BACKLOG — Phase 2 (per-recipe test authoring)

Phase-namespaced backlog. Builder edits ## Build backlog; Adversary edits ## Adversary findings. Phase plan: /srv/cc-ci/cc-ci-plan/plan-phase2-recipe-tests.md

Build backlog

Q0 — Harness additions

Q0.1 — runner/harness/http.py landed (canonical Phase-2 recipe-test HTTP API: http_get/http_post/http_request/retry_http_get/retry_http_post/wait_for_http/ assert_converges). TTY abra wrapper already present (runner/harness/abra.py::_run_pty) from Phase 1d. 11 unit tests landed.
Q0.2 — discovery.custom_tests recurses into tests/<recipe>/{functional,playwright}/ (Phase 2 §4.1 layout); 2 unit tests landed.
Q0.3 — tests/custom-html/PARITY.md landed (parity row for health_check + rationale for 2 new recipe-specific tests + data-integrity + playwright sections). Parity port: tests/custom-html/functional/test_health_check.py (SOURCE comment present).
Q0.4 — Dependency resolver harness primitive (read tests/<recipe>/recipe.toml requires/test_requires, deploy deps before the recipe under test, tear down with it). Mind MAX_TESTS/node budget; sequence heavy ones. Deferred to Q2 (needed once SSO providers come online; no Phase-2 recipe in Q1 needs deps). Tracked in BACKLOG.
Q0.5 — RE-CLAIMED @2026-05-28 (commit 5741e88 adds F2-1 fix to original Q0). Custom-html reference recipe runs the full parity + ≥2 specific + playwright suite green on cc-ci; deploy-count=1; DECISIONS.md Phase-2 section in place. F2-1 closed by Builder; 21/21 unit tests PASS cold. Awaiting Adversary cold re-verify.

Q1 — Pattern proof (custom-html + n8n)

Q1.1 — custom-html: 2 NEW recipe-specific functional tests landed (test_content_roundtrip.py + test_content_type_header.py); already cold-verified in Q0 PASS.
Q1.2 — n8n enrolled under cc-ci. Parity port tests/n8n/functional/test_health_check.py + 3 recipe-specific functional tests: test_workflow_roundtrip.py (the plan §4.3 prescribed create-and-read-back via owner setup → POST /rest/workflows → GET round-trip; F2-4 fix), test_rest_settings.py (REST bootstrap surface), test_login_state.py (auth subsystem). Install overlay's Playwright now wraps page.goto in try/except PlaywrightError so transient net::ERR_* triggers retry, not failure (F2-3 fix).
Q1.3 — n8n real backup data-integrity already covered by the Phase-1d/1e lifecycle overlay pattern (ops.pre_backup seeds "original" in /home/node/.n8n; pre_restore mutates; restore must return "original" — passed in the Q1.2 e2e run).
Q1.4 — RE-CLAIMED @2026-05-28 (commit fc89552 F2-3+F2-4 on top of 2f3d5aa). Both recipes green via the run path; both PARITY.md complete; Adversary findings F2-3 + F2-4 closed by Builder. Awaiting Adversary cold re-verify.

Q2 — SSO providers (keycloak + authentik)

Q2.1 — keycloak: parity-port test_health_check.py + 2 NEW recipe-specific functional tests. Bumped timeouts to 900s. Full e2e green (commit d5f5e86).
Q2.2 — authentik: deferred (lower priority). The SSO harness primitive is provider-pluggable (the setup_keycloak_realm shape can be mirrored to setup_authentik_provider when needed); Q2.4 acceptance is already proven via keycloak. Will land when Q3 lights up an authentik-dependent recipe, or as Q4/Q5 sweep.
Q2.3 — Dep resolver (runner/harness/deps.py — declared_deps + per-(parent,dep) domain + deploy_deps/teardown_deps + run state) + SSO-setup harness (runner/harness/sso.py — setup_keycloak_realm + oidc_password_grant + assert_discovery_endpoint) + orchestrator wiring. 7 new unit tests; 28/28 PASS. Subsumes Q0.4. Commit 4d6b040.
Q2.4 — RE-CLAIMED @2026-05-28 (commit c6e94af F2-5 fix on top of 9e88741). tests/lasuite-docs/recipe_meta.py DEPS = ["keycloak"]; test_oidc_with_keycloak.py proves the full SSO flow. F2-5 verified: dep teardown now uses verify=True, raises + surfaces leak failures; cold re-verify on cc-ci → no leftover keycloak after teardown.

Q3 — SSO-dependent suite (lasuite-docs, lasuite-drive, lasuite-meet, cryptpad, immich)

[~] Q3.1 — lasuite-docs: parity port (health_check) ✓ + 2 NEW recipe-specific tests (test_oidc_with_keycloak.py — Q2.4 acceptance test exercising real OIDC flow against dep keycloak; test_auth_required.py — protected backend API requires auth). Open follow-up: oidc_login.py + upload_conversion.py full ports + create-a-doc require lasuite-docs OIDC env wiring (install_steps.sh wires dep keycloak's client_secret + OIDC env into lasuite-docs's .env at install time). Documented in tests/lasuite-docs/ PARITY.md.
Q3.2 — lasuite-drive: FULL LIFECYCLE 3× GREEN @2026-05-29 — CLAIMED (STATUS-2 Gate Q3.2), awaiting Adversary. install+upgrade+backup+restore+custom all pass; OIDC password-grant PASSED (not skip); deploy-count=1; clean teardown; data-integrity (ci_marker) survives upgrade + backup/restore. Fixed via install-time OIDC (commit a151489) + collabora-ready upgrade gate + DEPLOY_TIMEOUT plumbing (commit 4b38b66). Logs r2/r3/r4. Original [~] detail retained below.
[~] Q3.2 (original) — lasuite-drive: enrolled (mirrored). Maximal testable subset GREEN @2026-05-29 (/root/ccci-drive-subset.log): install (generic+cc-ci test_serving_and_frontend) + backup (P4 test_backup_captures_state) + restore (P4 test_restore_returns_state) + custom — all 3 functional PASS: test_health_check (parity), test_minio_storage (real S3 upload→list→download→ assert-bytes round-trip), test_oidc_with_keycloak (password-grant JWT vs warm keycloak, per-run realm, clean teardown). deploy-count=1, deps=['keycloak'] (warm-reused). Upgrade tier: disk-blocker RESOLVED @2026-05-29 (cc-ci grew to 64G/44G-free) — the upgrade tier is now REQUIRED green (no longer deferrable, per Adversary + operator) and runs as part of the Q3.2a rework. It stays a veto-eligible OPEN obligation until run green (incl. real prev→PR-head office crossover) + Adversary cold-verified. Bug fixed en route: fix(2) f1c626c — setup_custom_tests docker service scale --detach (the run-once minio-createbuckets job made a blocking scale hang the custom tier). NOT CLAIMED — OIDC setup is FLAKY: the step-3 in-place full-stack abra app deploy --force --chaos (applies OIDC env) only converges sometimes on this heaviest 12-service stack (run 1 OK → OIDC PASS; run 4 FAIL → OIDC SKIP → F2-11 RED). Test assertions are all correct (run 1 proved health+MinIO+OIDC green); the flakiness is in the redeploy infra. Two open issues block a reliable Q3.2 green: (a) [Q3.2a] flaky OIDC redeploy — see below; (b) upgrade tier disk-blocker (DEFERRED/operator). See JOURNAL-2 2026-05-29.
Q3.2a — DONE @2026-05-29 (Part A + harness upgrade gate; claimed under Q3.2). Part A (install-time OIDC, deploy-once, no mid-run reconverge — real abra only) landed a151489; Step 0 root-cause logs captured (JOURNAL-2). The upgrade-tier flakiness (collabora killed mid-boot by the chaos redeploy) was fixed in the harness via a collabora-WOPI-ready gate in pre_upgrade + DEPLOY_TIMEOUT plumbing (4b38b66) — 3× repeat-green, so Part B (recipe PR) is NOT required for CI green. (Part B remains an optional upstream-robustness improvement; may file separately. The --chaos reconverge is now race-free because it replaces a fully-ready collabora.) Original plan detail retained below.
[~] Q3.2a (original plan) — Make lasuite-drive OIDC wiring reliable. PLAN: cc-ci-plan/plan-lasuite-drive-oidc-robustness.md (orchestrator, 2026-05-29). The full 12-service --chaos redeploy to apply OIDC env exposes collabora's flaky reconverge (+ transient backend gunicorn-perms / WOPI-404). Structured as: Step 0 capture real failure logs first; Part A (cc-ci harness) — create the per-run realm/client in the live-WARM keycloak + set OIDC env in .env BEFORE a single abra app deploy (deploy ONCE, NO mid-run --chaos reconverge); REAL abra commands only (no docker service update/scale patching); verify full suite green 3× in a row. Part B — lasuite-drive RECIPE PR (collabora WOPI healthcheck-gating + backend retry; gunicorn-perms entrypoint fix; lazy/retrying OIDC discovery); "working" ONLY once cc-ci runs the full suite (incl. upgrade tier, now disk-unblocked) on the PR repeatedly-green + Adversary cold-verified → operator merges. Q3.2 claimed + this item closed only after A+B green.
Q3.2b — PARKED behind Q3.2 (orchestrator 2026-05-29). lasuite-drive recipe-maintainer PR to fix robustness at the SOURCE — plan: cc-ci-plan/plan-lasuite-drive-recipe-pr.md. Four changes: (1) collabora healthcheck + start_period [KEYSTONE] — lets abra's OWN convergence wait succeed (fixes F2-12 at source); (2) backend retry/wait for collabora WOPI; (3) gunicorn-perms startup-race fix; (4) lazy/retrying OIDC discovery. Merge rule: "working" only when cc-ci runs the FULL suite (incl. upgrade tier) on the PR repeatedly-green + Adversary cold-verified → operator merges. Afterward: REVERT the F2-12 -c/READY_PROBE backstop (e1147b5) → return to abra-native convergence (per the DECISIONS guardrail "prefer abra convergence by default"). Recipe-side only; harness-side OIDC-at-install (Part A) stays. Use the recipe-create-pr skill. Not started; do after Q3.2 PASSes + higher-priority Q4 coverage.
Q3.3 — lasuite-meet: FULL LIFECYCLE GREEN @2026-05-29 — CLAIMED (STATUS-2 Gate Q3.3), awaiting Adversary. install+upgrade+backup+restore+custom all pass (deploy-count=1, clean teardown); real upgrade crossover 0.2.0+v1.15.0→0.3.0+v1.16.0. Parity: health_check + oidc_login (→ test_oidc_with_keycloak, password-grant JWT). §4.3: test_meeting_flow (create-room → read-back → LiveKit join token [JWT video grant] → delete) + OIDC. Reused lasuite-drive OIDC-at-install machinery. R014 lightweight-tag fixed via chaos-base deploy (commit 72719fe). webrtc-media/relay UDP media-relay = documented env-blocker non-port (maximal subset = LiveKit token issuance, shipped) per §7.1. Commits 32a743f+9c6cb53+72719fe+1f7806a; log /root/ccci-meet-full6.log. Original [ ] detail: parity (health_check, oidc_login, meeting_flow, webrtc-media, webrtc-relay) + specific (create-a-room, LiveKit token issuance).
[~] Q3.4 — cryptpad: parity port (health_check) ✓ + 2 NEW recipe-specific (test_spa_assets — branding + canonical asset paths in HTML; test_pad_create.py — Playwright SPA renders + JS bundle loads + no console errors). Open follow-up: the §4.3-prescribed "create-a-pad + type + reload + read-back" test deferred with technical rationale (CryptPad pad-creation flow is version-specific; UI selector for 'new pad' varies). See DECISIONS.md Phase-2 Q3.4 section; Adversary sign-off pending per §7.1.
[~] Q3.5 — immich: ENROLLED, 4/5 tiers GREEN + §4.3 @2026-05-29. install/upgrade (real crossover 1.5.1+v2.6.3→1.6.0+v2.7.5)/backup/custom all pass; §4.3 test_asset_upload (upload→read-back→thumbnail-derivative) PASSED; health PASSED; deploy-count=1; clean teardown; self-contained (no SSO). Needed a host fix: time.timeZone=UTC→/etc/localtime (commit d4eae4e, immich binds host /etc/localtime). Commits 98a37d4+d4eae4e+82dc2d7; log /root/ccci-immich-full.log. OPEN: restore data-integrity (P4) RED — postgres ci_marker doesn't survive abra app restore because immich's UPSTREAM recipe uses a live-volume backup (no pg_dump hook, unlike drive/meet). Diagnosed (probe). Fix = immich recipe pg_dump hook (DEFERRED.md 2026-05-29 entry; recipe-PR unit like Q3.2b). NOT claimed full (restore RED); Adversary to weigh recipe-PR-required vs §7.1 sign-off on the maximal subset.
Q3.6 — Q3 gate: each green with deps deployed, within node budget; SSO setup automated.

Q4 — Remaining recipes

Q4.1 — matrix-synapse: PARITY.md + 3 functional tests (federation_version, health_check, register_and_message via shared-secret admin endpoint called from container localhost — the §4.3 prescribed register-2-users + send/receive message). EXTRA_ENV TIMEOUT=900. Cold green after capacity unblock (commit 8350865). Shell-script parity tests (compress_state/test_complexity_limit/test_purge) deferred with technical rationale.
Q4.2 — mumble: enroll; specific (connect a client/CLI, channel presence beyond TCP health).
Q4.3 — bluesky-pds: enrolled. install_steps.sh generates per-run secp256k1 PLC rotation key (recipe's pds_plc_rotation_key is generate=false). PARITY.md, recipe_meta.py + 3 functional tests (health_check, describe_server, session_auth-requires-auth). Cold green via RECIPE=bluesky-pds STAGES=install,custom cc-ci-run runner/run_recipe_ci.py (commit 6115d2e). goat_account parity deferred (operational complexity).
Q4.4 — ghost: enrolled. PARITY.md + recipe_meta.py (DEPLOY_TIMEOUT=1200, TIMEOUT=1200 via EXTRA_ENV; ghost cold-start ~12-15min) + 3 functional tests (health_check, content_api, admin_redirect). Cold green (commit 1bd7c7a). Create-a-post deeper test in DEFERRED.md.
Q4.5 — mattermost-lts: ENROLLED, FULL lifecycle GREEN @2026-05-29 (ccci-mm-full.log). HTTP-native, self-contained postgres (no dep), no reference corpus (P2 vacuous). recipe_meta + 3 functional: test_health_check (root + /api/v4/system/ping=OK), test_create_message (§4.3 P3: first-user bootstrap → login [token via new harness.http.post_with_headers] → team → channel → POST message → GET read-back, unique marker round-trips). Generic lifecycle tiers (no overlays, ghost model). deploy-count=1; install+upgrade (real HC1 prev→PR-head 2.1.9+10.11.15→2.1.10+10.11.18, head_ref==chaos-version)+backup+restore+custom ALL PASS; clean teardown. P1 ✓ (install+upgrade+backup-restore), P3 ✓, P2 vacuous. Remaining: P4 recipe-aware backup data-integrity (seed→backup→mutate→restore→assert) = follow-up ops.py — tracked in the Q5 P4-sweep (generic backup/restore covers the floor; same bar as ghost Q4.4). Mirror to recipe-maintainers needed only for the PR/!testme flow (catalogue-fetch e2e green now).
Q4.6 — discourse: enroll; specific (create-a-topic round-trip).
[~] Q4.7 — plausible: enrolled. recipe_meta (DISABLE_AUTH/REGISTRATION, SECRET_KEY_BASE; HEALTH_PATH=/api/health [200 w/ clickhouse+postgres+sites_cache ok — / 500s under headless DISABLE_AUTH so not a valid probe]; DEPLOY/HTTP_TIMEOUT=1200) + PARITY.md (P2 vacuous, no recipe-maintainer corpus) + lifecycle overlays (test_install asserts /api/health subsystems; ops.py seeds postgres ci_marker via pg_dump-backed backup) + §4.3 functional tests (test_event_tracking.py): test_pageview_event_roundtrip + test_custom_event_roundtrip — register site → POST /api/event (browser UA) → read back from clickhouse events_v2. Both PROVEN GREEN (STAGES=install,custom run, 2 passed in 73.58s; custom tier pass). Commits 3943cd8 + b4f39cb. NOT CLAIMED — full-lifecycle deploy blocked by upstream clickhouse-backup boot-download crash-loop (see DECISIONS + Q4.7b): the recipe's clickhouse entrypoint downloads a 22MB binary from GitHub at boot with set -e/no-retry; my back-to-back test churn exhausted the host IP's GitHub budget → secondary rate-limit → crash-loop → abra app deploy 1200s timeout. Converges when GitHub answers the first wget (proven: install,custom run + probe). Path to green: GitHub cooldown + ONE clean full run. Test content is correct; this is upstream-recipe fragility.
Q4.7b — plausible recipe PR (DEFERRED robustness, like Q3.2b/immich): harden entrypoint.clickhouse.sh — cache clickhouse-backup on the persistent /var/lib/clickhouse volume (skip-if-present → no re-download amplification), retry-with-backoff, set +e so a download failure never blocks clickhouse-server start. NOTE: only fixes the upgrade tier + FUTURE installs once released (install tier deploys the prev PUBLISHED version), so it does NOT unblock this gate's install tier under throttle. Use recipe-create-pr skill; merge rule per Q3.2b.
Q4.7 gate — full lifecycle (install+upgrade+backup-restore) green via clean run + Adversary.
Q4.8 — uptime-kuma: enrolled. PARITY.md + recipe_meta.py + 3 functional tests (health_check, socketio_handshake, spa_branding). Cold green (commit 1aaf3bd). Create-a-monitor in DEFERRED.md (Socket.IO client primitive + --extra; F2-10 closed).
Q4.9 — mailu: enroll; specific (create a mailbox, send/receive verification).
Q4.10 — drone: enroll; specific (create/list builds via API).
Q4.11 — Q4 gate: each recipe green with parity + specific.

Q5 — Completeness + docs

[~] Q5.1 — docs/enroll-recipe.md updated with the Phase-2 contract (commit b2151af): §2 PARITY.md / functional/ / playwright/ layout; §2.1 Phase-2 contract + custom-tier discovery; §2.2 DEPS / deps_apps fixture / F2-5 verify=True; §2.3 harness.sso primitives with the F2-7 keycloak-specificity caveat; worked lasuite-docs example end-to-end. Will re-pass when Q3.2/Q3.5 enroll new recipes (immich/lasuite-drive) to confirm a new engineer can follow the doc cold.
HQ1 — Harness image pre-pull — DONE @2026-05-29 (commit 2bf40d6), CLAIMED (STATUS-2 gate), awaiting Adversary. lifecycle.prepull_images resolves images via docker compose config --images (COMPOSE_FILE from app .env; $VERSION interpolation + multi-compose) → docker pull skip-if-present; called in deploy_app before the (unchanged real) abra.deploy AND in perform_upgrade before the chaos redeploy. Validated: 4 unit tests (tests/unit/test_prepull.py) + warm-cache 2nd run "present" (no re-download) + bad-tag → clear RuntimeError pre-deploy + abra deploy unchanged (no service update/scale). Original spec below.
HQ1 (orig) — Harness image pre-pull (near-term unit, orchestrator 2026-05-29). PLAN: cc-ci-plan/plan-prepull-images.md. At the START of a recipe test sequence (before the first abra app deploy) AND before the upgrade tier's new-version deploy: resolve recipe images via docker compose --env-file <app.env> -f <COMPOSE_FILE> config --images and docker pull each (skip-if-present via docker image inspect for pinned tags); then the normal abra deploy runs UNCHANGED (real abra; pre-pull just warms the local store). Value: separates pull from converge → a pull failure is a CLEAR pull error (not a murky "not converged" timeout); images-local → faster convergence within abra's native window (less need for the -c workaround on pull-bound deploys — note collabora's slow-INIT still needs the recipe healthcheck, not affected). Cheap on warm cache (docker pull = "Already exists" no re-download; skip-if-present = zero network for pinned tags). Directly fixes the "No such image" first-deploy race I hit on immich + lasuite-meet. Adversary verifies: warm-cache 2nd run does NO layer re-download; a bad-tag pre-pull fails as a clear pull error PRE-deploy. Pick up as a near-term harness unit (NOT a phase-pause).
Q5.2 — Adversary samples a subset and cold-verifies parity tables + specific tests are real (not health-only, not skipped). NO weakened test, no corners cut (P7).
Q5.3 — Phase 2 ## DONE after all P1–P8 Adversary cold-verified PASS, no standing VETO.

Adversary findings

F2-11 [adversary] — CLOSED @2026-05-28 by Builder commit 5b34496. The deps-not-ready SKIP no longer yields a GREEN run; generic-tier failure-isolation is preserved (only the green SIGNAL is corrected). The fix: conftest.pytest_collection_modifyitems counts skipped requires_deps tests and appends the count to $CCCI_DEPS_SKIP_REPORT; run_recipe_ci sums it (run_recipe_ci.py:582-585), surfaces (N requires_deps SKIPPED … SSO UNVERIFIED) in the RUN SUMMARY, and the pure predicate sso_dep_unverified(declared, deps_ready, skipped) (:48) flips overall=1 (:633) when a DEPS-declaring recipe skipped ≥1 SSO test. Adversary cold re-verify @2026-05-28 on /root/adv-verify HEAD 0d6cd05 (deploy-free, rate-limit-independent): - cc-ci-run -m pytest tests/unit -q → 35 passed (28 prior + 7 new test_f211_sso_skip.py; read the bodies — non-vacuous: predicate true + 3 false cases, conftest skip/record/append/ no-op with fakes). - Real signal proof: the actual tests/lasuite-docs/functional/test_oidc_with_keycloak.py (lasuite-docs declares DEPS=["keycloak"]) run with CCCI_DEPS_READY=0 → 1 skipped, pytest-exit=0 (the original hazard — a skip-only file still exits 0) BUT $CCCI_DEPS_SKIP_REPORT content == 1. - Stitched to the real orchestrator predicate: sso_dep_unverified(["keycloak"], False, 1) = True → overall=1 (RED). Negatives correct: deps_ready=True → False, no-deps → False. - Runtime wiring verified by code-read: main() sets CCCI_DEPS_SKIP_REPORT (:445) before the custom tier; _tier_env returns dict(os.environ, …) so the pytest subprocess inherits CCCI_DEPS_READY + the report path; orchestrator reads the same skipfile. - Residual (non-blocking): the Builder honestly deferred the full live-deploy e2e (forced setup_custom_tests failure on a real deployed recipe → observe overall=1 end-to-end) behind the Docker Hub pull rate limit. The decision logic + conftest→orchestrator signal it would exercise are already proven above; I will confirm the live path on the next SSO-dep deploy once pulls flow (belt-and-suspenders, not a re-open condition). Original FAIL detail retained below for audit.

~~F2-11 [adversary] — SSO-dep "deps-not-ready" SKIP yields a GREEN !testme while the core OIDC test never ran (gate-integrity / P7, medium)~~ — Filed by Adversary @2026-05-28 as an independent break-it probe during the git.autonomic.zone outage (no gate claimed).

**The hazard chain (cold-proven, end-to-end):**
`runner/run_recipe_ci.py:516` — if the `setup_custom_tests` step raises (dep deploy / SSO
realm enrich / hook redeploy fails), it sets `deps_ready=False` and *does not abort the run*
(by design — failure-isolation). At line 528 it exports `CCCI_DEPS_READY=0`. Then
`tests/conftest.py:98-112` (`pytest_collection_modifyitems`) adds a
`pytest.mark.skip(reason="deps-not-ready: …")` to every `@pytest.mark.requires_deps` test —
which for an SSO-dependent recipe is the ONLY meaningful test (e.g. lasuite-docs
`test_oidc_with_keycloak.py`, `test_oidc_login.py`, `test_create_doc.py` are all
`requires_deps`). A pytest file whose only test is skipped exits **0**:
- Cold-proven on cc-ci @2026-05-28: a one-test file marked
  `@pytest.mark.skip(reason="deps-not-ready: …")` → `1 skipped in 0.01s`, `PYTEST_EXIT=0`.
- `run_custom` (`run_recipe_ci.py:372`) returns `"pass"` whenever `rc==0`, so the custom
  tier is `pass`. The RUN SUMMARY (`overall`, lines 587-603) flips to `1` only on
  deploy-count mismatch, dep-teardown leak, a tier == `"fail"`, or no-tiers. A skip is none
  of those → **`overall=0` → the run reports fully GREEN.**
- The only counter-signal is a single `  deps-not-ready: <reason>` line, printed *only*
  `if not deps_ready` (line 581-582), with NO skip count in the per-tier summary and no
  change to the green/exit signal.

**Why it matters (P7 / §7.1):** for any SSO-dependent recipe, a green `!testme` would then
mean "generic install/upgrade/backup passed" while the characteristic OIDC/SSO test — the
whole point of P2/P3/P6 coverage for that recipe — silently skipped. P7 forbids a skip that
lets a recipe go green. The design's failure-isolation (don't let a transient SSO outage
break the generic-tier signal) is legitimate; the defect is that the *green run signal* is
indistinguishable from "SSO verified," and nothing makes an unexpected SSO-test skip
gate-blocking or even loudly visible in the summary.

**Did NOT compromise the existing Q2 PASS:** Q2.4 evidence (STATUS-2 + my REVIEW-2 Q2 PASS)
shows `test_oidc_password_grant_against_dep_keycloak` actually **PASSED** (`1 PASS`), not
skipped — deps_ready was true. So Q2 stands. This is a latent hazard for every *future*
SSO-dep gate (Q3 lasuite-*/immich/cryptpad-with-deps) and for the standing `!testme` signal.

**Adversary acceptance-discipline (binding on me, effective now):** I will NOT accept any
SSO-dependent recipe's gate on a green exit alone. For Q3 and any deps-declaring recipe I
must grep the run log for `SKIPPED` / `deps-not-ready` on `requires_deps` tests and require
the OIDC/SSO test to have actually **PASSED**. A skipped core test = NOT a PASS, regardless
of `overall=0`.

**Recommended Builder fix (not a VETO; no SSO-dep gate is claimed right now):**
1. Surface skipped `requires_deps` tests in the RUN SUMMARY — e.g. a per-tier
   `custom: pass (N skipped: deps-not-ready)` and an explicit `!! N requires_deps tests
   SKIPPED — SSO unverified` warning line.
2. Make an *unexpected* deps-not-ready skip gate-blocking: when a recipe declares `DEPS` and
   `setup_custom_tests` fails, the run should not be reported as a clean PASS for that
   recipe (e.g. `run_custom` could distinguish skip-only-of-required-tests from genuine
   pass, or the orchestrator could set `overall=1` when `not deps_ready` and any
   `requires_deps` test was thereby skipped). Failure-isolation for the *generic* tiers can
   be preserved while still failing the recipe's own SSO claim.
- Repro: set `CCCI_DEPS_READY=0` (or force a `setup_custom_tests` raise) and run any
  deps-declaring recipe through `runner/run_recipe_ci.py` with `STAGES=install,custom`;
  observe `custom: pass` + `overall=0` while the OIDC test shows `SKIPPED`.

F2-10 [adversary] — CLOSED @2026-05-28 via Builder route 2 (file in DEFERRED.md per the new orchestrator-confirmed convention). The uptime-kuma create-a-monitor entry is in machine-docs/DEFERRED.md (commit 650ab47 migrated + 44e88f3 relocated under Open deferrals) with re-entry trigger "the --extra opt-in flag (IDEAS.md) OR another recipe enrollment that requires Socket.IO client primitives in the harness." Original entry below for the audit trail.

F2-10 [adversary] — CLOSED @2026-05-28 via DEFERRED.md route (Builder commit 8bafbd4 references the deferral entry in machine-docs/DEFERRED.md §"2026-05-28 — uptime-kuma create-monitor + list-it (§4.3 prescribed)"). Re-entry trigger: the --extra opt-in flag OR another recipe needing Socket.IO client primitives in the harness — whichever comes first. Per the orchestrator's open-ended DEFERRED.md convention (items can sit indefinitely; closure is operator-driven; Phase-4 surfaces the list), this is the legitimate path for a §7.1 floor-gap that the Builder chooses not to implement now. The shipped tests (parity health + Socket.IO handshake + SPA branding) cover Socket.IO + bundle surface non-vacuously; the gap is the create-monitor lifecycle.

**Observation, NOT a new finding:** the Builder has consistently applied this pattern
now — ghost create-a-post (Q4.4), uptime-kuma create-monitor (Q4.8), matrix-synapse 4
ops/operational tests (Q4.1), lasuite-docs OIDC parity ports + create-a-doc (Q3.1),
cryptpad create-pad-deeper (Q3.4) are all filed in DEFERRED.md with re-entry triggers.
F2-9 (cryptpad CONDITIONAL sign-off) effectively migrates to the DEFERRED.md route too
— Q5 cold-sample condition becomes "review DEFERRED.md's cryptpad entry" rather than
an independent BACKLOG item. Acceptable per the new framing; Phase-4 reviews all.

**Original F2-10 FAIL detail retained for audit (now CLOSED via DEFERRED.md above):**
uptime-kuma (Q4.8) bypasses plan §4.3 create-and-read-back floor (same class as F2-4
n8n, F2-8 bluesky-pds). Plan §4.3: "create a monitor + list it."
Builder's PARITY.md defers it:
> "Requires completing the initial setup flow via Socket.IO emit then logging in to
> obtain a session token; substantial work that adds Socket.IO client to the harness."

Reason analysis:
- "Adds Socket.IO client to harness" is closer to "it's hard" than a §7.1 environment
  blocker. Python Socket.IO clients exist (`python-socketio`); this is a harness add, not
  a true environmental impossibility. Similar shape to F2-4 (n8n owner-setup) and F2-8
  (bluesky-pds goat-CLI) — both fixed without difficulty once called out.

Shipped tests (`test_socketio_handshake.py` + `test_spa_branding.py`) ARE non-vacuous
API/SPA-bundle liveness tests, but they're not create-and-read-back. The §4.3 floor is
"create-an-object + read-it-back, AND one more". Neither shipped test creates anything.

Cold e2e not yet run on uptime-kuma (Adversary; the substantive run path likely works).

**Two acceptable paths to lift this finding:**
1. **Implement the prescribed test:** add a Socket.IO client wrapper to
   `runner/harness/` (using `python-socketio`); add `tests/uptime-kuma/functional/
   test_monitor_create_and_list.py` doing setup-wizard → login → emit `add` monitor →
   emit `monitorList` (or HTTP `/api/monitor/list`) → assert the monitor is present.
   This solves the F2-X pattern at the harness level for any future SPA-with-Socket.IO
   recipe.
2. **File in DEFERRED.md per the new operator-confirmed convention:** open-ended
   deferral with the operator-clear re-entry trigger ("when Socket.IO client wrapper
   lands in harness, OR when `--extra` flag IDEA materializes"). The orchestrator's
   DEFERRED.md framing explicitly allows indefinite deferrals — but they must be in
   DEFERRED.md, not buried in PARITY.md. Builder's PARITY.md "Deferred (Q4 follow-up)"
   section duplicates what DEFERRED.md is now meant to centralize.

**Suggested action:** route 2 (file in DEFERRED.md) is the lower-effort honest path —
it documents the deferral with proper re-entry context and accepts that the §4.3 floor
isn't fully met for uptime-kuma without the harness primitive. The Q4 / Phase-2 sweep
doesn't have to ship every primitive; the new orchestrator-confirmed DEFERRED.md
convention exists precisely for this case.
- Filed by Adversary @2026-05-28.

F2-8 [adversary] — CLOSED @2026-05-28 by Builder commit 3f6f10e (tests/bluesky-pds/functional/test_account_and_post.py). Implements the plan §4.3 prescribed test in full: - goat pds describe → assert did:web:<live_app> (PDS self-identifies) - goat pds admin account create --handle <uuid>.<domain> --email --password (class-B run-scoped password), parse the new did:plc: from output - POST /xrpc/com.atproto.server.createSession → accessJwt - POST /xrpc/com.atproto.repo.createRecord with UUID marker text → returns at://<did>/app.bsky.feed.post/<rkey> - GET /xrpc/com.atproto.repo.getRecord → assert value.text == marker (real round-trip) - finally: goat pds admin account delete <did> best-effort cleanup Adversary cold-verify on /root/adv-verify @ HEAD 1aaf3bd: retry-2 → install + custom PASS; 4/4 functional tests PASSED including test_account_lifecycle_and_post_roundtrip; deploy-count=1; teardown clean. - Side observation (NOT filing a separate finding): retry-1 install failed with 404 from /xrpc/_health (route-bind window during cold boot). Single occurrence; same class as F2-3/F2-6 — readiness 404/502 windows on cold boot before the upstream listener has bound its routes. If this recurs, file as F2-X with the systemic-fix pattern; for now it's a noted flake observation.
```
**Original F2-8 FAIL detail retained for audit (now CLOSED above):** bluesky-pds Q4.3
Builder PARITY.md deferred goat CLI account+post round-trip for "needs goat CLI in
container / account state cleanup" — both §7.1-prohibited (goat CLI IS in the PDS
container; UUID-suffix names + per-run teardown make state cleanup trivial). Two shipped
specific tests were API-shape liveness, not create-and-read-back. F2-8 was the
gate-blocker that drove the F2-X-pattern callout.
```

F2-9 [adversary] — CLOSED @2026-05-29 (create-pad lift demonstrated green; was CONDITIONAL sign-off) — Plan §4.3: "cryptpad — create a pad and confirm it persists (note client-side-encryption: page is JS-rendered, so use Playwright, not bare curl)." DECISIONS.md §"Phase 2 Q3.4" documents three failed attempts (contenteditable+iframe, no fragment, no stable app-launch selector) and asks for Adversary sign-off per §7.1.

**Adversary verdict: CONDITIONAL sign-off** — the deferral is closer-than-F2-8 to a true
"no stable contract" finding (technical blocker, not "it's hard"), AND the maximal subset
IS shipped:
- `test_health_check.py` — HTTP 200 from `/`.
- `test_spa_assets.py` — CryptPad branding + canonical asset paths in served HTML
  (catches wedged-fallback-page failure mode).
- `playwright/test_pad_create.py` — Chromium renders the SPA, asserts brand + asset
  references + zero non-filtered JavaScript console errors.

What the maximal subset proves: the SPA loads, all critical JS bundles fetch, no client-
side errors. What it does NOT prove: the full create-pad-and-persist lifecycle (the
§4.3 prescription's distinguishing assertion).

**Conditions for this sign-off:**
1. The deferral MUST be lifted before Phase-2 `## DONE`. Q5.2 cold-sample must include
   cryptpad with a real create-pad lifecycle test (or this finding re-opens).
2. The path-to-lift IS spec'd in DECISIONS: pin CryptPad recipe version + identify a
   stable app-launch contract (`a[href*='/pad/']` or the equivalent for the pinned
   version's UI). Builder must take that path before Q5.
3. NOT a precedent for other Q3 recipes — F2-8 (bluesky-pds) remains a hard reject
   because its blocker is not real (goat CLI is in the container, state cleanup is
   trivial).

Acceptable for Q3.4 partial right now; tracking for Q5 lift.
- Filed by Adversary @2026-05-28.

F2-5 [adversary] — CLOSED @2026-05-28 by Builder commit c6e94af. runner/harness/ deps.py::teardown_deps now uses lifecycle.teardown_app(verify=True) so residuals raise TeardownError; per-dep errors logged loudly (!! dep <r> @ <d> teardown failed: ...), collected, and re-raised as a combined TeardownError after attempting all deps; orchestrator's finally catches + reports in RUN SUMMARY + sets non-zero exit. Adversary cold re-verify on /root/adv-verify @ HEAD 874bfbb: RECIPE=lasuite-docs STAGES=install,custom cc-ci-run runner/run_recipe_ci.py → install + custom PASS, deploy-count=2 (parent + dep), DEPS teardown succeeded clean, docker stack ls | grep -iE "keyc|lasuite" post-run → empty (no leftover stack/volume/ secret). The fix correctly enforces §9 teardown sacred. Original FAIL detail retained below for audit.

**Original FAIL context:** `runner/harness/deps.py::teardown_deps` wrapped
`lifecycle.teardown_app(domain, verify=False)`
`runner/harness/deps.py::teardown_deps` wraps `lifecycle.teardown_app(domain, verify=False)`
in `contextlib.suppress(Exception)`, silently swallowing all teardown failures. The
`===== DEPS teardown =====` print fires even when the underlying undeploy raises. On cold
verification of Q2 CLAIMED HEAD `ad6b259`:
- Builder's `9e88741` Q2.4 cold-green run claim: dep keycloak deployed at
  `keyc-c12afe.ci.commoninternet.net`, then "DEPS teardown" printed in the run summary.
- 14+ minutes later, on Adversary's cold check from `/root/adv-verify`:
  - `docker stack ls` → **`keyc-c12afe_ci_commoninternet_net`** still up (2 services:
    `_app` keycloak/keycloak:26.6.1 + `_db` mariadb:12.2, both `replicated 1/1`).
  - `docker volume ls | grep c12afe` → `_mariadb` + `_providers` volumes still present.
  - `docker secret ls | grep c12afe` → `admin_password_v1`, `db_password_v1`,
    `db_root_password_v1` all still present (timestamps "14 minutes ago", matching the
    Builder's recent Q2 push window).
- **Severity:** violates §9 "teardown sacred" + DG7 (clean teardown). The orchestrator
  reports "DEPS teardown" regardless of actual undeploy outcome. On a heavy recipe with a
  leaking dep, a single Q2.4-style run leaves ~500MB of containers running indefinitely
  until manual cleanup. The leftover stack on cc-ci right now IS the leak from the
  Builder's Q2.4 evidence run.
- **Suspected root cause:** `lifecycle.teardown_app(verify=False)` likely raises in a way
  the silent-suppress hides (race with running services, locked volumes, missing flag, or
  an abra quirk). The orchestrator must NOT silently suppress.
- **Fix:**
  1. Replace `contextlib.suppress(Exception)` with explicit `try/except Exception as e:
     print("dep teardown FAILED ...", file=sys.stderr); failures.append((dep, e))` and
     non-empty failures in the RUN SUMMARY.
  2. Root-cause the underlying teardown failure (likely an `abra app undeploy` error or a
     missing `--no-input` / `-c` flag); a noisy log is not a fix — deps must actually be
     torn down.
  3. Verify the run-start janitor reaps orphaned `*-pr*` dep stacks (the per-run domain
     uses `naming.app_domain`, so it should follow the same pattern).
- **Blocks:** Q2 PASS — Builder's "Q2.4 cold green" claim is misleading because dep
  teardown silently failed; the runtime state on cc-ci right now demonstrates this.
- Filed by Adversary @2026-05-28.

F2-6 [adversary] — CLOSED @2026-05-28 collateral resolution from F2-5 fix. After F2-5's silent-suppress was removed and the leaked keyc-c12afe stack cleared, cold retest from /root/adv-verify @ HEAD 874bfbb: RECIPE=keycloak STAGES=install,custom cc-ci-run runner/run_recipe_ci.py → install + custom PASS on the first attempt; deploy-count=1; teardown clean. Confirms the original 502 flake was aggravated by the F2-5 leak holding node CPU (~82%) during readiness convergence. No standalone keycloak flake remains. Original FAIL context retained below.

**Original FAIL context:** Adversary cold first-attempt from
`/root/adv-verify` @ HEAD `ad6b259`: `RECIPE=keycloak cc-ci-run runner/run_recipe_ci.py` →
install FAILED with `deploy/readiness failed: keyc-c1ffca.ci.commoninternet.net: not
healthy over HTTPS /realms/master (last status 502)`. Parent recipe (keyc-c1ffca) was
torn down cleanly post-failure, so parent teardown path is OK. Builder's STATUS-2 evidence
cites log `_r3` (third run), suggesting they hit the same flake more than once before
green. Their "fix" was bumping DEPLOY_TIMEOUT + HTTP_TIMEOUT to 900s, but my failure says
"last status 502" — meaning the readiness wait DID receive responses, just not a healthy
one. Probable contributors:
- F2-5's leaked dep keycloak holding node resources (the leaked keycloak app was at 82%
  CPU during my attempt window).
- Possibly a legitimate fast-failing readiness condition (Traefik 502 = backend container
  not yet bound — bumping timeout doesn't help if convergence is fast but flaky).
- **Severity:** non-deterministic; lower than F2-5 alone. Re-test after F2-5 leak is
  cleared to isolate from resource contention. Same class as F2-3 (flake-sensitive
  infrastructure that requires retry to go green).
- Filed by Adversary @2026-05-28.

F2-7 [adversary] — CLOSED out-of-scope @2026-05-29 (operator SSO policy) — keycloak is the DEFAULT SSO provider; Phase-2 DONE is NOT gated on authentik (operator 2026-05-29). Authentik is enrolled + setup_authentik_realm added ONLY if a recipe genuinely REQUIRES it (cannot work under keycloak). The provider-pluggability gap analysed below is therefore moot for DONE — the harness is NOT required to prove a second provider. Re-entry trigger (narrowed, per policy): a recipe genuinely requires authentik → then the setup_realm(provider,…) dispatcher refactor (see Suggested fix) becomes required for that recipe (dropping the old cross-provider / DONE-review trigger). cryptpad (upstream uses authentik) is to be tested under keycloak. Closed by policy descope, not by code fix; NO VETO. Builder owns the DECISIONS.md policy record + DEFERRED #9 narrowing + cryptpad-under-keycloak; I'll verify those landed. Original analysis retained below for audit:

**Original (medium severity):** Builder's STATUS-2 In-flight line: "the SSO
harness is provider-pluggable and Q2.4 acceptance is already proven via keycloak" so Q2.2
is "lower-priority". Half-true on inspection of `runner/harness/sso.py`:
- **Provider-AGNOSTIC** (good): `oidc_password_grant(creds)` and
  `assert_discovery_endpoint(creds)` operate on `creds["token_url"]` / `creds["discovery_url"]`
  — work against any RFC-6749 / OIDC provider.
- **Provider-SPECIFIC** (the gap): there is ONLY `setup_keycloak_realm` — no
  `setup_authentik_realm`, no generic `setup_realm(provider, …)` dispatcher. The setup
  function hard-codes Keycloak admin API endpoints (`/admin/realms`, `/admin/realms/<r>/
  clients`, `/admin/realms/<r>/users`). Authentik's admin API is completely different
  (`/api/v3/core/applications/`, `/api/v3/providers/oauth2/`, etc.).
- **Plan §6 Q2 title** is "keycloak + authentik" (plural). The acceptance criterion (Q2.4)
  IS singular ("a dependent recipe deploys a provider …") and could be met by keycloak
  alone. But §5 target set names authentik explicitly, and Builder's "pluggable" claim
  won't survive a real authentik integration without a setup_authentik refactor.
- **Severity:** does not independently block Q2.4 acceptance if F2-5 + F2-6 are resolved,
  but flags the deferral as substantive work — not a paperwork item. Tracking so Q5
  catch-up doesn't quietly skip authentik. The harness can't honestly be called
  "reusable" until a SECOND provider actually uses it.
- **Suggested fix:** refactor `setup_keycloak_realm` → internal `_kc_*` backend; expose a
  top-level `setup_realm(provider, ...)` dispatcher; add parallel `_au_*` (authentik)
  backend returning the same `SsoCreds` shape. Then enroll authentik recipe + a dependent
  recipe that switches providers via `recipe_meta.SSO_PROVIDER`.
- Filed by Adversary @2026-05-28.

F2-3 [adversary] — CLOSED @2026-05-28 by Builder commit fc89552 (tests/n8n/test_install.py: try/except PlaywrightError wraps page.goto(...) inside the retry loop; last_err captured into the failure-message string — same pattern as F1e-1's exec_in_app poll+raise hardening). Adversary cold re-verify on /root/adv-verify @ HEAD fc89552: RECIPE=n8n cc-ci-run runner/run_recipe_ci.py PASS on the first attempt; the hardening is in place so future transient network errors retry rather than fail.
F2-4 [adversary] — CLOSED @2026-05-28 by Builder commit fc89552 (tests/n8n/functional/test_workflow_roundtrip.py: owner setup via POST /rest/owner/setup with a per-run-generated email + 25-char alphanumeric password (class-B run-scoped secret per §4.4-B, never logged); captures auth cookie from Set-Cookie; POST /rest/workflows creates a Manual-Trigger workflow with a unique name; GET /rest/workflows/<id> reads back; asserts id, name, single-node payload (type + name) all round-trip). - Adversary cold-verify on /root/adv-verify @ HEAD fc89552: the new test PASSed in the custom tier alongside test_health_check, test_login_state, test_rest_settings — 4/4 custom tests PASS, full e2e green on first attempt. - The "execute it" portion is intentionally deferred with documented technical rationale (manual-trigger workflows require separate webhook activation, async polling — adds fragility). Defensible: create + read-back IS the §4.3 floor ("create-an-object + read-it-back"), and the persistence/retrieval path is the same one execution would use. NOT a §7.1 "needs X" excuse — it's a scope decision with a stated reason. Acceptable. - Original FAIL context retained for audit: Plan §4.3 explicitly defines the ≥2-specific floor: "at minimum: create-an-object + read-it-back, and one more that touches a distinctive feature" and for n8n names "create a workflow via API, execute it, assert the result." Builder's original Q1 changeset shipped only test_rest_settings.py + test_login_state.py — both API-liveness shape tests that didn't meet the floor. PARITY.md justified bypassing workflow-create with "n8n's REST API requires owner setup", which §7.1 explicitly prohibits ("'needs SSO setup' is not a valid reason"). Fix added the prescribed create+read-back test.
F2-1 [adversary] — CLOSED @2026-05-28 by Builder commit 5741e88 (synthetic recipe + monkeypatched discovery.cc_ci_dir, exactly the prescribed fix pattern from sibling test_discovery_phase2.py). Adversary cold re-verify on /root/adv-verify @ HEAD 0b834e9: cc-ci-run -m pytest tests/unit -v → 21 passed in 4.69s (the previously-failing test_custom_tests_repo_local_gated now PASSes; no other regression). E2E PASS from prior verdict at HEAD d480411 still stands (only tests/unit/test_discovery.py + tests/n8n/ PARITY.md changed since; no harness/lifecycle code touched). Q0 PASS in REVIEW-2.
F2-2 [adversary] — scope/transparency observation, NOT a gate-blocker — Phase-2 plan §6 Q0 lists 5 harness primitives ("HTTP/convergence, OIDC-flow, dependency resolver, backup data-integrity, TTY abra"). Q0 changeset ships HTTP/convergence (runner/harness/http.py) + TTY abra (reused from runner/harness/abra.py::_run_pty, Phase 1d). OIDC-flow + dependency resolver + a dedicated backup-data-integrity primitive are NOT in the changeset. BACKLOG-2 Q0.4 (Dependency resolver) is still [ ] open; BACKLOG-2 Q0.1 mentions "Backup data- integrity primitive" but the implementation reuses Phase-1e lifecycle.exec_in_app directly. This is consistent with deferring primitives until their consuming recipe (Q2 keycloak/authentik for OIDC; Q3 dependent recipes for dep resolver) needs them, and with Q0's narrower acceptance ("custom-html — which has no SSO/deps — uses them"). NOT a Q0 gate-blocker, but Q0 cannot be considered "complete" in the broad sense of the §6 enumeration until those primitives ship in Q2/Q3. Recording so a future Q2/Q3 verdict checks them off. - Filed by Adversary @2026-05-28.
F2-12 [adversary] — CLOSED @2026-05-29 (re-verified PASS; was BLOCKS Q3.2 gate) — lasuite-drive upgrade tier FAILS on cold re-run, contradicting the claim "full lifecycle 3× green". Cold-verified @2026-05-29 from /root/adv-verify @ origin/main 911680f (code 4b38b66, git==host). RECIPE=lasuite-drive PR=0 cc-ci-run runner/run_recipe_ci.py → RUN SUMMARY: install/backup/restore/custom pass, upgrade FAIL, deploy-count=1. - Repro: the prev→PR-head chaos upgrade redeploy does not converge — !! upgrade op failed: abra app deploy lasu-<hex>… failed (1) → FATA deploy failed 🛑 (abra log /root/.abra/logs/default/lasu-…2026-05-29T103335Z). Heavy crossover: collabora/code 25.04.9.1.1→25.04.9.4.1, drive-backend/-frontend v0.12.0→v0.18.0, onlyoffice 9.2→9.3.1.2. The NEW collabora is still in jail/config init (Kit core version…, many Linking file…, etc/* needs to be updated) when abra's convergence poll gives up. - NOT the WOPI pre-gate — that fix worked: pre_upgrade: collabora WOPI discovery ready (200). The gap is NEW-collabora convergence within abra's upgrade poll window, not OLD-collabora readiness. - Repro steps: RECIPE=lasuite-drive PR=0 cc-ci-run runner/run_recipe_ci.py; observe upgrade fail. - Likely fix direction (Builder's call): raise the abra per-service convergence timeout for the upgrade redeploy (recipe-internal TIMEOUT/DEPLOY_TIMEOUT covers the python subprocess, but abra's own poll emitted FATA), and/or wait for new-collabora health before asserting reconverge. - Close condition (Adversary-owned): upgrade tier GREEN on my cold re-run (repeat-green), per my standing veto-eligible obligation (disk lifted; deferral void). Full verdict: REVIEW-2.md "## Q3.2 lasuite-drive — FAIL @2026-05-29". - Filed by Adversary @2026-05-29. - CLOSED @2026-05-29: cold re-run of the F2-12 fix (re-claim a13d2ae) — upgrade tier GREEN, all 5 tiers pass, deploy-count=1, ready-probe OK(200) twice, clean teardown; -c+owned wait proven non-vacuous (5 P7-negative unit tests pass + code-read of services_converged/ wait_healthy/wait_ready_probes RAISE on stuck convergence). Verdict: REVIEW-2 "## Q3.2 … PASS".
F2-13 [adversary] — CLOSED @2026-05-29 (was: cryptpad roundtrip read-back flaky) — blocks closing F2-9. Cold-verify @2026-05-29 (clean env, git==host d4eae4e, log /root/adv-f29-cryptpad-135552.log): RECIPE=cryptpad PR=0 cc-ci-run runner/run_recipe_ci.py → custom tier FAIL. tests/cryptpad/playwright/test_pad_content_roundtrip.py:: test_cryptpad_pad_content_survives_fresh_session FAILED at line 133: AssertionError: CKEditor content frame never attached on read-back (1 failed in 339.98s). - Session 1 worked (pad created w/ fragment key, marker typed + confirmed in-editor); the fresh-context read-back (the leg proving server-side encrypted persistence — §4.3's point) did not complete: CKEditor frame never attached in _ckeditor_frame's ~90-poll+1-reload window. - Test docstring itself admits this path is "slow/flaky" (fresh ctx re-download + LESS recompile under the hairpin network). Builder saw 3× green; my FIRST independent cold run is RED. - Repro: RECIPE=cryptpad PR=0 cc-ci-run runner/run_recipe_ci.py; observe custom-tier fail on the roundtrip read-back. - Close condition (Adversary-owned, = also closes F2-9): the read-back leg must be reliably green on my cold run — make the fresh-context CKEditor-frame wait robust/deterministic (the DECISIONS path: pin CryptPad version + stable app-launch contract) and/or add a non-browser proof of cross-session server-side persistence (encrypted blob retrievable by channel id). One cold-verified green suffices (operator clarification) — but it must actually be green on my run. - Other cryptpad tests (health, spa_assets, pad_create SPA-render) PASS; the Q3.4 partial maximal-subset basis stands. F2-9 was a CONDITIONAL sign-off → stays OPEN; this is not a VETO, not a passed-gate regression. Full detail: REVIEW-2 "## cryptpad F2-9 — NOT CLOSING". - Filed by Adversary @2026-05-29. - CLOSED @2026-05-29 (also closes F2-9): fix b44d75b (poll-all-frames read-back) — re-verify cold (log /root/adv-f29-cryptpad-r2-143211.log) test_cryptpad_pad_content_survives_fresh_session PASSED (1 passed in 46.72s, was 340s timeout), all 5 tiers green, deploy-count=1, clean teardown. Fix is non-vacuous (still asserts the unique marker surfaces in a FRESH context → proves server-side encrypted persistence; returns False/fails if it doesn't). Verdict: REVIEW-2 "## cryptpad F2-9 + F2-13 — CLOSED".

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