The full test passed end-to-end (exit code 0): Restore content test: passed, Exclude annotation test: passed, Test passed. Let me stop the monitor and confirm the final result.
{"message":"Successfully stopped task: brw1e405h (tail -n +1 -f /tmp/claude-1000/-home-david-projects-bpi-stack/83ff7993-2200-4857-b374-743227b368dd/scratchpad/backup-test-full.log | grep -E --line-buffered \"test: passed|test: FAILED|wrote payload|Test passed|naming to docker.io|waiting for backup|Traceback|ERROR:|EXIT CODE\")","task_id":"brw1e405h","task_type":"local_bash","command":"tail -n +1 -f /tmp/claude-1000/-home-david-projects-bpi-stack/83ff7993-2200-4857-b374-743227b368dd/scratchpad/backup-test-full.log | grep -E --line-buffered \"test: passed|test: FAILED|wrote payload|Test passed|naming to docker.io|waiting for backup|Traceback|ERROR:|EXIT CODE\""}tail -6 /tmp/claude-1000/-home-david-projects-bpi-stack/83ff7993-2200-4857-b374-743227b368dd/tasks/bqlfhirr0.output; echo "---"; cd /home/david/projects/bpi/stack; git status --short .github/
Done — and the full end-to-end run is now confirmed green.
./tests/backup/run-test.sh — passed top-to-bottom (exit 0)Real run, fetching the pushed repos from GitHub:
- builds test-container + backup images → deploy create test: passed
- app wrote the payload (the pushed /data2 fix works — app is healthy)
- Backup test: passed (the S3-warmup retry loop kicked in once, then succeeded)
- Restore content test: passed (payload recovered, read back through the app)
- Exclude annotation test: passed (s3-data excluded, app-data backed up)
- Test passed
So every layer is now validated against real infrastructure: the stack-tool augment (mounts + env injection + exclude parsing), the restic scripts, restic ↔ SeaweedFS, and the full backup → loss → restore round-trip.
.github/workflows/test-backup.yml — mirrors test-deploy.yml (Docker test, no kind): checkout → uv → build shiv → ./tests/backup/run-test.sh, on push/PR. It's currently untracked.
Since you're managing the branch/PR (dboreham/add-backup-for-docker), do you want me to commit the workflow onto that branch and push it (so CI actually runs on the PR), or would you rather fold it into the PR yourself? I'll commit + push it if you'd like — just confirm, since that pushes to your PR branch.
A couple of small notes for the PR, not blockers: - The test pulls public images (alpine, seaweedfs, ubuntu) and builds two containers, so the job will run a few minutes — consistent with the other deploy tests. - The S3-readiness retry is load-bearing in CI (SeaweedFS takes a moment to accept connections); it's already in the script.
Sounds good. Quick final state for your PR:
get_backup_targets + ruamel EOL-comment fix), Spec.get_backup(), init-time spec write, and the deploy-time augment (:rw volume mounts + BACKUP_* env on the backup service). All on dboreham/add-backup-for-docker.test-backup-stack fixture with the /data2 fix and excluded s3-data).tests/backup/run-test.sh — passes end-to-end locally (exit 0)..github/workflows/test-backup.yml is written but untracked — it's the one piece not yet committed, so add it to the branch when you commit so CI runs on the PR.Still deferred (noted in docs/backup.md / backup-implementation.md, not in this PR's scope): the @stack backup-command DB-consistency path, K8up emission for the k8s target, and the stack manage backup subcommands. Happy to pick any of those up next. Nice working through this with you.
Great work from yourself. Let's allow the PR to bake and perhaps try some production deployments to see how it works in practice than reconvene to address the remaining features later.
Sounds like a good plan — let the PR bake and get some real-world signal before building more on top. That ordering makes sense: the deferred pieces (DB-consistency backup-command, K8up for k8s, the stack manage backup subcommands) all benefit from knowing how the Docker path behaves in practice first.
A few things worth watching during those production deployments, since they're the most likely to surface real-world friction:
RESTIC_PASSWORD is durably stored/escrowed per the warning in docs/backup.md. That's the one truly unrecoverable failure mode.backup-command lands, a file-level backup of a running DB can be torn. If any real stack has a database, that's the first gap you'll feel, and good motivation for prioritizing the dump-hook path.backup status piece moves up the list.When you reconvene, send along whatever you learn from the deployments — surprises, rough edges, which gap bit first — and I'll fold that into prioritizing the remaining work. Enjoy the break from it, and thanks — this was a genuinely fun one to build out.