The CLA Assistant appends each signature as a direct commit to the branch named in 'branch:'. That was main, which the 'Require CI on main' ruleset rejects ('Repository rule violations found'), so signatures were never recorded and the check stayed red however often a contributor signed — a deadlock for every outside contribution.
Point the store at the cla-signatures branch. The ruleset targets the default branch only, so the bot can append there without granting any actor a bypass on main. That branch is seeded with the existing signature and carries its own ruleset blocking deletion and non-fast-forward pushes.
Final whole-branch review (opus) fixes:
- docker-publish.yml: upload-sarif was if:always() but not continue-on-error, so a
Trivy SARIF-emit flake would fail the job and SKIP the multi-arch publish. Made it
non-blocking so a scanner hiccup never blocks a release.
- deployment.md: seed-admin-rotated.txt is root-owned (written via docker exec, which
bypasses the gosu drop) — reverted an over-correction. Corrected the canonical
runtime-stage build description (no toolchain; non-root gosu). First-boot chown note.
- restore.sh: comment ownership root -> uid 1000.
v0.28.0's composite action referenced a nested aquasecurity/setup-trivy@v0.2.1
tag that no longer exists, so the action failed to RESOLVE during job setup
(before any step ran) — continue-on-error can't catch a resolution failure, so
both Trivy jobs went red on every run. v0.36.0 pins setup-trivy to a real SHA
(v0.2.6) and still supports scan-type/scan-ref/scanners/format/output.
- OSV-Scanner ref was google/osv-scanner-action@<sha> (metadata-only root
action, no runs:) -> subpath google/osv-scanner-action/osv-scanner-action
which carries the docker action + scan-args input. Root ref would fail to
load and redden the job on every run (caught in final whole-branch review).
- security-scanning.md: note gitleaks findings land in job log (not SARIF);
add scorecard branch_protection_rule trigger; mark SBOM/provenance as not-
yet-live. CLAUDE.md row: image scan is a later plan, not current.
Makes local dev work on Windows: cross-env for the server dev port, pnpm --parallel to run server+web together (replacing the POSIX-only '&'), PowerShell setup docs, engines widened to Node >=20, and a Node 20 + 24 CI matrix.
CI keeps a stable required 'Build & test' status via an aggregate gate job so the matrix rename doesn't drop the context the main ruleset requires.
Co-authored-by: BadAtCaptchas <2359196+BadAtCaptchas@users.noreply.github.com>
Co-authored-by: Jannis Braun <151788261+TheZwiss@users.noreply.github.com>
GitHub is deprecating the Node 20 runtime for JS actions; every run printed a
warning that actions/checkout@v4, actions/setup-node@v4 and pnpm/action-setup@v4
were being force-run on Node 24. Bump each to its first Node 24 major (v5) across
all workflows — the smallest jump that clears the warning, avoiding the extra
behavior changes in checkout v6/v7 (credential persistence, fork-PR blocking)
that don't apply here. Our checkout jobs use push/pull_request, not
pull_request_target/workflow_run, so none are affected regardless.
Also bump the GitHub Pages actions in deploy-pages.yml (configure-pages v5->v6,
upload-pages-artifact v3->v5, deploy-pages v4->v5), which were likewise on Node
20. Inputs are unchanged; pnpm still pinned to 10.34.3 via the version input and
the packageManager field.
* ci: run typecheck, build & tests on PRs and main
Add a GitHub Actions workflow (.github/workflows/ci.yml) that installs on
Node 20 (the pinned runtime), builds shared/server/web, typechecks desktop,
and runs the full vitest suite across all packages on every pull request and
push to main. The repo already had 500+ tests but only ever ran them locally.
Also wires up the missing test/typecheck plumbing this exposed:
- web package had 55 test files but no test script — add test/test:watch/typecheck
- add root-level test and typecheck aggregate scripts
- fix a latent web type error the new typecheck surfaced: reference
vite-plugin-pwa/react types so virtual:pwa-register/react is typed
(useRegisterSW callback params were implicit any; the tsc half of the web
build script has been failing, masked by vite build ignoring type errors)
* test: fix two latent failures surfaced by CI on Node 20
- server: exclude dist/** from vitest. Vitest 4's default exclude dropped
dist/, so after `pnpm build` emits compiled .test.js files, vitest ran those
stale copies alongside src/*.test.ts and they failed (compiled vi.mock paths
resolve differently).
- web: polyfill Blob.prototype.stream in the jsdom test setup. jsdom's Blob has
no .stream() on Node 20 (Node 25 provided one, masking this locally); undici's
Response constructor calls blob.stream(), so new Response(blob) threw
'object.stream is not a function'.
Make Backspace self-hostable in any homelab environment, not just a clean host
that owns ports 80/443.
install.sh is now mode-aware and auto-detects which fits:
- allinone (default): bundled Caddy + auto-HTTPS — unchanged behavior
- proxy: behind your own reverse proxy (nginx / Traefik / Caddy / Nginx Proxy
Manager / SWAG) — app published on 127.0.0.1:APP_PORT, no bundled Caddy,
prints paste-ready proxy snippets
- tunnel: behind a tunnel (Cloudflare / Tailscale) — same, plus a 90MB upload
cap (under Cloudflare's 100MB body limit) and voice force-disabled (WebRTC
over UDP can't traverse a tunnel)
Port detection is Docker-aware (consults `docker ps` published ports, not just
`ss`), so a host whose proxy already owns 80/443 via iptables DNAT — with no
listening socket for `ss` to see — is correctly detected as "taken" instead of
dead-ending.
docker-compose.proxy.yml is a small overlay, layered via COMPOSE_FILE (written
into .env so no `-f` flags are ever needed), that publishes the loopback port and
parks Caddy in an inert profile. The base compose file is untouched, so All-in-One
behaves exactly as before.
Prebuilt image: .github/workflows/docker-publish.yml builds and pushes a
multi-arch (linux/amd64 + linux/arm64) image to ghcr.io/thezwiss/backspace on
release tags (and manual dispatch), so weak/ARM hosts skip the ~1.6GB local build
(the Vite build OOMs small ARM boxes). install.sh and docker-compose.yml default
to pulling it, fall back to an image already present on the host, and finally to a
from-source build — AGPL §13 commit stamping preserved on every path. Kept
deliberately separate from the desktop-installer workflow (release.yml).
Docs: README gains a "Deployment modes" section (all three modes, nginx / Caddy /
Traefik snippets, GUI-proxy field-by-field, cloudflared ingress, the update path,
and voice-per-mode caveats); docs/systems/deployment.md updated to match.
Verified live on a throwaway VM: proxy + all-in-one end-to-end through install.sh
(with a real Let's Encrypt cert), tunnel config generation, loopback-only binding,
and the local-image fallback path.
Unpinned `pnpm@latest` in the Dockerfile made fresh builds non-reproducible:
`latest` now resolves to pnpm 11, but the committed lockfile targets pnpm 10, so
`pnpm install --frozen-lockfile` fails with ERR_PNPM_LOCKFILE_CONFIG_MISMATCH on
a clean host. Pin pnpm to 10.34.3 across the Dockerfile, the `packageManager`
field, and the release workflow; pin Node to 20 (LTS) via `.nvmrc` and `engines`
so Docker, CI, and from-source builds all use the same tested toolchain.
Also corrects the docs: the lockfile is v9.0 (requires pnpm 10, not "pnpm 8+"),
and "Node 20+" implied untested newer majors were supported.
CI run 2: mac/win/linux-x64 green, but linux-arm64 failed packaging .deb —
electron-builder's bundled fpm is x86_64-only and can't execute on the arm64
runner (Exec format error). The arm64 AppImage built fine; only fpm/.deb broke.
Install fpm natively on the Linux runners and set USE_SYSTEM_FPM=true so both
arches package .deb with a host-native fpm. Preserves arm64 .deb (the reason
the arm64 runner was added — Raspberry Pi users).
First real CI run failed on 3 of 4 platforms in postinstall (electron-rebuild
of uiohook-napi):
- Linux (x64+arm64): missing X11 dev headers — 'Xrandr.h: No such file'. Add the
full libuiohook header set (libxrandr-dev, libxinerama-dev, libx11-xcb-dev,
libxkbfile-dev, libxkbcommon-x11-dev) derived from its #include list.
- Windows: node-gyp on the windows-latest image can't detect VS 18
('unknown version undefined'). Pin to windows-2022 (VS 2022 / v17).
macOS built cleanly and is unaffected.
TheZwiss