Merge branch 'main' into dev
Surgical merge of 74 commits from main into dev. Key features ported: - Provider visibility gating (appVersion filtering for Pi/Copilot) - Pi agent provider + Copilot re-enabled - Provider-declared features system (Codex fast mode) - Workspace dedup by worktree root (adapted to integer IDs) - Bulk close archiving fix for stored agents - Agent creation timeout increase to 60s - Audio/voice crash fixes (external buffer copies) - Multi-host setup fix - Reload agent tab action Dev architecture preserved: SQLite storage, service proxy, workspace setup dialog, hover cards, removed launcher tabs.
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# Mobile Testing
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## Maestro
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Maestro flows live in `packages/app/maestro/`. Reusable sub-flows live in `packages/app/maestro/flows/`.
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Run a flow:
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```bash
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maestro test packages/app/maestro/my-flow.yaml
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```
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### Screenshots
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`takeScreenshot` writes to the **current working directory** — there's no way to configure the output path in the YAML. To keep screenshots out of the checkout, `cd` into a temp directory and use an absolute path for the flow:
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```bash
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FLOW="$(pwd)/packages/app/maestro/my-flow.yaml"
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mkdir -p /tmp/maestro-out
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cd /tmp/maestro-out && maestro test "$FLOW"
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```
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`packages/app/maestro/.gitignore` excludes `*.png` as a safety net.
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### Element targeting
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Use `testID` or `nativeID` on components, then target with `id:` in flows. Prefer this over text matching — text breaks on copy changes.
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```tsx
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// Component
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<Pressable testID="sidebar-sessions" onPress={onPress}>
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```
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```yaml
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# Flow
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- tapOn:
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id: "sidebar-sessions"
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- assertVisible:
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id: "sidebar-sessions"
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```
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### Conditional steps
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Use `runFlow:when:visible` for steps that should only execute when a specific element is on screen:
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```yaml
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- runFlow:
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when:
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visible:
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id: "sidebar-sessions"
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commands:
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- swipe:
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direction: LEFT
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duration: 300
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```
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This is how `flows/dev-client.yaml` handles Expo dev client screens that only appear in dev builds.
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### Don't use launchApp against a running dev app
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`launchApp` kills and restarts the app, disrupting Expo dev client state and host connections. For flows that test against an already-running dev app, **omit launchApp entirely** — just interact with whatever is on screen.
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Use `launchApp` only in flows that need a clean start (e.g., onboarding tests).
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### Swipe gestures
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Use `start`/`end` with percentage coordinates for precise control:
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```yaml
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# Edge swipe from left to open sidebar
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- swipe:
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start: "5%,50%"
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end: "80%,50%"
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duration: 300
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```
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`direction: RIGHT` is simpler but less precise — use it for generic swipes, use coordinates when the start position matters (edge gestures, avoiding specific UI regions).
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### Assertions
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`assertVisible` checks **actual screen visibility**, not just view tree presence. An element that exists in the tree but is off-screen (e.g., `translateX: -400`) will correctly fail `assertVisible`. This makes it reliable for catching animation bugs where state says "open" but the view is visually hidden.
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For async elements, use `extendedWaitUntil`:
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```yaml
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- extendedWaitUntil:
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visible: ".*Online.*"
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timeout: 90000
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```
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### Dev client handling
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Two reusable flows handle Expo dev client screens after launch:
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- `flows/launch.yaml` — handles dev launcher, dismisses dev menu, asserts "Welcome to Paseo"
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- `flows/dev-client.yaml` — same but without asserting a particular app route
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## Self-verification loops
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Maestro can only interact with the app UI — it can't toggle iOS appearance, change locale, or simulate network conditions. For bugs that depend on system-level state, wrap Maestro in a bash script that handles the system changes between Maestro runs.
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This pattern also lets agents self-verify fixes without manual user testing.
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### Pattern
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1. Run baseline Maestro flow (confirm feature works)
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2. Make system-level change via `xcrun simctl` (toggle appearance, etc.)
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3. Re-run Maestro flow (confirm feature still works)
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4. Repeat N iterations to catch intermittent failures
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Scripts run `maestro test` from inside a temp directory so screenshots don't dirty the checkout.
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See `packages/app/maestro/test-sidebar-theme.sh` for the canonical example:
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```bash
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bash packages/app/maestro/test-sidebar-theme.sh 6 1
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# Args: iterations=6, wait_seconds=1 between toggle and test
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```
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Key elements of the script pattern:
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```bash
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set -euo pipefail
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ITERATIONS="${1:-3}"
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for i in $(seq 1 "$ITERATIONS"); do
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# Toggle system state
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xcrun simctl ui booted appearance light
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# Wait for change to propagate
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sleep 1
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# Run Maestro flow and capture result
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if maestro test "$FLOW" 2>&1 | tee "$ITER_DIR/test.log"; then
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echo "PASS"
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else
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echo "FAIL"
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xcrun simctl io booted screenshot "$ITER_DIR/failure-state.png"
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fi
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done
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```
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## Unistyles + Reanimated
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### The crash
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Applying Unistyles theme-reactive styles (`StyleSheet.create((theme) => ...)`) directly to `Animated.View` causes **"Unable to find node on an unmounted component"** on theme change.
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Unistyles wraps styled components in `<UnistylesComponent>` and patches native view properties via C++. Reanimated also manages the same native node for animated transforms. When the theme changes, both systems try to update the node simultaneously and the view crashes.
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### The fix
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Use plain React Native `StyleSheet.create` for static positioning on `Animated.View`. Pass theme-dependent values as inline styles from `useUnistyles()`:
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```tsx
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// BAD: Unistyles dynamic style on Animated.View
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const styles = StyleSheet.create((theme) => ({
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sidebar: {
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position: "absolute",
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top: 0,
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left: 0,
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bottom: 0,
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backgroundColor: theme.colors.surfaceSidebar, // theme-reactive
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overflow: "hidden",
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},
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}));
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<Animated.View style={[styles.sidebar, animatedStyle]} />
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```
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```tsx
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// GOOD: static stylesheet + inline theme values
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import { StyleSheet as RNStyleSheet } from "react-native";
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const staticStyles = RNStyleSheet.create({
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sidebar: {
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position: "absolute",
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top: 0,
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left: 0,
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bottom: 0,
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overflow: "hidden",
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},
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});
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const { theme } = useUnistyles();
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<Animated.View
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style={[staticStyles.sidebar, animatedStyle, { backgroundColor: theme.colors.surfaceSidebar }]}
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/>
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```
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Regular `View` components can safely use Unistyles dynamic styles — the conflict is specific to `Animated.View`.
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## iOS Simulator
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```bash
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# Screenshot
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xcrun simctl io booted screenshot /tmp/screenshot.png
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# Dark/light mode
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xcrun simctl ui booted appearance # check current
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xcrun simctl ui booted appearance dark # set dark
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xcrun simctl ui booted appearance light # set light
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```
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Expo dev server logs are in the tmux pane running `npm run dev`. Daemon logs are at `$PASEO_HOME/daemon.log` (see [DEVELOPMENT.md](DEVELOPMENT.md)).
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@@ -122,8 +122,34 @@ No prefix (`v`), no extra text. The parser matches the first `## X.Y.Z` line to
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- **Only Claude should write changelog entries.**
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- If you are Codex and a stable release needs a changelog entry, launch a Claude agent with Paseo to draft it, then review and commit the result.
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## Pre-release sanity check
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Before cutting any release (RC or stable), run a Codex review of the diff as a last line of defence against shipping bugs.
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Load the `paseo` skill and launch a **Codex 5.4** agent with a prompt like:
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> Review the diff between the latest release tag and HEAD. Focus on:
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>
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> 1. **Breaking changes** — especially in the WebSocket protocol, agent lifecycle, and any server↔client contract.
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> 2. **Backward compatibility** — mobile apps lag behind desktop/daemon updates by days. Users will update desktop and daemon immediately but keep running the old app. Flag anything that requires both sides to update in lockstep.
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> 3. **Regressions** — anything that looks like it could break existing functionality.
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>
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> Diff: `git diff <latest-release-tag>..HEAD`
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The agent's job is a deep sanity check, not a full code review. If it flags anything, investigate before proceeding.
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## Changelog scope
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The changelog always covers **stable-to-HEAD**:
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- **RC release**: the diff and release notes cover `latest stable tag → HEAD`. RC release notes are auto-generated and not added to `CHANGELOG.md`.
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- **Stable release**: the diff and changelog entry cover `latest stable tag → HEAD`. Any intermediate RCs are skipped — the changelog captures the full delta from the previous stable release, not just what changed since the last RC.
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In other words, RCs are checkpoints along the way; the changelog only records the final jump from one stable version to the next.
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## Completion checklist
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- [ ] Run the pre-release sanity check (see above) and address any findings
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- [ ] Update `CHANGELOG.md` with user-facing release notes (features, fixes — not refactors)
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- [ ] Verify the changelog heading follows strict `## X.Y.Z - YYYY-MM-DD` format
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- [ ] `npm run release:patch` or `npm run release:promote` completes successfully
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