304 lines
9.5 KiB
Bash
Executable File
304 lines
9.5 KiB
Bash
Executable File
#!/usr/bin/env bash
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set -e
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TOOLCHAINS_CSV='support/config-fragments/autobuild/toolchain-configs.csv'
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TEMP_CONF=""
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do_clean() {
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if [ -n "${TEMP_CONF}" ]; then
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rm -f "${TEMP_CONF}"
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fi
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}
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main() {
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local o O opts
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local cfg dir pkg random toolchains_csv toolchain all number mode prepare_only
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local ret nb nb_skip nb_fail nb_legal nb_show nb_tc build_dir keep
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local -a toolchains
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local pkg_br_name
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o='hakc:d:n:p:r:t:'
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O='help,all,keep,prepare-only,config-snippet:,build-dir:,number:,package:,random:,toolchains-csv:'
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opts="$(getopt -n "${my_name}" -o "${o}" -l "${O}" -- "${@}")"
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eval set -- "${opts}"
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random=0
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all=0
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keep=0
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number=0
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mode=0
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prepare_only=0
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toolchains_csv="${TOOLCHAINS_CSV}"
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while [ ${#} -gt 0 ]; do
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case "${1}" in
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(-h|--help)
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help; exit 0
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;;
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(-a|--all)
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all=1; shift 1
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;;
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(-k|--keep)
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keep=1; shift 1
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;;
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(--prepare-only)
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prepare_only=1; shift 1
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;;
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(-c|--config-snippet)
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cfg="${2}"; shift 2
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;;
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(-d|--build-dir)
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dir="${2}"; shift 2
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;;
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(-n|--number)
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number="${2}"; shift 2
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;;
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(-p|--package)
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pkg="${2}"; shift 2
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;;
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(-r|--random)
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random="${2}"; shift 2
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;;
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(-t|--toolchains-csv)
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toolchains_csv="${2}"; shift 2
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;;
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(--)
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shift; break
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;;
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esac
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done
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trap do_clean INT TERM HUP EXIT
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if [ -z "${cfg}" ]; then
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pkg_br_name="${pkg//-/_}"
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pkg_br_name="BR2_PACKAGE_${pkg_br_name^^}"
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TEMP_CONF="$(mktemp /tmp/test-"${pkg}"-config.XXXXXX)"
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echo "${pkg_br_name}=y" > "${TEMP_CONF}"
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cfg="${TEMP_CONF}"
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fi
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if [ ! -e "${cfg}" ]; then
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printf "error: %s: no such file\n" "${cfg}" >&2; exit 1
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fi
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if [ -z "${dir}" ]; then
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dir="${HOME}/br-test-pkg"
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fi
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if [ "${random}" -gt 0 ]; then
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mode=$((mode+1))
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fi
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if [ "${number}" -gt 0 ]; then
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mode=$((mode+1))
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fi
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if [ "${all}" -eq 1 ]; then
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mode=$((mode+1))
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fi
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# Default mode is to test the N first toolchains, which have been
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# chosen to be a good selection of toolchains.
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if [ ${mode} -eq 0 ] ; then
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number=6
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elif [ ${mode} -gt 1 ] ; then
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printf "error: --all, --number and --random are mutually exclusive\n" >&2; exit 1
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fi
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# Extract the URLs of the toolchains; drop internal toolchains
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# E.g.: http://server/path/to/name.config,arch,libc
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# --> http://server/path/to/name.config
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mapfile -t toolchains < <(sed -r -e 's/,.*//; /internal/d; /^#/d; /^$/d;' "${toolchains_csv}" \
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| if [ "${random}" -gt 0 ]; then \
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sort -R | head -n "${random}"
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elif [ "${number}" -gt 0 ]; then \
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head -n "${number}"
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else
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sort
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fi
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)
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nb_tc="${#toolchains[@]}"
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if [ "${nb_tc}" -eq 0 ]; then
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printf "error: no toolchain found (networking issue?)\n" >&2; exit 1
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fi
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nb=0
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nb_skip=0
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nb_fail=0
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nb_legal=0
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nb_show=0
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for toolchainconfig in "${toolchains[@]}"; do
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: $((nb++))
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toolchain="$(basename "${toolchainconfig}" .config)"
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build_dir="${dir}/${toolchain}"
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printf "%40s [%*d/%d]: " "${toolchain}" ${#nb_tc} "${nb}" "${nb_tc}"
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build_one "${build_dir}" "${toolchainconfig}" "${cfg}" "${pkg}" "${prepare_only}" && ret=0 || ret=${?}
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case ${ret} in
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(0) printf "OK\n";;
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(1) : $((nb_skip++)); printf "SKIPPED\n";;
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(2) : $((nb_fail++)); printf "FAILED\n";;
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(3) : $((nb_legal++)); printf "FAILED\n";;
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(4) : $((nb_show++)); printf "FAILED\n";;
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esac
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done
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printf "%d builds, %d skipped, %d build failed, %d legal-info failed, %d show-info failed\n" \
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"${nb}" "${nb_skip}" "${nb_fail}" "${nb_legal}" "${nb_show}"
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return $((nb_fail + nb_legal))
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}
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build_one() {
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local dir="${1}"
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local toolchainconfig="${2}"
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local cfg="${3}"
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local pkg="${4}"
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local prepare_only="${5}"
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mkdir -p "${dir}"
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CONFIG_="" support/kconfig/merge_config.sh -O "${dir}" \
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"${toolchainconfig}" "support/config-fragments/minimal.config" "${cfg}" \
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>> "${dir}/logfile" 2>&1
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# We want all the options from the snippet to be present as-is (set
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# or not set) in the actual .config; if one of them is not, it means
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# some dependency from the toolchain or arch is not available, in
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# which case this config is untestable and we skip it.
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# We don't care about the locale to sort in, as long as both sort are
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# done in the same locale.
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comm -23 <(sort "${cfg}") <(sort "${dir}/.config") >"${dir}/missing.config"
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if [ -s "${dir}/missing.config" ]; then
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if [ ${keep} -ne 1 ]; then
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# Invalid configuration, drop it
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rm -f "${dir}/.config"
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fi
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return 1
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fi
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# Remove file, it's empty anyway.
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rm -f "${dir}/missing.config"
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# Defer building the job to the caller (e.g. a gitlab pipeline)
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if [ "${prepare_only}" -eq 1 ]; then
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return 0
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fi
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if [ -n "${pkg}" ]; then
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if ! make O="${dir}" "${pkg}-dirclean" >> "${dir}/logfile" 2>&1; then
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return 2
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fi
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fi
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# shellcheck disable=SC2086
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if ! BR_FORCE_CHECK_DEPENDENCIES=YES make O="${dir}" ${pkg} >> "${dir}/logfile" 2>&1; then
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return 2
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fi
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# legal-info done systematically, because some packages have different
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# sources depending on the configuration (e.g. lua-5.2 vs. lua-5.3)
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if ! make O="${dir}" legal-info >> "${dir}/logfile" 2>&1; then
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return 3
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fi
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# Validate that we generate proper json as show-info
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{ tput smso; printf '>>> Running show-info\n'; tput rmso; } >> "${dir}/logfile" 2> /dev/null;
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JQ="$(which jq 2> /dev/null)"
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if [ -z "${JQ}" ]; then
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make O="${dir}" host-jq >> "${dir}/logfile" 2>&1
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JQ="${dir}/host/bin/jq"
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fi
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if ! make O="${dir}" "${pkg:+${pkg}-}show-info" > "${dir}/info.json" 2>> "${dir}/logfile"; then
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return 4
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fi
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if ! "${JQ}" . < "${dir}/info.json" >> "${dir}/logfile" 2>&1; then
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return 4
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fi
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# If we get here, the build was successful. Clean up the build/host
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# directories to save disk space, unless 'keep' was set.
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if [ ${keep} -ne 1 ]; then
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make O="${dir}" clean >> "${dir}/logfile" 2>&1
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fi
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}
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help() {
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cat <<_EOF_
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test-pkg: test-build a package against various toolchains and architectures
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The supplied config snippet is appended to each toolchain config, the
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resulting configuration is checked to ensure it still contains all options
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specified in the snippet; if any is missing, the build is skipped, on the
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assumption that the package under test requires a toolchain or architecture
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feature that is missing.
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In case failures are noticed, you can fix the package and just re-run the
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same command again; it will re-run the test where it failed. If you did
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specify a package (with -p), the package build dir will be removed first.
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The list of toolchains is retrieved from ${TOOLCHAINS_CSV}.
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Only the external toolchains are tried, because building a Buildroot toolchain
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would take too long. An alternative toolchains CSV file can be specified with
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the -t option. This file should have lines consisting of the path to the
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toolchain config fragment and the required host architecture, separated by a
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comma. The config fragments should contain only the toolchain and architecture
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settings.
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By default, a useful subset of toolchains is tested. If needed, all
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toolchains can be tested (-a), an arbitrary number of toolchains (-n
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in order, -r for random).
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Options:
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-h, --help
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Print this help.
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-c CFG, --config-snippet CFG
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Use the CFG file as the source for the config snippet. This file
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should contain all the config options required to build a package.
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-d DIR, --build-dir DIR
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Do the builds in directory DIR, one sub-dir per toolchain.
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If not specified, defaults to \${HOME}/br-test-pkg
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-p PKG, --package PKG
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Test-build the package PKG, by running 'make PKG'; if not specified,
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just runs 'make'.
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-a, --all
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Test all toolchains, instead of the default subset defined by
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Buildroot developers.
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-n N, --number N
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Test N toolchains, in the order defined in the toolchain CSV
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file.
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-r N, --random N
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Limit the tests to the N randomly selected toolchains.
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-t CSVFILE, --toolchains-csv CSVFILE
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CSV file containing the paths to config fragments of toolchains to
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try. If not specified, the toolchains in ${TOOLCHAINS_CSV} will be
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used.
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-k, --keep
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Keep the build directories even if the build succeeds.
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Note: the logfile and configuration is always retained, even without
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this option.
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--prepare-only
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Only prepare the .config files, but do not build them. Output the
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list of build directories to stdout, and the status on stderr.
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Example:
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Testing libcec would require a config snippet that contains:
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BR2_PACKAGE_LIBCEC=y
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Testing libcurl with openSSL support would require a snippet such as:
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BR2_PACKAGE_OPENSSL=y
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BR2_PACKAGE_LIBCURL=y
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_EOF_
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}
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my_name="${0##*/}"
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main "${@}"
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