fix(editor): suggest cursor-dwell zooms after a fresh recording by My-Denia · Pull Request #622 · getopenscreen/openscreen

My-Denia · 2026-09-07T14:22:02Z

Summary

1.5 suggested cursor-dwell zooms when a fresh recording opened in the editor. Current main still has the wand, but HUD import only seeded a clip, so a new take landed un-zoomed. This restores that pass on the current document model. Zooms stay editor regions; they are not baked into the MP4.

After a HUD take is imported, if auto-zoom is on and the timeline has no zooms yet, run the same suggestion path as the wand.
One toggle, default on, in recordingPrefs, surfaced on both the HUD and the Rec stage. It is disabled while the cursor is in system mode, because the pass reads the overlay's cursor telemetry and there is none.
One shared collect/append helper, so the wand and the import path cannot drift.

The suggestion pass runs on the same queued task as the loadedmetadata write it depends on, rather than after it, so a fresh take's suggestions are serialised against the user's own edits and not just against other metadata events.

Builds on #620

This branch is based on #620, so its commits appear here until that merges. It carries none of #620's changes of its own: the empty-timeline seed guard and the preview's primary-asset mount live there, and this branch takes them as given.

Reviewing #620 first is the smaller read, and this one is a clean rebase away once it lands.

Related issue

Fixes #539

Type of change

Release impact

Patch
Minor
Major / breaking change
No release note needed

Desktop impact

The editor path is the same on every platform that writes a cursor sidecar. The takes used to check it are Windows / WGC.

Screenshots / video

Two things are visible. The HUD gains one toggle (auto-zoom after recording), separate from the system-cursor control and disabled while the cursor is in system mode. And a fresh take now opens in the editor with zoom regions already on the timeline instead of an empty zoom lane.

Testing

Targeted unit tests next to the import, HUD, Rec-stage, store and write-audit code.
npx tsc --noEmit, npx tsc -p tsconfig.test.json --noEmit, npm run i18n:check across the locale set.
Each guard was checked by removing it and watching its test fail. The save deadline is the one worth naming: without it the test does not fail on a wrong value, it never finishes.

Live takes on Windows at this head, driven with a real OS mouse — the HUD is click-through and hit-tests the OS cursor, so a synthesised click would not exercise it. Identical choreography in both arms: five move-then-hold points, ~2.2 s of stillness at each, a shape dictated by the detector's own constants (MIN_DWELL_DURATION_MS 450, MAX_DWELL_DURATION_MS 2600).

	auto-zoom off	auto-zoom on
take	28.933333 s	43.383333 s
cursor sidecar	native, v2, 633 samples over 29.0 s	native, v2
qualifying dwells in the sidecar	5	4 written as regions
clip seeded	1	1, `0–43.383`
zoom ranges in the saved project	0	4, every one `focusMode: auto`, depth 3, 2000 ms each

The off arm's zero is the toggle, not missing telemetry: replaying its own sidecar through detectZoomDwellCandidates yields five candidates, four of them at exactly the focus points the on arm zoomed to — (0.216, 0.288), (0.720, 0.345), (0.288, 0.645), (0.792, 0.645). Both arms carried equally zoomable telemetry; only the on arm produced zooms, and its regions match the driven dwells to within 0.0002 normalized.

A third take with the cursor in system mode produced no sidecar, no zooms, and a seeded clip — the cursorCaptureMode guard doing its job.

Not covered: macOS and Linux, the browser fallback for hosts without the native helper, the packaged build, and export (this writes editor regions, it does not bake zooms into the MP4).

Summary by CodeRabbit

New Features
- Added automatic zoom after recording, enabled by default.
- Added controls in recording settings and the launch HUD.
- Auto-zoom requires editable cursor capture and is unavailable in system cursor mode.
- Added localized labels and guidance across supported languages.
Bug Fixes
- Improved handling of recording durations when metadata is delayed or unavailable.
- Preserved user edits and project context while auto-zoom suggestions are generated.
- Added safeguards for stalled saves and outdated recording events.
Tests
- Expanded coverage for auto-zoom, duration handling, save timeouts, and project changes.

`useSequentialTimelineOps` exists because every timeline edit is a read-modify-write of the whole document, and its header says so: anything that reads the doc and saves it back belongs on that chain. The `loadedmetadata` handler did neither -- it read `getState().document` and issued its own save. That is enough to lose an edit, because the store is only written once the bridge answers. A user's save in flight leaves `getState()` returning the PRE-edit document, the probe builds a full snapshot from it, and whichever write lands second wins. The epoch check in `saveDocument` does not cover this: it guards undo, redo and project switches, not a concurrent save. Move the read, the compute and the write inside `enqueueTimelineWrite`, which the shell already holds, and await the saves so the queue actually waits for them -- a fire-and-forget write would let the next queued edit read a document this one has not committed yet.

Its `add*` siblings compute and save in the same tick, so reading the render closure is harmless there. This one is different: the wand captures the callback, awaits a multi-second cursor-telemetry IPC, and only then calls it. Anything the user commits during that wait is in the store but not in the closure, so the snapshot written back is missing their edit -- and it was also anchoring the new regions against clips that may no longer exist. Read from the store inside the callback, and anchor against that same document, matching `applyClipEdit`, `setTrimEntries` and `insertClipAt` -- which is also what lets this compose with `useSequentialTimelineOps` instead of racing it. The test captures the callback before the store moves, the way the wand does, and fails against the closure read: the saved document comes back carrying the old title, with the user's edit gone.

Putting the write on the queue fixed one race and opened a narrower one: there is now real time between the metadata event and the write, and the duration in hand came off the video that fired the event. Two ways it can land somewhere it does not belong. Across projects: switch while the task is queued and the document read inside it is the new project, which gets the old video's length. `saveDocument`'s epoch check cannot see this -- the write is issued after the switch, not across it. So the event is bound to the project that was open when it fired, and dropped if that is no longer the one loaded. Within one project: the seed branch stamps the duration on the primary asset and sizes the clip from it, and `replaceTimeline` hard-codes clips to that same primary asset -- so an event from any OTHER asset seeds one video's length under another's id. Pre-existing, but the queue delay is what makes a primary change between the event and the write reachable at all. Seed only when the asset that fired is the one the seed is about; the primary's own event does its own seeding. The sibling branch needed neither guard: `applyProbedDuration` is handed the asset id and returns the document untouched when it does not hold it.

The two guards in the previous commit shipped untested, on the argument that the `loadedmetadata` path has no component harness. That confused "cannot test the component" with "cannot test the behaviour": the decision is pure -- a document, an asset id, a duration and the project the event came from -- and only the queueing around it needs the component. So the decision moves to an exported `documentAfterProbedDuration` and the handler keeps the wiring. Both guards now fail their tests when removed: without the project binding a switched-to project takes the old video's length, and without the asset check a non-primary asset seeds a clip that `replaceTimeline` pins to the primary. The seed, the fold-in and the already-settled cases are covered too. Two `saveDocument` call sites became one, so the write-audit table loses a row.

With no clips to follow, the preview fell back to the whole asset list and VirtualPreview mounted index 0 — `document.assets[0]`, which is not always the primary. `handleLoadedMetadata` seeds the first clip against `primaryAssetId ?? assets[0]` and, since the guard added here earlier, ignores an event from any other asset. So the two disagreed exactly when they had to agree: the mounted asset fired an event the seed refused, nothing else was ever mounted (the index only moves for clips, and there are none), and the timeline stayed empty for good. A project whose first import is audio is that case. Audio never claims the empty primary slot (document-service.addAsset), so `assets[0]` is the audio track and the primary is the video added after it. The empty-timeline fallback now mounts the resolved primary instead, and keeps the old whole-list behaviour when that id resolves to nothing, so a stale primary cannot leave the stage with no source at all.

The file opts into jsdom but never touches the DOM: it calls `documentAfterProbedDuration` directly and asserts on the document it returns. vitest.config.ts makes `node` the default for exactly this reason and the docblock is the opt-in — 972ms of environment setup here bought nothing.

`saveDocument` awaits the bridge with no deadline of its own and, by contract, never rejects — so a main process that stops answering leaves the promise pending for the life of the renderer, and anything sequenced after it stops with it. Two views of the same deadline: `waitForDocumentSaves` for a caller queued BEHIND a save, `saveWithDeadline` for the one that started it. Both report `"timeout"` rather than a value, because a write that has not answered says nothing about what is on disk — the caller has to keep whatever state lets a later attempt retry, not assume the write failed.

The wand builds suggestions from cursor telemetry and appends them; the fresh-recording import is about to need exactly that. Two copies would drift — the anchoring in particular, which has to run against the same document the write is built from, or the regions land on a timeline that no longer exists. So the collect and the append move into `apply-auto-zooms.ts` and the wand's `addZoomsBulk` calls them. It keeps reading the document from the store rather than from the render closure; only the region-building moves.

1.5 suggested zooms when a fresh recording opened in the editor. Current main still has the wand, but HUD import only seeded a clip, so a new take landed un-zoomed (issue getopenscreen#539). This restores that pass on the current document model. Zooms stay editor regions; they are not baked into the MP4. The pass is marked pending at import and applied once the document is ready, through the same collect/append the wand uses. What makes it safe to run behind a user who is already editing: - Contention means exit, not rebase. If the document moved while the suggestion pass ran, the attempt is working from a snapshot that is already history; recomputing onto the newer one just races the writer that produced it. The attempt is dropped with pending still set, and the delayed retries run against a settled document instead. - A wait or a write that times out has told us nothing about what is on disk, so pending stays set rather than being cleared on an assumption. - A take recorded with the system cursor is never marked pending: there is no overlay telemetry to read dwells from.

One switch, on by default, in `recordingPrefs`, surfaced in both places a take is started from: the HUD and the Rec stage. It is disabled while the cursor is in system mode, because the pass reads the overlay's cursor telemetry and there is none to read — the tooltip says so rather than leaving a dead control. `aria-pressed` on the HUD button, like the mic and camera toggles beside it, so the state is not carried by colour alone.

… queue The suggestion pass has to run once the document is ready, and "ready" is the `loadedmetadata` write that folds the probed duration in. So it goes on the same queued task as that write rather than after it: on `useSequentialTimelineOps`, the suggestions are serialised against the user's own edits, not just against other metadata events. The step moves out of the callback closure into `runLoadedMetadataWrite` so it can be tested at all — the event only reaches the shell through Preview, PreviewCanvas, VirtualPreview and a real `<video>` decoding real media. Three things it does that the closure could not be asked about: - The save is bounded. It is awaited so the queue can serialise it, which means a bridge call that never answers would hold the queue slot and every edit behind it. Removing the deadline does not make that test fail on a value; it makes it never finish. - Project ownership is re-checked AFTER the save, not only before. That await is exactly when a switch lands. It would not write zooms into the other project — the pending-path guard refuses that — but the passes before that guard still clear the pending flag on whatever document they are handed, silently cancelling the auto-zoom for the take that was actually imported. - A duration that is not a real measurement seeds a placeholder clip without being recorded as the asset's duration. MediaRecorder WebMs report NaN until the EBML fix lands; auto-zoom keys off that field and would otherwise act on a length nothing measured.

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coderabbitai · 2026-09-07T14:23:29Z

📝 Walkthrough

Walkthrough

Changes

Recording auto-zoom

Layer / File(s)	Summary
Auto-zoom preference and controls `electron/ipc/handlers.ts`, `src/hooks/useScreenRecorder.ts`, `src/components/ai-edition/v4/`, `src/components/launch/`, `src/native/browserShim.ts`, `src/i18n/locales/*`	Adds the persisted `autoZoomEnabled` preference, recording and launch controls, editable-cursor gating, icon support, localization strings, and UI tests.
Metadata duration and save coordination `src/components/ai-edition/NewEditorShell.tsx`, `src/components/ai-edition/Preview.tsx`, `src/lib/ai-edition/document/*`, `src/lib/ai-edition/store/projectStore.ts`, related tests	Extracts duration decisions and bounded metadata writes, preserves placeholder durations until probing completes, selects the primary preview asset, and tracks in-flight saves.
Shared auto-zoom suggestion pipeline `src/lib/ai-edition/timeline/apply-auto-zooms.ts`, `src/lib/ai-edition/store/useTimeline.ts`, `src/components/ai-edition/v4/V4Timeline.tsx`, related tests	Centralizes telemetry collection, clip-geometry rechecks, and zoom-range appending for manual and recording-triggered auto-zoom flows.
Fresh recording auto-zoom handoff `src/components/ai-edition/recordingImport.ts`, `src/components/ai-edition/recordingImport.test.ts`	Tracks pending fresh-recording auto-zoom work, retries when telemetry or duration is unavailable, and preserves project and asset scope during concurrent or timed-out saves.

Estimated code review effort: 5 (Critical) | ~120 minutes

Merge Risk: ⚪ Minimal · up to 01aca

Fresh recordings regain automatic cursor-dwell zoom suggestions while metadata duration updates replace placeholder values, with no current merge-blocking risk identified.

Sequence Diagram(s)

sequenceDiagram
  participant Recorder
  participant RecordingImport
  participant NewEditorShell
  participant CursorTelemetry
  participant ProjectStore
  Recorder->>RecordingImport: import recording
  RecordingImport->>ProjectStore: add asset and mark pending auto-zoom
  NewEditorShell->>ProjectStore: write probed duration
  RecordingImport->>CursorTelemetry: read cursor telemetry
  CursorTelemetry-->>RecordingImport: dwell points
  RecordingImport->>ProjectStore: save appended zoom ranges

🚥 Pre-merge checks | ✅ 4 | ❌ 1

❌ Failed checks (1 warning)

Check name	Status	Explanation	Resolution
Docstring Coverage	⚠️ Warning	Docstring coverage is 34.69% which is insufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 49 functions across 26 files.	Write docstrings for the functions missing them to satisfy the coverage threshold.

✅ Passed checks (4 passed)

Check name	Status	Explanation
Title check	✅ Passed	The title clearly identifies the primary change: restoring cursor-dwell zoom suggestions after a fresh recording.
Description check	✅ Passed	The description is complete and relevant. It covers the change, linked issue, change type, release impact, platform impact, UI impact, testing, and known test limitations.
Linked Issues check	✅ Passed	The implementation addresses issue `#539` by restoring automatic cursor-following zooms for fresh recordings, with a default-on preference, telemetry guards, and Windows validation.
Out of Scope Changes check	✅ Passed	The changes remain within scope. The added preference controls, shared suggestion helpers, duration safeguards, localization, tests, and browser defaults support the fresh-recording auto-zoom objectiv…

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Actionable comments posted: 3

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Inline comments:
In `@src/components/ai-edition/NewEditorShell.tsx`:
- Around line 174-181: Update the non-finite placeholder handling near the asset
mapping and primaryAssetDuration flow so the primary asset retains a usable
duration for timeline bounds until real metadata arrives. Ensure
planTimelineReplacement cannot clamp intervals to zero or remove clips when
duration metadata remains non-finite, while preserving the existing duration
once a valid value is available.

In `@src/components/ai-edition/v4/RecStage.test.tsx`:
- Line 2: Update the jest-dom import in RecStage.test.tsx to use the
Vitest-specific `@testing-library/jest-dom/vitest` entry point so its matchers
register with Vitest’s expect instance.

In `@src/components/ai-edition/v4/V4Timeline.tsx`:
- Around line 1491-1493: Update the auto-zoom flow around
collectAutoZoomSuggestionsForDocument and tl.addZoomsBulk to read the latest
document after collection, detect clip-geometry changes, and recollect
suggestions before applying them when needed. Preserve the existing behavior
when geometry is unchanged, and add a regression test covering a concurrent clip
edit during telemetry collection.

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📒 Files selected for processing (52)

electron/ipc/handlers.ts
src/components/ai-edition/NewEditorShell.loadedMetadata.test.ts
src/components/ai-edition/NewEditorShell.probedDuration.test.tsx
src/components/ai-edition/NewEditorShell.tsx
src/components/ai-edition/Preview.test.tsx
src/components/ai-edition/Preview.tsx
src/components/ai-edition/recordingImport.test.ts
src/components/ai-edition/recordingImport.ts
src/components/ai-edition/v4/RecStage.test.tsx
src/components/ai-edition/v4/RecStage.tsx
src/components/ai-edition/v4/V4Timeline.tsx
src/components/launch/HudControls.tsx
src/components/launch/HudIcons.tsx
src/components/launch/LaunchWindow.test.tsx
src/components/launch/LaunchWindow.tsx
src/hooks/useScreenRecorder.ts
src/i18n/locales/ar/editor.json
src/i18n/locales/ar/launch.json
src/i18n/locales/en/editor.json
src/i18n/locales/en/launch.json
src/i18n/locales/es/editor.json
src/i18n/locales/es/launch.json
src/i18n/locales/fr/editor.json
src/i18n/locales/fr/launch.json
src/i18n/locales/it/editor.json
src/i18n/locales/it/launch.json
src/i18n/locales/ja-JP/editor.json
src/i18n/locales/ja-JP/launch.json
src/i18n/locales/ko-KR/editor.json
src/i18n/locales/ko-KR/launch.json
src/i18n/locales/pt-BR/editor.json
src/i18n/locales/pt-BR/launch.json
src/i18n/locales/ru/editor.json
src/i18n/locales/ru/launch.json
src/i18n/locales/tr/editor.json
src/i18n/locales/tr/launch.json
src/i18n/locales/vi/editor.json
src/i18n/locales/vi/launch.json
src/i18n/locales/zh-CN/editor.json
src/i18n/locales/zh-CN/launch.json
src/i18n/locales/zh-TW/editor.json
src/i18n/locales/zh-TW/launch.json
src/lib/ai-edition/document/applyProbedDuration.test.ts
src/lib/ai-edition/document/timeline.ts
src/lib/ai-edition/store/documentWriteAudit.test.ts
src/lib/ai-edition/store/projectStore.test.ts
src/lib/ai-edition/store/projectStore.ts
src/lib/ai-edition/store/useTimeline.test.ts
src/lib/ai-edition/store/useTimeline.ts
src/lib/ai-edition/timeline/apply-auto-zooms.test.ts
src/lib/ai-edition/timeline/apply-auto-zooms.ts
src/native/browserShim.ts

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…-zoom The seed for a take whose container reports no duration wrote a placeholder clip and then removed `durationSec` from the asset, on the theory that 60 is not a measurement and auto-zoom should wait for a real probe. The theory was right; the mechanism was wrong, and it broke something bigger. `primaryAssetDuration` returns 0 for an asset with no duration, and every interval the timeline layer builds is clamped against it — `planTimelineReplacement` included. So the next `replaceTimeline` on that document clamps to zero, drops every clip and persists an empty timeline. For a MediaRecorder WebM, whose later `loadedmetadata` events are non-finite too, nothing ever repairs it. So the placeholder goes back on the asset, which is what the timeline layer needs and what main already does, and auto-zoom stops relying on that field: it asks the clips instead, through the `clipAwaitsProbedDuration` the document layer already uses for exactly this question. The cost is that a take of exactly 60.000 s is never auto-zoomed — the same ambiguity `applyProbedDuration` lives with, and much cheaper than either an emptied timeline or zooms suggested against a length nothing measured. The regression test is the one that matters: seed from a non-finite duration, run a timeline write over the result, and assert the clip survives.

…nderneath A suggestion carries a TIMELINE span, and `appendAutoZoomSuggestions` anchors it against whatever clips the document holds at write time. Collecting takes a multi-second telemetry round trip, so those are not necessarily the same document — and if the user trims, moves, adds, removes or reorders a clip during the wait, the spans land on different media, or on nothing. The import path already handled this by comparing clip geometry before and after and collecting again if it moved. The wand did not: it built suggestions from the document it captured up front and handed them to `addZoomsBulk`, which reads the latest one. That check moves into `apply-auto-zooms` next to the collect it guards, and both callers use it — which is the whole reason that module exists. One retry, not a loop: a user who keeps editing through the wait keeps invalidating it, and the honest answer there is the write-time guards, not spinning here.

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⚠️ Outside diff range comments (1)

src/lib/ai-edition/document/timeline.ts (1)
542-542: 🗄️ Data Integrity & Integration | 🟡 Minor | ⚡ Quick win

Reconcile a placeholder asset when no clip awaits probing.

A user can change the seeded clip to a real extent before metadata arrives. applyProbedDuration then returns unchanged because no clip matches clipAwaitsProbedDuration, so the asset remains at PLACEHOLDER_DURATION_SEC. Later timeline writes use that stale value to clamp intervals. Update the matching placeholder asset even when no clip awaits probing, and add a regression test.
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In `@src/lib/ai-edition/document/timeline.ts` at line 542, Update
applyProbedDuration to reconcile the matching placeholder asset by assetId with
the probed duration even when no clip matches clipAwaitsProbedDuration, while
preserving normal probing behavior for awaiting clips; add a regression test
covering a seeded clip changed to a real extent before metadata arrives and
verify subsequent timeline writes use the updated duration.
Source: Coding guidelines

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Outside diff comments:
In `@src/lib/ai-edition/document/timeline.ts`:
- Line 542: Update applyProbedDuration to reconcile the matching placeholder
asset by assetId with the probed duration even when no clip matches
clipAwaitsProbedDuration, while preserving normal probing behavior for awaiting
clips; add a regression test covering a seeded clip changed to a real extent
before metadata arrives and verify subsequent timeline writes use the updated
duration.

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📥 Commits

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📒 Files selected for processing (7)

src/components/ai-edition/NewEditorShell.probedDuration.test.tsx
src/components/ai-edition/NewEditorShell.tsx
src/components/ai-edition/recordingImport.ts
src/components/ai-edition/v4/V4Timeline.tsx
src/lib/ai-edition/document/timeline.ts
src/lib/ai-edition/timeline/apply-auto-zooms.test.ts
src/lib/ai-edition/timeline/apply-auto-zooms.ts

🚧 Files skipped from review as they are similar to previous changes (5)

src/components/ai-edition/NewEditorShell.probedDuration.test.tsx
src/components/ai-edition/NewEditorShell.tsx
src/components/ai-edition/v4/V4Timeline.tsx
src/lib/ai-edition/timeline/apply-auto-zooms.ts
src/lib/ai-edition/timeline/apply-auto-zooms.test.ts

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My-Denia added 12 commits September 7, 2026 15:11

style: apply biome formatting to the probed-duration changes

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My-Denia requested a review from EtienneLescot as a code owner September 7, 2026 14:22

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fix: restore cursor-dwell auto-zoom after a fresh recording #619

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My-Denia added 2 commits September 7, 2026 22:54

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fix(editor): suggest cursor-dwell zooms after a fresh recording - #622

fix(editor): suggest cursor-dwell zooms after a fresh recording#622
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edited by coderabbitai Bot

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coderabbitai Bot commented Sep 7, 2026 •

edited

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