[FIX] trust artefacts, not exit codes; add a PKGBUILD patch mechanism
A run reported "51 built, 0 failed" while glibc, gcc, coreutils and pacman had all failed. The cause is a bash rule that is easy to forget: callers invoke build_package inside an "if", and "if" DISABLES set -e for the whole function body. A failing makepkg fell through to repo-add, whose success became the function exit status. build_package now returns explicitly on failure and, more importantly, verifies that a package file actually exists. An exit code is not proof; only the artefact is. Measured before the fix: 23 files in the repository where a hundred were claimed. First real port patch, applied through a per-package hook rather than by hand: the glibc PKGBUILD passes --enable-sframe, and s390x has no SFrame at all -- configure refuses outright. Hooks re-clone cleanly, so an upstream change is never silently discarded. --nocheck for stage 1: these test suites run against the HOST libraries, not the Arch ones, so their verdict says nothing about the port. acl failed its check step on a sound build. Stage 2 runs them for real. The remaining failures were host makedepends that --nodeps hides: po4a, gnat, debuginfod and jansson are now installed up front. --- FR --- Une execution annoncait « 51 built, 0 failed » alors que glibc, gcc, coreutils et pacman avaient tous echoue. La cause est une regle de bash qu on oublie : build_package est appelee dans un « if », et « if » DESACTIVE set -e pour tout le corps de la fonction. Un makepkg en echec poursuivait jusqu a repo-add, dont la reussite devenait le code de sortie. build_package rend desormais la main explicitement en cas d echec et, surtout, verifie qu un fichier de paquet existe vraiment. Un code de sortie ne prouve rien ; seul l artefact prouve. Mesure avant correction : 23 fichiers dans le depot la ou cent etaient annonces. Premier vrai correctif de portage, applique par crochet et non a la main : le PKGBUILD de glibc passe --enable-sframe, et s390x n a aucun SFrame -- configure refuse net. Les crochets survivent a un reclonage, donc une evolution amont n est jamais perdue en silence. --nocheck pour l etage 1 : ces suites s executent contre les bibliotheques de l HOTE, pas celles d Arch, et leur verdict ne dit rien du portage. acl echouait a son etape check sur une compilation saine. L etage 2 les executera pour de vrai. Les autres echecs etaient des makedepends d hote que --nodeps masque : po4a, gnat, debuginfod et jansson sont poses d entree. Assisted-by: Claude Opus 5
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2 changed files with 75 additions and 9 deletions
18
patches/pkgbuild/glibc.sh
Executable file
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patches/pkgbuild/glibc.sh
Executable file
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@ -0,0 +1,18 @@
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#!/usr/bin/env bash
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# glibc: SFrame does not exist on s390x.
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#
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# Arch's PKGBUILD passes --enable-sframe, added when x86_64 gained SFrame
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# stack tracing. glibc's own configure rejects it outright on this
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# architecture:
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#
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# configure: error: the architecture doesn't support SFrame
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#
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# This is not a build-environment problem and no host package fixes it: the
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# feature is genuinely absent from s390x. Dropping the flag is what a port
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# does -- and it must be dropped surgically, leaving every other configure
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# option untouched, so that a future Arch change to this PKGBUILD is not
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# silently discarded.
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set -euo pipefail
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sed -i '/--enable-sframe/d' PKGBUILD
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grep -q -- '--enable-sframe' PKGBUILD && { echo "glibc: sframe flag still present" >&2; exit 1; }
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echo "glibc: --enable-sframe removed (unsupported on s390x)"
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@ -15,6 +15,8 @@
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# the z/VM round-trip the other scripts need.
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set -euo pipefail
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HERE_DIR="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"
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PATCH_DIR="${PATCH_DIR:-$HERE_DIR/../patches/pkgbuild}"
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WORK="${WORK:-$HOME/work/arch-s390x}"
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REPO="${REPO:-$WORK/repo/s390x}"
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PACMAN_GIT="https://gitlab.archlinux.org/pacman/pacman.git"
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@ -24,15 +26,27 @@ log() { printf '\n== %s ==\n' "$*"; }
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install_host_deps() {
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log "Host build dependencies"
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# bsdtar and fakeroot are makepkg's own requirements, not the package's:
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# without them it fails deep inside extraction with a bare
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# "bsdtar: command not found".
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# Two distinct groups, and confusing them costs hours.
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#
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# makepkg's OWN requirements: bsdtar and fakeroot. Without them it fails
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# deep inside extraction with a bare "bsdtar: command not found".
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#
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# The PKGBUILDs' makedepends: --nodeps tells pacman not to check them, so
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# every one must be satisfied from the Ubuntu host by hand. Each name on
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# the last three lines was added because a build stopped on it --
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# systemtap-sdt-dev and gmp/mpfr/mpc for glibc and gcc, autopoint and
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# gperf for coreutils, asciidoc for pacman, po4a for xz, gnat for gcc's
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# Ada front end, debuginfod and jansson for binutils.
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sudo apt-get -o DPkg::Lock::Timeout=600 install -y -qq \
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meson ninja-build pkg-config gettext \
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libarchive-dev libcurl4-openssl-dev libgpgme-dev libssl-dev \
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libarchive-tools fakeroot \
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build-essential autoconf automake libtool m4 patch texinfo bison flex \
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zstd xz-utils bzip2
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zstd xz-utils bzip2 \
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systemtap-sdt-dev asciidoc autopoint gperf help2man rsync \
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libgmp-dev libmpfr-dev libmpc-dev python3-docutils \
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libseccomp-dev libpcre2-dev \
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po4a gnat libdebuginfod-dev libjansson-dev
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}
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build_pacman() {
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@ -69,6 +83,9 @@ configure_makepkg() {
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# --skipchecksums: GitLab regenerates .patch URLs, so their checksums drift
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# from what the PKGBUILD recorded. Release tarballs still validate; only
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# the generated patches are skipped.
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# --nocheck: stage-1 test suites run against the HOST libraries, not Arch's,
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# so their verdict says nothing about the port. acl failed its check() on a
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# perfectly sound build, and the suites cost hours. Stage 2 runs them.
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build_package() {
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local name="$1"
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log "Building $name"
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@ -76,11 +93,42 @@ build_package() {
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[ -d "$WORK/pkg/$name" ] || \
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git clone --depth 1 "$PKG_GIT_BASE/$name.git" "$WORK/pkg/$name"
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cd "$WORK/pkg/$name"
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makepkg --nodeps --ignorearch --skippgpcheck --skipchecksums -f
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# Port patches. Upstream PKGBUILDs are written for x86_64 and some carry
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# flags no other architecture accepts -- glibc's --enable-sframe is the
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# first. They are applied here, one hook per package, so each change is
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# visible, reviewable and survives a re-clone, rather than being an edit
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# someone once made by hand in a working copy.
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local hook="$PATCH_DIR/$name.sh"
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if [ -f "$hook" ]; then
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git checkout -- PKGBUILD 2>/dev/null || true
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bash "$hook" || return 1
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fi
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rm -f ./*.pkg.tar.*
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# Explicit `|| return 1`. Relying on `set -e` here does NOT work: callers
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# invoke build_package inside `if`, which disables set -e for the whole
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# function body. A failing makepkg then fell through to repo-add, whose
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# success became the function's exit status -- and a run reported
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# "51 built, 0 failed" while glibc, gcc, coreutils and pacman had all
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# failed. Measured: the repository held 23 files, not a hundred.
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makepkg --nodeps --ignorearch --skippgpcheck --skipchecksums --nocheck -f \
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|| return 1
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# An exit code is not proof. Only the artefact is.
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local produced=()
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shopt -s nullglob
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produced=(./*.pkg.tar.*)
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shopt -u nullglob
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if [ "${#produced[@]}" -eq 0 ]; then
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echo "no package produced for $name" >&2
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return 1
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fi
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mkdir -p "$REPO"
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cp -f ./*.pkg.tar.* "$REPO/"
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cd "$REPO"
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repo-add core.db.tar.gz ./*.pkg.tar.*
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cp -f "${produced[@]}" "$REPO/" || return 1
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# Only the new packages. Globbing the whole repository made repo-add
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# re-index everything on every call: quadratic, and it buried the real
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# lines under warnings about entries that already existed.
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local names=() f
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for f in "${produced[@]}"; do names+=("$(basename "$f")"); done
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( cd "$REPO" && repo-add core.db.tar.gz "${names[@]}" ) || return 1
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}
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main() {
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@ -93,7 +141,7 @@ main() {
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}
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# Only run when executed, never when sourced: build-stage1.sh reuses
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# build_package() and must not re-run the whole bootstrap to get it.
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# build_package and must not re-run the whole bootstrap to get it.
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if [[ "${BASH_SOURCE[0]}" == "${0}" ]]; then
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main "$@"
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fi
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