This is not all of it as it is not possible (or at least I do not know
of a way) to get all suggestions for a repo/project. Did this via loop
searching mainly and taking the modernize suggestions.
* Resolve RTX pair via OnTrack also.
In simulcast probing path, the interceptor chain is not invoked
for primary stream. Not sure if this is a recent change. Due to this,
the RTX pair does not get resolved.
Use the onTrack callback to resolve the pair.
* remove debug
* Refactor receiver and buffer into Base and higher layer.
To be able to share code/functionality with relay.
* WIP
* WIP
* WIP
* WIP
* WIP
* WIP
* WIP
* WIP
* clean up
* deps
* fix test
* fix test
* Make data message naming a bit more consistent.
OnDataPacket and OnDataMessage half-way in the chain made it confusing
(for me at least). Use same name throughout.
API still uses SendDataPacket, but that is not harder to read.
* test
* Use published track for model access in data down track.
No need to pass in the model.
* implementation type assertion
* remove redundant log key
* one more type
* Close interface method
* clean up redundant log key
* remove unused method
* some interface changes to support data tracks in replay
* correct mock signature
Published counter was bumped up only when not migrating in, but it was
decremented when a migrating participant leaves without expectation to
resume. That could have resulted in negative counts.
Always change counters irrespective of migration or expected to resume
on leave. Control events send based on migration/resume.
* Some logging changes.
Trying to chase a case of large sequence number gap on subscriber side
where packets are sent after a long time.
* return values instead of logging
* Add support for RTP stream restart.
When an unhandled packet is encountered, try a restart sequence.
Restart happens when 5 packets with contiguous sequence numbers and same
or increasing time stamps are received. Note that this does not work for
B-frame type of scenarios, but that is true for receive path handling
even before this. As WebRTC does not use B-frames, it is fine. But,
needs to be looked at again if B-frames are necessary.
It is controlled by a config that is disabled by default.
* clean up
* debug log
* Avoid duplicate track add to room track manager.
Don't have proof that this happens, but in the leak chase, this is
another component at room level and holds references to tracks. Guessing
this is not cleaning tracks till room is closed.
* add a report
* switch participant callbacks to room to listener interface
* mage generate
* clean up
* clear listener
* clean up
* use interface in up data track manager
* tweaks
* Paul feedback - should reduce the diff as this keeps the room handlers as is except making methods for a couple of anonymous handlers
* clean up
When a participant is closing, RTCP readers should be cleaned up from
factory even if the participant is expected to resume. The resumed
participant will be a new participant session and peer connection(s) and
everything will be set up again.
After adding more fields in
https://github.com/livekit/livekit/pull/4105/files, it was not even
logging. Access to one of the added fields must have ended up waiting on
a lock and blocked.
Unfotunately, the deadlock fix in https://github.com/pion/ice/pull/840
did not address the peer connection close hang.
Splitting the logs so that the base log still happens. Ordering after
looking at the code and guessing what could still log to see if we get
more of the logs and learn more about the state and which lock ends up
the first blocking one.
* Add checks for participant and sub-components close.
Looks like there might be some memory leak with participant sessions not
getting closed properly. Adding checks (to be cleaned up later) to see
if there is a consistent place where things might hang.
* init with right type
* Remove unnecessary goroutine, thank you @milos-lk
* clean up
Correct triple-d spelling of "address" field in transport logs.
I’m not sure whether this was intentional, but I noticed it
while creating Grafana queries and filters. This matters because
anyone filtering logs using the correct spelling may
unintentionally miss relevant data, leading to incomplete or
misleading analysis.
Pion does not protect the stats getter and using it after close could
cause nil de-reference. Do a couple of things
1. Stop timer that access peer connection stats before closing peer
connection.
2. Do not access stats if peer connection is already closed
Currently, the signal requests are counted on media side and signal
responses are counted on controller side. This does not provide the
granularity to check how many response messages each media node is
sending.
Seeing some cases where track subscriptions are slow under load. This
would be good to see if the media node is doing a lot of signal response
messages.
When doing code changes for dynamic rid, inadventently relied on
ordering of quality in track info layers to pick the highest layer if
the requested quality is higher than available qualities.
@cnderrauber addressed it in
https://github.com/livekit/livekit/pull/3998. Just adding some more
robustness behind that by doing a full search when requested quality is
not available.
Tested using JS SDK demo app and picking different qualities from
subscriber side with adaptive streaming turned off.
