annotations."org.opencontainers.image.ref.name" != "$tag") )] - + [ + [(.manifests[] | select(.annotations."org.opencontainers.image.ref.name" != $tag) )] as $manifests_reduced + | [ { "mediaType": "application/vnd.oci.image.manifest.v1+json", - "digest": "sha256:$tmpmnfst_sum", - "size": $tmpmnfst_size, + "digest": $tmpmnfst_sum, + "size": ($tmpmnfst_size|tonumber), "annotations": { - "com.redhat.image.type": "source" - "org.opencontainers.image.ref.name": "$tag" + "com.redhat.image.type": "source", + "org.opencontainers.image.ref.name": $tag } } - ] + ] as $manifests_new + | .manifests = $manifests_reduced + $manifests_new ' > "${tmpmnfst_list}" + ret=$? + if [ $ret -ne 0 ] ; then + return 1 + fi mv "${tmpmnfst_list}" "${mnfst_list}" } @@ -525,12 +555,17 @@ layout_insert() { # * image ref # * path to inspect # * output path for source (specifc to this driver) -# * output path for source json metadata (this addresses the files to be added and it's metadata) +# * output path for JSON file of source's annotations # -# TODO TBD this does not account for how to pack/layer the sources collected here. -# This was my thought for outputing a `source.json` file, which is not a -# standard, but could be an array of metadata about _each_ object that should -# be packed. +# The JSON of source annotations is the key to discovering the source artifact +# to be added and including rich metadata about that archive into the final +# image. +# The name of each JSON file is appending '.json' to the artifact's name. So if +# you have `foo-1.0.src.rpm` then there MUST be a corresponding +# `foo-1.0.src.rpm.json`. +# The data structure in this annotation is just a dict/hashmap, with key/val +# according to +# https://github.com/opencontainers/image-spec/blob/master/annotations.md # # @@ -548,6 +583,10 @@ sourcedriver_rpm_fetch() { # From the rootfs of the works image, build out the src rpms to operate over for srcrpm in $(rpm -qa --root ${rootfs} --queryformat '%{SOURCERPM}\n' | grep -v '^gpg-pubkey' | sort -u) ; do + if [ "${srcrpm}" == "(none)" ] ; then + continue + fi + local rpm=${srcrpm%*.src.rpm} if [ ! -f "${out_dir}/${srcrpm}" ] ; then _info "--> fetching ${srcrpm}" @@ -557,7 +596,12 @@ sourcedriver_rpm_fetch() { --release "${release}" \ --destdir "${out_dir}" \ --source \ - "${rpm}" || continue + "${rpm}" + ret=$? + if [ $ret -ne 0 ] ; then + _warn "failed to fetch ${srcrpm}" + continue + fi else _info "--> using cached ${srcrpm}" fi @@ -565,25 +609,34 @@ sourcedriver_rpm_fetch() { # XXX one day, check and confirm with %{sourcepkgid} # https://bugzilla.redhat.com/show_bug.cgi?id=1741715 #local rpm_sourcepkgid=$(rpm -q --root ${rootfs} --queryformat '%{sourcepkgid}' "${rpm}") - local srcrpm_buildtime=$( rpm -qp --qf '%{buildtime}' ${out_dir}/${srcrpm} ) - local srcrpm_pkgid=$( rpm -qp --qf '%{pkgid}' ${out_dir}/${srcrpm} ) - touch --date=@${srcrpm_buildtime} ${out_dir}/${srcrpm} + local srcrpm_buildtime=$(rpm -qp --qf '%{buildtime}' ${out_dir}/${srcrpm} ) + local srcrpm_pkgid=$(rpm -qp --qf '%{pkgid}' ${out_dir}/${srcrpm} ) + local srcrpm_name=$(rpm -qp --qf '%{name}' ${out_dir}/${srcrpm} ) + local srcrpm_version=$(rpm -qp --qf '%{version}' ${out_dir}/${srcrpm} ) + local srcrpm_epoch=$(rpm -qp --qf '%{epoch}' ${out_dir}/${srcrpm} ) + local srcrpm_release=$(rpm -qp --qf '%{release}' ${out_dir}/${srcrpm} ) local mimetype="$(file --brief --mime-type ${out_dir}/${srcrpm})" - - local source_info="${manifest_dir}/${srcrpm}.json" jq \ -n \ - --arg name "${srcrpm}" \ + --arg filename "${srcrpm}" \ + --arg name "${srcrpm_name}" \ + --arg version "${srcrpm_version}" \ + --arg epoch "${srcrpm_epoch}" \ + --arg release "${srcrpm_release}" \ --arg buildtime "${srcrpm_buildtime}" \ --arg mimetype "${mimetype}" \ ' { + "source.artifact.filename": $filename, "source.artifact.name": $name, + "source.artifact.version": $version, + "source.artifact.epoch": $epoch, + "source.artifact.release": $release, "source.artifact.mimetype": $mimetype, "source.artifact.buildtime": $buildtime } ' \ - > "${source_info}" + > "${manifest_dir}/${srcrpm}.json" ret=$? if [ $ret -ne 0 ] ; then return 1 @@ -593,6 +646,7 @@ sourcedriver_rpm_fetch() { # # driver to only package rpms from a provided rpm directory +# (koji use-case) # sourcedriver_rpm_dir() { local self="${0#sourcedriver_*}" @@ -603,6 +657,41 @@ sourcedriver_rpm_dir() { if [ -n "${RPM_DIR}" ]; then _debug "$self: writing to $out_dir and $manifest_dir" + find "${RPM_DIR}" -type f -name '*src.rpm' | while read srcrpm ; do + cp "${srcrpm}" "${out_dir}" + local srcrpm_buildtime=$(rpm -qp --qf '%{buildtime}' ${out_dir}/${srcrpm} ) + local srcrpm_pkgid=$(rpm -qp --qf '%{pkgid}' ${out_dir}/${srcrpm} ) + local srcrpm_name=$(rpm -qp --qf '%{name}' ${out_dir}/${srcrpm} ) + local srcrpm_version=$(rpm -qp --qf '%{version}' ${out_dir}/${srcrpm} ) + local srcrpm_epoch=$(rpm -qp --qf '%{epoch}' ${out_dir}/${srcrpm} ) + local srcrpm_release=$(rpm -qp --qf '%{release}' ${out_dir}/${srcrpm} ) + local mimetype="$(file --brief --mime-type ${out_dir}/${srcrpm})" + jq \ + -n \ + --arg filename "${srcrpm}" \ + --arg name "${srcrpm_name}" \ + --arg version "${srcrpm_version}" \ + --arg epoch "${srcrpm_epoch}" \ + --arg release "${srcrpm_release}" \ + --arg buildtime "${srcrpm_buildtime}" \ + --arg mimetype "${mimetype}" \ + ' + { + "source.artifact.filename": $filename, + "source.artifact.name": $name, + "source.artifact.version": $version, + "source.artifact.epoch": $version, + "source.artifact.release": $release, + "source.artifact.mimetype": $mimetype, + "source.artifact.buildtime": $buildtime + } + ' \ + > "${manifest_dir}/${srcrpm}.json" + ret=$? + if [ $ret -ne 0 ] ; then + return 1 + fi + done fi } @@ -688,7 +777,7 @@ main() { local base_dir="$(pwd)/${ABV_NAME}" # using the bash builtin to parse - while getopts ":hplDc:r:e:o:b:d:" opts; do + while getopts ":hlDi:c:r:e:o:b:d:p:" opts; do case "${opts}" in b) base_dir="${OPTARG}" @@ -699,27 +788,30 @@ main() { e) local extra_src_dir=${OPTARG} ;; - r) - local rpm_dir=${OPTARG} + d) + local drivers=${OPTARG} + ;; + h) + _usage + ;; + i) + local inspect_image_ref=${OPTARG} + ;; + l) + local list_drivers=1 ;; o) local output_dir=${OPTARG} ;; - d) - drivers=${OPTARG} - ;; - l) - list_drivers=1 - ;; p) - push=1 + local push_image_ref${OPTARG} + ;; + r) + local rpm_dir=${OPTARG} ;; D) export DEBUG=1 ;; - h) - _usage - ;; *) _usage ;; @@ -732,43 +824,66 @@ main() { exit 0 fi + # These three variables are slightly special, in that they're globals that + # specific drivers will expect. export CONTEXT_DIR="${CONTEXT_DIR:-$context_dir}" export EXTRA_SRC_DIR="${EXTRA_SRC_DIR:-$extra_src_dir}" export RPM_DIR="${RPM_DIR:-$rpm_dir}" local output_dir="${OUTPUT_DIR:-$output_dir}" - local src_dir="${base_dir}/src" - local work_dir="${base_dir}/work" - export TMPDIR="${work_dir}/tmp" + export TMPDIR="${base_dir}/tmp" if [ -d "${TMPDIR}" ] ; then _rm_rf "${TMPDIR}" fi - mkdir -p "${TMPDIR}" + _mkdir_p "${TMPDIR}" - IMAGE_REF="${1}" - _debug "IMAGE_REF: ${IMAGE_REF}" + # setup rootfs to be inspected (if any) + local rootfs="" + local image_ref="" + local src_dir="" + local work_dir="${base_dir}/work" + if [ -n "${inspect_image_ref}" ] ; then + _debug "Image Reference provided: ${inspect_image_ref}" + _debug "Image Reference base: $(parse_img_base ${inspect_image_ref})" + _debug "Image Reference tag: $(parse_img_tag ${inspect_image_ref})" - IMAGE_REF_BASE="$(parse_img_base ${IMAGE_REF})" - _debug "IMAGE_REF_BASE: ${IMAGE_REF_BASE}" + inspect_image_digest="$(parse_img_digest ${inspect_image_ref})" + # determine missing digest before fetch, so that we fetch the precise image + # including its digest. + if [ -z "${inspect_image_digest}" ] ; then + inspect_image_digest="$(fetch_img_digest $(parse_img_base ${inspect_image_ref}):$(parse_img_tag ${inspect_image_ref}))" + fi + _debug "inspect_image_digest: ${inspect_image_digest}" - IMAGE_TAG="$(parse_img_tag ${IMAGE_REF})" - _debug "IMAGE_TAG: ${IMAGE_TAG}" + local img_layout="" + # if inspect and fetch image, then to an OCI layout dir + if [ ! -d "${work_dir}/layouts/${inspect_image_digest/:/\/}" ] ; then + # we'll store the image to a path based on its digest, that it can be reused + img_layout="$(fetch_img $(parse_img_base ${inspect_image_ref}):$(parse_img_tag ${inspect_image_ref})@${inspect_image_digest} ${work_dir}/layouts/${inspect_image_digest/:/\/} )" + else + img_layout="${work_dir}/layouts/${inspect_image_digest/:/\/}:$(parse_img_tag ${inspect_image_ref})" + fi + _debug "image layout: ${img_layout}" - IMAGE_DIGEST="$(parse_img_digest ${IMAGE_REF})" - # determine missing digest before fetch, so that we fetch the precise image - # including its digest. - if [ -z "${IMAGE_DIGEST}" ] ; then - IMAGE_DIGEST="$(fetch_img_digest ${IMAGE_REF_BASE}:${IMAGE_TAG})" - fi - _debug "IMAGE_DIGEST: ${IMAGE_DIGEST}" + # unpack or reuse fetched image + local unpack_dir="${work_dir}/unpacked/${inspect_image_digest/:/\/}" + if [ -d "${unpack_dir}" ] ; then + _rm_rf "${unpack_dir}" + fi + unpack_img ${img_layout} ${unpack_dir} - # if inspect and fetch image, then to an OCI layout dir - if [ ! -d "${work_dir}/layouts/${IMAGE_DIGEST/:/\/}" ] ; then - # we'll store the image to a path based on its digest, that it can be reused - img_layout="$(fetch_img ${IMAGE_REF_BASE}:${IMAGE_TAG}@${IMAGE_DIGEST} ${work_dir}/layouts/${IMAGE_DIGEST/:/\/} )" + rootfs="${unpack_dir}/rootfs" + image_ref="$(parse_img_base ${inspect_image_ref}):$(parse_img_tag ${inspect_image_ref})@${inspect_image_digest}" + src_dir="${base_dir}/src/${inspect_image_digest/:/\/}" + work_dir="${base_dir}/work/${inspect_image_digest/:/\/}" + _info "inspecting image reference ${image_ref}" else - img_layout="${work_dir}/layouts/${IMAGE_DIGEST/:/\/}:${IMAGE_TAG}" + # if we're not fething an image, then this is basically a nop + rootfs="$(_mktemp_d)" + image_ref="scratch" + src_dir="$(_mktemp_d)" + work_dir="$(_mktemp_d)" fi _debug "image layout: ${img_layout}" @@ -778,9 +893,10 @@ main() { unpack_img ${img_layout} ${unpack_dir} fi _debug "unpacked dir: ${unpack_dir}" + _debug "rootfs dir: ${rootfs}" # clear prior driver's info about source to insert into Source Image - _rm_rf "${work_dir}/driver/${IMAGE_DIGEST/:/\/}" + _rm_rf "${work_dir}/driver" if [ -n "${drivers}" ] ; then # clean up the args passed by the caller ... @@ -788,67 +904,60 @@ main() { else drivers="$(set | grep '^sourcedriver_.* () ' | tr -d ' ()' | tr '\n' ' ')" fi + + # Prep the OCI layout for the source image + local src_img_dir="$(_mktemp_d)" + local src_img_tag="latest-source" #XXX this tag needs to be a reference to the image built from + layout_new "${src_img_dir}" "${src_img_tag}" + # iterate on the drivers #for driver in sourcedriver_rpm_fetch ; do for driver in ${drivers} ; do _info "calling $driver" - mkdir -vp "${src_dir}/${IMAGE_DIGEST/:/\/}/${driver#sourcedriver_*}" - mkdir -vp "${work_dir}/driver/${IMAGE_DIGEST/:/\/}/${driver#sourcedriver_*}" + _mkdir_p "${src_dir}/${driver#sourcedriver_*}" + _mkdir_p "${work_dir}/driver/${driver#sourcedriver_*}" $driver \ - "${IMAGE_REF_BASE}:${IMAGE_TAG}@${IMAGE_DIGEST}" \ - "${unpack_dir}/rootfs" \ - "${src_dir}/${IMAGE_DIGEST/:/\/}/${driver#sourcedriver_*}" \ - "${work_dir}/driver/${IMAGE_DIGEST/:/\/}/${driver#sourcedriver_*}" - if [ $? -ne 0 ] ; then + "${image_ref}" \ + "${rootfs}" \ + "${src_dir}/${driver#sourcedriver_*}" \ + "${work_dir}/driver/${driver#sourcedriver_*}" + local ret=$? + if [ $ret -ne 0 ] ; then _error "$driver failed" fi - # TODO walk the driver output to determine layers to be added - # find "${work_dir}/driver/${IMAGE_DIGEST/:/\/}/${driver#sourcedriver_*}" -type f -name '*.json' + # walk the driver output to determine layers to be added + find "${work_dir}/driver/${driver#sourcedriver_*}" -type f -name '*.json' | while read src_json ; do + local src_name=$(basename "${src_json}" .json) + layout_insert \ + "${src_img_dir}" \ + "${src_dir}/${driver#sourcedriver_*}/${src_name}" \ + "/${driver#sourcedriver_*}/${src_name}" \ + "${src_json}" \ + "${src_img_tag}" + ret=$? + if [ $ret -ne 0 ] ; then + # TODO probably just _error here to exit + _warn "failed to insert layout layer for ${src_name}" + fi + done done + _info "packed 'oci:$src_img_dir:${src_img_tag}'" + # TODO maybe look to a directory like /usr/libexec/BuildSourceImage/drivers/ for drop-ins to run - # TODO commit the image - # This is going to be a hand craft of composing these layers using just bash and jq - -echo "bailing here for now" -return 0 - ## if an output directory is provided then save a copy to it if [ -n "${output_dir}" ] ; then - mkdir -p "${output_dir}" - # XXX WIP - push_img $src_img_dir "oci:$output_dir:$(ref_src_img_tag ${IMAGE_TAG})" + _mkdir_p "${output_dir}" + push_img "oci:$src_img_dir:${src_img_tag}" "oci:$output_dir:$(ref_src_img_tag $(parse_img_tag ${inspect_image_ref}))" fi - if [ -n "${push}" ] ; then - # XXX WIP - push_img $src_dir $IMAGE_REF + if [ -n "${push_image_ref}" ] ; then + # XXX may have to parse this reference to ensure it is valid, and that it has a `-source` tag + push_img "oci:$src_img_dir:${src_img_tag}" "${push_image_ref}" fi - -# -# For each SRC_RPMS used to build the executable image, download the SRC RPM -# and generate a layer in the SRC RPM. -# -pushd ${SRC_RPM_DIR} > /dev/null -export SRC_CTR=$(buildah from scratch) -for i in ${SRC_RPMS}; do - if [ ! -f $i ]; then - RPM=$(echo $i | sed 's/.src.rpm$//g') - dnf download --release $RELEASE --source $RPM || continue # TODO: perhaps log failures somewhere - fi - echo "Adding ${srpm}" - touch --date=@`rpm -q --qf '%{buildtime}' ${srpm}` ${srpm} - buildah add ${SRC_CTR} ${srpm} /RPMS/ - buildah config --created-by "/bin/sh -c #(nop) ADD file:$(sha256sum ${srpm} | cut -f1 -d' ') in /RPMS" ${SRC_CTR} - export IMG=$(buildah commit --omit-timestamp --disable-compression --rm ${SRC_CTR}) - export SRC_CTR=$(buildah from ${IMG}) -done -popd > /dev/null - - } # only exec main if this is being called (this way we can source and test the functions)