7 Commits

Include renames

Author	SHA1	Message	Date
Talon	f3ac779bf4	Survive changing networks and deepen the receive buffer ... Media died silently whenever a client's source address changed. The relay bound a peer's endpoint once and refused to move it, and the client stopped offering its binding token after the first bind, so a Wi-Fi/cellular handover stranded the session in both directions. Add an authenticated Rebind media frame: the binding token travels in the clear for peer lookup only, and the AEAD tag over header and token plus the peer's existing replay window are what authorize the move, so a captured rebind cannot be replayed to redirect someone else's downlink. The client rebuilds its UDP socket instead of retrying on one still pinned to a vanished interface. Nothing judged the control connection live: pings were sent and pongs ignored, so a blackholed TCP path went unnoticed for minutes while the UI showed a live session. Treat any server traffic as liveness and fail the connection when it stops, which drives the existing reconnect. The receive jitter buffer had lost its depth floor, so a channel without FEC or DRED played out with no buffer at all and ordinary reordering became concealment. Restore a one-frame floor, observe every arrival rather than only accepted ones — a shallow buffer was rejecting the late arrivals that should have deepened it — and allow playout to hold a frame so depth can follow a degrading link. A stalled consumer now sheds the oldest queued packet instead of refusing the live talkspurt. Add a deterministic network-impairment simulation covering bursty loss, jitter, reordering, duplication, outages and a stalled consumer, a handover test against a real relay, a replay test for the rebind path, and a blackholed control connection driven through a freezable TCP proxy.	2026-09-24 19:15:16 +02:00
Talon	fb740bcfb2	Try to fix background glitching over long periods of time	2026-09-24 13:31:16 +02:00
Talon	f348574bc1	Fix iOS background audio pacing ... Sleep-paced threads stall for hundreds of milliseconds when iOS coalesces a backgrounded app's wakeups, and the deadline resets that discarded the deficit left the capture backlog queued until its ring overflowed: regular dropouts that worsen the longer the app stays backgrounded. Pace both 20 ms hands-offs from the AVAudioSourceNode render callback instead (mix via Audio.RunCycle with deviceClockedAudio, capture handoff from the ring), wake the UDP sender on a queue signal instead of a 1 ms poll, and let stalled consumers drop their backlog to the buffer target instead of ratcheting it.	2026-09-23 21:37:24 +02:00
Talon	ea76d5157a	Improve iOS voice stability and user audio controls	2026-09-22 22:07:00 +02:00
Talon	7b0c003ad4	Add adaptive packet loss handling	2026-09-22 16:54:49 +02:00
Talon	0372baf589	Fix iOS voice capture and screen sharing	2026-09-21 14:14:15 +02:00
Talon	08e6c5930a	Retire legacy implementations and flatten managed layout	2026-09-21 00:11:32 +02:00