# Audit — Health-U6 Protocol Consolidation (`09c1e73`) **Independent Opus audit (Protocol 8 stage 3).** I planned U6 but did not build it, so I'm independent of the implementer. This audit starts from the **diff**, not the implementer's report. Branch clean at `09c1e73`. --- ## VERDICT: ✅ PASS | Check | Result | | --- | --- | | ⭐ Lossless — every rule + bug-origin lesson survived | ✅ **PASS** — verified clause-by-clause; nothing vanished | | ⭐ Zero dangling references (re-grepped whole repo) | ✅ **PASS** — every number still resolves, same meaning | | Load-order filenames byte-identical | ✅ **PASS** — 31 subjects identical; Suite 220.3 green | | Suite 220 + full Node gate green | ✅ **PASS** — 3276/3276; 220.1–220.8 all green | | Actual tokens saved matches claim | ✅ **PASS** — 4,298 bytes = **1,074 tokens** (claim: ~1,075) | | No cache bump needed | ✅ **PASS** — only `CLAUDE.md` + `CHANGELOG.md` changed | **Plain English:** The consolidation did exactly what it promised. It merged six protocols into two combined sections and de-duplicated repeated prose, and **not one rule or "born from this bug" lesson was lost** — I checked every affected protocol line-by-line against the old version. Every reference to the merged protocol numbers, anywhere in the codebase, still lands on the right rule. The load-order list the gate guards is byte-for-byte unchanged. The whole test suite passes. It's safe. --- ## Check 1 — Lossless (the one that matters most) I diffed every affected protocol old-vs-new and confirmed each distinct rule + bug-origin lesson still exists (reworded or relocated, but present). **Protocols 29 / 30 / 31 (auth, grouped):** all three rules survive verbatim in meaning — - **29:** "not done until verified on a real mobile device (browser tab AND installed PWA); emulators/DevTools insufficient" ✓; the three catch-categories (OAuth redirect/popup, storage-partitioning, standalone session-isolation) ✓; the **r54 `getRedirectResult`-null regression** lesson ✓. - **30:** popup-only, `linkWithRedirect`/`signInWithRedirect` banned ✓; the GitHub-Pages-can't-host-`/__/auth/` + `{project}.firebaseapp.com` iframe mechanism ✓ (moved into a shared "root cause" block, cited by both 29 and 30 — a legitimate dedup, not a loss). - **31:** `signInAnonymously` must be gated on `authStateReady()` + `!currentUser` ✓; the **5c-ii clobber bug** lesson ✓. **Protocols 32 / 33 / 35 (kill-switch, merged parts a/b/c):** all three rules survive — - **32 (part a):** every network/IO feature ships a flag + graceful fallback; Phase-5 note ✓. - **33 (part b):** boot read is fail-safe, never black-screens, default features-enabled/last-known-good; "worse than no kill switch" lesson ✓. - **35 (part c):** auto-flip off on regression, restore-first, the 4-step order, prefer-flag-over-revert ✓. - One standalone sentence in old 33 ("a broken/unreachable config must not become its own outage") is gone as a *sentence*, but its meaning is fully carried by the retained "safety mechanism cannot be a new failure mode… worse than having no kill switch." Meaning preserved. **Protocol 1 (cache) + gate block (S1/S2):** served-set list, strict-monotonic-`-rN` rule, non-served-bypass, `APP_VERSION`-reset — all still present; the gate block's two bullets collapsed to one that points to Protocol 1, where the full rule lives. ✓ **Prohibited Patterns rows (S3):** the three trimmed rows (`linkWithRedirect`, `signInAnonymously`, PowerShell non-ASCII) keep the prohibition + a short why, and each points to its protocol. **I confirmed each pointer target still holds the full why:** Protocol 30 has the redirect mechanism, Protocol 31 has the anon-guard rule + 5c-ii, Protocol 39 has the UTF-8 incident + Suite 90. ✓ (The mojibake examples `—→â€"` etc. were kept in the row anyway.) **Protocol 45 / 46 (J4):** the load-bearing **`fs.existsSync` trap-warning is verbatim** ("a guard that can never fail… worse than no guard because it creates false confidence") ✓; the `pushToCloud`/`pullFromCloud` drift incident ✓; the 220.7/220.8 CI-vs-local split ✓; the MANIFEST gitignore-exception pattern ✓; the "manifest first, pointer second" apply-rule ✓. What was compressed: the *self-referential design-reasoning* about **why** 220.8 is written the way it is (now a pointer to "Suite 220 tests 220.7/220.8") and the "2.8.5 strand A" framing tag — both are narration/context, **not rules or lessons**. **Nothing normative vanished. No `BACK TO STAGE 2` trigger.** --- ## Check 2 — Zero dangling references Suite 220 does **not** check protocol-heading references (it guards `window.*`, file paths, load-order, and `library/` pointers only), so I re-grepped the whole repo by hand: `js/**`, `tests/**`, `ARCHITECTURE.md`, `library/**`, `planning/**` for Protocols 29/30/31/32/33/35/45/46. - **45 / 46 headings unchanged** — every reference resolves as before. - **Merged numbers all still exist and mean the same thing.** New headings are `## Protocols 29 / 30 / 31 — Authentication Hard Rules` and `## Protocol 32 / 33 / 35 — Remote Kill-Switch`, and each number reappears as a literal string in the body (`Sub-rule 30 —`, `Part (b) — Protocol 33:`, plus explicit "every existing Protocol X reference still resolves here" parentheticals). A reader/tool searching `Protocol 33` finds the right rule. - **No test or tool asserts on the old singular heading text.** The one hit (line 34815) is a rationale tag inside a test *description* string, not an assertion on `CLAUDE.md`. **One honest nuance (not a failure):** three *compound slash-forms* used in comments/docs — `Protocol 33/35` (`js/ui/ui-core-chassis.js:174`), `Protocol 30/31`, `Protocol 29/30` — are not reproduced as verbatim strings in the new file. **But they never were:** the old `CLAUDE.md` had *separate* headings too, so `33/35` always meant "see 33 and 35." Each individual number resolves correctly, and the merge actually puts both halves in one section now — so resolvability **improved**, and there is **zero regression**. Not a dangling reference by the audit's definition (no number vanished, none changed meaning). --- ## Check 3 — Load-order byte-identical Extracted the subject-before-`→` from every numbered line inside the `LOAD-ORDER-GUARD` block, old vs new: **`diff` reports IDENTICAL** across all 31 items. Only the post-`→` descriptions changed (J1's intended compression). **Suite 220.3 green** (CLAUDE.md load-order block == real `index.html` boot order), and 220.6 confirms the parse is non-trivial (not an empty-list false pass). --- ## Check 4 — Gate - **`node tests/robco-diagnostics.js` → ALL 3276 TESTS PASSED.** (No test added/removed — count correctly held at 3276.) - **Suite 220.1–220.8 all green** — including 220.3/220.4 (load-order), 220.7 (library pointers vs MANIFEST), and 220.8 (local-only manifest-match, which ran on this machine, not skipped). - **No cache bump needed and none made** — `git show --stat` confirms only `CLAUDE.md` + `CHANGELOG.md` changed; no served/precached file, so Protocol 1 correctly does not apply. --- ## Check 5 — Actual saving - `CLAUDE.md`: **95,477 → 91,179 bytes = −4,298 bytes**, exactly the claimed figure. - Tokens (÷4): **−1,074**, matching the ~1,075 claim. - Words: 13,053 → 12,538 (−515). --- ## Forward-looking note (not blocking — for the owner) Suite 220 guards `window.*`, file paths, load-order, and `library/` pointers — but **not protocol-heading references**. That means the "every `Protocol N` reference resolves to a real heading" property this commit maintained is held by **author discipline, not the gate**. This commit is clean, but a *future* edit that renumbers or removes a protocol heading would not be caught by any test. This is a pre-existing gap, not introduced here — worth a small escape-ratchet guard (Protocol 36b) at a later health unit, out of scope for U6's pass/fail. --- ## Bottom line **PASS.** Lossless (every rule + every bug-origin lesson verified present), zero dangling references (re-grepped the whole repo myself — nothing points at a number that vanished or changed meaning), load-order filenames byte-identical, Suite 220 + all 3276 tests green, and the saving is a real **~1,074 tokens per session** at zero code risk. No rework needed.