Rebuild the main window and react to WebView2 ProcessFailed by diogochaves · Pull Request #448 · btsouth/ceiling

diogochaves · 2026-09-16T02:02:59Z

Follow-up to #444 for #410, covering the two gaps that change named: the main window, and windows that are on screen when their browser process dies.

Main window. Its open paths (tray menu, Ctrl+Shift+U, set_surface_mode) run on the main thread or in sync commands, where destroying and rebuilding a window inline would block the event loop that has to process Destroyed. New shell/window_recovery.rs probes main before every transition and, when it is dead, hands destroy + rebuild to a std::thread and abandons that attempt. The probe is pure Win32 on the native handle captured at build time (register_main), so it never waits on the event loop while SHELL_TRANSITION_SERIAL is held; some transitions run from spawned tasks, and a marshalled getter under that lock can wait on a main thread that is itself waiting for the lock. The rebuild uses WebviewWindowBuilder::from_config over the tauri.conf.json entry, so the new window inherits "visible": false and every other declared property exactly as at startup, resets the surface state to Hidden to match, and then replays the pending request on the main thread so the click that hit the dead window still does what the user asked, a beat later. Every path that can notice a dead main (the transition guards, hide-to-tray, the ProcessFailed handler) merges its request into one pending replay, so it does not matter which of them wins the race to start the rebuild: an open issued while a rebuild is in flight is queued, not dropped. The policies (guard_action, merge_replay) are pure functions with unit tests.

ProcessFailed. New shell/webview_lifecycle.rs subscribes every window the app builds (main, flyout, Settings, FloatBar, and every rebuilt window) to CoreWebView2's ProcessFailed event. Every failure logs a warn with the kind and the label, as requested. Per the WebView2 docs, BrowserProcessExited leaves the control unusable and rebuilds the window; RenderProcessExited gets a fresh render process from WebView2 itself and only reloads the page (deferred through run_on_main_thread so it never re-enters WebView2 from inside its own callback; ?tab= survives, so Settings comes back on the same tab); the helper-process kinds are log-only. This is unit-tested. The handler runs inside the COM callback on the UI thread, so it only reads is_visible and outer_position and dispatches to window_recovery: a window that was visible is rebuilt and shown again through its own first-build path, a hidden one is torn down so its next open is a plain first build. main is always rebuilt, hidden, so the next tray click is instant. The FloatBar is torn down and re-applied from settings through floatbar::apply_state, because an enabled bar is on screen for as long as it is enabled and nothing would ever re-show it; a disabled bar stays torn down. Since the browser process is shared, one exit fires for every window at once; per-window in-flight flags keep the concurrent rebuilds from stacking and clear themselves if a rebuild thread panics.

Reveal handshake for rebuilt windows. The flyout is reopened through flyout_window::open_or_focus, so it goes through the same visible(false) then frontend-reveal handshake as any first build. main is rebuilt hidden from the config and shown by the replayed surface transition; Settings re-enters its own first-build path on the default tab (the tab it showed died with the webview) at its remembered geometry. Neither main nor Settings has a frontend-reveal handshake today (reveal_tray_panel_window is flyout-specific), so their recovery matches their first build rather than the flyout's. If you would rather generalize the handshake per window, I am happy to do that as a follow-up.

Two smaller pieces. webview_recovery gains destroy_and_release for the rebuild threads: Tauri releases a destroyed window's label only when the event loop processes Destroyed, after destroy() has returned, and a rebuild issued before that fails with "a window with label … already exists". The wait compares native handles, so an open that races the teardown and rebuilds the window first ends the wait instead of timing it out against the new window (observed live: a widget click in the same instant as the kill), and it is bounded in polls rather than wall-clock time because each poll can block behind another window's build on the main thread. The flyout opener waits (bounded) for an in-flight teardown of its own window for the same reason. And the flyout's Focused(false) handler now ignores a never-shown window: Windows reports a focus loss when a hidden window is activated without foreground rights, which happens right after build(), and treating it as a dismiss cleared the pending reveal and left the rebuilt flyout invisible.

Dependency. webview2-com = "0.38" is added under [target.'cfg(windows)'.dependencies]. It is already in Cargo.lock through wry at that exact version; the direct dependency exists only so webview_lifecycle.rs can name the interfaces tauri::webview::PlatformWebview::controller() hands out. Nothing else in the stack (wry, tauri-runtime-wry, tauri) surfaces ProcessFailed. Flagging it explicitly since AGENTS.md asks for confirmation on new dependencies.

Related issue

Part of #410 (with #444). The flyout toggle serialization and the ErrorBoundary follow in a separate PR, as discussed there.

Affected areas

Tray panel
Settings UI
Config file / settings persistence
CLI
Provider-specific behavior
Installer / release packaging
Startup / background behavior
Documentation
Other: window lifecycle (main-window rebuild, ProcessFailed handling for every window, float bar recovery)

Validation

powershell.exe -ExecutionPolicy Bypass -NoProfile -File scripts\local-check.ps1 -Format -Clippy -Rust -Tauri -Frontend — passed: fmt clean, clippy -D warnings clean on both manifests, shared Rust tests 1270 + 25, Tauri Rust tests 662 (15 new: guard_action, merge_replay, recovery_plan, response_for/describe, label_released), frontend tests 93 files / 742 on vitest 4.1.11, frontend build ok.
Full pre-release validation — not relevant (no release/packaging change).
Installer/release build — not relevant.
Other: the [Bug]: All windows become invisible/transparent frames after the WebView2 browser process exits (app must be restarted) #410 repro on the dev build (pnpm --dir apps\desktop-tauri tauri:dev, RUST_LOG=debug), each scenario = kill the app's msedgewebview2.exe browser process and touch nothing afterwards unless stated:

$cp = (Get-Process codexbar-desktop-tauri).Id
Get-CimInstance Win32_Process -Filter "Name='msedgewebview2.exe'" |
  Where-Object ParentProcessId -eq $cp | ForEach-Object { Stop-Process -Id $_.ProcessId -Force }

Main window visible (PopOut, 520×800): WARN … WebView2 process failed; rebuilding the window (#410) label="main" kind="BrowserProcessExited", then main window rebuilt 270 ms later; a new HWND with a fresh msedgewebview2.exe child, visible at the same rect, real content (screenshot). App responsive afterwards (widget, shortcut, Settings).
Main window visible, render process only killed (the --type=renderer child of the browser process): WARN … WebView2 render process failed; reloading the page (#410) label="main" kind="RenderProcessExited", same HWND, content back after the reload (screenshot).
Flyout visible (click-opened) with main visible: both rebuilt in the same burst; the flyout revealed by the frontend at the same anchor with real content (screenshot), main replayed at its rect.
Settings visible with main visible and the flyout hidden: all three handled in the same burst; Settings rebuilt and reopened at its remembered geometry (screenshot), main rebuilt and replayed, flyout torn down (flyout torn down; it will be rebuilt on next open) and rebuilt on the next widget click.
Everything hidden except Settings: main rebuilt hidden (RebuildMain { replay: false }, new HWND, not shown), flyout torn down, Settings reopened. Nothing flashed.
Race, flyout hidden: kill and click the widget in the same instant. The click's open_or_focus rebuilt the flyout while the ProcessFailed teardown was still waiting for the label; the flyout came up with real content and the teardown returned as soon as it saw a different window under the label.
Race, main hidden: kill and press Ctrl+Shift+U in the same instant. The open hit the in-flight rebuild (main rebuild already in flight; deferring this open queued=true) and was replayed once it landed: the dashboard appeared at its usual rect with no second press.
Float bar enabled and on screen (171×40, top right): RebuildFloatBar → float bar torn down and re-applied from settings label="floatbar" enabled=true 340 ms later; a new HWND at the same rect with a live WebView2 chain, re-subscribed, content identical to before the kill (screenshots before and after).

UI / tray proof

Visual proof attached — each window immediately after its WebView2 process was killed, with no user action in between:

410-fu-flyout-rebuilt-after-webview2-kill

410-fu-settings-rebuilt-after-webview2-kill

Notes for reviewers

Why the recovery is asynchronous and the replay is on the main thread. The rebuild thread must not replay the transition itself: apply_transition_request holds SHELL_TRANSITION_SERIAL while it calls window getters that are answered by the main thread, and a freshly built window receives a Focused(true)/Focused(false) pair whose handler (hide_to_tray_if_current) takes the same lock on the main thread. Run from the rebuild thread, the replay deadlocked the whole app on every rebuild of a visible main (global shortcut dead, no log lines). replay_on_main_thread dispatches it via run_on_main_thread, where the tray and menu paths already run their transitions. Rule I would suggest for the codebase: never hold SHELL_TRANSITION_SERIAL on a non-main thread while touching a window. The same reasoning is why the liveness probe for main works on a cached handle instead of asking the window.
What a caller sees while main is being rebuilt. transition_to_target / reopen_to_target return Ok(SurfaceMode::Hidden) and the request is queued as the replay; set_surface_mode therefore resolves with "hidden" and the flyout dismisses itself, and the dashboard appears a few hundred milliseconds later when the replay lands. Returning an error instead would keep the flyout open but surface a failure for something that is about to succeed. Happy to flip that if you prefer the error.
Settings during its own teardown. settings_window::open_or_focus may run on the main thread (tray menu), so unlike the flyout it cannot wait for an in-flight teardown of its window. An open landing in the few hundred milliseconds between destroy() and the released label goes through reclaim_dead_window, which treats a window without a native handle as alive; that click may be dropped with a warn. Small window, no crash, mentioned for completeness.
Interplay with the Rebuild auxiliary windows when their WebView2 process exits #444 guard. With ProcessFailed handled, dead windows are destroyed at crash time, so reclaim_dead_window becomes the fallback for the case where the subscription could not be made (it is best-effort and warn-logged). One observation on that fallback, not changed here: because the label is released only after Destroyed is processed, an open issued right after reclaim_dead_window destroys can still find the half-destroyed window under the label; destroy_and_release is the wait version if you want it there too, but it must not run on the main thread and floatbar::install calls show from setup.

Summary by CodeRabbit

Bug Fixes
- Improved recovery when embedded web content stops responding or closes unexpectedly.
- Main, Settings, Dashboard flyout, and float bar windows can now be rebuilt while preserving visibility and state where applicable.
- Prevented hidden Dashboard flyouts from being dismissed by spurious focus changes.
- Improved window transitions when a window is temporarily unavailable.
- Pages now reload automatically after certain rendering failures.
Reliability
- Added safeguards during WebView2 failures and window recreation.
- Improved consistency when multiple recovery requests occur simultaneously.
- Added lifecycle monitoring as windows are created for faster failure recovery.

Note

Rebuild primary and on-demand windows on `WebView2` `ProcessFailed`

Added webview_lifecycle module to subscribe to WebView2 ProcessFailed events on Windows. Browser-process exits trigger window recovery, render-process exits reload the page, and other failures are logged.
Added window_recovery module to serialize concurrent recovery requests, rebuild the primary window, and replay queued surface transitions. It also recovers settings, flyout, and floatbar based on their visibility.
apply_transition_request in transition.rs and hide_to_tray_if_current in window.rs now use resolve_live_main to detect dead windows, queue recovery, and return a hidden result instead of failing.
Risk: resolve_live_main returns no window when recovery is pending or dispatched. Callers that expect a window now defer or abort their operation instead of receiving a missing-window error.

^{Macroscope summarized ec30d28.}

Follow-up to btsouth#444 for btsouth#410. That change drops a dead flyout, Settings or FloatBar window the next time it is opened; this one covers the two gaps it left: the main window, and windows that are on screen when their browser process dies. Main window. Its open paths (tray menu, Ctrl+Shift+U, set_surface_mode) run on the main thread or in sync commands, where destroying and rebuilding a window inline would block the event loop that has to process Destroyed. shell/window_recovery.rs therefore probes main before every transition and, when it is dead, hands destroy + rebuild to a std::thread and abandons the attempt. The probe is pure Win32 on the native handle captured at build time, so it never waits on the event loop while SHELL_TRANSITION_SERIAL is held. The rebuild uses WebviewWindowBuilder::from_config over the tauri.conf.json entry, so the new window inherits "visible": false and every other declared property, resets the surface state to Hidden to match, then replays the pending request on the main thread via run_on_main_thread. Every path that can notice a dead main (the transition guards, hide-to-tray, ProcessFailed) merges its request into one pending replay, so whichever wins the race to start the rebuild, an open issued meanwhile is still honoured. The replay must not run on the rebuild thread: a transition holds SHELL_TRANSITION_SERIAL while it calls window getters, and a freshly built window receives a Focused(true)/Focused(false) pair whose handler takes the same lock on the main thread, which deadlocked the whole app on every rebuild of a visible main window. ProcessFailed. shell/webview_lifecycle.rs subscribes every window the app builds (main, flyout, Settings, FloatBar, and every rebuilt window) to CoreWebView2's ProcessFailed event through webview2-com, which wry already depends on. Every failure logs a warn with the kind and label. BrowserProcessExited leaves the control unusable and rebuilds the window; RenderProcessExited gets a new render process from WebView2 itself and only reloads the page; the helper-process kinds are log-only. The handler runs inside the COM callback on the UI thread, so it only reads is_visible and outer_position and dispatches: a window that was visible is rebuilt and shown again through its own first-build path (main replays the current surface at its old position, Settings reopens on its default tab at its remembered geometry, the flyout goes through the visible(false) then frontend-reveal handshake); a hidden window is torn down so its next open is a plain first build. main is always rebuilt, hidden, so the next tray click is instant. The FloatBar is torn down and re-applied from settings, since an enabled bar is never re-shown and would otherwise stay blank. Per-window in-flight flags keep the concurrent rebuilds a shared browser process exit causes from stacking, and clear themselves if a rebuild thread panics. webview_recovery gains destroy_and_release for the rebuild threads: Tauri releases a destroyed window's label only when the event loop processes Destroyed, after destroy() returned, and a rebuild issued before that fails with "a window with label already exists". The wait compares native handles, so an open that races the teardown and rebuilds the window first ends the wait instead of timing it out against the new window, and it is bounded in polls rather than wall-clock time because each poll can block behind another window's build on the main thread. The flyout opener waits for an in-flight teardown of its own window for the same reason. The flyout's Focused(false) handler now ignores a never-shown window. Windows reports a focus loss when a hidden window is activated without foreground rights, which happens right after build; treating it as a dismiss cleared the pending reveal and left the rebuilt flyout invisible. Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_017ykxBKGpjDqrWQj7JQVRNm

coderabbitai · 2026-09-16T02:03:17Z

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apps/desktop-tauri/src-tauri/src/shell/window_recovery.rs

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📝 Walkthrough

Walkthrough

Adds Windows WebView2 ProcessFailed monitoring, asynchronous window rebuilds, liveness and label-release helpers, transition replay, and lifecycle registration for main, settings, flyout, and floatbar windows.

Changes

WebView2 window recovery

Layer / File(s)	Summary
Process failure monitoring `apps/desktop-tauri/src-tauri/Cargo.toml`, `apps/desktop-tauri/src-tauri/src/shell/*`, `apps/desktop-tauri/src-tauri/src/main.rs`, `apps/desktop-tauri/src-tauri/src/floatbar/window.rs`	Adds WebView2 `ProcessFailed` subscription and classification. Browser-process failures rebuild windows. Render-process failures reload windows on the main thread. Newly built windows are registered for monitoring.
Liveness and rebuild orchestration `apps/desktop-tauri/src-tauri/src/webview_recovery.rs`, `apps/desktop-tauri/src-tauri/src/shell/window_recovery.rs`	Adds native WebView liveness checks, label-release polling, atomic in-flight rebuild coordination, pending transition replay, and concurrency tests.
Window flow integration `apps/desktop-tauri/src-tauri/src/shell/transition.rs`, `apps/desktop-tauri/src-tauri/src/shell/window.rs`, `apps/desktop-tauri/src-tauri/src/shell/flyout_window.rs`	Transition and hide paths resolve live main windows through recovery. Flyout opening waits for teardown completion. Hidden flyouts ignore blur dismissal during teardown.

Priority: ➖ Normal

Estimated code review effort: 4 (Complex) | ~60 minutes

Change: Bug fix

Sequence Diagram(s)

sequenceDiagram
  participant CoreWebView2
  participant webview_lifecycle
  participant window_recovery
  participant WebviewWindow
  webview_lifecycle->>CoreWebView2: Subscribe to ProcessFailed
  CoreWebView2->>webview_lifecycle: Report process failure
  webview_lifecycle->>window_recovery: Dispatch reload or rebuild
  window_recovery->>WebviewWindow: Rebuild or reload window

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✅ Passed checks (5 passed)

Check name	Status	Explanation
Description Check	✅ Passed	Check skipped - CodeRabbit’s high-level summary is enabled.
Title check	✅ Passed	The title clearly summarizes the main changes: rebuilding the main window and reacting to WebView2 ProcessFailed events.
Docstring Coverage	✅ Passed	Docstring coverage is 81.94% which is sufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 72 functions across 10 files.
Linked Issues check	✅ Passed	Check skipped because no linked issues were found for this pull request.
Out of Scope Changes check	✅ Passed	Check skipped because no linked issues were found for this pull request.

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Actionable comments posted: 2

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Inline comments:
In `@apps/desktop-tauri/src-tauri/src/shell/flyout_window.rs`:
- Line 191: Update the visibility fallback in the flyout dismissal logic around
window.is_visible() to use false instead of true, so query failures are treated
as not visible and do not clear the pending reveal or hide the rebuilt flyout.

In `@apps/desktop-tauri/src-tauri/src/shell/window_recovery.rs`:
- Around line 263-264: Update the main rebuild completion flow around
main_rebuild and dispatch_main_rebuild so replay extraction, in_flight clearing,
and queued-request handoff occur atomically under the same MAIN_REBUILD lock.
Ensure requests arriving during completion are either replayed on the rebuilt
window or start a new worker rather than remaining queued, and add a
synchronized concurrency test covering this ordering.

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apps/desktop-tauri/src-tauri/Cargo.toml
apps/desktop-tauri/src-tauri/src/floatbar/window.rs
apps/desktop-tauri/src-tauri/src/main.rs
apps/desktop-tauri/src-tauri/src/shell/flyout_window.rs
apps/desktop-tauri/src-tauri/src/shell/mod.rs
apps/desktop-tauri/src-tauri/src/shell/settings_window.rs
apps/desktop-tauri/src-tauri/src/shell/transition.rs
apps/desktop-tauri/src-tauri/src/shell/webview_lifecycle.rs
apps/desktop-tauri/src-tauri/src/shell/window.rs
apps/desktop-tauri/src-tauri/src/shell/window_recovery.rs
apps/desktop-tauri/src-tauri/src/webview_recovery.rs

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The rebuild worker took its replay and released the in-flight slot in two separate lock scopes. A request that landed between them was merged into the queue after the take and, with the slot still marked taken, did not spawn a rebuild of its own; the worker then released the slot without looking again, leaving the request queued until the next crash. `MainRebuild::finish` now does both steps under a single guard, mirrored by `enqueue` on the dispatch side, with a threaded test that races the two and requires every interleaving to hand the request to exactly one side. Also treat a failed `is_visible()` query on the flyout as "not visible" so a blur reaching a mid-teardown window cannot clear the pending reveal. Addresses the two CodeRabbit findings on btsouth#448. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01FsB5pGSpYBAW4pg5TWfeXJ

diogochaves · 2026-09-16T16:11:44Z

PR B (the flyout open serialization + the root ErrorBoundary) is ready and stacked on this branch: diogochaves/ceiling@410-follow-up...410-pr-b

It's two commits (if you want to read ahead). I'll open it against main once this one lands so the diff stays clean.

btsouth · 2026-09-18T01:23:58Z

Read through properly, this is in good shape. The policy split with tests, the handle comparison in destroy_and_release, and leaving the helper processes alone are the right calls, and the eight scenarios made it easy to trust.

One thing before merge, in dispatch_main_rebuild: finish() releases the in-flight slot, and then drop(ticket) clears it again unconditionally. A caller that claimed the slot in between (any caller already queued on the mutex while finish() held it lands there) has its claim wiped, and the next call can start a second rebuild of main. It is exactly the in_flight == false with a replay queued shape your never_stranded test rules out. A no-op ticket drop once finish() has run fixes it.

I am happy to push that myself if it is easier, just say. Otherwise I will merge as soon as it is in.

`finish()` releases the in-flight slot under the lock, and a caller queued on that lock can claim it the moment it is free. Dropping the ticket afterwards cleared the slot again unconditionally, wiping that claim, so the next call could start a second rebuild of `main` while the first was still running. The ticket now lives at module scope, disarms itself in `finish`, and only clears the slot when dropped before `finish` (the panic path). Two tests pin both shapes. Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VVRdwecUym8TxV1sL9Ntx5

diogochaves · 2026-09-19T01:14:09Z

Good catch! I did not see that one. Fixed in ec30d28.

The ticket now disarms itself inside finish(), so its drop only clears the slot on the panic path (unwinding before finish). I moved it to module scope so it could be tested: a_finished_ticket_leaves_a_later_claim_alone runs the exact interleaving you described (finish, a second caller claims the slot, ticket dropped) and checks the claim survives, and a_ticket_dropped_before_finish_releases_the_slot pins the panic path. cargo fmt, clippy -D warnings and the desktop suite (667 tests) are green.

diogochaves requested a review from btsouth as a code owner September 16, 2026 02:03

coderabbitai Bot reviewed Sep 16, 2026

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Comment thread apps/desktop-tauri/src-tauri/src/shell/flyout_window.rs Outdated

Comment thread apps/desktop-tauri/src-tauri/src/shell/window_recovery.rs Outdated

btsouth mentioned this pull request Sep 20, 2026

[Bug]: All windows become invisible/transparent frames after the WebView2 browser process exits (app must be restarted) #410

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Rebuild the main window and react to WebView2 ProcessFailed - #448

Rebuild the main window and react to WebView2 ProcessFailed#448
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Rebuild primary and on-demand windows on WebView2 ProcessFailed

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Rebuild primary and on-demand windows on `WebView2` `ProcessFailed`

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