6aead4f5e8
Both now install like every other bread app: staged into skel via build-local.sh's BREAD_BINS array from this laptop's real bakery install, with hand-committed .desktop files matching the existing breadclip/breadman/breadmon/breadsearch pattern. Removes the last two BOS-specific pacman packages from packages.x86_64.
142 lines
7.4 KiB
Bash
Executable file
142 lines
7.4 KiB
Bash
Executable file
#!/usr/bin/env bash
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# Local BOS ISO build for hermes (native Arch — no container needed).
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#
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# Builds straight from the working tree in ./iso. Two speedups vs the hestia
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# container build:
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# * runs natively (hermes is Arch; hestia needed a dockerised Arch)
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# * no 2 GB scp afterwards — the ISO lands here, where we test it
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#
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# FAST_BUILD=1 zstd squashfs instead of xz -9e: compresses many times
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# faster at the cost of a slightly larger image. Dev only.
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#
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# Usage: sudo ./build-local.sh # release-quality xz
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# sudo FAST_BUILD=1 ./build-local.sh # fast dev iteration
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set -euo pipefail
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REPO="$(cd "$(dirname "$0")" && pwd)"
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# WORK defaults to /tmp, but on hermes /tmp is a 16 GB tmpfs — a full xz build
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# (uncompressed rootfs + squashfs + work copies) can exhaust it mid-build. Allow
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# pointing it at the NVMe instead: WORK=/home/.../bos-work sudo ./build-local.sh
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WORK="${WORK:-/tmp/bos-work}"
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OUT="${OUT:-$REPO/out}"
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# Build against a throwaway copy of the profile so the working tree stays clean
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# when FAST_BUILD / the registry rewrite mutate profile files.
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STAGE=/tmp/bos-iso-stage
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rm -rf "$STAGE" && cp -a "$REPO/iso" "$STAGE"
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# Rewrite the [breadway] pacman repo URL to the fastest reachable address.
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# CI_BUILD=1 — container runs on hestia with --network=host; localhost:3002 is direct
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# default — building on hermes; git.breadway.dev is flaky from there, use Tailscale
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# Only ever rewrites the staged copy, never the committed pacman.conf.
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if [ "${CI_BUILD:-0}" = "1" ]; then
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sed -i 's#https://git.breadway.dev/api/packages/Breadway/arch/os#http://localhost:3002/api/packages/Breadway/arch/os#' "$STAGE/pacman.conf"
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else
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sed -i 's#https://git.breadway.dev/api/packages/Breadway/arch/os#http://100.66.238.26:3002/api/packages/Breadway/arch/os#' "$STAGE/pacman.conf"
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fi
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if [ "${FAST_BUILD:-0}" = "1" ]; then
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echo "=== FAST_BUILD: squashfs -> zstd level 6 ==="
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sed -i "s#^airootfs_image_tool_options=.*#airootfs_image_tool_options=('-comp' 'zstd' '-Xcompression-level' '6' '-b' '1M')#" "$STAGE/profiledef.sh"
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fi
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grep airootfs_image_tool_options "$STAGE/profiledef.sh"
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# --- Bake this laptop's bakery-installed bread ecosystem into /etc/skel -------
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# The bread apps are managed by bakery (which fetches release binaries from
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# GitHub), not pacman. bakery needs DNS at install time, which the live/installed
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# image doesn't have — so instead of running bakery on the target, we copy the
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# exact binaries + bakery manifest this laptop already has into skel. Every user
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# created from skel (the live user and the installed user) then gets the same
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# versions `bakery list` reports here, fully offline. Copied at build time so the
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# binaries never bloat the git repo and always track the current bakery state.
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BREAD_BINS=(bakery bread breadd breadman breadbar breadbox breadbox-sync breadcrumbs breadpad breadpaper bread-theme breadmon breadsearch breadmill breadclip breadclipd breadshot bos-settings breadhelp)
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LAPTOP_HOME="${LAPTOP_HOME:-$(getent passwd "${SUDO_USER:-$USER}" | cut -d: -f6)}"
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BAKERY_BIN="$LAPTOP_HOME/.local/bin"
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BAKERY_STATE="$LAPTOP_HOME/.local/state/bakery"
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BAKERY_CACHE="$LAPTOP_HOME/.cache/bakery"
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SKEL="$STAGE/airootfs/etc/skel"
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echo "=== baking bakery bread ecosystem from $LAPTOP_HOME ==="
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install -d -m 0755 "$SKEL/.local/bin" "$SKEL/.local/state/bakery" "$SKEL/.cache/bakery"
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for b in "${BREAD_BINS[@]}"; do
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install -m 0755 "$BAKERY_BIN/$b" "$SKEL/.local/bin/$b"
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done
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install -m 0644 "$BAKERY_STATE/installed.json" "$SKEL/.local/state/bakery/installed.json"
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# bakery fetches its package index from dl.breadway.dev (then a GitHub fallback),
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# but falls back to a cached index when both are unreachable. With no network/DNS
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# in the live/installed image, even `bakery list` errors unless that cache exists,
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# so bake it in too — then bakery works fully offline (list/info from cache;
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# install/update still need network, as expected).
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install -m 0644 "$BAKERY_CACHE/index.json" "$SKEL/.cache/bakery/index.json"
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echo "baked: $(ls "$SKEL/.local/bin")"
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# --- Bake systemd user services for bakery-managed bread packages -----------
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# Historically only breadd.service was hand-committed to skel; every other
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# bakery package's service (breadbox-sync, breadmill, breadclipd, ...) was
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# silently left out, so those daemons never start on a fresh install/live
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# boot until the user re-runs `bakery install` (which needs network).
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# Generalize from the same source of truth as the binary bake above: read
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# the services this laptop's bakery actually installed, copy each unit file
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# into skel with ExecStart rewritten from this laptop's literal home path to
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# the portable `%h` specifier, and recreate whichever *.target.wants enable
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# symlink bakery created locally. Units already committed by hand (breadd.service
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# carries a RuntimeDirectoryPreserve=yes fix not yet upstreamed — see bread-release-build
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# notes) are left alone rather than overwritten.
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echo "=== baking bakery service units into skel ==="
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SYSTEMD_USER_DIR="$LAPTOP_HOME/.config/systemd/user"
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SKEL_SYSTEMD="$SKEL/.config/systemd/user"
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mapfile -t SERVICE_UNITS < <(python3 -c "
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import json
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with open('$BAKERY_STATE/installed.json') as f:
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d = json.load(f)
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for pkg in d.get('packages', d).values():
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for s in pkg.get('services', []):
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print(s)
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")
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for unit in "${SERVICE_UNITS[@]}"; do
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if [[ -f "$SKEL_SYSTEMD/$unit" ]]; then
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echo " $unit already committed in skel, leaving as-is"
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continue
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fi
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src="$SYSTEMD_USER_DIR/$unit"
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if [[ ! -f "$src" ]]; then
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echo " warning: $unit not found at $src, skipping"
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continue
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fi
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install -d -m 0755 "$SKEL_SYSTEMD"
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sed "s#ExecStart=$LAPTOP_HOME/.local/bin/#ExecStart=%h/.local/bin/#" "$src" > "$SKEL_SYSTEMD/$unit"
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for wants_dir in "$SYSTEMD_USER_DIR"/*.target.wants; do
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[[ -L "$wants_dir/$unit" ]] || continue
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target_name="$(basename "$wants_dir")"
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install -d -m 0755 "$SKEL_SYSTEMD/$target_name"
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ln -sf "../$unit" "$SKEL_SYSTEMD/$target_name/$unit"
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done
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echo " baked $unit"
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done
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# mkarchiso resets every airootfs file to 0644, so executables must be declared
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# in profiledef.sh's file_permissions array or they ship non-executable and the
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# exec-once launches fail with "permission denied". Inject a 0755 entry for each
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# baked binary right after the array opener (keeps the binary list in one place).
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perm_file="$(mktemp)"
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for b in "${BREAD_BINS[@]}"; do
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printf ' ["/etc/skel/.local/bin/%s"]="0:0:755"\n' "$b" >>"$perm_file"
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done
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sed -i "/^file_permissions=(/r $perm_file" "$STAGE/profiledef.sh"
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rm -f "$perm_file"
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echo "=== file_permissions after injection ==="; grep -A14 '^file_permissions=(' "$STAGE/profiledef.sh"
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# Pin one timestamp for the whole build. Without this, mkarchiso derives the
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# boot-config UUID (%ARCHISO_UUID%) when it starts and the iso9660 volume UUID
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# when xorriso writes the image at the end — on a slow build these diverge by
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# the build duration, so the initramfs searches /dev/disk/by-uuid/<wrong-uuid>,
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# never finds the medium, and drops to a recovery shell. Fixing the epoch makes
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# both derive from the same instant (and makes builds reproducible).
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export SOURCE_DATE_EPOCH="${SOURCE_DATE_EPOCH:-$(date +%s)}"
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echo "SOURCE_DATE_EPOCH=$SOURCE_DATE_EPOCH ($(date -u -d "@$SOURCE_DATE_EPOCH" +%Y-%m-%d-%H-%M-%S-00))"
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echo "=== running mkarchiso ==="
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rm -rf "$WORK" && mkdir -p "$OUT"
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mkarchiso -v -w "$WORK" -o "$OUT" "$STAGE"
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echo "=== RESULT ==="
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if ls -lh "$OUT"/*.iso 2>/dev/null; then echo "ISO BUILT OK -> $OUT"; else echo "ISO BUILD FAILED"; exit 1; fi
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