- Native: add message_send() JNI (Api.message_send) and wire the
existing message_listen receive callback (message_handler) to forward
inbound MESSAGEs to WearBaresipService.messageEvent.
- Kotlin: WearBaresipServiceHelper.sendMessage (normalizes peer ->
sip:peer@mail.txt3.net), MessageStore (JSON file persistence, no extra
deps), messageEvent stores + posts a CATEGORY_MESSAGE notification.
- UI: MessagesScreen (conversation list) + ConversationScreen (thread +
send field), reached via a new 'Messages' button on the dialer.
- README roadmap: mark SIP MESSAGE done; reword encryption plan to
asymmetric E2E over SIP MESSAGE with NFC key exchange (OMEMO is
XMPP-only and does not apply to SIP).
Verified: builds, app starts, registers over TLS, no crash. Live
two-endpoint exchange still to be tested with a real peer.
- NAT-survival account settings (sipnat=outbound;natpinhole=yes) so INVITE
replies are not dropped (was going straight to voicemail).
- Native event_handler emits 'incoming call' (BEVENT_SIPSESS_CONN) carrying
the SIP msg pointer and 'call incoming' (BEVENT_CALL_INCOMING) carrying the
real struct call*; passes ua/call as separate jlong args (no lossy string
parse). uaEvent(String, Long, Long) signature updated.
- Answer flow: ua_accept on 'incoming call' (caller hears ringing) then
ua_answer deferred to the baresip main loop via a one-shot timer
(ua_answer_async) so the UI-thread Answer tap does not crash in sip_treplyf.
- FGS started from Application.onCreate (decoupled from Activity) holding
WifiLock + WakeLock so SIP survives screen-off / task removal.
- Ring: vibration + screen wake + high-priority full-screen-intent
notification; stopRinging() on established/closed + 30s watchdog so the
ring never loops forever on remote hang-up.
- Lock-screen presentation: manifest showWhenLocked/turnScreenOn +
USE_FULL_SCREEN_INTENT permission + InCallScreen launch. (Still unreliable
when fully asleep + backgrounded — tracked in README.)
- wear/README.md: project overview, how answering works, build/install,
known gaps, and roadmap (SIP MESSAGE, contacts, start-at-boot, UI).
Co-Authored-By: Claude <noreply@anthropic.com>
- AudioRouteManager: route to onboard speaker when no BT headset is
connected, BT SCO when one is; set MODE_IN_COMMUNICATION + focus.
- aaudio: build with AAUDIO_PERFORMANCE_MODE_NONE so Android routing
(speakerphone) is honoured instead of being bypassed by low-latency.
- DialerScreen: restyled to a stock-dialer layout (large number display,
3x4 keypad with sub-letters, green call FAB, backspace, recent chips).
- InCallScreen: added DTMF keypad (sendDigit) for voicemail/IVR.
- WearBaresipService: on incoming call, wake screen + vibrate + bring
activity to foreground so Answer/Decline is visible.
- Fixed dial normalization (bare extension -> full SIP URI with domain)
and the uap parse in uaEvent so defaultUap is set and calls connect.
- config.static: load g711/opus codecs to resolve 488 Not Acceptable Here.
- Telecom scaffold (experiment): PhoneAccount + ConnectionService handed
incoming calls via addNewIncomingCall to test stock Wear dialer pickup.
- Submodule libbaresip-android rebuilt with g711/opus/aaudio changes.
Verified: assembleDebug green, installs and registers on Galaxy Watch,
incoming call event fires and is handled without crashing.
- New :wear application module (Wear Compose, minSdk 30)
- Second JNI lib 'wearbaresip' reusing distribution static libs
- Watch-side service initializes baresip via full init path
(libre_init -> conf_configure -> baresip_init -> ua_init)
- FGS started from MainActivity foreground state with mic type
only (phoneCall requires default-dialer, rejected on watch)
- Runtime-verified: builds, installs, native lib loads and SIP
stack starts on armeabi-v7a Wear OS device
