A mode's own drain-rate bucket starts empty until it accumulates history,
so toggling ANC into an unlearned mode fell straight through to Apple's
optimistic spec rating while the mode just left showed its worse measured
rate. Result: enabling ANC could make the displayed time jump up ~1h.
Fill an empty ANC bucket at display time with the less-optimistic of the
mode-agnostic UNKNOWN reading and a sibling mode's learned rate, scaled by
the ratio of the two modes' rated drain. Scoped to spec'd models and
device-supported modes; picks the best-evidenced sibling, tie-broken by
closest rated drain then recency. No persistence or UI change.
The existing spec ceiling and display clamp still backstop the borrowed rate.
- Show the time until the case is full inside its charging chip, learned from
the case's own rising level with the existing charge-band model; no rating
exists for case charging, so the first charge learns before it shows
- Derive a case battery health from observed transfer efficiency: pod percent
gained per case percent spent while docked and unplugged, corrected by each
pod's own health, compared against Apple's "with charging case" totals
- Case data is only genuine while a pod is docked — both transports silently
freeze the last value otherwise. Battery updates now flag whether the case
entry is live, and BLE gains strict same-frame case accessors, so estimates
never learn from frozen echoes
- The case deliberately gets no runtime estimate: idle-then-burst drain has no
meaningful hourly rate
- Mark the case metrics as experimental in the Battery settings card
- Show a "Still determining — check back after a few more listening sessions"
placeholder under Battery Health in the device info sheet while the estimate
is still accumulating data, so the feature is discoverable from day one; no
placeholder for profiles without a paired device, where it could never resolve
- Reorder the Battery card: time remaining & health settings first, then a
divider, then the charging-side settings (charge limit, charged notification)
- Mention the battery-health component in the estimate toggle and reset texts
- Ground the charge-band boundaries in Apple's documented fast-to-80%/trickle
charging behavior and standard lithium CC/CV charging references
- Replace the single linear charge rate with a three-band model (bulk / taper /
trickle) matching lithium CC/CV charging: each band learns its own rate, the
ETA walks the remaining bands, and the spec seed gets a taper haircut for the
slow bands — no more over-promising above 80%
- Base the battery-health figure exclusively on drain observed while the pod is
worn, audio is playing, AND this device is the system's audio sink; idle wear
previously diluted health upward against Apple's listening ratings
- Listening segments are flushed for persistence the moment their gate breaks
(playback stop, docking, transport flip) instead of being discarded with the
cleared window
- The time-remaining estimate keeps learning from all usage — actual current
drain, idle included, is the right basis for "how long will they last"
- The gauge line under the percentage now always shows the runtime estimate
("if used now") even while charging; the time-until-charged moved into the
charging chip itself ("Charging · 25m"), so the two can't be confused
- Battery health is now computed and shown per pod (Left/Right paired row in
the info sheet, mirroring the serial rows) — single-pod listening habits or
a replaced earbud make the sides genuinely diverge, and a combined figure
would mask a failing pod
- While charging, the gauge showed the bare runtime projection when no charge
rate existed yet — "1% · 4m" next to a charging chip reads as a four-minute
charge. The line now shows the "until charged" ETA or nothing
- Seed the charge rate from Apple's published quick-charge claims ("5 minutes
in the case provides around 1 hour of listening"), normalized against the
rated listening hours, so the ETA is present from the very first charge; a
live fit still takes over within minutes
- While a pod charges, fit its rising level and show the time until full in the
gauge instead of the runtime estimate; learned charge rates are persisted per
slot so the ETA appears immediately on later charges
- Suppress the charge ETA during Optimized Battery Charging holds, the final
trickle phase, and whenever the level stalls longer than one visible step
should take (granularity-aware: 1% AAP steps vs 10% BLE steps)
- Clear a slot's fit window when its readings switch between AAP and BLE — the
granularity jump would otherwise read as a fake level step
- Derive a battery-health percentage (median of accumulated drain rates vs the
model's rated life) and show it in the device info sheet; the info button now
also appears for BLE-only devices once health data exists
- Tag learned rates with the model they came from so re-pointing a profile at
different hardware starts learning fresh instead of inheriting foreign rates
- Track how many sessions blended into each learned rate and require three
before a health figure is shown
- Replace the global estimate toggle with a per-device toggle stored on the profile
- Seed the estimate from each model's rated battery life and show it immediately, using
the rating as a hard upper bound on displayed life while the measured rate converges
- When the ANC mode is unknown, seed from the shorter of a model's ANC-on/off ratings
- Show a projection while charging ("if used now") without ever learning from a rising battery
- Consolidate charge limit, "notify when charged", the estimate toggle and reset into one
Battery card; the charge notification now works for any live device, not only classic
audio connections
- Smooth the displayed time asymmetrically (drop fast, rise slow) so a faster-than-rated
drain stops over-promising within a couple of updates
Without tint, white PNG product icons (AirPods photos) are invisible on
light notification backgrounds. Restore src_in tint with notification_icon_tint
(a reliable day/night color resource) in both the PodInfoItemIcon.Notification
style (covers small layouts) and the big layout product ImageViews that do
not use that style.
Remove Theme.Material3.DynamicColors.DayNight from the notification
container style; it does not resolve correctly in the notification host
process, causing light-mode colors to appear in dark mode. Replace all
?attr/colorAccent and ?android:attr/textColorPrimary refs in RemoteViews
layouts with explicit day/night color resources (notification_icon_tint)
and TextAppearance.Compat.Notification.Title defaults. Change tintMode
from multiply to src_in for status glyphs; remove tint from product PNG
icons to prevent silhouette rendering.
Fixes#613
The conversation volume slider committed a profile write on every
drag frame — laggy dragging, and racing async writes persisted stale
mid-drag values (observed: 78 stored while the UI showed 70). Use
local state while dragging and commit on release, matching the
adaptive-noise and tone-volume sliders.
With one AirPod in the case the pod deterministically drops the
terminal 0x4B frame: the wind-down flurry ends on a transitional
status (1,2,3,0xB,4 then nothing), so the reaction never disengaged
and the volume stayed low until the 5-minute backstop (#608).
Reproduced on Pro 3 (fw 6589, 6503) and Pro 2 USB-C (fw 6814) —
all three share one firmware train; with both pods worn the terminal
always arrives.
The pod sends no frames during active speech, so any non-START frame
means the wind-down has begun and a terminal is imminent. A HOLD now
arms a short 6s fuse instead of the 5-minute backstop: if no terminal
(or fresh START) follows, the reaction disengages anyway. The fuse
must stay above ~5s — gaps up to 2.8s were observed between
consecutive wind-down frames. STARTs still arm the long backstop,
since the pod stays engaged and silent against ambient noise for
20-30s+ and a short timeout there resumes media mid-conversation.
Validated on hardware on both models: 7/7 single-pod conversations
restored exactly 6s after the last wind-down frame.
AirPods Gen4 emit a one-off type 0x07 frame from their identity address
on connect whose payload prefix is 0x07 instead of 0x01. Its bytes are
not the plaintext status format, but the model bytes happen to match,
so it minted a fresh device tracker and showed as a duplicate device
card until the stale timeout.
Every known plaintext status broadcast (including pairing mode) uses
prefix 0x01; pairing state lives in the suffix byte. Reject anything
else at the decoder, logging the dropped frame's hex.
Fixes#603
@mvanhorn independently fixed#598 in #605 by no longer resetting the
case cooldown on close, throttling the re-pop. We cherry-picked that
commit above to keep his authorship/credit, but this PR instead removes
the underlying lid-state flapping at its source (out-of-case pod's stale
lid byte -> UNKNOWN), so the cooldown can keep resetting on close and a
genuine close->reopen still shows the popup. Reverting his change here so
the two approaches don't stack; thanks @mvanhorn for the parallel work.
When one pod is out of the case, the out-of-case pod broadcasts bit4-only
frames whose lid byte is stale and decodes to a phantom OPEN even while the
case is shut, interleaved ~1:1 with the correct in-case-pod (bit6) frames.
The derived lid state flapped OPEN<->CLOSED, so the case-open popup re-popped
~0.5s after closing and sometimes lingered. Verified on AirPods Pro 1 (issue
log) and Pro 3 (live BLE capture).
- Trust the lid bit only from in-case-pod (bit6) or both-in-case (bit2) frames;
bit4-only frames now decode to UNKNOWN, and the real state is recovered from a
recent in-case broadcast (matches LibrePods).
- getLatestCaseLidState recovers from history within a 2s age window instead of a
fixed frame count, so a missed CLOSED can't keep a stale OPEN.
- Don't refresh the show-cooldown on a non-CLOSED hide, so a transient UNKNOWN
can't suppress a genuine re-open.
- Add a freshness backstop: dismiss the popup if a fresh OPEN broadcast stops
arriving (device left BLE range while open).
- Key popup/auto-connect de-duplication on the derived lid state, not just raw
advertisement bytes, since the effective lid can change while bytes don't.
Closes#598
Adds a dashboard hint card pointing at the existing Troubleshooter when a profile is connected to the system (audio) but CAPod is receiving no live data — the symptom of a phone dropping AirPods BLE broadcasts (e.g. some HyperOS devices, #603). Debounced ~15s so it doesn't flash during the gap between an audio connection and the first broadcast, and suppressed whenever any pod is live so it never claims 'no data' while data is visibly arriving.
Probe compatibility options through a transient in-memory override on BlePodMonitor instead of writing the user's persisted settings on every attempt. Only the winning combo is persisted, and only on success; failure or cancellation clears the override, restoring the user's original settings. Combos are tried fewest-disables-first so a phone that only needs batching disabled isn't left with filtering disabled too. Per-attempt cache clearing plus a freshness cutoff stop a previous combo's cached devices from satisfying the next one, and the 'found' checks now require a fresh live BLE observation rather than cached/AAP state.
The pod only signals CA start and end, not continuous keep-alives. On fw 6861 it held CA engaged for 21s with zero 0x4B frames while the wearer kept talking, so the 12s stale-timeout fired mid-speech and resumed media; the pod never re-sent a start frame, so it didn't re-pause.
Disengage now waits for the explicit not-speaking frame (status 5 added as a terminal STOP, since that firmware winds down 3->5 and never reaches 6/8/9). Transitional/unknown statuses stay engaged. The stale timer is demoted to a long 5min backstop for a fully-dropped terminal frame; constants moved to Kotlin Durations.
Reacts to the AirPods speaking-detection event (AAP 0x4B): lowers media volume by a configurable amount or pauses playback when you start talking, and reverts when you stop. Per-profile, Pro-gated, opt-in (default off).
Decodes the speaking status from the last payload byte ({1,2}=start, {6,8,9}=stop, else keep-alive); engage/disengage with a frame-idle stale timeout to recover a dropped stop, plus disconnect and service-stop cleanup.
Consolidate the nudge availability DataStoreValue with the rest of the persisted settings instead of carrying it in a separate Hilt module + DataStore file. Matches the existing convention where compat-style flags (offloaded filtering, indirect callbacks, etc.) live alongside theme/notification settings.
NudgeCapabilityStore keeps the verdict-mapping behavior; only the source of the persisted value changes.
- Seed connectedDevices flow with onStart so ALWAYS autolaunch fires before HEADSET profile binds
- Gate UnavailableMissingPermission classification on Android 12+ (BLUETOOTH_CONNECT only exists from API 31)
- Treat blank/empty profile.address as unpaired (matches AutoConnect)
- Subscribe DeviceSettingsViewModel to nudgeCapabilityStore.availability so UI updates immediately on verdict change
- Seed availability StateFlow with the persisted value via valueBlocking to close the cold-start race
Matches Apple's iOS/macOS behavior: stem-press pauses and sleep-detection pauses are explicit user intent, not eligible for auto-resume on next pod-in. sendPause gains a rememberForResume parameter (default false); only PlayPause's auto-pause branch passes true. New sendStop wrapper clears the auto-resume flag for stem-mapped MEDIA_STOP.
Replaces the origin-tracking machinery with a simpler model that matches Apple's iOS/macOS behavior: auto-play strictly resumes a CAP-dispatched pause, gated by a sticky boolean cleared on inactive→active transitions. The original fire-on-cold-wear behavior is preserved as a per-device opt-in 'Start music on wear' setting.
Two SIGSEGV native crashes recurred on Android 10 in 5.1.4-rc0 inside JIT-cached code at toBatteryFloat+4 (popup) and mergeBatterySlot+40 (cache merge). Both functions had a boxed Float? unbox at function entry that R8 horizontally merged into stdlib host classes, where Android 10 ART JIT miscompiled the unbox.
Convert PodDevice battery getters to non-null Float with BATTERY_UNKNOWN sentinel and propagate primitive Float through every display/persistence consumer. mergeBatterySlot now takes primitive Float; toBatteryFloat and toBatteryOrNull are deleted. Add isKnownBattery and batteryProgress helpers used everywhere instead of scattered nullable checks. Raw live extraction in toCachedState avoids touching the unified getter so cached values aren't refreshed as live.
Move consumeUpgradeExtra() out of MainActivity.onNewIntent and into a Compose-level LaunchedEffect that collects a new MainActivity.warmIntents SingleEventFlow.
onNewIntent could fire before the setContent{} lambda registered the back stack with NavigationController, leaving navCtrl.goTo(Nav.Main.Upgrade) to throw IllegalStateException("NavigationController not initialized"). Same race shipped a fix for in octi (d4rken-org/octi#284).
Use AAP-connected mocks for the dark dashboard to showcase full connectivity badges (BLE + IRK + encrypted + AAP) and the ANC mode selector. Populate the add-profile preview with a demo name, model, and paired device. Add user-facing labels to the dashboard mock devices.
Refactor BluetoothDevice2 so name/address are primary constructor fields, letting previews construct one without a real Android BluetoothDevice. Bump the screenshot test JVM heap to 4g — the smoke batch (42 renders) was hitting the test executor's default ceiling.
Mirrors permission-pilot's policy: only the 6 smoke locales (en-US, de-DE, ja-JP, ar, zh-CN, pt-BR) check phoneScreenshots PNGs into the repo. Non-smoke locales are excluded via .gitignore. Drops fastlane/metadata/android/ from ~67 MB to ~7 MB and prevents future bloat from full regens. Play Store's supply retains previously-uploaded screenshots for locales not pushed, so full localization is maintained by occasional manual regen + screenshots_only upload.
BluetoothSocket.connect() is a blocking JNI call that ignores coroutine cancellation, so the previous withTimeout in AapAutoConnect only cancelled the suspending wrapper while the native thread stayed pinned. Hung threads accumulated and could trigger ANRs.
Move the timeout inside AapConnection and run the blocking connect on a daemon thread; on timeout, close the socket from the caller thread to unblock the native call (the documented Android pattern for cancelling in-flight L2CAP connects).
Also cancel appScope before delegating uncaught exceptions so coroutines have a best-effort window to release resources before the system handler terminates the process.
Battery slot percent comparisons in mergeBatterySlot/hasStateChanged compiled to Intrinsics.areEqual on boxed Float; R8 optimization on Android 10/11 dropped a null check during inlining and the resulting NPE escaped onEach { persistLiveDevices }, cancelling the upstream combine and freezing every observer of DeviceMonitor.devices.
Comparisons now operate on primitive float (cmpg-float in dex) so no Intrinsics.areEqual call remains in the merge path. The persist loop also catches and reports per-profile, and AAP-only profiles with active DeviceInfo are now persisted even when no BLE pod is in range.
Wrap logging, reporting, and Looper resume calls so the foreground service timing exception suppression cannot itself trigger another crash. Extract handler into a dedicated class with seams for unit tests.
Bit 5 of pubStatus is always set on A3454 and no longer carries the wear flag (unlike Max gen 1). Read bits 1 and 3 instead — the per-earcup sensors. OR rather than AND so phones that only see one bit reliably still report worn correctly.
Closes#548
Sync flags with what the BLE classes actually report and what iOS exposes:
- AirPods Gen 1/2/3: enable hasEarDetection (already parsed via DualApplePods) and hasEarDetectionToggle
- AirPods Gen 3, Pro 1: enable hasEndCallMuteMic (force-sensor stems)
- Powerbeats Pro, Beats Fit Pro: enable hasEarDetectionToggle (iOS exposes it)
- Beats Solo Pro, Studio 3: drop hasEarDetection (over-ear, BLE class is bare SingleApplePods)
- FAKE_AIRPODS_GEN1/2/3: enable hasEarDetection to match HasEarDetectionDual
- Generalize microphone mode description from 'AirPod' to 'earbud'
Tests rewritten as exhaustive set assertions plus implication invariants.
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.
Adds push: [main] alongside workflow_dispatch so edits to README.md, _config.yml, _layouts, or the CHANGELOG.md template publish without a manual dispatch. The chain step in release-tag.yml still runs after release publish to guarantee the new release is in site.github.releases by the time Pages rebuilds — concurrency: cancel-in-progress: false serialises the two runs.
Adds an if: github.ref == 'refs/heads/main' guard on the deploy job so workflow_dispatch from a non-main branch builds for verification but doesn't deploy.
After moving Gemfile/Gemfile.lock to fastlane/, the - Gemfile / - Gemfile.lock entries in _config.yml's exclude list are no-ops; the parent fastlane exclude already covers everything inside.
.gitignore picks up _site/, .jekyll-cache/, vendor/bundle/ so local Jekyll runs don't leave tracked artifacts.
release: published events triggered by secrets.GITHUB_TOKEN do not start new workflow runs (only workflow_dispatch and repository_dispatch are exceptions). The Pages workflow's release: published trigger would never have fired in production since release-tag.yml's softprops/action-gh-release uses GITHUB_TOKEN to publish.
Fix: drop the release: published trigger and have release-tag.yml's release-github job explicitly run gh workflow run pages.yml --ref main after the release is created. release-github gains actions: write to authorize the dispatch.
Also adopts refinements from sibling org PRs (permission-pilot#356, bluemusic#220):
- Top-level permissions reduced to contents: read; pages: write and id-token: write moved to the deploy job only (least privilege)
- JEKYLL_GITHUB_TOKEN on the build step so jekyll-github-metadata authenticates when fetching site.github.releases
- Sanity-check step (test -f _site/index.html && _site/CNAME) fails fast if Jekyll produced nothing
- Explicit upload-pages-artifact path: ./_site matches the build's destination
- Verify fastlane Bundler wiring step (bundle exec fastlane --version) lets workflow_dispatch dry_run=true exercise the relocated Gemfile before the next real release
The root Gemfile only ever declared the fastlane gem and lived next to fastlane configuration anyway. Moving it under fastlane/ matches that ownership and keeps the repo root cleaner.
release-gplay job now sets BUNDLE_GEMFILE=fastlane/Gemfile and runs ruby/setup-ruby with working-directory=fastlane so bundler-cache resolves the moved Gemfile. fastlane lanes still run from the repo root.
Replaces the auto pages-build-deployment (which still uses Node-20 actions/checkout@v4 and actions/upload-artifact@v4) with a custom workflow using configure-pages@v6, jekyll-build-pages@v1.0.13, upload-pages-artifact@v5, deploy-pages@v5.
Triggered by release publication so the changelog Liquid template (which reads site.github.releases) only rebuilds when a release actually exists. workflow_dispatch is kept for manual rebuilds when debugging Pages content.
- 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.
Drops stale app-common/Wear OS references, renames migrated classes
(ReactionSettingsFragment/PopUpPodViewFactory/PodMonitor), documents
the BLE/AAP split in monitor/core, the layered AAP stack, Widget
(Glance) and Upgrade subsystems, Navigation3 + legacy helpers. Fixes
localization examples and screenshot pipeline counts.
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.
Move serial, firmware, build, manufacturer, and per-pod serials from
the info card into a ModalBottomSheet triggered by an info icon.
Firmware+build and left+right pod serials render as paired rows.
Device info card: add model label with Apple model number, rename label to
Bluetooth Device Label, show cursive font on name mismatch with system BT
name, combine first/last seen on single row, add profile prefix to subtitle.
ANC mode: extract shared AncModeUi helpers for labels and icons, update
overview cards and device settings to use shared components.
Swap the logical mapping for `EndCallMuteMic` settings to align with hardware states observed on AirPods Pro devices. Updated session tests for Pro 1, 2, and 3 to reflect the corrected protocol behavior.
Based on Apple's official documentation, enable features for models
that support them per iOS but were previously excluded in CAPod:
- Gen 1/2: microphone mode (auto/left/right)
- Gen 3: press speed, press hold duration, tone volume, microphone mode
- Gen 4 non-ANC: press speed, press hold duration, tone volume
- Max original/USB-C: listening mode cycle, allow off option
Add SettingsInfoBox title support and experimental feature warning for Sleep Detection and Personalized Volume toggles with issue tracker action.
Pro-gate tone volume, microphone mode. Un-gate sleep detection, conversation awareness. Fix SettingsSwitchItem allowing direct switch toggle to bypass requiresUpgrade.
Older devices silently ignore the 0x4D packet, so there is no need to gate it per model. Sending it unconditionally prevents silent feature degradation when new H2+ models are added without the flag.
Remove needsInitExt from PodModel.Features.
Combine reaction one-pod mode (autoplay/autopause) and firmware NC-with-one-AirPod into one setting. The merged toggle always sets the app-local flag and additionally syncs the firmware NC setting via AAP when connected.
Also remove redundant @OptIn(ExperimentalCoroutinesApi::class) annotations from tests, already covered by the global compiler opt-in flag.
Real AirPod firmware silently drops writes with the LibrePods-documented 0x21 subtype. Switch to the compact 0x20 format that matches what devices actually emit in their echo frames. Also enforce the complementary-pair invariant at the SetEndCallMuteMic command boundary so validation runs before the optimistic UI update.
The encode/decode now flips UI 0..100 to wire 100..0. Update the clamp and decode expectations accordingly, and add a round-trip test to guard against asymmetric changes in either direction.
Switch the 0x4D init packet flags from 0x0E to 0xD7 to match the value captured from Apple's own stack (librepods AACPManager). The previous value traced to MagicPodsCore and matches no known Apple capture.
Invert the Adaptive Audio Noise level on write and read: wire 0 means max noise reduction, wire 100 means transparency-like. UI stays in intuitive 100 = max NC semantics, matching librepods' slider behavior.
Three dividers separate the logical clusters inside the Reactions section: ear-detection behaviors, AAP auto-behaviors (when connected), connection settings, and pop-up notifications. AAP divider only renders when at least one AAP item is shown.
AAP vs BLE is an implementation detail. From a user perspective these are 'when X happens, do Y' toggles like Auto Play/Pause. Gate them on device.isAapConnected so they stay hidden on phones without L2CAP support, avoiding confusion. The separate 'Smart features' section and its string resource are removed.
Visual: wrap Noise Control in SettingsSection for consistency with Sound/Controls/Smart features, add divider between ANC mode picker and trailing items.
Categories: rename 'Other' to 'Smart features', move Microphone Mode to Sound, move Conversation Awareness to Smart features alongside Sleep Detection, place Adaptive Noise adjacent to ANC mode picker.
Extraction: split DeviceInfoCard, NotConnectedCard, AapUnavailableCard into cards/; AutoConnectConditionDialog, RenameDialog, SystemRenameUnavailableDialog into dialogs/; NoiseControlCombined into components/. Each with isolated previews.
PlayPause coerced null per-side ear values to false, making all ear states invisible when resolvedPrimaryPod was unknown. Fall back to AAP aggregate state (isBeingWorn/isEitherPodInEar) when per-side mapping is unavailable, keeping PodDevice.isLeftInEar/isRightInEar truthful for UI consumers. Add isEitherPodInEar to PlayPauseMonitorKey for proper dedup. Add diagnostic logging at the distinctUntilChangedBy boundary.
Hide the overlay popup when MainActivity is in the foreground since the user can already see battery info in the app. Show an info card when popups are enabled explaining they only appear outside the app. Show a warning card with a Fix button when monitor mode is MANUAL.
Refactor SettingsInfoBox into a reusable component with INFO/WARNING types and optional action slot.
Move each composable from PodCardComponents.kt into its own file under a new cards/components/ subpackage. Add previews to each file. Also add getBatteryIcon() for Compose Material Icon battery levels used in the popup.
When both pods broadcast independently (one in case, one on desk), the pod inside the case carries authoritative case state via hasCaseContext bits. Previously, whichever address was processed last would overwrite the other, causing case state to flip-flop between OPEN and NOT_IN_CASE every scan cycle.
Two-layer fix: BlePodMonitor.processWithCache() now prefers the pod with case context when two scan results map to the same identity in one batch. ApplePodsFactory.getLatestCaseLidState() no longer treats NOT_IN_CASE as authoritative when recent history contains a broadcast with case context.
Serialize AapConnection.send() with a dedicated sendMutex so two concurrent optimistic state updates cannot clobber each other. Collapse the OFF toggle click into a single combined VM call that runs both SetListeningModeCycle and SetAllowOffOption sequentially.
Wrap setting sections in SettingsSection cards using Material 3 surfaceContainerLow surfaces with rounded corners. Reorder Controls by usage frequency, move Microphone Mode to Other section, and replace ear detection info row with a contextual info box that only appears for BLE-only connections.
Migrate reaction toggles (auto-play, auto-pause, auto-connect, popups) from global ReactionSettings singleton to per-profile fields on AppleDeviceProfile. Each paired device can now have independent reaction behavior.
Extract ReactionConfig snapshot to decouple PodDevice from AppleDeviceProfile — reaction consumers read device.reactions instead of device.profile. Remove auto-connect from upgrade benefits (now free). Add LegacyReactionSettingsReader for one-shot DataStore migration.
Makes the inline upgrade badge a tiny star + short label (Pro on gplay, FOSS on foss) instead of icon-only. Text is flavor-switched via upgrade_badge_label in each flavor's strings.xml, primary color, labelSmall typography, no pill background to keep it lightweight when multiple rows stack it. Accessibility uses the existing common_upgrade_required_label.
The 'Pro' label is gplay-specific vocabulary — FOSS unlocks the same features via sponsorship. Aligns with the existing flavor-neutral terms already used in UpgradeRepo, Nav.Main.Upgrade and launchUpgrade(). Renames the proLocked parameter to requiresUpgrade across SettingsBaseItem and its three wrappers, and adds a new common_upgrade_required_label string (Requires upgrade) for the badge content description.
Unifies the three inconsistent pro-gating UI patterns (text button header, star-replaces-switch, silent gates) into a single inline star badge next to the title, driven by a new proLocked parameter on SettingsBaseItem that propagates to all wrappers. Switches stay visible so users can see state and disable ex-pro toggles. Hides the Noise Control visibility buttons when non-pro and surfaces a dedicated cycle customization row with the indicator. Deletes two duplicate local ProGated composables.
Groundwork for a future pro indicator on the overview card's ANC mode selector. Adds isPro + onUpgrade parameters to OverviewScreen, PodDeviceCard, DualPodsCard, SinglePodsCard (currently unused inside the cards, defaults keep existing previews working). Wraps AncModeSelector in a Box as a scaffold for an overlay. Bumps surfaceContainerLowDark to match surfaceContainerDark in all three theme palettes (Amber/Blue/Green) across standard/medium/high contrast. No user-facing change yet.
@@ -4,10 +4,7 @@ Android app that detects and monitors AirPods via Bluetooth LE. Displays battery
## Project Structure
| Module | Description |
|--------|-------------|
| `app/` | Main Android app (FOSS and Google Play flavors) |
| `app-common/` | Shared code between phone and Wear OS apps |
Single Gradle module `app/` with multiple source sets (`main`, `foss`, `gplay`, `debug`, `test`, `testFoss`, `testGplay`, `screenshotTest`). A previous `app-common/` module was merged into `app/`.
-`MonitorService`: Foreground service that continuously scans for AirPods
-`BluetoothEventReceiver`: Handles system Bluetooth events
`monitor/core/` is split into two data-source siblings that `DeviceMonitor` merges:
-`monitor/core/ble/BlePodMonitor` — passive BLE scanning; reads Apple advertisement beacons (battery, case state, in-ear, etc.). Works for any pod in range; no pairing required
-`monitor/core/aap/` — AAP connection lifecycle layer on top of `AapConnectionManager`:
-`AapLifecycleManager` — starts/stops the AAP subsystem
-`AapAutoConnect` — auto-opens AAP sessions for bonded/known devices
-`AapKeyPersister`, `AapLearnedSettingsPersister` — persist session keys and learned pod settings across app restarts
-`StemConfigSender`, `StemPressReaction`, `AncGestureResolver` — push config and react to stem/HID events
-`monitor/core/cache/DeviceStateCache` — persisted last-known state so profiles still show data when a device is out of range
-`DeviceMonitor` — singleton that `combine`s `BlePodMonitor.devices + AapConnectionManager.allStates + DeviceStateCache + profiles` into unified `PodDevice` objects. ViewModels observe `DeviceMonitor.devices`; they do **not** reach into `BlePodMonitor` or the AAP layer directly
-`MonitorControl` / `MonitorService` — foreground service lifecycle holding the scan awake
-`BluetoothEventReceiver`, `BootCompletedReceiver` — system triggers that wake the service
-`WidgetConfigurationActivity`: Configuration UI launched on widget placement
- Lives under `app/src/main/java/eu/darken/capod/main/ui/widget/`
### Upgrade / Pro Features
-`UpgradeRepo` interface with two flavor implementations:
-`UpgradeRepoGplay` — billing-client backed, includes grace-period handling for interrupted purchases
-`UpgradeControlFoss` — cache/sponsor-backed; users are `isPro = false` until they call `upgrade()`, after which the pro flag is persisted via DataStore
- FOSS is **not** "always pro" — it's opt-in via a local sponsor flow
### AAP (Apple Accessory Protocol) Stack
Three-layer structure under `pods/core/apple/aap/`:
- **`protocol/`** — pure data: `AapMessage`, `AapCommand`, `AapSetting`, `AapDeviceProfile`, `AapDeviceInfo`, `StemPressEvent`, `KeyExchangeResult`. Plus `DefaultAapDeviceProfile` and `Model.Features` capturing per-model capability
- **`engine/`** — session state machine for one connection:
-`AapConnection` — the L2CAP socket wrapper
-`AapSessionEngine` — drives the session lifecycle; tested in `AapSessionEngineTest`
-`AapSettingsCoordinator`, `AapAncController`, `HidTracker`, `AapDeviceInfoDiagnostics` — feature-specific coordinators that sit on top of the session
- **`AapConnectionManager`** (singleton) — owns all open AAP sessions keyed by `BluetoothAddress`, uses `L2capSocketFactory` to create sockets. Consumers don't touch `AapConnection` directly — they call `sendCommand(...)` and observe `allStates`
The monitor-layer glue (`monitor/core/aap/`) described above wires this stack into the foreground service and persists its learned state.
### Common Utilities
@@ -54,31 +104,20 @@ globs:
## Data Flow
The app follows a unidirectional data flow:
1.`BluetoothEventReceiver` detects Bluetooth events
2.`MonitorService` scans for AirPods beacon data
3.`PodMonitor` processes and stores device information
4. ViewModels observe monitor data via repositories
5. UI components react to ViewModel state changes
6.`ReactionSystem` triggers popups and notifications
## Bluetooth LE Implementation
The app uses Android's Bluetooth LE APIs to scan for Apple device advertisements. The core scanning logic is in `MonitorService` which runs as a foreground service.
## Multi-Platform Considerations
Code shared between phone and Wear OS apps is placed in `app-common`. When modifying shared functionality, ensure compatibility across both platforms.
1.`BluetoothEventReceiver` / `BootCompletedReceiver` wake `MonitorService` (foreground)
2.`MonitorService` keeps `BlePodMonitor` scanning (passive advertisements) and `AapLifecycleManager` running (active L2CAP sessions via `AapConnectionManager`)
3.`DeviceMonitor` merges BLE + AAP + cached state + profiles into `PodDevice` objects
4. ViewModels (`OverviewViewModel`, `DeviceSettingsViewModel`, `PressControlsViewModel`, widget view models) observe `DeviceMonitor.devices`; settings/command changes are sent back through `AapConnectionManager.sendCommand(...)`
5. Reaction triggers (case-open popup, auto-play, notifications) and widget state updates react to the merged flow
## Testing Strategy
- **Unit Tests**: Located in `app-common/src/test/` for shared logic
- **Test Flavors**: Separate test configurations for FOSS and Google Play variants
Common prefixes currently in use: `device_`, `settings_`, `support_`, `profiles_`, `press_`, `general_`, `pods_`, `upgrade_`, `widget_`, `debug_`, `permission_`, `troubleshooter_`, `overview_`, `anc_`, `onboarding_`. There is no `error_*` prefix — error labels live under the relevant feature (e.g. `general_error_label`, `troubleshooter_*_failure_*`).
Releases are cut via the **Release prepare** workflow (`.github/workflows/release-prepare.yml`). It bumps `version.properties` and `VERSION`, commits to `main`, tags `v<version>`, pushes atomically, and dispatches `release-tag.yml` which builds, signs, and uploads.
## Dispatch
```bash
# Plan only — no commit, no tag, no push.
gh workflow run release-prepare.yml -f bump_kind=build -f dry_run=true
# Real cut.
gh workflow run release-prepare.yml -f bump_kind=build -f dry_run=false
```
After `dry_run=false`: Job 1 computes + writes the summary, then Job 2 immediately commits/tags/pushes (no env gate — cancel the run between Job 1 and Job 2 if the summary looks wrong; you have ~seconds). The tag push naturally triggers `release-tag.yml` (the App-token push fires `on: push:` workflows; only `GITHUB_TOKEN`-pushes are suppressed). `release-tag.yml` then runs `validate-tag` and the existing `release-github` (`foss-production` approval) + `release-gplay` (`gplay-production` approval) jobs — those are the two human checkpoints, matching the pre-migration UX.
| `version_type` | `keep-current` | Preserves current `rc`/`beta`. Set explicitly to switch. |
| `version_override` | empty | e.g. `5.1.2-rc0`. Bypasses bump_kind/version_type. |
| `expected_current` | empty | Optional: fail if `version.properties` ≠ this. Useful for tight coordination. |
| `dry_run` | `true` | Default is plan-only. |
Bump rules: `build` increments build; `patch`/`minor`/`major` zero everything to the right of the bumped field. All numeric fields bounded `0..99` (the `versionCode` formula collapses at ≥100).
| Play upload completed | Above + halt rollout in Play Console (or `bundle exec fastlane supply --track beta --rollout 0 --version-code <bad-code>`) |
| Job 2 ran but downstream rejected at env approval | Treat as first row — bump+tag are public on `main` regardless of downstream outcome |
`bump.sh` enforces strict `versionCode` monotonicity, so re-using a code is impossible without manually editing `version.properties`.
## Auth setup
`release-prepare.yml` Job 2 uses a GitHub App token (not `GITHUB_TOKEN`) to push the bump commit and tag. The App identity is in the rulesets' bypass list, which is what allows the push to bypass branch protection + tag-creation restrictions.
Required org secrets (set on the d4rken-org organization, accessible to `capod`):
-`RELEASE_APP_CLIENT_ID` — Client ID of the `d4rken-org-releaser` GitHub App (visible on the App's settings page, format `Iv1.<hex>` or similar)
-`RELEASE_APP_PRIVATE_KEY` — full `.pem` contents (including BEGIN/END lines)
The App is installed on this repo and added as a bypass actor to:
- The main-branch ruleset (PR + status check requirements)
- The tag ruleset (creation restriction on `v*`)
Other apps in the org can reuse the same App + secrets — just install the App on each repo and add it to that repo's rulesets' bypass lists.
## Defense in depth
`release-tag.yml` includes `validate-tag` which: (1) regex-checks `github.ref_name`, (2) runs `bump.sh --mode=check`, (3) asserts the parsed name matches the tag. Manual `gh workflow run release-tag.yml --ref vfoo` or hand-pushed tags fail before any build.
## Stuck-dispatch recovery
If Job 2's atomic push lands but the natural `on: push:` trigger doesn't fire `release-tag.yml` (rare — would mean GitHub dropped the event), the tag is public but no pipeline runs. Re-dispatch manually: `gh workflow run release-tag.yml --ref v<new> -f dry_run=false`.
| `app/src/screenshotTest/kotlin/.../screenshots/PlayStoreLocales.kt` | Multi-preview annotations (auto-generated by batch script) |
| `fastlane/generate_screenshots.sh` | Batched generation across 68 locales |
| `fastlane/generate_screenshots.sh` | Batched generation; locale list (`ALL_LOCALES`) and `BATCH_SIZE` are defined inside the script |
| `fastlane/copy_screenshots.sh` | Copies rendered PNGs into fastlane structure |
## Commit policy
Only the 6 smoke locales (en-US, de-DE, ja-JP, ar, zh-CN, pt-BR) have `phoneScreenshots/*.png` checked into the repo. Non-smoke locales are excluded by `.gitignore`. This mirrors permission-pilot and keeps repo size small (~7 MB vs ~67 MB for the full 68 locales).
Play Store's `supply` only uploads what's present in `fastlane/metadata/android/<locale>/images/phoneScreenshots/`. For locales not in the upload, Play Store retains whatever was last pushed. So full localization on Play Store is maintained by an **occasional manual** full regen + `:screenshots_only` upload — not by every PR.
## Commands
```bash
# Full run — all 68 locales, ~12 batches, ~7 minutes
./fastlane/generate_screenshots.sh
# Smoke test — 6 locales (en, de, ja, ar, zh-CN, pt-BR), single batch
# Default — smoke set (6 locales × 7 screens, ~42 PNGs, single batch).
# Use this for local iteration and PRs that touch screenshot content.
./fastlane/generate_screenshots.sh --smoke
# Full run — all 68 locales. Use only when intending to upload to Play Store
# (the non-smoke output is .gitignored and should not be committed).
./fastlane/generate_screenshots.sh
# Copy into fastlane directories (run after generate)
./fastlane/copy_screenshots.sh
# Clean copy (removes old screenshots first)
# Clean copy (removes old screenshots first) — REQUIRED when screens are removed or renamed
./fastlane/copy_screenshots.sh --clean
```
@@ -47,20 +55,39 @@ ScreenshotContent.kt (mock data + composables)
2. Add a `@PreviewTest` function in `PlayStoreScreenshots.kt` that calls it
3. Add the function name → filename mapping in `copy_screenshots.sh``SCREEN_MAP`
4. Update the expected count in `generate_screenshots.sh` (composables per locale)
5. Run the full pipeline: `generate_screenshots.sh` then `copy_screenshots.sh`
5. Run the smoke pipeline: `generate_screenshots.sh --smoke` then `copy_screenshots.sh --clean`
## Removing or Renaming a Screenshot
1. Remove the `@PreviewTest` entry and its `SCREEN_MAP` mapping
2. Run `generate_screenshots.sh --smoke`
3. Run `copy_screenshots.sh --clean` — **`--clean` is required** here; without it, old files (e.g. a renamed `8_reaction_settings.png`) stay in `fastlane/metadata/android/<smoke locale>/images/phoneScreenshots/` and get uploaded to Play Store
## After UI Changes
When modifying a screen that appears in screenshots (check `ScreenshotContent.kt`), regenerate:
When modifying a screen that appears in screenshots (check `ScreenshotContent.kt`), regenerate the smoke set:
The `.gitignore` rule keeps non-smoke output unstaged automatically, so only the smoke locales' refreshed PNGs would show up as modifications and can be committed.
## Technical Notes
- Batch size defaults to 2 locales (16 renders) to avoid layoutlib memory leak (~10MB/image)
- Batch size defaults to 2 locales; renders per batch = `BATCH_SIZE × screen count` (currently 2 × 7 = 14). Small batches avoid layoutlib memory leaks (~10MB/image)
- Gradle daemon is stopped between batches to release memory
-`PlayStoreLocales.kt` is temporarily rewritten per batch and restored via trap
<stringname="foss_upgrade_no_money_label">أنفق كل أموالي على سمّاعات AirPods</string>
<stringname="upgrade_foss_preamble">برنامج CAPod FOSS مجاني ومفتوح المصدر. إذا وجدتهُ مفيدًا، ففكّر في دعم تطويره للمساعدة في استمرار المشروع.</string>
<stringname="foss_upgrade_no_money_label">Es iztērēju visu savu naudu AirPods austiņām</string>
<stringname="upgrade_foss_preamble">CAPod FOSS ir bezmaksas un atkļējkoda. Ja tā ir noderba, apsveriet attīstības sponsēšanu, lai palīdzētu turpināt projektu.</string>
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