total_bytes is aggregate, when we switch from higher layer to lower
layer, it takes time for lower layers total_bytes to catch up to
stopped higher layers
Signed-off-by: shishir gowda <shishir@livekit.io>
* Compute delta stats to send downstream
Signed-off-by: shishir gowda <shishir@livekit.io>
* Update tests: total_packets should be diff between 2 packets
First packet was 1, second was 4. diff should be 3
Signed-off-by: shishir gowda <shishir@livekit.io>
* If there are no videoLayers, do not sent in Stats
For audio and Downstream tracks, we do not get layers
Signed-off-by: shishir gowda <shishir@livekit.io>
* Use prev Max layer for current delta and update layer info for next round
* Consolidating PLI throttle
Use the throttler in `sfu.WebRTCReceiver`.
Does change shape of config object.
* Move PLIThrottleConfig to sfu.WebRTCReceiver
* fix test compile
* Cleaning up unused stuff
* improve readability
* RTT
- Calculate down track RTT using RTCP Receiver report
- Surface it back to the participant
- Participant updates all its published trackes
(throttled to limit update to once in 5 seconds)
- That propagates to all the upstream sfu.Buffer and the nacker.
So, we will have RTT throttled NACKs.
* rtt callback
* Store client meta on participant join
capture region, time_to_connect, ip, node
Signed-off-by: shishir gowda <shishir@livekit.io>
* Update proto dep
Signed-off-by: shishir gowda <shishir@livekit.io>
* Telemetry capture published track updates
Signed-off-by: shishir gowda <shishir@livekit.io>
* Updated OnVideoLayerUpdate to take slice of layers
Signed-off-by: shishir gowda <shishir@livekit.io>
* Update proto dep
Signed-off-by: shishir gowda <shishir@livekit.io>
* WIP commit
* update protocol
* Fixing a test and catching one place where casting was missed
* Fix one more spot which need conversion from livekit.RoomName -> string
* do not covert list
It allows all actions/events to run in the same go routine.
Therefore no synchronization primitives are needed inside
telemetry service implementation.
* Make TelemetryService testable
Timer is extracted for better testability of telemetryservice.
Divided TelemetryService to internal part that:
- contains business logic
- does not contain timer
- and therefore testable
and external part that:
- does not contain business logic
- contains timer to send analytics every 10 seconds for all participants.
- does not need tests
* Add Test_AnalyticsSentWhenParticipantLeaves
* Fix test
* Stream Allocator Try 3
Making an intermediate PR to do
- Special treatment for screen share tracks
- When allocating all tracks,
o try to stream all tracks by starting with the lowest layer
o multi-pass across tracks to get a more even distribution
Not yet done:
-------------
In deficient state,
o Allocate a specific track on a change
o Steal from other tracks
* Correct sense of managed track
* have to range to copy
* generate
* fix VideoLayers compare
* Use t.simulcasted
Raja Subramanian