Rule 149: an artifact's ordering key must be time-derived, never a commit count. packaging.sh's cmd_patch was a count. Why that matters here rather than in the abstract. A count is per-branch: dev and main count different histories of the SAME code. Today only main signs, so nothing has ordered the two against each other and the fault is invisible. The moment dev also publishes an extension, the two versions order by which branch accumulated more commits rather than by which is newer — and a squash-merge makes it permanent, because main gains one commit where dev gained five. dev then climbs away from main and a dev install can never cross back. That is Roundtable's 2026-08-24 incident (Scribe #2993) in a different repo: their versionCode was the branch's commit count, and it produced a channel you could enter and not leave. Measured on this repo today the old formula gives main=23, dev=24 — one apart, which is exactly how the inversion stays invisible until it strands somebody. New formula: minutes since 2020-01-01 of the LATEST commit touching a packaged extension file. Same anchor and unit Roundtable settled on. Commit time, not build time, and the difference is load-bearing: - stable while the extension is unchanged, so the ext-<version> signature cache still hits and AMO is called once per extension CHANGE rather than once per push. Build-time minutes would re-sign on every push and never let two channels share a signature. - after a merge, main sees the same commit and derives the same number, so :latest reuses the signature :dev already produced for byte-identical code. Same code, same version, one signing. - monotonic: max() over a set that only gains members. Verified across all 24 extension-touching commits, zero non-monotonic steps. - reproducible from any checkout. Derives 1.0.3499884 on dev, 1.0.3465860 on main — both far above the last hand-set 1.0.11, so milestone 271's backfill guard is satisfied by construction rather than by an offset. Still shadow-only: nothing reads the derived value yet. Both shadow steps log it, and ci.yml's runs on dev too, so both channels' numbers are visible — that is the pair that has to stay ordered. Prior shadow observations describe the OLD formula and prove nothing about this one, so the window restarts; ci.yml says so at the step. New requirement recorded in ci-requirements.md: a depth-1 clone derives a wrong, too-low value rather than failing, so fetch-depth: 0 is load-bearing wherever packaging.sh version is called. Refs #3092, milestone 271
FabledCurator Firefox Extension
Self-hosted Firefox extension that pushes session cookies from supported platforms (Patreon, SubscribeStar, Hentai-Foundry, Discord, Pixiv) into FabledCurator, and lets you add a creator as a Source from their page in one click.
Install (operator)
The signed XPI is bundled into the FC Docker image. Open FC → Settings → Maintenance → Browser extension → click "Install Firefox extension". Firefox shows its native install prompt. After installing, open the extension's options page (about:addons → FabledCurator → Preferences) and paste in the FC URL + extension API key shown on the same card.
Develop
cd extension/
npm install --no-save # web-ext only
npm run lint # web-ext lint
npm run start # launches Firefox with extension loaded
npm run build # unsigned XPI in web-ext-artifacts/
Smoke checklist (after every release that touches extension/**)
npm run lintpassesnpm run startloads the extension in a clean Firefox profile- Options page accepts FC URL + key, indicator turns green
- Cookie export: log into patreon.com, click Patreon card → "X cookies exported"
- Discord token: open discord.com, click Discord card → "Token captured"
- Pixiv OAuth: click Pixiv card → login redirects, token stored
- Add as source: visit patreon.com/, click floating button → toast
- Subscriptions list: popup → "Sources" tab → list renders
- Check now: click play icon on source row → no error toast
Release
Bump manifest.json + package.json SemVer (both files) and commit
under extension/**. The .forgejo/workflows/extension.yml workflow
runs web-ext sign on main, commits the signed XPI to
frontend/public/extension/, and the next FC server build bundles it
into the Docker image.