tolaria/CLAUDE.md

CLAUDE.md — Laputa App

⛔ BEFORE EVERY COMMIT — Non-negotiable checklist

Run all of these. If any fails, fix before committing. No exceptions.

pnpm lint && npx tsc --noEmit       # lint + types
pnpm test                           # unit tests
pnpm test:coverage                  # frontend ≥70% coverage
cargo test                          # Rust tests
cargo llvm-cov --manifest-path src-tauri/Cargo.toml --no-clean --fail-under-lines 85
pre_commit_code_health_safeguard    # CodeScene ≥9.2 — if it fails, fix structurally (see below)

CI is a safety net, not a discovery tool. If CI catches something you didn't catch locally, that's a process failure. All these tools are available locally — use them while you code, not just at the end.

⛔ BEFORE FIRING laputa-task-done — Two-phase QA (mandatory)

Phase 1: Playwright browser QA (headless, you do this yourself)

Test every acceptance criterion using Playwright against the dev server before marking done. This catches 80% of bugs before Brian sees them.

# 1. Start the dev server (use your worktree port)
pnpm dev --port <N> &
DEV_PID=$!
sleep 3  # wait for vite to be ready

# 2. Run Playwright smoke test for this task
BASE_URL="http://localhost:<N>" npx playwright test tests/smoke/<slug>.spec.ts

# 3. Or run all smoke tests
BASE_URL="http://localhost:<N>" pnpm playwright:smoke

kill $DEV_PID

What to test in Playwright:

• Every command palette entry from the spec → open Cmd+K, type the command name, verify it appears and executes
• Every keyboard shortcut → send keydown events, verify UI state changes
• Every UI element described in the spec → verify it renders, is focusable, responds to Tab
• Edge cases: empty state, long text, rapid keypresses

Playwright is non-negotiable even if tests pass. Unit tests verify code; Playwright verifies the user experience in the real browser. Both are required.

⚠️ Browser dev server limits: the dev server uses mock Tauri handlers (src/mock-tauri.ts) — file system operations, git commands, and native dialogs are mocked. Test those via pnpm tauri dev in Phase 2 if the task touches them.

Phase 2: Native Tauri QA (Brian does this after you push)

Brian installs the release build and runs keyboard-only QA on the native app. You don't do Phase 2 — but Phase 1 must pass before you fire the done signal, or Brian's QA will fail and the task goes back to To Rework.

1. Acquire lockfile: echo $$ > /tmp/laputa-qa.lock && trap "rm -f /tmp/laputa-qa.lock" EXIT
2. Kill other instances: pkill -x laputa 2>/dev/null || true; sleep 1
3. Start app: pnpm tauri dev from worktree
4. Switch vault to ~/Laputa (not demo)
5. Test the feature/fix with real mouse clicks (cliclick) on real notes
6. If task touches file save: verify git -C ~/Laputa diff shows changes
7. If QA fails → fix and re-run. Do NOT fire the signal until it passes.

⚠️ QA ≠ tests. QA means using the app as a user.

• "Tests pass" is NOT QA. Tests verify code, QA verifies the user experience.
• The QA comment must describe what you did as a user: "Opened app → Cmd+K → typed 'Trash' → pressed Enter → note disappeared from list → restarted app → note still not visible"
• Every QA comment must include: the exact keyboard/command palette steps used, what was visible before and after, and any edge case tested.
• If you cannot test a feature using keyboard only (osascript shortcuts + command palette), the feature is not keyboard-first → QA fails.

⚠️ Test in a clean environment when the feature depends on state. If a feature involves indexing, fresh installs, first-time setup, or anything that only runs once:

• Do not test in the existing dev vault — it already has the state you're trying to test.
• Create a new empty vault for the test: Cmd+K → "New Vault" (or equivalent), pick a temp folder like /tmp/test-vault-<slug>, then test the full first-time flow from scratch.
• This applies to: search indexing, vault init, getting-started setup, any "on first open" logic.
• If you can't reproduce the fresh-install scenario locally, the feature is untestable → do not fire done.

Fire done signal only after QA passes:

rm -f /tmp/laputa-qa.lock
openclaw system event --text "laputa-task-done:<task_id>:<slug>" --mode now

⛔ CODE HEALTH — No shortcuts

If pre_commit_code_health_safeguard flags a file:

• Understand why — use code_health_review via CodeScene MCP
• Fix the structural problem (extract hooks, split components, reduce complexity)
• Never add a JSDoc comment, #[allow(...)], // eslint-disable, or as any just to pass the gate
• It's fine to take longer. False quality is worse than no quality.

---

Project

Tauri v2 + React + TypeScript desktop app. Reads a vault of markdown files with YAML frontmatter.

• Spec: docs/PROJECT-SPEC.md
• Architecture: docs/ARCHITECTURE.md
• Abstractions: docs/ABSTRACTIONS.md
• Wireframes: ui-design.pen
• Luca's vault: ~/Laputa/ (~9200 markdown files)

Tech Stack

• Desktop: Tauri v2 (Rust backend)
• Frontend: React 18 + TypeScript + BlockNote editor
• Tests: Vitest (unit), Playwright (E2E), cargo test (Rust)
• Package manager: pnpm

Architecture

• src-tauri/src/ — Rust backend (file I/O, git, frontmatter parsing)
• src/ — React frontend
• src/mock-tauri.ts — Mock layer for browser/test env (silently swallows Tauri calls — not a substitute for native app testing)
• src/types.ts — Shared TypeScript types

How to Work

• Never develop on main — always on task/<slug> branch
• Commit every 20–30 min — atomic commits, one concern per commit (feat:, fix:, refactor:, test:, docs:)
• Update docs/ when changing architecture, abstractions, or significant design

TDD — Red/Green/Refactor (mandatory)

Always use test-driven development. No production code without a failing test first.

The loop:

1. Red — write a failing test that describes the behavior you want. Run it, confirm it fails for the right reason.
2. Green — write the minimum code to make the test pass. No more, no less.
3. Refactor — clean up the code (extract, rename, simplify) while keeping tests green.
4. Commit — one red/green/refactor cycle = one atomic commit.
5. Repeat.

Why this matters:

• Forces you to think about behavior before implementation
• Produces only code that's actually needed (no speculative abstractions)
• Tests written first are always behavioral and structure-insensitive by construction
• Tiny cycles = fast feedback, smaller diffs, easier to review

For bug fixes:

1. Write a failing test that reproduces the bug (this is the regression test)
2. Fix the bug until the test passes
3. Commit both together: fix: [bug] — regression test added

For Rust:

cargo watch -x test   # run tests on every save

For frontend:

pnpm test --watch     # run tests on every save

When to deviate: Pure UI layout/styling work with no logic is the only exception. Everything else — hooks, utilities, Rust commands, state management — must be TDD.

Testing (quality bar)

• Unit tests must cover real business logic, not "component renders"
• Tests test behavior (what the code does), not structure (how it does it)
• Every bug fixed → regression test that would have caught it
• Every new feature → TDD from the start (see above)
• pnpm test:coverage and cargo llvm-cov must pass before committing

Design File (every UI task)

Every task with UI changes needs a design file. Follow this process:

1. Open ui-design.pen first — study existing frames to understand the visual language, spacing, and component style before designing anything new.
2. Design in light mode — all existing designs use light mode. New frames must match. Never use dark mode for designs.
3. Create design/<slug>.pen for the new feature — additive only, NOT a copy of ui-design.pen.
4. When merging to main — merge your frames into ui-design.pen with proper layout:
   • Place frames in a logical area (group by feature area, not stacked on top of each other)
   • Leave at least 100px spacing between frames
   • Delete design/<slug>.pen after merging — the frames now live in ui-design.pen

mkdir -p design
# Study schema first:
node -e "const f=JSON.parse(require('fs').readFileSync('ui-design.pen','utf8')); console.log(JSON.stringify(f.children[0],null,2))"
# Start fresh:
echo '{"children":[],"variables":{}}' > design/<slug>.pen

Vault File Retrocompatibility (mandatory for every feature that adds vault files)

Laputa vaults are long-lived. New app versions must work on existing vaults that were created before a feature existed.

Rule: never assume a vault file exists. Always auto-create if missing.

Every feature that depends on a vault file or folder must:

1. Auto-bootstrap on vault open — check if the required file/folder exists; if not, create it with defaults. This must be silent and non-blocking.
2. Be idempotent — creating defaults must be safe to run multiple times (never overwrite user data).
3. Expose a repair command — add a Cmd+K command like "Restore Default Themes" or "Repair Vault Config" that explicitly re-creates missing files. Users can run this if something is broken.

General "Repair Vault" command — when adding a new vault file dependency, register it with the central repair system so that Cmd+K → "Repair Vault" fixes everything in one shot.

Pattern:

on vault open:
  if file X does not exist → create X with defaults  ← silent auto-repair
  if file X exists but is malformed → log warning, use defaults (don't crash)

on "Repair Vault" command:
  for each known vault file/folder:
    if missing → create with defaults
    if present → leave untouched (idempotent)

This principle applies to: themes, config files, type files, any .laputa/ subfolder, or any file Laputa expects to find in a vault.

macOS / Tauri Gotchas

• Option+N on macOS → special chars (¡, ™), not key:'N'. Use e.code or Cmd+N.
• Tauri menu accelerators: use MenuItemBuilder::new(label).accelerator("CmdOrCtrl+1") — decorative text in labels doesn't register shortcuts.
• app.set_menu() replaces the ENTIRE menu bar — include all submenus.

QA Scripts

bash ~/.openclaw/skills/laputa-qa/scripts/focus-app.sh laputa
bash ~/.openclaw/skills/laputa-qa/scripts/screenshot.sh /tmp/out.png
bash ~/.openclaw/skills/laputa-qa/scripts/shortcut.sh "command" "s"
bash ~/.openclaw/skills/laputa-qa/scripts/click.sh 400 300   # logical coords

Menu Bar Discoverability (mandatory for every new command)

The command palette is powerful but not discoverable — users must already know a command exists to find it. The macOS menu bar is where users discover what an app can do.

Rule: every significant command palette entry must also appear in the menu bar.

When adding a new command to the palette:

1. Identify the right menu bar group — File, Edit, View, Note, Vault, or create a new group if needed
2. Add a menu item with the same label as the palette command
3. Show the keyboard shortcut next to the menu item (if one exists)
4. If no direct shortcut exists, still add the menu item — it's discoverable and triggers the same action

The menu bar should be organized around what Laputa does:

• File — new note, open vault, switch vault, close
• Edit — undo, redo, find, note actions (rename, trash, duplicate)
• View — view modes, zoom, sidebar, panels
• Note — note-specific actions (move to trash, archive, properties)
• Vault — vault management (themes, config, repair, sync)
• Window / Help — standard macOS items

This is a QA requirement: before marking any task done, verify that every new command palette entry has a corresponding menu bar item.

Keyboard-First Principle (mandatory for every new feature)

Every feature must be reachable via keyboard. This is both a UX requirement and a QA requirement — Brian tests the native app using keyboard only (osascript key events, no mouse).

Before marking any task done:

• Can the feature be triggered/used without touching the mouse?
• If it requires clicking a button, add a command palette entry or keyboard shortcut
• Document the shortcut in the command palette or menu bar

If you add UI that is only reachable by mouse, you must also add a keyboard path (command palette entry, shortcut, or Tab-navigable focus). No exceptions.

Push Workflow (IMPORTANT — changed Feb 27, 2026)

Push directly to main — no PRs, no branches, no CI queue.

The pre-push hook runs all checks locally before the push goes through. This replaces remote CI.

# After QA passes and you're ready to ship:
git push origin main    # pre-push hook runs automatically

⛔ NEVER open a Pull Request

PRs on separate branches diverge from main with every merge, requiring continuous rebases and creating unnecessary conflicts. Always push directly to main. If the push fails (disk full, test failure, etc.) — fix the problem, then push again. There is no scenario where opening a PR is the right fallback.

⛔ NEVER use --no-verify

# FORBIDDEN — will be caught and rejected:
git push --no-verify
git commit --no-verify   # also forbidden for pre-push bypass

The hook runs: tsc, Vite build, frontend tests, frontend coverage, Rust coverage, Clippy, rustfmt, CodeScene. Fix any failures before pushing — do not skip.

If a check fails, fix the issue and push again. The hook is the gate — not remote CI.