553 lines
18 KiB
Bash
Executable File
553 lines
18 KiB
Bash
Executable File
#!/bin/bash
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# Build script - builds packages based on package metadata
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# Edge builds all packages. Stable builds only packages in the fast release ring.
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# Setup directories
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ARCH=${ARCH:-x86_64}
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MIRROR=${MIRROR:-edge}
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DRY_RUN=${DRY_RUN:-false}
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PKGBUILDS_DIR=${PKGBUILDS_DIR:-/pkgbuilds}
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BUILD_OUTPUT_DIR=${BUILD_OUTPUT_DIR:-/build-output/$MIRROR/$ARCH}
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FINAL_OUTPUT_DIR=${FINAL_OUTPUT_DIR:-/pkgs.omarchy.org/$MIRROR/$ARCH}
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HELPERS_DIR=${HELPERS_DIR:-/helpers}
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SRC_DIR=${SRC_DIR:-/src}
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source "$HELPERS_DIR/package-metadata.sh"
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if [[ "$DRY_RUN" != true ]]; then
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# Import GPG keys
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/build/import-gpg-keys.sh || exit 1
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mkdir -p "$BUILD_OUTPUT_DIR" "$FINAL_OUTPUT_DIR"
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# Configure Omarchy repositories for dependency resolution
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echo "==> Configuring Omarchy repositories for dependency resolution..."
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# Always add omarchy-build repo (for incremental builds)
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# Packages in build-output are unsigned, so use SigLevel = Never
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sudo tee -a /etc/pacman.conf > /dev/null <<EOF
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[omarchy-build]
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SigLevel = Never
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Server = file://$BUILD_OUTPUT_DIR
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EOF
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echo " -> omarchy-build (priority 1): $BUILD_OUTPUT_DIR"
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# Initialize empty build database if it doesn't exist
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cd "$BUILD_OUTPUT_DIR"
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if [[ ! -f "omarchy-build.db.tar.zst" ]]; then
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# Create an empty database
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repo-add omarchy-build.db.tar.zst >/dev/null 2>&1
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ln -sf omarchy-build.db.tar.zst omarchy-build.db
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else
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# Database exists, check if we need to rebuild it from packages
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if ls *.pkg.tar.* 2>/dev/null | grep -v '\.sig$' | grep -v 'omarchy-build\.db' | grep -q .; then
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echo "==> Rebuilding build database from existing packages..."
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ls *.pkg.tar.* | grep -v '\.sig$' | grep -v 'omarchy-build\.db' | xargs -r repo-add omarchy-build.db.tar.zst >/dev/null 2>&1
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ln -sf omarchy-build.db.tar.zst omarchy-build.db
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fi
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fi
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# Add omarchy repo if it has a database (stable packages)
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if [[ -f "$FINAL_OUTPUT_DIR/omarchy.db.tar.zst" ]] || [[ -f "$FINAL_OUTPUT_DIR/omarchy.db" ]]; then
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sudo tee -a /etc/pacman.conf > /dev/null <<EOF
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[omarchy]
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SigLevel = Optional TrustAll
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Server = file://$FINAL_OUTPUT_DIR
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EOF
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echo " -> omarchy (priority 2): $FINAL_OUTPUT_DIR"
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fi
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# Sync pacman database
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sudo pacman -Sy
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fi
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echo "==> Package Builder"
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echo "==> Target architecture: $ARCH"
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echo "==> Mirror: $MIRROR"
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echo "==> Package root: $PKGBUILDS_DIR"
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echo "==> Build workspace: $BUILD_OUTPUT_DIR"
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echo "==> Final output: $FINAL_OUTPUT_DIR"
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if [[ "$DRY_RUN" == true ]]; then
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echo "==> Dry run: yes (plan only; makepkg will not run)"
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fi
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FAILED_PACKAGES=""
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SUCCESSFUL_PACKAGES=""
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SKIPPED_PACKAGES=""
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# Find package directory
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find_package_dir() {
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local pkg="$1"
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package_dir_for_name "$pkg"
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}
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# Get version from final output (production packages)
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#
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# Source package directories are named after the PKGBUILD pkgbase, but split
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# packages are stored in the repo DB under their individual pkgname entries.
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# Cache versions by both %NAME% and %BASE% so a pkgbase like
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# libretro-vice-git can be found even though the DB only contains packages like
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# libretro-vice-x64-git.
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declare -A LOCAL_VERSION_BY_NAME=()
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declare -A LOCAL_VERSION_BY_BASE=()
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LOCAL_VERSION_CACHE_LOADED=false
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LOCAL_VERSION_CACHE_DB=""
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load_local_versions() {
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local db="$FINAL_OUTPUT_DIR/omarchy.db.tar.zst"
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if [[ ! -f "$db" ]]; then
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db="$FINAL_OUTPUT_DIR/omarchy.db"
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fi
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[[ -f "$db" ]] || return 0
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[[ "$LOCAL_VERSION_CACHE_LOADED" == true && "$LOCAL_VERSION_CACHE_DB" == "$db" ]] && return 0
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LOCAL_VERSION_BY_NAME=()
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LOCAL_VERSION_BY_BASE=()
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local name base version
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while IFS=$'\t' read -r name base version; do
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[[ -n "$name" && -n "$version" ]] && LOCAL_VERSION_BY_NAME["$name"]="$version"
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[[ -n "$base" && -n "$version" ]] && LOCAL_VERSION_BY_BASE["$base"]="$version"
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done < <(
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tar -xOf "$db" --wildcards '*/desc' 2>/dev/null | awk '
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function emit() {
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if (name != "" && version != "") print name "\t" base "\t" version
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name=""; base=""; version=""
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}
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$0 == "%FILENAME%" { emit(); next }
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$0 == "%NAME%" { if (name != "" && version != "") emit(); getline; name=$0; next }
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$0 == "%BASE%" { getline; base=$0; next }
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$0 == "%VERSION%" { getline; version=$0; next }
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END { emit() }
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'
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)
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LOCAL_VERSION_CACHE_LOADED=true
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LOCAL_VERSION_CACHE_DB="$db"
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}
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get_local_version() {
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local pkg="$1"
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load_local_versions
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if [[ -n "${LOCAL_VERSION_BY_NAME[$pkg]:-}" ]]; then
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echo "${LOCAL_VERSION_BY_NAME[$pkg]}"
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elif [[ -n "${LOCAL_VERSION_BY_BASE[$pkg]:-}" ]]; then
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echo "${LOCAL_VERSION_BY_BASE[$pkg]}"
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fi
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}
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# Check if package should be built for current architecture
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# Returns 0 (success) if should build, 1 if should skip
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should_build_for_arch() {
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local pkg="$1"
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local current_arch="$ARCH"
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local pkgdir=$(find_package_dir "$pkg")
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local pkgbuild="$pkgdir/PKGBUILD"
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[[ ! -f "$pkgbuild" ]] && return 1
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# Check PKGBUILD arch=() array
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local pkgbuild_archs=$(cd "$pkgdir" && bash -c 'source PKGBUILD 2>/dev/null; echo "${arch[@]}"')
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# If arch=('any'), build for all architectures
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if [[ "$pkgbuild_archs" == "any" ]]; then
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return 0
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fi
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# Check if current arch is in PKGBUILD arch=()
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if echo "$pkgbuild_archs" | grep -qw "$current_arch"; then
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return 0 # Build
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else
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return 1 # Skip
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fi
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}
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# Build a package
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build_package() {
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local pkg="$1"
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local pkgdir=$(find_package_dir "$pkg")
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echo ""
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echo " -> Processing: $pkg"
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# Copy to build directory
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cd /src
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rm -rf "$pkg"
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cp -r "$pkgdir" "$pkg"
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cd "/src/$pkg" || return 1
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# Get PKGBUILD version (including epoch if present)
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local pkgbuild_version=$(bash -c 'source PKGBUILD; if [[ -n "$epoch" ]]; then echo "${epoch}:${pkgver}-${pkgrel}"; else echo "${pkgver}-${pkgrel}"; fi' 2>/dev/null)
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if [[ -z "$pkgbuild_version" ]]; then
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echo " Failed to read PKGBUILD version"
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FAILED_PACKAGES="$FAILED_PACKAGES $pkg"
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return 1
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fi
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# Show version info (version check already done in first pass)
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local local_version=$(get_local_version "$pkg")
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if [[ -n "$local_version" ]]; then
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echo " Update available: $local_version -> $pkgbuild_version"
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else
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echo " New package (version: $pkgbuild_version)"
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fi
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# Import PGP keys from PKGBUILD validpgpkeys and keys/pgp/ directory
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local pgp_keys=$(bash -c 'source PKGBUILD 2>/dev/null; echo "${validpgpkeys[@]}"')
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if [[ -n "$pgp_keys" ]]; then
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echo " Importing PGP keys from validpgpkeys..."
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for key in $pgp_keys; do
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gpg --receive-keys "$key" 2>/dev/null && echo " Received $key" || echo " Failed to receive $key"
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done
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fi
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if [[ -d "keys/pgp" ]]; then
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echo " Importing package-specific PGP keys..."
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for keyfile in keys/pgp/*.asc; do
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if [[ -f "$keyfile" ]]; then
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gpg --import "$keyfile" 2>/dev/null && echo " Imported $(basename "$keyfile")" || echo " Failed to import $(basename "$keyfile")"
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fi
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done
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fi
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# Build package without signing (signing is done separately)
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# PACMAN override uses a wrapper that adds --ask 4 to auto-resolve conflicts
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# (e.g. rustup replacing rust) since --noconfirm defaults to 'N' on those prompts
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MAKEPKG_FLAGS="-scf --noconfirm"
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if PACMAN=/usr/local/bin/pacman-for-makepkg makepkg $MAKEPKG_FLAGS; then
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# Ensure output directory exists
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mkdir -p "$BUILD_OUTPUT_DIR"
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for pkg_file in *.pkg.tar.*; do
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[[ -f "$pkg_file" ]] && cp "$pkg_file" "$BUILD_OUTPUT_DIR/"
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done
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cd "$BUILD_OUTPUT_DIR"
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# Find ALL package files (handles split packages)
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local new_pkgs=($(ls -t ${pkg}-*.pkg.tar.* 2>/dev/null | grep -v '\.sig$' | grep -v 'omarchy-build\.db'))
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if [[ ${#new_pkgs[@]} -gt 0 ]]; then
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repo-add omarchy-build.db.tar.zst "${new_pkgs[@]}" >/dev/null 2>&1
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ln -sf omarchy-build.db.tar.zst omarchy-build.db
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sudo pacman -Sy >/dev/null 2>&1
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fi
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cd /src/$pkg
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echo " Successfully built $pkg"
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SUCCESSFUL_PACKAGES="$SUCCESSFUL_PACKAGES $pkg"
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return 0
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else
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echo " Makepkg failed for $pkg"
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echo " DEBUG: Files in build directory:"
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ls -lah *.pkg.tar.* 2>&1 | head -20 || echo " No package files found"
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FAILED_PACKAGES="$FAILED_PACKAGES $pkg"
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return 1
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fi
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}
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# Get package dependencies from PKGBUILD
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get_package_deps() {
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local pkg="$1"
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local pkgdir=$(find_package_dir "$pkg")
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local pkgbuild="$pkgdir/PKGBUILD"
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if [[ ! -f "$pkgbuild" ]]; then
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return
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fi
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# Extract depends and makedepends, filter for packages in our pkgbuilds/
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(
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source "$pkgbuild" 2>/dev/null
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echo "${depends[@]} ${makedepends[@]}"
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) | tr ' ' '\n' | while read -r dep; do
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# Strip version constraints (e.g., 'hyprshade>=1.0' -> 'hyprshade')
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dep=$(echo "$dep" | sed 's/[<>=].*$//')
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# Check if this dependency exists in our pkgbuilds
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if find_package_dir "$dep" >/dev/null 2>&1; then
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echo "$dep"
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fi
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done
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}
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# For VCS packages (those with a pkgver() function), the static pkgver= in the
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# PKGBUILD is just a placeholder; the real version is computed at build time
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# from the git checkout. Without this check, version comparison always reports a
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# mismatch and we rebuild on every run, producing a package with the same
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# name+version as one already in production. Detect this by comparing the
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# upstream commit hash to the hash suffix already in the production version
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# (both `...gabcdef0` and `...abcdef0` styles are common). Returns 0 when
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# upstream is unchanged (build can be skipped).
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check_vcs_unchanged() {
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local pkg="$1"
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local pkgdir="$2"
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local pkgbuild="$pkgdir/PKGBUILD"
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grep -qE '^pkgver[[:space:]]*\(\)' "$pkgbuild" || return 1
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local local_version=$(get_local_version "$pkg")
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[[ -z "$local_version" ]] && return 1
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# If epoch or pkgrel changed in PKGBUILD, rebuild even if upstream is unchanged
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local pkgbuild_epoch=$(cd "$pkgdir" && bash -c 'source PKGBUILD 2>/dev/null; echo "${epoch:-}"')
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local pkgbuild_pkgrel=$(cd "$pkgdir" && bash -c 'source PKGBUILD 2>/dev/null; echo "${pkgrel}"')
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local prod_pkgrel="${local_version##*-}"
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local prod_no_pkgrel="${local_version%-*}"
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local prod_epoch=""
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if [[ "$prod_no_pkgrel" == *:* ]]; then
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prod_epoch="${prod_no_pkgrel%%:*}"
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fi
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[[ "$pkgbuild_epoch" != "$prod_epoch" ]] && return 1
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[[ "$pkgbuild_pkgrel" != "$prod_pkgrel" ]] && return 1
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# Compare the commit represented in the published version to the current
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# upstream ref. Supports unfragmented git sources as well as #branch=,
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# #tag=, and #commit= fragments.
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local prod_hash=$(package_extract_vcs_hash_from_version "$local_version")
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[[ -z "$prod_hash" ]] && return 1
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local upstream_hash=$(package_git_upstream_hash "$pkgdir")
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[[ -z "$upstream_hash" ]] && return 1
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[[ "$prod_hash" == "$upstream_hash" ]]
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}
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# Check which packages need building (version check only)
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check_needs_build() {
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local pkg="$1"
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local pkgdir=$(find_package_dir "$pkg")
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local pkgbuild="$pkgdir/PKGBUILD"
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[[ ! -f "$pkgbuild" ]] && return 1
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# Get PKGBUILD version (including epoch if present)
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local pkgbuild_version=$(cd "$pkgdir" && bash -c 'source PKGBUILD; if [[ -n "$epoch" ]]; then echo "${epoch}:${pkgver}-${pkgrel}"; else echo "${pkgver}-${pkgrel}"; fi' 2>/dev/null)
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[[ -z "$pkgbuild_version" ]] && return 1
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# Check if already built
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local local_version=$(get_local_version "$pkg")
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if grep -qE '^pkgver[[:space:]]*\(\)' "$pkgbuild"; then
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if [[ -n "$local_version" && -n "$(package_extract_vcs_hash_from_version "$local_version")" ]]; then
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if check_vcs_unchanged "$pkg" "$pkgdir"; then
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return 1 # VCS upstream ref is already represented in the repo
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else
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return 0 # New VCS ref, missing repo package, or pkgrel/epoch changed
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fi
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elif [[ "$local_version" == "$pkgbuild_version" ]]; then
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return 1 # VCS package does not expose a hash; fall back to static version
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else
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return 0
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fi
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fi
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if [[ "$local_version" == "$pkgbuild_version" ]]; then
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return 1 # Already up to date
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else
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return 0 # Needs building
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fi
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}
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# Collect packages that should be built for the selected mirror
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collect_packages() {
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packages_for_mirror "$MIRROR"
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}
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# Main execution
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if [[ "$DRY_RUN" != true ]]; then
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cd "$SRC_DIR"
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fi
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TOTAL_COUNT=0
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echo "==> Checking which packages need building..."
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# First pass: determine which packages need building
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PACKAGES_TO_BUILD=()
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# If PACKAGES is specified, only check those packages
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if [[ -n "$PACKAGES" ]]; then
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echo "==> Checking specified packages: $PACKAGES"
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for pkg_name in $PACKAGES; do
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pkgdir=$(find_package_dir "$pkg_name")
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if [[ -z "$pkgdir" || ! -f "$pkgdir/PKGBUILD" ]]; then
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echo "==> ERROR: Package '$pkg_name' not found in $PKGBUILDS_DIR"
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exit 1
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fi
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if ! package_builds_for_mirror "$pkgdir" "$MIRROR"; then
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if [[ "$MIRROR" == "stable" ]]; then
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echo " - $pkg_name - not in release_ring=fast; build edge and promote with repo migrate"
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else
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echo " - $pkg_name - not configured for direct $MIRROR builds"
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fi
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SKIPPED_PACKAGES="$SKIPPED_PACKAGES $pkg_name"
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continue
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fi
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# Check if package should be built for this architecture
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if ! should_build_for_arch "$pkg_name"; then
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echo " - $pkg_name - not built for $ARCH"
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SKIPPED_PACKAGES="$SKIPPED_PACKAGES $pkg_name"
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continue
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fi
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if check_needs_build "$pkg_name"; then
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PACKAGES_TO_BUILD+=("$pkg_name")
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else
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echo " + $pkg_name - already up to date"
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SKIPPED_PACKAGES="$SKIPPED_PACKAGES $pkg_name"
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fi
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done
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else
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# Build all packages that need updates from the relevant directories
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while IFS= read -r pkg; do
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# Check if package should be built for this architecture
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if ! should_build_for_arch "$pkg"; then
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echo " - $pkg - not built for $ARCH"
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SKIPPED_PACKAGES="$SKIPPED_PACKAGES $pkg"
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continue
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fi
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if check_needs_build "$pkg"; then
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PACKAGES_TO_BUILD+=("$pkg")
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else
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echo " + $pkg - already up to date"
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SKIPPED_PACKAGES="$SKIPPED_PACKAGES $pkg"
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fi
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done < <(collect_packages)
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fi
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if [[ ${#PACKAGES_TO_BUILD[@]} -eq 0 ]]; then
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echo "==> All packages are up to date!"
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else
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echo "==> ${#PACKAGES_TO_BUILD[@]} package(s) need building: ${PACKAGES_TO_BUILD[@]}"
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echo "==> Determining build order based on dependencies..."
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# Second pass: order only the packages that need building
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# Strategy: build packages with no unmet dependencies first
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declare -A unmet_deps_count # How many dependencies does this package still need?
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declare -A blocks_packages # Which packages are waiting for this one?
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# Count unmet dependencies for each package
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for pkg in "${PACKAGES_TO_BUILD[@]}"; do
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unmet_deps_count[$pkg]=0
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done
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# Build the dependency relationships
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for pkg in "${PACKAGES_TO_BUILD[@]}"; do
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while IFS= read -r dep; do
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# Only care about deps that are being built in this run
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for build_pkg in "${PACKAGES_TO_BUILD[@]}"; do
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if [[ "$dep" == "$build_pkg" ]]; then
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# pkg needs dep, so increment pkg's unmet count
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((unmet_deps_count[$pkg]++))
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# Track that dep blocks pkg from building
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blocks_packages[$dep]="${blocks_packages[$dep]} $pkg"
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fi
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done
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done < <(get_package_deps "$pkg")
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done
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# Start with packages that have all dependencies met (count = 0)
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ready_to_build=()
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for pkg in "${PACKAGES_TO_BUILD[@]}"; do
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if [[ ${unmet_deps_count[$pkg]} -eq 0 ]]; then
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ready_to_build+=("$pkg")
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fi
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done
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# Build packages as dependencies become available
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ORDERED_PACKAGES=()
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while [[ ${#ready_to_build[@]} -gt 0 ]]; do
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# Take the first ready package
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current="${ready_to_build[0]}"
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ready_to_build=("${ready_to_build[@]:1}")
|
|
ORDERED_PACKAGES+=("$current")
|
|
|
|
# This package is now built, so packages waiting for it can proceed
|
|
for blocked_pkg in ${blocks_packages[$current]}; do
|
|
((unmet_deps_count[$blocked_pkg]--))
|
|
if [[ ${unmet_deps_count[$blocked_pkg]} -eq 0 ]]; then
|
|
ready_to_build+=("$blocked_pkg")
|
|
fi
|
|
done
|
|
done
|
|
|
|
# Check for circular dependencies
|
|
if [[ ${#ORDERED_PACKAGES[@]} -ne ${#PACKAGES_TO_BUILD[@]} ]]; then
|
|
echo "ERROR: Circular dependency detected!"
|
|
exit 1
|
|
fi
|
|
|
|
echo "==> Build order: ${ORDERED_PACKAGES[@]}"
|
|
|
|
if [[ "$DRY_RUN" == true ]]; then
|
|
echo ""
|
|
echo "==> Dry run complete. Packages that would build: ${ORDERED_PACKAGES[@]}"
|
|
exit 0
|
|
fi
|
|
|
|
# Determine which packages need to be installed for other packages being built
|
|
declare -A INSTALL_PACKAGES
|
|
for pkg in "${ORDERED_PACKAGES[@]}"; do
|
|
while IFS= read -r dep; do
|
|
[[ -z "$dep" ]] && continue
|
|
# Only install if it's being built in this run
|
|
for build_pkg in "${ORDERED_PACKAGES[@]}"; do
|
|
[[ "$dep" == "$build_pkg" ]] && INSTALL_PACKAGES["$dep"]=1
|
|
done
|
|
done < <(get_package_deps "$pkg")
|
|
done
|
|
|
|
if [[ ${#INSTALL_PACKAGES[@]} -gt 0 ]]; then
|
|
echo "==> Packages needed as dependencies: ${!INSTALL_PACKAGES[@]}"
|
|
fi
|
|
|
|
# Build packages in dependency order
|
|
for pkg in "${ORDERED_PACKAGES[@]}"; do
|
|
((TOTAL_COUNT++))
|
|
build_package "$pkg"
|
|
done
|
|
fi
|
|
|
|
echo ""
|
|
echo "========================================"
|
|
echo "==> Build Summary"
|
|
echo "========================================"
|
|
|
|
# Count results
|
|
SUCCESS_COUNT=$(echo $SUCCESSFUL_PACKAGES | wc -w)
|
|
SKIPPED_COUNT=$(echo $SKIPPED_PACKAGES | wc -w)
|
|
FAILED_COUNT=$(echo $FAILED_PACKAGES | wc -w)
|
|
|
|
echo " Total packages: $TOTAL_COUNT"
|
|
echo " Built: $SUCCESS_COUNT"
|
|
echo " Skipped: $SKIPPED_COUNT (already up-to-date)"
|
|
echo " Failed: $FAILED_COUNT"
|
|
|
|
# List failures if any
|
|
if [[ -n "$FAILED_PACKAGES" ]]; then
|
|
echo ""
|
|
echo "Failed packages:"
|
|
for pkg in $FAILED_PACKAGES; do
|
|
echo " - $pkg"
|
|
done
|
|
echo ""
|
|
echo "==> Some packages failed to build"
|
|
exit 1
|
|
fi
|
|
|
|
echo ""
|
|
echo "==> All packages processed successfully!"
|