oficina / docs Public

<task-notification> <task-id>b55zxnxmp</task-id> <tool-use-id>toolu_01GYQ1nuVXfQoKbTuMMHJQpU</tool-use-id> <output-file>/home/paulca/.cache/tmp/claude-1001/-home-paulca-amadan-net-oficina-docs/8c293727-d922-4f5a-bfde-9457b649670f/tasks/b55zxnxmp.output</output-file> <status>completed</status> <summary>Background command "Wait for CI on the search branch" completed (exit code 0)</summary> </task-notification>

<task-notification> <task-id>af0e99a8252db176a</task-id> <tool-use-id>toolu_01LmhuKACpRSyLx2PxVjYLTb</tool-use-id> <output-file>/home/paulca/.cache/tmp/claude-1001/-home-paulca-amadan-net-oficina-docs/8c293727-d922-4f5a-bfde-9457b649670f/tasks/af0e99a8252db176a.output</output-file> <status>completed</status> <summary>Agent "Fable review: search" finished</summary> <note>A task-notification fires each time this agent stops with no live background children of its own. The user can send it another message and resume it, so the same task-id may notify more than once.</note> <result># Whole-branch review: `search` at 9c55c7e (Fable, per AGENTS.md's highest-capability rule) Read as one diff, `git diff origin/main...search`, after a fetch. The merge commit 9c55c7e was verified with `--remerge-diff` rather than trusted: its only conflict was `.amadan/ci.d/10-gate`, resolved exactly as claimed — the live-updates test step (`node --test live-updates.test.mjs`, kept at lines 57–58 of the final file) is intact and only the build-script name was repointed to `build-bundles.mjs`. The AGENTS.md additions in the merge commit are the branch's own two "tools that answer wrongly" entries, correctly visible in the three-dot diff; nothing inherited masquerades as branch work and no branch work hides in inherited code. Verified directly: `go test ./internal/docs` passes (17.3s), `gofmt -l` and `go vet` clean, and `node build-bundles.mjs` reproduces both committed bundles byte-for-byte (hashes unchanged, `git status` on `internal/docs/static/` clean). The commit's "307KB editor / 2.8KB palette" figures are accurate (309210 / 2843 bytes). ## BLOCKING **B1. The branch is stale against `origin/main`, and the collision is semantic, not just textual — a squash-merge today puts a red build on `main`.** `origin/main` is now cafb696 ("Impeccable pass"), committed four seconds after this branch's merge of a6fa843, and `git merge-base --is-ancestor` confirms it is not in the branch. cafb696 adds `/home/paulca/amadan.net/oficina/docs/internal/docs/assets_test.go` (on main, absent from this branch), whose `TestExactlyOneEditorBundleIsEmbedded` asserts `static/` holds **exactly one entry** ("And nothing else in static/ at all… `if len(entries) != 1`"). This branch commits a second file, `internal/docs/static/jumpto.bd5dba33e0e78f44.js`. Failure scenario: squash-merge onto current main → `go test` fails immediately on main, the incident-on-main shape the shipping cadence exists to prevent — and branch CI cannot catch it, because the failing test only exists on main. On top of that, cafb696 rewrote `internal/docs/assets.go` (+66 lines, brand/icon serving through the same `staticHandler` this branch rewrote), and touched `handlers.go`, `render.go`, `views/list.html` (mobile-header fix in the same `[docs-header-actions]` block the search form was added to), and `views/show.html` — so the squash will conflict, and the resolved tree is not the tree this review read. Required before merge: merge main again, reconcile the exactly-one test into "exactly one per `bundleKinds` name and nothing unaccounted-for" (main's stray-file protection is real — the branch's registry checks only the two known prefixes, so a stray `foo.js` in `static/` would go undetected without it), re-run the gate, and have the reconciliation delta reviewed. This is a merge-hygiene blocker, not a defect in the branch's own code. ## NON-BLOCKING (ranked) **N1. Plan D4 claims a check the tree does not carry, and both palette files cite an AGENTS.md entry that does not exist on this branch or on main.** `/home/paulca/amadan.net/oficina/docs/docs/superpowers/plans/2026-09-01-search.md` D4: "This branch implements all of it, and **a browser-drive check holds it**." No committed check of the palette exists — no browser drive, and no `node --test` either, although `fixtures/jump-to.mjs` is factored as an exported `createJumpTo(root)` and the fixtures harness pattern (`live-updates.test.mjs`) is sitting right there. Commit 9ed5842 is honest about this (17 checks in a scratch driver, deliberately not committed, harness pending on another branch, "filed as a task") — but the plan file ships in the repo stating it in the present tense, which is exactly the "comment claiming something the code does not do" shape. Separately, `fixtures/jump-to.mjs:31` and `views/partials/jumpto.html:15` both cite "AGENTS.md's accessibility conventions" for the ARIA-role-is-a-promise rule; grep of AGENTS.md at this tip **and** at origin/main finds no such entry (only the WCAG line) — it presumably lives on the formatting-and-export branch, so if this branch lands first the citations dangle. Fix: soften D4's sentence to match the commit's honesty, and either land a node-level test of the state machine now or ensure the filed task really exists. The keyboard contract itself, on manual reading, **is** implemented: Down/Up with wraparound, Home/End, Enter→`go()`, Escape→`hide()` with focus return guarded by `document.contains`, `aria-activedescendant` set/removed in `reflectActive()` with `scrollIntoView`, Tab and backdrop-mousedown both close, so nothing behind the overlay is keyboard-reachable while open, and the palette is openable (Ctrl/Cmd-K) and escapable by keyboard alone. The race handling is correct too: `sequence` bumps on every search and on `hide()`, and replies check `mine !== sequence || !open` before rendering, covering out-of-order, after-close, and failed requests (failure renders `copy.failed`, not an empty list). **N2. IME composition keys are hijacked** — `fixtures/jump-to.mjs:212/:218` (and the arrows). During CJK composition, Enter-to-commit navigates to the active option and Escape-to-cancel closes the palette. Scenario: a Japanese user types a query, presses Enter to commit the conversion → the browser navigates to result 0 instead. For an app with twelve base locales this is a real defect; the guard is one line (`if (event.isComposing) return`) at the top of the keydown handler. **N3. Stale status on reopen** — `fixtures/jump-to.mjs:66` `show()` resets the input and list but never calls `setStatus('')`. Scenario: type "zzz" → "No documents match" → Escape → Ctrl-K → the palette opens empty but still displays (and, via `role="status"`, may re-announce) "No documents match". **N4. The 50-result cap truncates silently** — `internal/docs/search.go:28` bounds the response with no "more matched" signal on either surface; 51 matches renders 50 rows that look complete. Mild §4.2 echo: a person can conclude a document doesn't exist. Best-first ranking and query refinement make this low-severity. Note the cap does **not** bound the work — `Store.Search` → `Store.List` loads every one of the owner's rows per debounced keystroke — but D1's reasoning holds up: `Document` rows are slim (models.go:47 — no content columns; updates live in `doc_updates`), the same unbounded `List` already backs `GET /`, and a SQL `LIKE` pushdown would silently die when titles are sealed. Linear, not a cliff; worth a comment if sharing ever multiplies visible rows. **N5. Dead catalog key** — `internal/docs/render.go:72` `"docs.list.search.results": "Results"` has no reader anywhere. Twelve locales would translate it for nothing; remove or use. **N6. No NFC normalisation** — `normaliseForSearch` (search.go): deliberate accent non-folding is documented and tested, but NFC-vs-NFD of the *same* text ("café" precomposed vs decomposed) also fails to match, and that is not accent folding — it's the same string. Rare in practice (most input is NFC); a `norm.NFC` pass would be locale-safe. **N7. Expired session in the palette reads as an outage** — a fetch that follows `RequireSession`'s redirect gets the sign-in HTML, `res.json()` throws, and the palette says "Search is unavailable right now" rather than anything about signing in. Safe, mildly misleading. ## What was hunted for and not found **Scoping (the review's #1 concern): holds.** Both routes resolve the owner via `h.owner` → `EnsurePerson`, and `owned()` (store.go:142) fails closed (`owner &lt;= 0` → `WHERE 1=0`). The query string never touches SQL — normalisation output is only ever compared in Go — so there is no crafted/empty/long/unicode query that widens the scope; invalid UTF-8 in `q` degrades to U+FFFD comparisons, empty returns `nil`/`[]`. `TestSearchNeverCrossesOwners` covers the store, the JSON route, *and* the `/?q=` page route separately, which is the right paranoia. **Escaping: holds** — `html/template` (render.go:7) contextually escapes `value="{{.Query}}"` (plus a test), and `json.Marshal` HTML-escapes titles into a `application/json; charset=utf-8`, `Cache-Control: no-store` response. **The assets invariant was generalised, not weakened, within the branch** — per-name exactly-one, kinds listed rather than discovered so a missing bundle panics at init, and `staticHandler`'s map serves only the two exact embedded filenames (the stray-unknown-file gap is main's test's job; see B1). **Ranking is deterministic** — ordered ranks, `sort.SliceStable` over List's `updated_at DESC, id DESC`. **§6.4's spirit is respected**: one field, one button, ungrouped ranked results, no filter chrome, no toggles, and the no-JS GET form is the primary path with the palette strictly additive. ## Judgement The branch's own work is good — genuinely good: the scoping is held by construction and by tests on every reachable path, the D1 reasoning about sealing survives scrutiny, the ranking is explainable and deterministic, the palette implements the ARIA contract it claims (with honest disclosure of the uncommitted browser checks), and the assets invariant came through the generalisation intact, with committed artifacts that byte-reproduce. Nothing in the diff itself blocks. But it must not squash-merge as it stands: `origin/main` moved four seconds after this branch's merge point, and main's `TestExactlyOneEditorBundleIsEmbedded` directly contradicts the second bundle this branch commits, alongside textual conflicts in five files this branch also touched — merging now produces a red `main`, and branch CI cannot warn about it. Merge main once more, reconcile that test into the per-name invariant, run the gate green on the merged tree, get the small reconciliation delta re-read, and fix N2/N3 while in the file (they are five lines between them) — then merge.</result> <usage><subagent_tokens>107064</subagent_tokens><tool_uses>30</tool_uses><duration_ms>412237</duration_ms></usage> </task-notification>

<task-notification> <task-id>a01f19205aea8ce12</task-id> <tool-use-id>toolu_015xnh81RQF7ckybHC5bGGuQ</tool-use-id> <output-file>/home/paulca/.cache/tmp/claude-1001/-home-paulca-amadan-net-oficina-docs/8c293727-d922-4f5a-bfde-9457b649670f/tasks/a01f19205aea8ce12.output</output-file> <status>completed</status> <summary>Agent "Fable review: formatting-and-export" finished</summary> <note>A task-notification fires each time this agent stops with no live background children of its own. The user can send it another message and resume it, so the same task-id may notify more than once.</note> <result>All suites are green, and I've independently validated the PDF with third-party tools (pypdf strict mode, fontTools with checksum verification) — something the branch itself could not do. My review is complete. Here is the whole-branch review. --- # Whole-branch review: `formatting-and-export` at f0a81b3 Read as one diff (`git diff origin/main...formatting-and-export`, 48 files, +6,476/−141), against spec §2/§4.2/§6.2/§11/§12/§15, AGENTS.md, and the branch's own plan. All Go and Rust suites run green from the branch worktree. I additionally did the verification the branch says it could not: installed **pypdf (strict mode)** and **fontTools (checkChecksums=2)** in this environment and parsed the sample PDF and its embedded fonts independently. The file opens, one page, correct title metadata, text extracts correctly including "café", em dashes and curly quotes (so the Identity-H + ToUnicode construction genuinely works), all five embedded subsets parse with valid table checksums, exact `/Length1`, and composite components present. The xref offsets, 20-byte entries, `/Length`, object numbering and trailer `/Size` are right against the spec. That materially de-risks the branch's highest-risk area. The core security argument — `template.HTML` earned by "escape every text run AND emit no attributes" — **holds end to end**. I traced every byte path from `POST /d/{sqid}/updates` (arbitrary Yjs bytes): tag names are matched against a closed table and never echoed; the only dynamic byte inside a tag is the heading level, parsed to `u8` and clamped 1–6; the five new marks emit compile-time constant spans; unknown marks contribute no wrapper in HTML; the JSON renderer escapes per RFC 8259 and its output reaches only `json.Unmarshal`, mark/type names reaching only string comparisons, never output. Owner scoping on both export routes goes through the same `Store.Get` as every route, and `TestExportIsOwnerScoped` asserts not-yours and nonexistent are byte-identical 404s. `exportFilename` reduces to `[A-Za-z0-9-]`, capped, sqid fallback — no header injection is possible. The `readOn` refactor preserves finding-3 (reads the written count) and the ERR_NO_DOC-vs-empty distinction, and adds a nil-export guard. The geometry test fails explicitly when a pattern stops matching ("can no longer see what it is checking"), which is the right shape. ## BLOCKING **1. `internal/docs/export.go:118` — the PDF export logs document content, violating leak-list item 5.** `h.logger.Warn("docs: pdf export substituted characters", "sqid", …, "detail", report.String())` where `Report.String()` (internal/export/pdf.go:100) renders the actual missing runes (`strconv.QuoteRune`). Spec §2.1 item 5 is categorical: instance logs reach platform-held logs via `carlos logs`, and "handlers must never interpolate document content into an error" — enforced by review, i.e. by this reading. Failure scenario: a person writes a short document in Chinese (outside the core faces, §11.1) and exports it; the sorted, deduplicated character set of the document — which for a short CJK document approximates the document — lands in the platform-held log in plaintext, defeating the sealed-at-rest design for exactly the users the font gap already disadvantages. Fix is trivial: log the count and the faces consulted (or Unicode block names), never the runes. The same instinct was right one file over — `documentForExport` logs only `err`, though note `json.Unmarshal` errors can quote one content character ("invalid character 'x'"); that path is unreachable while the core emits valid JSON, but worth flattening while you're there. ## NON-BLOCKING (ranked) **2. `internal/fonts/truetype.go:531-538` (`Subset`) — the emitted font violates ISO 32000-1 §9.9: hinted glyph programs with `cvt `/`fpgm`/`prep` dropped.** I verified with fontTools: all 44 kept glyphs in the sample's Serif subset carry hinting bytecode, and the subset contains only the six tables. The spec's requirement is that those three tables *shall* be included when the font instructions require them; Liberation's instructions call FDEFs defined in `fpgm` and read `cvt `. Mainstream readers (FreeType-based, Acrobat) fail hinting per-glyph and fall back to unhinted rendering, so text still displays — but a strict rasterizer or an older printer RIP may degrade harder, and the branch cannot claim a conformant PDF while this stands. The fix is a few lines (copy the three tables into `out` when present, ~15KB per face) and I'd do it before merge given how cheap it is; I stop short of calling it blocking because no data is lost and every reader I can reason about renders it. **3. `internal/export/pdf_test.go:186` — `TestPDFIsDeterministic` compares with `strings.EqualFold`, which cannot see differences in the compressed streams.** Verified empirically: `strings.EqualFold(string([]byte{0x9c,0x81,0xff,'a',0xe2}), string([]byte{0x90,0xc1,0xfe,'A',0xf0})) == true` — every invalid UTF-8 byte decodes to U+FFFD on both sides and compares equal. Flate output is mostly invalid UTF-8, so two exports whose compressed bodies differ byte-for-byte (same lengths) would pass. This is precisely the AGENTS.md shape — a check that answers "yes" when it cannot see — in the test whose comment says "cannot be diffed, cached or compared". Use `bytes.Equal`. (Determinism itself looks genuinely held — sorted marks, sorted gids, resource-ordered faces, derived subset tags — the test is just weaker than its claim.) **4. `internal/export/pdf.go:262` — a list item whose first line falls onto a new page loses its marker entirely.** The guard `markerPage == l.page || markerTop &lt; l.cursor` compares a cursor offset on the old page with one on the new page, which is meaningless; when the item's content all lands on the next page the marker is drawn nowhere. For an ordered list that is the *number* "7." silently missing — data loss of a kind, in a branch whose stated module rule is "never lose the words". Failure: a 60-item ordered list spanning a page break exports with one unnumbered item. Draw the marker at the first drawn line's page/position instead of dropping it. **5. `internal/docs/views/show.html:463-471` + comment at :434 — the comment claims "the controls are all disabled until the toolbar's own plugin enables them"; the three `&lt;select&gt;`s are never disabled.** With no JavaScript (§6.2's reading path), a mouse user can operate Style/Font/Size and nothing happens — exactly the "invites a click that would silently do nothing" the comment claims is prevented. Compounding it, the size select's first option is "Small", so before the plugin's first `sync` (or forever, without JS) the control *displays the wrong current state* — Block and Font happen to list their defaults first, Size does not. Add `disabled` server-side (the plugin already re-enables via `sync`) or at minimum put "Normal" first / `selected`. The branch's own AGENTS.md addition — "comments that are subtly wrong are worse than none" — applies to its own comment here. **6. `fixtures/toolbar.mjs` is 343 lines against §12's 300-line cap, and the plan's own promise ("a new module under the 300-line cap").** Heavily commented, and nothing enforces the cap mechanically — but a branch should not quietly break the number its own plan cites. Trim or record the exemption where the cap is stated. **7. `internal/fonts/fonts.go:232` — `Get`'s fallback comment says "regular serif"; `faces[0]` after the path sort is Liberation Mono Bold** (`"Bold.&lt;hash&gt;"` sorts before `"BoldItalic"`, Mono before Sans/Serif). Unreachable while `faceFiles` is exhaustive, but the comment is wrong today. Same family: `FamilyForKey` (fonts.go:104) has no non-test caller, and its comment claims "keys reach this from mark names in a document" — nothing does that yet. **8. Hostile-input divergences in the mark model** (reachable only via raw `POST /updates` bytes, so low severity, but the branch reasons carefully about exactly this class): (a) a run carrying two size marks renders *compounded* on screen (nested em spans: 0.85 × 1.25) but picks *one* in the PDF, and which one is nondeterministic — `styleFor` iterates the `sizeScale` map with `break` (internal/export/pdf.go:557), Go map order randomized, undermining `TestPDFIsDeterministic`'s property for such documents. Iterate a fixed slice. (b) `parseCmap12` (truetype.go:317) uses `continue` where a failed bounds read should `break`: a hostile `nGroups` of 4B spins ~4B no-op iterations, and overlapping near-full-range groups multiply the inner loop — irrelevant for the twelve embedded faces, but this file's own header advertises it is "one step from untrusted input"; harden before that step is taken. (Also `off+length` in `Parse` can overflow on a 32-bit int; fine on linux/arm64.) **9. Small fidelity notes.** `hard_break` (in `prosemirror-schema-basic`, paste-reachable) is unknown to all three renderers and vanishes, joining words with no space — pre-existing for HTML, inherited consistently by both exporters; worth a row in the follow-up list. A text run containing a literal newline can inject Markdown block syntax mid-paragraph (fidelity, not security — `escapeMarkdown` only guards `i == 0`). `currentBlock` can return `"heading-4"` (paste), which blanks the block select. The plan's "Twelve checks" for the browser drive is now ~21 after the caret additions. ## Scope, honesty, and process Nothing here is scope that shouldn't be: the caret checks inside `browser-drive.mjs` are another branch's regression coverage, but they're credited, reasoned, and this is the harness they belong in. The AGENTS.md additions accurately describe code that exists (roving tabindex including the disabled-tab-stop re-run, the select arrow-key handling, `undoCommand`/`redoCommand`). Commit messages match their diffs. The comments are, with the exceptions in findings 5 and 7, unusually accurate — including the honest D2 disclaimer that this is not the layout engine, and the honest admission that the PDF verification was self-referential (a gap this review has now partially closed; consider wiring `DOCS_PDF_SAMPLE` + pypdf into a runner-owned check alongside the browser drive). Two process gates remain before merge per the plan and AGENTS.md: **D1 and D2 must be recorded in the branch discussion for Paul to settle** (the plan explicitly reserves them for the discussion, and Liberation-for-Carlito plus TTF-not-woff2 are §11.1 deviations that are his call), and the editor-bundle rebuild convention means whoever merges second re-runs the build. `browser-drive.sh` staying out of CI is argued correctly (sandbox, runner ownership) and it was seen to fail before being kept. ## Judgement This branch should merge once finding 1 is fixed — a two-line change to one log call — and D1/D2 are recorded and approved in the branch discussion; I would also fold in findings 2 and 3 before the squash because both are minutes of work and both sit exactly where the branch's verification is weakest. Everything load-bearing is right: the no-attributes security invariant survives the five new marks and is now *better* documented than before the branch; the export routes inherit 404-not-403 by construction and test it byte-for-byte; the core refactor loses nothing it inherited; the PDF machinery — the highest-risk, most self-referential part — passed an independent strict parse, font-checksum validation, and text extraction on the first try, which is more than the branch claimed for itself; and the toolbar work turned its own worst bug into a written convention, a failing-first browser gate, and the best comment in the diff. The findings above are real but they are the findings of a branch that is fundamentally sound, and none of them is expensive to unwind after a squash-merge.</result> <usage><subagent_tokens>196308</subagent_tokens><tool_uses>51</tool_uses><duration_ms>755948</duration_ms></usage> </task-notification>

<cross-session-message from="uds:/run/user/1001/cc-socks/818326.sock" from-name="live sync edits cross tabs" from-mode="bypass"> Found a 320px reflow failure on main that belongs to your toolbar, with the element named — measured, not inferred. At a 320px viewport the document page scrolls sideways: document scrollWidth 326 against a 320 viewport. The overflow is `select[docs-tool-select]` at left=235 right=326 (width 91, 6px over), inside `div[docs-toolbar-group]` which itself runs left=40 right=326. Innermost-first, those are the only two elements past the edge. It reproduces on plain main (81f64d4) with no changes of mine, and it is absent from the pre-toolbar tree, so it arrived with the formatting bar. It matters because AGENTS.md takes 320px reflow as WCAG 2.2 AA with no exemptions, and this is exactly SC 1.4.10: content requiring horizontal scrolling at 320px. Six pixels, but the criterion is binary. I did not fix it. It is your lane, it is not caused by my change, and guessing at your toolbar's wrap or min-width behaviour from outside would be worse than telling you precisely where it is. Likely candidates from where I sit: the select's intrinsic min-width, or the group not being allowed to wrap at that width. My mobile margin change is merged and deployed (main d53d726, docs.bds.oncarlos.com serving it). It does not interact with this: it changes the sheet's own insets, and the toolbar sits outside them — the text column went 64px to 288px at 320px while the toolbar kept overflowing exactly as before. Two other things from tonight, since they touch your work: Paul asked for a squash merge rather than `amadan branch merge`, and asked the amadan agent to add squash support. I did this one by hand: squash-commit onto current main on a temp branch, pushed it, waited for its own CI to go green, then fast-forwarded main to it. That gives the single-commit history the cadence asks for and still gets a hub CI verdict on the exact content that lands, which a straight push to main would not. Worth knowing if you land `search`-style work the same way before the tool grows the option. Also: `carlos ship` takes the artifact positionally, and promotion still needed a `carlos restart` before the live host picked it up — same as last time, so that pattern holds rather than being a one-off. </cross-session-message>