The flag was only written from committed recorder module state, which
publishes after the recording header has been read. That read is bounded
at 5s, so for up to five seconds the file logger is live while the flag
still says false, and diagnostics keyed off it are missing from exactly
the window a reporter uses to reproduce a screen-off issue.
The module-state writer stays: it covers a resumed session and any path
that reaches isRecording=false without going through Recorder.stop().
A rolled-back start self-corrects, because the rollback stops the
recorder before publishing the failure.
BaseTest resets the flag per test instance because it is JVM-global. It
goes into init rather than the companion teardown, which uses JUnit 5's
@AfterAll and never fires under the JUnit 4 Robolectric runner.
Structurally broken addresses now fail the octet parse instead of
throwing, so the catch-all error log no longer fires for them. Log the
rejection at WARN with a redacted address so support logs still show it.
Fixes review finding F1.
In AUTOMATIC mode with nothing connected the session is torn down 15 seconds
after the state that said so, and only a new state emission cancels that. A
start request arriving while a session is live is acknowledged and returns
without touching the pending teardown, and the connection state that would
abort it lags the Bluetooth event that caused the start by roughly 0.75s. A
request landing in the tail of the window was therefore answered with
"keeping current session" and the session went down anyway, taking every
reaction with it — in one recording the popup reaction was down for 34
seconds spanning an entire lid cycle.
The short-circuit now bumps a start signal that the mode pipeline combines
in, so the bump cancels the pending inner flow through the existing
cancellation topology and arms a fresh window. The countdown also re-reads
the signal after its delay, which closes the case where the bump lands while
an expired countdown is already unwinding. A re-armed window runs 15 seconds
from the start request, so the total dwell can exceed 15 seconds: the request
is fresh evidence of activity.
The decision segment moves to a top-level internal function so it can be
driven directly in tests, following MonitorModeState and
buildMonitorModeState which are top-level for the same reason.
The connection timestamp cache was only maintained while the connected-devices
flow had a subscriber. If the process died while a device stayed connected and
that device then disconnected and reconnected with nothing running, the
restarted collection found the old entry still keyed by a currently-connected
address, kept it through the prune, and reported the original connect time —
so the popup age check rejected an arbitrarily old connection.
The ACL broadcasts arrive at a manifest-registered receiver that wakes the
process regardless of any flow subscription, so the stamp is taken there
instead: connect stamps (keeping an existing one, which is the earlier and
therefore truer time), disconnect drops the entry. The flow keeps its own
stamp-on-first-sight and prune as a backstop for the force-stopped state and
missed broadcasts.
ACL_DISCONNECTED was already in the receiver's expected actions but was never
registered in the manifest. It does not start the monitor: a disconnect is not
a reason to start monitoring, and the start triggers here are deliberately
conservative.
seenFirstAt on a connected device is meant to be the connect time, and the
connected-devices flow maintains that by pruning its cache to the currently
connected addresses on every emission. bondedDevices() wrote into the same
cache for every bonded device, connected or not, and never pruned.
AapAutoConnect queries bonded devices on every connected-devices emission,
the disconnect one included, so an entry pruned at disconnect was re-stamped
milliseconds later at disconnect time. The next reconnect then inherited the
previous disconnect as its connect time, and the popup reaction rejects a
connection older than 30 seconds — so any reconnect more than half a minute
after the previous disconnect silently lost its popup.
bondedDevices() is now a cache reader: a connected bonded device still
reports its true connect time, a non-connected one gets the current time,
which no caller reads. The connected-devices path becomes the cache's only
writer, which is the invariant its prune-and-stamp logic already assumed.
AppleDeviceProfile is a data class whose key fields are ByteArrays, so the
generated equals() compares them by reference and the "did anything change"
guard was true on every key exchange. That meant a redundant profile write on
every connect and a "Persisted keys" line that said nothing about whether a
key had actually changed.
Compare content instead, per key, and name the key that changed in the log.
On at least one vendor stack the address handed up by the BLE scan callback
and the identity key stored for a profile disagree on octet order: the key
resolves the address only when its octets are reversed. Identity resolution
then fails on every advertisement, so no frame is attributed to the profile
and the case popup, connection popup, encrypted 1% battery granularity and
session reconnection all go with it.
RPAChecker gains resolve(), which reports the order that resolved. The
standard-order attempt is unchanged and ungated, so no currently-resolving
device can start failing. The reversed attempt only runs when the reversed
form carries the resolvable-private-address type marker (top bits 01), which
skips roughly three quarters of the extra comparisons for generic random
addresses. verify() is now a thin wrapper over resolve().
Address parsing is validated explicitly: exactly six components, each in
0..255. A seven-component string used to be silently mis-sliced, and
"15A:..." truncated to a valid octet — both cases could resolve.
The failure log no longer prints the identity key. A malformed address or
key wrote an identity-tracking secret into exactly the debug logs users mail
to support; the event and its level stay, the key is reduced to its length
and the address goes through redactedForLogs().
The history lookup that recovers a device by key now skips candidates bound
to a different profile. A 24-bit forward collision could already select the
wrong history; attempting two orders roughly doubles that exposure.
Test vectors are synthetic and derived from the key already committed in
RPACheckerTest. Two of them are complementary: one has an RPA-shaped
reversed form that fails the hash (proving the comparison runs), the other
has a reversed form that resolves cryptographically but carries marker 00
(proving the gate runs).
At 4.dp the caption crowded the bottom edge of the battery surface it
describes. 8.dp separates the two without pushing it far enough to read as
its own block, which 12.dp (the gap used before the ANC selector) would.
Both pod cards carry the caption, so both move together.
The line sat at a fixed 36.dp start indent, which put its left edge under
the case percentage label (28.dp icon + 8.dp spacer). That follows the M3
"supporting text aligns with the item's text column" convention, but the
case row is not a list item, and the sentence runs nearly full width, so
the lone left gutter read as an accident rather than an alignment.
Centering on the capsule instead would have been the other candidate, but
the capsule is weight(1f) between the percentage label and the status-chip
FlowRow, so its x-offset and width are both runtime values that vary with
locale and font scale. No static padding reaches it; it would take
onGloballyPositioned or a custom Layout, which is not worth it for a
caption. Centering in the surface is stable and needs neither.
The detail sheet was composed inside the device-info lazy item, so tapping the
battery runtime warning banner after that item had scrolled out of composition
did nothing visible while still setting the visibility flag, which made the
sheet pop up unprompted on scrolling back up. Build the detail items and compose
the sheet at screen scope instead; the card now only reports the tap.
Fixes review finding F1
The figure compares observed listening drain against Apple's rated hours, so
it cannot separate a degraded cell from loud volume, cold weather or a hungry
codec. Runtime wording is true either way, "Battery Health" is not.
String keys are kept as they are so the translated locale files aren't
orphaned.
The per-pod listening-time estimate was only visible behind the info icon on
the device settings header card. A pod that reaches half its rated listening
hours or less now raises a banner on the device settings screen, tapping it
opens the same detail sheet.
A displayed number needs less backing than one that raises a warning, so a
reading is only promoted into the banner when its slot has accumulated at
least 8 listening sessions across its qualifying rates and the newest of
those rates is at most 60 days old. The banner reads the already-gated state
field, so the per-profile battery estimate toggle suppresses it too.
The detail sheet's visibility moves out of DeviceInfoCard so both the info
icon and the banner can open it.
AirPods Gen 1 and Gen 2 publish their case capacity as a lower bound, and
the adequacy check let that guard run before any zero-reading check. At a
0% case those two models rendered the definite "no charges left" text in
the neutral uncertainty colour while the screen reader hedged with "may
not be enough", contradicting the same node three ways.
The empty reading is now handled before the lower-bound guard. It sits
after the "enough" branch, which a zero reading can never satisfy, so it
cannot mask a positive claim. The lower-bound rule exists to avoid
underselling a case whose published capacity is only a floor, and an
empty case has nothing to undersell.
Fixes review finding F4
The visible count came from the pessimistic end of the interval alone, so
an interval straddling a full charge said "Less than one more full charge"
while the colour stayed neutral and TalkBack said "may not be enough". An
uncertain interval now rounds to a single charge instead, and an
open-ended spec that has not reached one charge names no number at all.
Fixes review finding F2
The reading is an interval that excludes its upper end, so an upper end
landing exactly on one full charge still leaves every reachable value
below one. AirPods Gen 4 at 10% and Pro 3 at 40% read neutral instead of
orange because of it.
Fixes review finding F1
Colour is not exposed through the semantics tree, and captureToImage() times
out under Robolectric, so the rendered result is pinned in two halves: which
tier each of the five slots reports, and which colour a tier resolves to per
theme mode. The theme test drives an in-app dark override on a light host,
which is the case a plain isSystemInDarkTheme() read would get wrong.
The case charges line is covered for presence, the three adequacy states, both
special renderings, and under RTL, a narrow card and a doubled font scale.
The case percentage alone doesn't answer the question people actually have,
which is whether the case can top the earbuds up again. The card now says so in
words, below the case row.
The reading is treated as the interval it really is: a decile source at 20% on
a 4.0-charge case means 0.8 to 1.2 charges, which is not an answer, so the line
stays neutral instead of flipping colour as the reading bounces between
adjacent frames. Only an interval that lies wholly above or below one full
charge is coloured, which removes the need to remember anything between frames.
The line is stacked rather than inline: the case row already has four children
with only the capsule weighted, so a plural in front of it would collapse the
capsule at large font scales and in locales with long plural forms.
PodDevice.batteryCase merges an AAP notification, the encrypted advertisement
payload, the public advertisement nibble and the cache into one Float, and the
provenance is gone by the time anyone reads it. The public nibble only carries
deciles, so 20% there can mean anything up to 29%.
batteryCaseReading walks the same precedence and keeps the step size of the
source that won, leaving batteryCase untouched for every existing caller.
Derived per model as hoursWithCase / hoursListening - 1, with both figures read
under the same noise control condition Apple quotes them under, matching their
stated test method (drained AirPods recharged to 100% and playback resumed
until both the AirPods and the case were fully discharged).
Models whose published total reads "more than N hours" are marked as a lower
bound so nothing downstream can turn an unbounded figure into a confident
claim. AirPods Pro is deliberately left without a spec: its 4.5 h ANC listening
figure is verified but the matching with-case total is not, and an unsourced
number is worse than no line at all.
The spec gates on itself rather than on hasCase — twenty models set hasCase,
including Beats Solo Buds, whose case holds no battery.
Crossing the warn or critical threshold was expressed as a colour change only,
so it did not exist for a screen reader. Each battery slot on the overview card
now carries the level as a state description.
The warn band was drawn in colorScheme.tertiary, which is whatever the palette
seed produces: olive under the amber theme, where the healthy band (primary) is
burnt orange, so a warning read as decoration and healthy read as a warning.
The warn band now uses fixed light/dark tokens, and the percentage text is
tinted at warn and critical instead of the level living in the gauge alone.
Values are derived against the composited backgrounds the cards actually draw
on: the gauge Surface at 4dp tonal elevation, and the same surface at alpha 0.7
that a card without live data uses. Measuring against raw surface would have
admitted values below 3:1 on screen.
The tokens are resolved from the theme mode CapodTheme already computed, not
from isSystemInDarkTheme(), so an in-app dark override on a light system does
not pick the light tokens.
The overview duplicates the same 30%/15% thresholds in four places, with two
subtly different unknown checks: the capsule and the pod gauge accept any
percent >= 0f, so Float.POSITIVE_INFINITY renders as a full, healthy ring.
batteryTier() settles that on the finite check the other two already use.
The Amharic translation of battery_time_remaining_format_hm dropped the
conversion character from its second placeholder: "%1$dሰ %2$ደ" instead of
"%1$dሰ %2$dደ". Java's formatter reads "%2$" followed by "ደ" as an unknown
conversion and throws UnknownFormatConversionException.
formatBatteryDurationShort() takes that branch whenever an estimate has both
hours and minutes, so any duration between 1h1m and 23h59m threw. It is
reached from the dashboard pod cards, the home screen widget, and the
foreground service notification, which makes it a crash on the common path
rather than an edge case.
Found because the Play Store rejected the Amharic screenshot upload: the
widget configuration preview had rendered as a 1x1 image, the layoutlib
render having aborted on the same exception.
Corrected at source in Crowdin, and in CAPod's translation memory, which
still mapped the English source to the broken string at 100% match and would
have re-injected it on the next pre-translate run.
Only en-US screenshots are tracked from now on. The other 67 locales are
generated on demand and gitignored, which drops 35 PNGs and roughly 5 MB from
the repository and stops every screenshot refresh from churning binaries in
five languages nobody reviews.
Play Store still gets the full 68 locales. supply only uploads what is present
under fastlane/metadata/android/<locale>/images/phoneScreenshots/ and retains
whatever was last pushed for locales absent from an upload, so localization is
maintained by an occasional manual regen plus screenshots_only rather than by
every PR.
PlayStoreLocales.kt had been committed since February holding a truncated
four-locale batch slice, left behind when a run was killed before its EXIT trap
restored the file. The next run then copied that slice over its own backup and
faithfully restored the corruption, which is why the remnant survived six
months. It is replaced with a documented en-US placeholder, the generator no
longer emits an annotation nothing references, and the script now refuses to
start when a stale .bak is present instead of clobbering the only good copy.
The refresh runbook is corrected as well: it ended with a checkout that restores
tracked files from the index, which would have reverted the freshly rendered
English screenshots while the store received them, and its upload step is now
gated so a failed upload leaves them staged for a retry rather than committed as
though deployed.
The auto connect description told users the toggle would set the monitor mode
setting to 'Always'. That setting was removed in 5.1.6 and the mode is derived
from profile state now, so the sentence pointed at a settings entry that no
longer exists. The behaviour it described is unchanged: enabling auto connect
still resolves to continuous monitoring.
Base string only, so Crowdin flags the existing translations as outdated.
The three compatibility toggles described their own mechanism ("Don't
delegate data filtering to the system", "broadcast instead of callback")
without saying which symptom they address, so a non-technical user had no
way to tell whether a row applied to them. Each summary now leads with the
symptom and keeps a plain description of what changes. Titles are
unchanged: they name the mechanism and are referenced verbatim in issue
replies.
The category description "Don't touch if everything works ;)" stopped
rendering in 63692595 when the res/xml preference screens were replaced by
Compose, since SettingsCategoryHeader only took a title. The string and its
~75 translations survived unused. Added an optional subtitle to the header
and wired it back up.
Also rewrote the extra-notification summary, which named the "Device
status" channel but never said where to find it.
Reported via a Play Store review (vi, 4 stars, 5.2.3-rc0).
Everything that reinterprets what the device reported moves to its own branch
(anc-echo-classifier), leaving only changes that stand on their own.
The classifier addresses a fault that has never been observed being handled: it
reproduced on two of four sessions and none since it was written. It also adds a
failure mode that did not exist before, where a report misattributed to our own
write makes CAPod show a mode the device is not in. That is a poor trade to carry
into main on the strength of tests alone, so it waits until it can be seen working
against a live fault.
What remains does not depend on the misreport:
- the verification deadline was 1000ms while the device answers in 833-1008ms, so
a healthy reply could land just after the timer and trigger a bogus divergence
plus a redundant re-send; this was captured live
- a listening mode request the device did not confirm produced no feedback at all
for any mode except Off, which was a gap in the event plumbing rather than a
timing artifact
- a mode outside the device's listening mode cycle was rendered as an ordinary
selectable button whenever it happened to be the current mode
- an Off report arriving while a different mode was requested could teach the Allow
Off inference, persisting "Off is permitted" into the device profile
Also drops effectiveAncMode, which only had an effect while the classifier was
present.
Review follow-ups on the previous commit.
Its claim that "nothing is learned or persisted" was wrong. BatteryEstimator
buckets drain samples by the current listening mode and force-persists the
accumulated window whenever that mode changes, so a misattributed mode can write
a drain rate to disk under the wrong bucket, and the corrective report does not
remove it. This is not new: the misreport being fixed here already mis-buckets in
the same way, and more often, since the device claims OFF while the pods play
Adaptive. Classifying corrects the common case and only gets it wrong on the rarer
misattribution. The design stands, the claim does not.
Two other claims were also too strong. The recorded echo is the first report after
the verification was installed, which is not exactly the wire write, so write
contention above the latency boundary can still inflate a fast refusal. And a
superseded write is not left alone entirely: classification is skipped, but it
still falls through to the ordinary retry path.
The supersession regression test asserted nothing: it fed a fresh ADAPTIVE report
in before its only assertion, overwriting either outcome, so it passed whether or
not the guard existed. It now asserts on the state left by the delayed echo, and
fails with the guard removed.
Also drops an unused import and restores an indent lost when the remap argument
was removed.
Extends the previous commit's classifier so it only judges evidence it can
actually attribute to our own write.
The classifier judged whatever mode happened to be current when the deadline
fired, and never looked at timing, despite the refusal-versus-misreport
distinction resting on it. A delayed answer to an earlier write, or a mode change
made on the pods themselves mid-request, could be taken for the answer to the
outstanding write.
Now the first report after a write is recorded with its latency, and that
recorded frame is what gets classified. A write is left alone entirely when it
was superseded by another listening mode write or by a stem press, since its
echoes can no longer be attributed. An answer arriving faster than 500ms is a
refusal, never a change: captures put refusals at 25-267ms and real changes at
815-1010ms. A re-send restamps its own send time and drops the previous attempt's
echo, so a retry is never judged on stale evidence. Latency is measured with the
monotonic clock, so a wall clock correction cannot turn a fast refusal into an
apparent change.
A misattribution is still possible, because AAP reports carry no correlation id
and a change made from iOS or another paired phone is invisible here. That is why
nothing is learned or persisted from this: the worst case is one wrong reading
that the device's next report corrects.
An earlier version of this work also carried a session-scoped remap, so that a
stem-initiated switch could be read correctly after our own write had proven the
device mislabels a value (issue #594). It is not included. The same
unattributability that bounds the classifier to a single wrong reading would have
let one misattribution rewrite every later report in the session, and a wrongly
resolved Off could persist AllowOffOption into the device profile, outliving the
session that produced it. Stem-initiated switches on an affected session are
therefore still not shown correctly.
Refs #594
Follow-up to the previous commit, which left the wrong half of this in place.
Distrusting the report only while the request was outstanding meant that four
seconds later the rejection cleared the pending mode, the bogus value came back,
and the user was shown an error for a mode change that had actually worked.
The two cases have different signatures, both readable from state the engine
already holds:
- A refusal echoes the mode the device is staying in, quickly. Captured Off
refusals answer in 25-267ms with the previous mode.
- The Pro 3 misreport answers with a third mode, neither the one requested nor
the one it was in, at normal change latency (815-1010ms).
So an echo that is neither the requested nor the previous mode is treated as an
unusable report rather than a refusal: no re-send of a write that already took
effect, no rejection, no error, and the requested mode is recorded as current.
Refusals still work, which is what the Off rejection message and the Allow Off
learning depend on.
This is deliberately engine-local. Seeding the cycle mask and Allow Off belief
from the device profile into the session would have encoded the rule directly,
but it inverts the current engine-to-profile data flow and creates a belief that
no device report can ever correct, since AirPods never report 0x1A or 0x34.
librepods keeps the same knowledge in its service layer and preferences, not in
its protocol manager.
The fault is per-session rather than per-request: across four sessions today the
pods either misreported every Adaptive write or none of them. The heuristic is
covered by unit tests but has not yet been observed handling a live bad session.
AirPods Pro 3 can answer a listening mode write with 0x0D 0x01 (Off) while
audibly switching to the requested mode. Seen on firmware
81.2675000075000000.6503, intermittently, and not reproducible on demand.
CAPod took that report at face value: it surfaced an Off button that isn't even
in the device's listening mode cycle, selected it, and said nothing about the
request not having been confirmed.
- visibleAncModes no longer re-admits a mode purely because it is the current
one. That escape clause was what conjured the extra button.
- effectiveAncMode keeps showing the requested mode while our own request is
outstanding and the device reports a mode it should not be able to reach.
- A rejected listening mode request now surfaces a message for every mode, not
only Off. Other modes were dropped silently.
- The Allow Off inference ignores an Off report that arrived while a different
mode was pending, so a single glitch cannot permanently persist "Off is
allowed" into the device profile. An unsolicited Off still trains it, which
is what keeps the option discoverable after it is enabled elsewhere.
- Verification deadline moved from a hardcoded 1000ms to 2000ms, and a matching
device report now settles the verification when it arrives. Measured reply
latency is 833-1008ms, so the old deadline sat inside the device's normal
spread and could fire a bogus divergence plus a redundant re-send.
Settling verification on arrival is limited to SetAncMode deliberately. Every
other verified command is optimistically written into state when it is queued,
so its predicate is satisfied immediately and only the device's contradicting
echo makes it fail. Settling those early would swallow the rejection.
Note that AirPods never report AllowOffOption (0x34) or ListeningModeCycle
(0x1A), so which modes are permitted is always inferred, never device truth.
addWorkerManager() needed androidx.hilt 1.2.0 for its KSP compiler, which left
addDagger() asking for 1.0.0 while conflict resolution silently handed it 1.2.0,
and hilt-compiler declared twice at two different versions.
The version moves to Versions.AndroidX.Hilt.core, addDagger() stays the single
place that registers hilt-common and the hilt-compiler, and addWorkerManager()
declares only hilt-work. Declared and resolved versions now match, so the
dependency report no longer shows a 1.0.0 -> 1.2.0 substitution.
No dependency graph change: 1.2.0 is what already resolved.
Play auto-refunds (and revokes) purchases not acknowledged within 3 days.
The in-process ack machinery covers every case where the process lives
long enough; what it cannot cover is a process death around the Play
sheet (aggressive OEM task killers) followed by the user not reopening
the app before the deadline.
Add a gplay-only WorkManager safety net:
- PurchaseAckWorker: self-completing sweep via a new bounded
BillingManager.ensureAllAcknowledged() that refreshes and acknowledges
in the same coroutine (the reactive ack collector is async, so a worker
cannot prove its acks happened through it). Retries with exponential
backoff until the purchase's refund deadline, then gives up visibly.
- PurchaseAckScheduler: two unique work identities. A launch watch
(REPLACE, armed and awaited before launchBillingFlow with a 30min delay
so it cannot complete while the user is still in the sheet) and a
discovered-purchase rescue (KEEP, 1min delay, armed directly from an
ack pass that finds unacknowledged purchases, pre-attempt). Separate
identities so a new purchase flow can never displace a pending rescue.
Both triggers are fail-open: a broken WorkManager never blocks a
purchase or an ack. WorkManager resolves via Provider at first arm so
eager Application-time construction of the billing stack cannot
trigger WorkManager's on-demand initialization prematurely.
- Nothing cancels the work from the foreground path: an ack pass can see
zero unacked purchases while the sheet is still open, so the worker
completes itself after its own reconciliation instead.
The ack pass now runs under a mutex (the worker sweep and the reactive
collector would otherwise race the token bookkeeping) and reports
per-outcome counts for the sweep result mapping.
This is a port of d4rken-org/sdmaid-se#2685; the ported sources are
byte-identical to the donor apart from the package rename.
CAPod had no explicit WorkManager wiring at all (work-runtime only
arrived transitively through Glance), so this also adds it:
- addWorkerManager() pinning androidx.work 2.7.1, the version already
resolved via Glance, plus androidx.hilt:hilt-work and its KSP
compiler. work-runtime-ktx is required at 2.7.1: CoroutineWorker,
Operation.await, OneTimeWorkRequestBuilder and workDataOf all still
live in the ktx artifact at that version. androidx.hilt moves 1.0.0 ->
1.2.0 (by conflict resolution) because 1.0.0's hilt-compiler ships no
KSP SymbolProcessorProvider, so @HiltWorker would generate nothing.
- WorkManagerModule providing the singleton WorkManager.
- App implements Configuration.Provider with the injected
HiltWorkerFactory. WorkManager 2.7.1 still declares that interface as
getWorkManagerConfiguration(), not the later property form.
- The manifest removes androidx.work's startup initializer so the
on-demand configuration is the one that takes effect.
FOSS stays untouched behaviour-wise: all new billing types live in
src/gplay, workers need no manifest entry, and the worker factory
resolves the worker only in gplay variants.
Replaces the outlined segmented row with a filled track carrying a single
sliding thumb. The old control stacked three signals for one state (container
fill, bold, underline) in an outline treatment nothing else in the card uses,
which is what made it read as bolted on.
The track now sits at the same tonal step as the battery panel above it and
reuses the card's 16dp/12dp radii, so selection is carried by thumb position
and fill alone. Only the active mode is named and its slot expands to fit,
which keeps long translations off the width budget entirely.
Slot widths, label reveal and content tint are all derived from one clamped
fractional position, so geometry and content stay in lockstep. The thumb's
leading edge is that position in collapsed-slot units rather than a sum of
the animating widths, which would overshoot the target and crawl back.
Also fixes an invisible pending state: the in-flight branch set
activeContainerColor to secondaryContainer, which is exactly what
SegmentedButtonDefaults already used for the selected segment, so a requested
mode was indistinguishable from a confirmed one. An unconfirmed request now
draws a hollow pulsing thumb and tints the mode the pods are still in.
Transparency moves off Icons.TwoTone.Hearing, which is already the "In ear"
status chip and rendered identically two rows below it in the same card.
Pins the outcome mapping of duckMusicVolume (a higher read-back stays a skip,
an unmoved one is a refusal), the focus request lifecycle (idempotent grant,
retry after denial, abandon only what is held, permanent loss clears the state
but a transient one does not), and the reaction side: focus is requested only
for an ignored write, released at teardown, re-requested by a keep-alive after
a permanent loss, and a late-landing volume write is restored.
The negative assertions are load-bearing: the MediaControl mock is relaxed, so
an accidental focus request on a healthy duck would pass silently.
ColorOS 16 accepts setStreamVolume from a backgrounded app and leaves the
level where it was, so the conversation reaction ducked nothing. duckMusicVolume
now classifies the outcome (Ducked / Unchanged / Skipped) instead of collapsing
everything into a nullable duck, and a level that came back *higher* stays a
skip: that is the user raising the volume between the two reads, not a refusal.
On Unchanged the reaction requests AUDIOFOCUS_GAIN_TRANSIENT_MAY_DUCK and lets
the framework attenuate the other player. Teardown abandons the focus and, if
the volume ended up below the pre-duck level anyway, restores it (guard for a
device that applies the write asynchronously). The focus request is built by an
injected factory because AudioFocusRequest.Builder is an unmocked stub in plain
JVM unit tests.
lastScanAt was read and written inside the log lambdas, which only run while
a logger is attached (log() checks Logging.hasReceivers first). In a release
build with recording off, the bookkeeping therefore never happened, so the
first delay of every debug recording reported the time since the *previous*
recording ended. Two logs from a support case opened with delay=878453ms and
delay=359983ms, which read as 14 and 6 minutes of suppressed scanning but
were just the gap between recordings.
The bookkeeping moves out of the lambdas, and the clock changes from
currentTimeMillis to elapsedRealtime so a wall-clock correction cannot
fabricate a gap either. That also puts the delay in the same boot-clock
domain as ScanResult.timestampNanos.
On ColorOS 16, setStreamVolume from a backgrounded app is accepted without
an exception and leaves the volume untouched: a debug log from an OPPO
PME110 shows "duckMusicVolume(100%): 40 -> 40 (requested 0)" while the same
call succeeded in the foreground.
duckMusicVolume returned a VolumeDuck for that, so ConversationReaction
recorded an Active session, armed the stale backstop, and later "restored" a
level that was never left. It now returns null when the read-back shows no
decrease, which routes the caller into its existing duck-no-op path: nothing
armed, nothing to restore, and a repeat START retries the duck instead of
treating the dead session as a keep-alive.
The predicate is applied >= prior rather than == prior. A route that
quantizes the target back up to the starting index attenuated nothing
either, and a volume that came back higher (user raised it between the two
reads) must not produce a duck whose restore would undo their change. The
WARN says "volume did not decrease" rather than blaming the ROM, since the
read-back alone cannot distinguish those three causes.
darken