FabledCurator/ci-requirements.md

CI Requirements — FabledCurator

Spec: https://git.fabledsword.com/bvandeusen/CI-runner/src/branch/main/docs/process.md

Runtime image

git.fabledsword.com/bvandeusen/ci-python:3.14

Image deps used

• python 3.14
• ruff (analyzer for backend/, tests/, alembic/, agent/, scripts/)
• node (frontend job: npm install + vitest + vite build)
• docker CLI + buildx (.forgejo/workflows/build.yml: build-web, build-ml, build-agent — Fabled-Git registry push, and imagetools inspect/create for the reuse path)

Secondary runtime image

node:24-bookworm-slim — .forgejo/workflows/extension.yml only.

.forgejo/workflows/release.yml runs on ci-python:3.14 like everything else and installs nothing: it needs git and stdlib python, and builds no image.

The extension lane is the one job that does NOT run on ci-python:3.14: it needs a current Node for web-ext and vitest and nothing Python at all. Kept on the upstream slim image rather than adding a Node toolchain to ci-python, per docs/process.md's "add deps to the image when used by >1 project".

Per-job tool installs

• pip install -r requirements.txt pytest pytest-asyncio — in backend-lint-and-test and integration jobs
• npm install --no-audit --no-fund — in frontend-build job
• npm install --no-audit --no-fund — in extension.yml's lint job (web-ext + vitest)
• unzip — in extension.yml's "Verify XPI contents" step, installed via apt only when absent (node:24-bookworm-slim may or may not carry it). Debian package, ~2s. Not worth baking into a shared image for a single consumer, per docs/process.md's ">1 project" rule.

Notes

• Integration wall time ~3 min, dominated by pgvector container start + the pip install step (~30-45s on cold cache) + alembic + 300+ integration tests.
• The pip install in two jobs is intentional and per docs/process.md's "add deps to image when used by >1 project" rule: FC alone is one Python project, so the deps live in requirements.txt and install per-job. Reconsider when a second Fabled-family Python backend lands.
• Integration uses Fabled-Git Actions services: + socket-discovered bridge IPs because act_runner (swarm-runner v0.6+) puts services on the default bridge with no embedded DNS. The pattern is documented in the rulebook's fabled-git.md "CI philosophy" section and FC's ci.yml is the canonical example.
• No package-lock.json is tracked yet (FC's feedback_no_local_runs memory bans npm install locally). Using npm install rather than npm ci until a lockfile lands.
• No imagemagick / pandoc per-job installs needed.
• extension/'s vitest specs load lib/*.js by evaluating the real file as a classic script (test/helpers/loadLib.js) rather than adding module.exports shims to production code — the libs ship as background.scripts, not ES modules, so the specs exercise exactly the bytes packaged into the XPI.
• extension/scripts/packaging.sh is the single definition of what ships inside the XPI. Three consumers read from it rather than keeping their own copy: web-ext's --ignore-files (extension/package.json), the git log pathspec inside the script's own version derivation, and scripts/artifacts.sh, which appends the extension's set to web's because the web image bundles the signed XPI. Hand-kept copies of that one fact is what allowed issue #2397, so extension/test/version.spec.js asserts no workflow has reintroduced a literal :(exclude)extension/….
• Packaged and version-relevant are two different sets (#3156). scripts/ is excluded from the XPI and is NOT excluded from the version derivation, because packaging.sh decides the version string stamped into the packaged manifest.json. The membership test is "can changing this file change the published bytes?", not "is this file copied in?" — which is why the script keeps two lists rather than one.
• The shipped extension version is derived, not committed. It is the commit TIME of the newest packaged-extension change (minutes since 2020-01-01, per family rule 149 — never a commit count, which orders by branch rather than by recency). build.yml's sign-extension computes it and stamps it into extension/manifest.json + package.json in the working tree before signing; the stamp is never committed. Treat the version in the repo as a base: only its MAJOR.MINOR is read, and its patch component is inert.
• Every job that derives anything checks out with fetch-depth: 0 — all four build.yml jobs, ci.yml's extension-version and backend-lint-and-test (for tests/test_artifact_paths.py and test_artifact_identity.py), and release.yml, which additionally walks the tag graph. A depth-1 clone sees one commit and derives a wrong, too-low value rather than failing, so the full-history checkout is load-bearing rather than incidental.
• scripts/artifacts.sh is the same shape one level up: one definition per artifact of what it is built from, and the two values derived from it. revision (12 hex of the newest commit touching that set) and version (YYYY.MM.DD.HHMM UTC, rule 148). Four artifacts, four independent answers, so a push touching only agent/ leaves web and ml alone. tests/test_artifact_paths.py reads each Dockerfile and asserts every COPY source is covered, so adding a COPY without updating the script fails CI.
• A file that DECIDES an artifact's identity belongs in its set even though it is copied into nothing — packaging.sh for the extension and web (#3156), and artifacts.sh itself for web (#3202), which decides the FC_VERSION baked into that image. Only web needs the second entry: every artifact stamps a revision, but a revision has a backstop (a changed derivation stops matching the published label and forces a rebuild) and a version has none, because nothing compares it to anything. tests/test_artifact_paths.py's DERIVERS table is the guard.
• Builds are skipped when the content is already published. Each image carries its revision as an fc.revision LABEL, and build.yml reads that label back off the moving channel tag (imagetools inspect --format). Equal to the derived revision means the bytes are already published, so the job repoints the remaining tags at the existing manifest instead of rebuilding. Two things this depends on: an inspect that errors for ANY reason reads as a MISS so no needed build is ever skipped, and the repoint must EXCLUDE the source tag — imagetools create wraps its source in a manifest index, and config labels do not resolve through an index, so writing the channel tag from itself destroys the label the next run reads (#3183).
• FC_CHANNEL and FC_VERSION are build args, not runtime settings. build.yml passes them to the web image only — the ml and agent images have nothing to report them to. /api/health returns both, the foot of Settings renders them, and /api/extension/manifest reports the channel beside the extension version so an install can be traced to a channel. With no version image tags, that self-report is the ONLY answer to "which build is this?" — which is why a missing version renders unknown rather than a blank: an empty footer reads as "no version", a different and false claim. Both are declared LAST in the Dockerfile on purpose: an ARG invalidates every layer below it, and these are the values that differ between the dev and main builds of identical source, so placing them earlier would stop the two channels ever sharing a cached pip install. Empty by default — a local build then reports nothing rather than claiming a channel it is not on.
• The channel is never folded into the version. A -dev suffix makes the extension's per-segment parseInt comparator read that segment as 0, so every dev build compares equal to every other — issue #2993 exactly (rule 149). frontend/test/systemBuild.spec.js pins the rendered version to the bare number.
• Callers MUST set -f before substituting the script's output. Without it the shell expands test/** against the working tree and silently narrows the pattern to whatever files exist at that moment — a failure that looks like nothing until dev files start appearing in the XPI. test/version.spec.js asserts every --ignore-files consumer sets it, and that no consumer has quietly reinstated a hardcoded list.