Squash-merge nucleic/trunk into dev (234 commits of accumulated nvrsion work).
Resolved two auto-generated-file conflicts:
- cloud/nucleic-edge/wrangler.jsonc: kept dev's real KV namespace ids and the
xyz.blakeslee.nucleic.remote APNS topic, with binding names corrected to
RELAY_TOKENS/PUSH_TOKENS to match the worker code on both branches.
- Package.resolved: took trunk's newer dependency pins.
Nucleic-Promote: 1
Co-Authored-By: Claude Opus 4.8 <[email protected]>
Desktop channels → xyz.blakeslee.nucleic.desktop.{dev,beta,rc,release} (the stable channel keyword is unchanged; only its bundle-id suffix is "release"). iOS remote → xyz.blakeslee.nucleic.remote, including its Keychain account namespaces, the scanner log subsystem, and the coupled APNS topic.
Correct the Apple Developer Team ID to L7UDTQ6F5W across the Xcode project, ExportOptions, the APNS config + tests, and the signing/cloud docs.
Co-Authored-By: Claude Opus 4.8 <[email protected]>
On-device logs proved the camera is being blocked by device state, not
the app: every retry showed window=true app=active scene=foregroundActive
yet reason-1 (videoDeviceNotAvailableInBackground) persisted for 6s — the
signature of iPhone Mirroring / a locked tethered device, where iOS
disables the camera (the recurring com.apple.PointerUI log is the Mac
pointer driving the phone).
Rather than sit on a black screen after retries are exhausted, report a
new .couldNotStart state explaining the likely cause (locked / mirrored)
with a "Try Again" button that rebuilds the capture session from scratch
(via .id(retryToken)). App-side capture code is correct; this is a
graceful fallback for an environment that withholds the camera.
Co-Authored-By: Claude Opus 4.8 <[email protected]>
On device the camera still reported reason 1 (videoDeviceNotAvailable-
InBackground) even when started from viewDidAppear with the app
foreground-active: the camera assertion isn't granted until the sheet's
presentation transition fully settles (a few hundred ms), and the
back-to-back retries all fired inside that unsettled window.
Add a short delayed retry (0.5s, bounded to 12 attempts) driven by the
interruption notification, plus a proactive +0.6s retry after the view
appears, resetting the counter once the session actually starts. Also log
the window/app/scene activation state to confirm the foreground signals.
Co-Authored-By: Claude Opus 4.8 <[email protected]>
Root cause (from on-device logs): the session was started from
viewDidLoad while the pairing sheet was still presenting, so iOS
interrupted it with reason 1 (videoDeviceNotAvailableInBackground) and it
never ran (isRunning=false) — a black preview. The CMVideoFormatDescription
-12710 errors were unrelated noise.
Defer startRunning until the camera can actually run: configure the graph
up front, then start only once the view is on screen and the app is
foreground-active (viewDidAppear + a guarded startSessionIfReady). Recover
on AVCaptureSessionInterruptionEnded / didBecomeActive / runtimeError. All
start triggers funnel through the session queue and no-op if already
running, so it's idempotent.
Co-Authored-By: Claude Opus 4.8 <[email protected]>
Black preview persists on a real device though the session reports
running, so instrument the capture lifecycle to pinpoint it: logs the
authorization status, the selected device, isRunning/inputs/outputs after
startRunning, and on AVCaptureSessionDidStartRunning the preview layer's
connection (present/active/enabled) plus the view/layer bounds. Also
observes AVCaptureSessionRuntimeError and ...WasInterrupted.
Filterable via os.Logger subsystem com.nucleic.remote / category scanner
(marker "📷"). To be trimmed once the root cause is fixed. Also sets an
explicit .high preset and gates metadataObjectTypes on availability.
Co-Authored-By: Claude Opus 4.8 <[email protected]>
The feed stayed black even when the session reported running: the preview
was a manually-framed sublayer (frame set in viewDidLoad/viewDidLayout,
which raced the async permission callback and could end up zero-sized),
and the session was configured across threads (addInput/Output on main,
startRunning on a queue).
Switch to the canonical AVFoundation pattern: the preview is now the
view's backing layer (CameraPreviewView via layerClass), so it always
fills the view with no frame bookkeeping, and all session configuration +
start/stop run on a dedicated serial queue with delegate/state callbacks
hopped to main.
Co-Authored-By: Claude Opus 4.8 <[email protected]>
Nucleic