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Session 0004.0 — Transcript

App: flotilla-core Start: 2026-06-07T22-20 (PST) End: 2026-06-07T22-57 (PST) Type: planning-and-executing Status: FINALIZED.

Patchwatch label-set provisioning (issue #10): shipped v0.12.0, corrected to v0.12.1 after a live finding, and ran the retroactive backfill.

Pre-state

On clean origin/main at v0.11.0 (after PR #9, the 0.11.0 dedicated issue token). 476 tests at session 0003's close. A prior session 0003 (Phase 2A capture) was left --INPROGRESS (its work merged via PRs #8/#9); its conversational context was unrecoverable, so it was noted as an ended-unfinalized leftover rather than having its transcript fabricated. This session (0004) claimed its own ID for the distinct issue-#10 work.

Session arc

  1. Discovery. Read gitea.py, patchwatch.py, webhooks.py, onboarding.py, the deploy phases, SPEC §4/§12.5, the config-onboarding spec, and the Phase-2 design doc §7. Confirmed the gap: capture's least-privilege GITEA_ISSUE_TOKEN soft-fails labels (422) → unlabeled issues on un-provisioned repos.
  2. Docs first (docs-lead-automation): resolved design-doc §7 open question; added SPEC §12.6 "Patchwatch label provisioning"; extended config-onboarding §4 with the doctor --patchwatch-labels report. Committed as the foundation.
  3. TDD implementation (v0.12.0): gitea.py label APIs; patchwatch.py taxonomy (all_label_names derived from issue_labels) + ensure_repo_labels/ensure_labels
    • label_status; CLI ensure-labels [--all], config doctor --patchwatch-labels, deploy-time best-effort hook; belt-and-suspenders marker-based dedup. 502 → 506.
  4. Code review (high effort, 3 finder agents): caught a real dedup-regression (unfiltered list_issues had no pagination → duplicates beyond 50), an --all abort-on-first-token-gap, a .status contract gap, and dead-code/duplication. Fixed all TDD-first (extracted a shared _get_paginated; resilient --all; wired label_specs into production; centralized result wording). PR #11 merged.
  5. Live backfill → finding. ensure-labels --all 403'd on EVERY repo. Diagnosed via the admin PAT: it reads /branches but 403s on /issues AND /labels → Gitea gates label management on issue scope (write:issue), not write:repository. The deploy GITEA_BOT_TOKEN and the admin PAT both lack it; only GITEA_ISSUE_TOKEN can manage labels. Stopped and asked the operator.
  6. Correction (v0.12.1, operator chose option A): provisioning resolves resolve_issue_token. Docs corrected. PR #12 merged. 507 tests.
  7. Backfill succeeded: created the 8 missing lane:*/sev:* labels on ben.stull/rfc-app + all 9 on wiggleverse/flotilla-core; rfc-app-ppe idempotent; wiggle-snip skipped (no token bound, graceful).

Cut state

On clean origin/main at v0.12.1. PRs #11 and #12 merged, branches deleted, 507 tests green. Labels provisioned live on the two reachable issue-target repos. No open PRs, no uncommitted work.

  • Plan archival: the plan was just-in-time (the ## Plan block below), not a standalone writing-plans file; flotilla-core also has no content repo (CONTENT_REMOTE empty) — so nothing to archive to a plans/ collection. Gap: flotilla-core still needs a contains:["content"] repo (already tracked as out-of-scope: "flotilla-core-content = separate effort").
  • Pipeline (§9): flotilla-core is the operator CLI, not a deployable UI app — no PPE/E2E stage applies. The "ship" was the live ensure-labels --all backfill, which ran green.

Launch prompt

Build deploy-time + retroactive provisioning of the Patchwatch label set across all
deployments, integrated with the config-onboarding model. Tracked as flotilla-core issue #10.

PROBLEM: `patchwatch sync` files issues with patchwatch/lane/sev labels, but the
least-privilege GITEA_ISSUE_TOKEN (0.11.0) cannot create labels (soft-fails 422). On repos
whose labels were never created, capture files UNLABELED issues -> breaks dedup-on-resync and
surfacing. Bit the first sweep on ben.stull/rfc-app (#36-#40 filed unlabeled).

DESIRED: Label provisioning is the DEPLOY identity's job (GITEA_BOT_TOKEN, repo write), keeping
capture least-privilege:
1. gitea.py idempotent label APIs (list_labels + create_label/ensure_label) + faked-API tests
2. single taxonomy source derived from patchwatch.issue_labels (patchwatch, patchwatch/lane:*, sev:*)
3. ensure-labels over repos findings ROUTE to (issue_target routing: app_source_repo,
   wiggleverse/flotilla-core, app main repo for os-layer); idempotent; GITEA_BOT_TOKEN
4. config-onboarding integration: doctor REPORTS missing labels + fix/heal path that CREATES them
5. run at DEPLOY time (idempotent, non-fatal)
6. RETROACTIVE --all sweep across every registered deployment; backfill rfc-app
7. GRACEFUL DEGRADATION where deploy identity lacks repo-admin (ben.stull/*): report, don't fail

DISCIPLINE: docs-lead-automation (SPEC §4 + §12.5 + design doc first), TDD vs faked Gitea API,
SemVer minor bump + CHANGELOG, branch->PR->merge. Consider capture dedup by body marker
(belt-and-suspenders) so correctness no longer DEPENDS on the label.

Plan

Issue #10 — Patchwatch label provisioning (v0.12.0). Label creation becomes the DEPLOY identity's job (GITEA_BOT_TOKEN), keeping capture least-privilege.

Design decisions made (autonomous):

  • Verb, not --fix: a dedicated flotilla patchwatch ensure-labels <deployment> [--all] does the create (uses GITEA_BOT_TOKEN via resolve_token); config doctor --patchwatch-labels surfaces the gap read-only. (Prompt left this "your call".)
  • Taxonomy derived from issue_labels: all_label_names() unions issue_labels() over audit.LANES × (SEVERITY_BANDS + "unknown") + base — no second hardcoded name list.
  • Doctor label status is informational (doesn't change exit code) — graceful degradation: personal-namespace repos (ben.stull/*) the bot can't admin must not fail the gate/deploy.
  • Belt-and-suspenders dedup: patchwatch sync fetches open issues without the label filter and relies on the body <!-- patchwatch:key=… --> marker — correctness no longer depends on the label. list_issues gains pagination.

Build order (docs-lead-automation, then TDD):

  1. Docs: design-doc §7 open question resolved; SPEC §12.5 "Label provisioning"; config-onboarding §4.
  2. gitea.py: Label + list_labels + create_label (faked-API tests).
  3. patchwatch.py: SEVERITIES, all_label_names(), label_specs(), label_target_repos(dep), ensure_repo_labels()/ensure_labels() (auth → soft ok=False), _GiteaClient label methods.
  4. Belt-and-suspenders: paginate list_issues; sync fetch without label filter.
  5. CLI: patchwatch ensure-labels <dep> [--all] [--json]; config doctor --patchwatch-labels; deploy-time best-effort ensure in _do_real_deploy (non-fatal).
  6. Version → 0.12.0 (VERSION + pyproject); CHANGELOG.
  7. Branch → PR → merge; then run ensure-labels --all to backfill (expect lane/sev created on ben.stull/rfc-app).

Deferred decisions

Autonomous-mode low-confidence calls the driver made and would have liked operator input on. Appended as the session runs; surfaced at finalize. Empty if none.

DD-1 — Label-provisioning identity: the live backfill 403'd everywhere (needs operator call)

v0.12.0 shipped label provisioning on the GITEA_BOT_TOKEN (deploy identity), per the task's premise that "creating a label needs repo-admin" and capture's GITEA_ISSUE_TOKEN (write:issue) "cannot create labels (422)."

Running flotilla patchwatch ensure-labels --all against live Gitea revealed the premise is inverted on this Gitea instance:

  • Both the deployment GITEA_BOT_TOKEN and the admin Keychain PAT (wgl-gitea-token-git.wiggleverse.org, scoped write:repository) get HTTP 403 on GET /repos/.../labels — even on wiggleverse/flotilla-core (the org's own repo). Confirmed by: same PAT reads /branches fine (repo scope) but 403s on /issues AND /labels → label management is gated by write:issue scope, not write:repository.
  • The 0.11.0 "422 soft-fail" was therefore about attaching a nonexistent label when filing an issue — NOT proof that write:issue can't create labels. In Gitea's scope model, write:issue is exactly what manages labels.
  • Net: the only identity that can actually provision labels here is the GITEA_ISSUE_TOKEN (write:issue) — the one the design deliberately avoided.

Graceful degradation worked (exit 0, every repo reported, nothing failed), but the backfill provisioned zero labels. The task's expectation ("create lane/sev on ben.stull/rfc-app") can't be met by the bot token.

Decision needed (presented to operator via AskUserQuestion): which identity should provision labels —

  • (A, recommended) re-point provisioning to GITEA_ISSUE_TOKEN (resolve_issue_token) — one-line change in _ensure_labels_for + deploy hook + doctor; matches design-§7's "labels on first use"; no credential changes. Caveat: the issue token's Gitea user must have repo write on each target repo.
  • (B) keep GITEA_BOT_TOKEN but re-scope it / the bot user to include write:issue + repo write on the issue-target repos (operator credential gesture).
  • (C) accept human/admin out-of-band creation — but the admin PAT also lacks issue scope, so even that needs a re-scoped token first.

Did NOT autonomously reverse the just-shipped identity (B/C touch credentials = operator gesture; A reverses a deliberate design choice) — stopped to ask.

RESOLVED — operator chose (A). Shipped v0.12.1 (PR #12): ensure-labels, the deploy hook, and config doctor --patchwatch-labels resolve GITEA_ISSUE_TOKEN. Re-ran ensure-labels --all → backfill succeeded: created the 8 missing lane:*/sev:* labels on ben.stull/rfc-app (patchwatch already existed) and all 9 on wiggleverse/flotilla-core; rfc-app-ppe idempotent. Docs corrected.

DD-2 — wiggle-snip has no issue/bot token bound (follow-up)

The --all sweep skipped wiggle-snip (graceful, exit 0): it has neither GITEA_ISSUE_TOKEN nor GITEA_BOT_TOKEN bound, so capture and label provisioning are both blocked there until a token is bound (flotilla secret set wiggle-snip GITEA_ISSUE_TOKEN). Pre-existing provisioning gap, not introduced here. (Its WebhookConfigError message still references "the webhook verb / bot token" — cosmetically off in the issue-token context, but accurate that no token is bound.)

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