Glance only calls provideGlance() once per widget session; subsequent update() calls recompose the existing composition without re-running provideGlance. The previous capture-once approach left widgets frozen at initial state because the composition had no reactive State to read.
Subscribe to a widgetDeviceFlow(profileId) inside provideContent that pre-filters by WidgetDeviceKey, so the composition recomposes on visible state changes without firing on every BLE advertisement. Replace updateAll() with explicit per-GlanceId update() calls in WidgetManager, with a platform-id fallback when Glance returns no IDs.
Replaces the user-facing scanner mode setting with an automatic policy that picks LOW_LATENCY when a profile-paired device is connected, BALANCED in the foreground, and LOW_POWER in the background. The TroubleShooter scopes a temporary LOW_LATENCY override via a refcounted withTemporaryOverride block so overlapping callers stay correct.
Fixes a regression where the controller could block BLE scanning entirely if BLUETOOTH_CONNECT was missing or the HEADSET profile proxy stalled, and adds a reactive bondedDeviceAddresses flow so bond changes propagate without waiting for an unrelated input. Cleans up the now-dead scanner mode strings across all locales and unused ScannerMode fields.
- Apply seenLastAt freshness to all unauthenticated BLE samples (worn and not-worn). The earlier scoping to not-worn-only collapsed the second worn sample for BLE-only autoplay confirmation, so the staged play never fired.
- Replace distinctUntilChangedBy with a manual filter so worn samples that need to reset an active pause debounce (count went up) can pass through even when the monitor key is otherwise identical.
- Skip BLE-only autoplay confirmation for trusted sources. With BLE_IRK_MATCH and AAP, autoplay now fires on the first not-worn -> worn transition, mirroring the pause-debounce skip on the same sources.
- Skip the reaction entirely when the previous emission had no live evidence (NO_LIVE_BLE). Prevents app-process-start from synthesising a fake not-worn -> worn transition and firing autoplay while the user is already wearing the pods. Same guard handles mid-session BLE gap recoveries.
- Add MonitorFlowTests covering process-start-worn, genuine-insertion-after-startup, mid-session BLE-gap recovery, IRK-matched immediate autoplay, BLE-only autoplay confirmation, 3-sample pause debounce, and rebound-tolerated debounce reset.
- Commit pending pause when a trusted source (AAP / BLE_IRK_MATCH) corroborates the not-worn condition mid-debounce, instead of dropping pending silently.
- Scope debounceFreshness to not-worn samples only; identical both-in samples no longer pass distinctUntilChangedBy and can't accidentally trigger BLE-only auto-play confirmation.
- Add resetTolerance to PendingPauseDebounce so a single corrupt count-up advert no longer kills a legitimate pending pause; reorder reset checks so rawDecision.shouldPlay resets immediately.
- Drop bleKeyState from the INFO autoPause log; source already encodes trust without leaking key-configuration state to logcat.
- Add flow-level MonitorFlowTests verifying the distinctUntilChangedBy interaction with seenLastAt freshness, plus the #557-direction test (AAP-worn vs corrupt-BLE-not-worn) and rebound-tolerance test.
- Clarify in BLE_ANONYMOUS KDoc that the path is unreachable in production via DeviceMonitor.primaryDevice.
Classifies the ear-detection source (AAP / BLE_IRK_MATCH / BLE_PROFILE_FALLBACK / BLE_ANONYMOUS / NO_LIVE_BLE) and applies a 3-sample debounce only to unauthenticated BLE paths. AAP and IRK-authenticated BLE pass through unchanged.
Also tightens toEarDetectionState() to prefer AAP aggregate over BLE per-side bits whenever AAP EarDetection is present, and suppresses pause on NO_LIVE_BLE (cache-only state) to avoid firing without live evidence.
- Hide reactions and AAP sections unless device is classically connected
- Move advanced-settings-unavailable card to the bottom of the list
- Show 'device not nearby' infobox when out of range
- Show missing-paired-device banner with edit-profile action
- Replace pending banner with snackbar on user-initiated change
Verified on a real AirPods Pro 3: toggling flips pod charging state from CHARGING_OPTIMIZED to CHARGING and persists across reconnects. Apple-bool wire format is confirmed, so the 'experimental' warning box is no longer warranted.
Adds a per-battery 'Optimized' chip on the overview card when pods report wire value 0x05 (CHARGING_OPTIMIZED), which was already decoded but collapsed into a plain 'Charging' in the UI. On AirPods Pro 3, also adds a user-facing toggle for the device-side Optimized Charge Limit (AAP setting 0x3B).
- Decode setting 0x3B via decodeAppleBool so unknown values fall through instead of coercing to false
- Bypass ear-detection queue for SetDynamicEndOfCharge so the toggle works while pods sit in the closed case
- Expose per-slot ChargingState? on PodDevice; StatusChipRow renders 'Optimized' for CHARGING_OPTIMIZED, 'Charging' for CHARGING
- New BatteryCard in device settings with experimental warning (pattern matches Sleep Detection)
- Generic settingRejectedEvents flow alongside the existing offRejectedEvents so the toggle can show a dedicated snackbar on verification failure
Adopts the Wireshark AAP dissector (pabloaul/apple-wireshark) as a third reference source alongside LibrePods and MagicPodsCore. Catalogues every known message type and control/setting ID, corrects DeviceInfo field labels, and adds sealed AapPacket hierarchy with Connect Response parsing. Case Info probe (Pro 3), Sleep event, and Dynamic End of Charge decoders are in place for future use.
Introduce BatteryLayout enum with size-driven dispatch. Drops minWidth from 80dp to 40dp so the battery widget can be placed at one cell. At 1-cell-wide placements render a compact icon+percent stack; wider sizes keep the current NARROW/WIDE layouts.
New home-screen widget that toggles AirPods ANC modes (Off / ANC / Transparency / Adaptive) directly, with six adaptive layouts that pick based on widget size (QUAD_CORNERS, ROW_ICONS, COLUMN_ICONS, GRID_2X2, ROW, COLUMN). Consolidated battery+ANC configuration into a single ViewModel that detects widget type from AppWidgetManager. ACTIVE state uses Material3 secondaryContainer/onSecondaryContainer for guaranteed contrast. Includes live config preview, preview subtitle, stale-selection guard, device-label toggle, and aligned icons with the app's AncModeSelector.
Adds Stop, Fast Forward, Rewind, Mute, Cycle Noise Control, and Toggle Transparency as gesture targets. Migrates StemAction from enum to sealed interface with polymorphic serialization to unlock future parameterized actions. ANC actions are gated per-device capability and reuse the existing listening-mode cycle mask.
Move press timing, call controls, and stem mappings out of the Controls card into a new Press Controls screen. The screen name is device-agnostic so it applies to both stemmed AirPods and the AirPods Max's Digital Crown/noise button.
Stem mappings are now per-device (stored on the AppleDeviceProfile) rather than a single app-global DataStore. The Pro gate for mappings moves from screen entry to per-change with an Upgrade badge on the mappings card header, so free users can still access the non-Pro press timing and call-control settings that live on the same screen.
Sort profiled devices into tiers (system-connected > nearby > cached), ordered by profile list within each tier. Collapse non-pinned cards to a compact battery tray with mini gauge rings matching the expanded card design. System-connected and top devices stay expanded; others can be tapped to toggle.
Split AapSessionEngine into dedicated controllers (AapAncController, AapOutboundController), a typed inbound decoder (AapInboundInterpreter), a HID frame batcher (HidTracker), and a device-info diagnostics helper (AapDeviceInfoDiagnostics). Each controller returns typed decisions carrying state, timer actions, and logs instead of mutating engine state via callbacks. AapSettingsCoordinator is now stateless — pending queue and verification state live in engine runtime state.
All coroutine timer Jobs live in the engine's timerJobs map keyed by EngineTimerKey, with cancelAllTimers() on reset to prevent forgotten cancellations. Engine event dispatch is split: suspend path for user-initiated sends (errors propagate to caller), non-suspend for sync events (timer fires, inbound updates).
Fix Elvis operator precedence bug in visibleAncModes() where OFF passed the filter unconditionally. Move filtering logic to PodDevice.visibleAncModes extension, unifying DualPodsCard, SinglePodsCard, and DeviceSettingsScreen. Gate AllowOffOption inference on pod-in-ear + 1.5s stability to prevent false positives from in-case OFF reports.
During case transitions, AirPods send 800+ cmd 0x0017 HID frames in ~20s. Previously each logged identically at VERBOSE with raw hex (~160KB noise). Now a HidTracker classifies frames (service directory, descriptor bulk, terminator) and batches consecutive bulk frames by (phase, fill), emitting 3-4 summary lines instead of 822.
Track lastAncSentAt separately so non-ANC commands during flush don't break the ANC echo debounce window. Prioritize ANC for post-flush verification.
Move HANDSHAKING→READY transition to top of processMessage so decoded battery, stem press, and device info messages also trigger it.
Sort flush: AllowOffOption before AncMode before others, preventing device rejection when enabling OFF mode.
Queue all setting commands when no pod is in ear, flush when a pod goes in. Enable the adaptive noise slider when ADAPTIVE mode is pending. Show an info box when settings changes are pending.
Extract AapSessionEngine (state, send path, message processing, inference) and AapSettingsCoordinator (queue, optimistic updates, verification) from AapConnection, reducing it from 773 to 173 lines.
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