The SetCodecPrefrences function will save codecs
to the transceiver and if the primary codec is not
support by the client, the saved codec will generate
rtx codec for the unsupported codec cause corrupted
sdp.
* Don't wait rtp packet to fire track
Create track from sdp instead of first rtp packet,
it is consistent with the browser behavior and
will accelerate the track publication.
* fix test
* WIP
* no worker
* fixes
* use congested packet groups
* oldest group
* markers
* WIP
* WIP
* WIP
* WIP
* WIP
* clean up
* fmt
* consolidate
* store last packet only for bwe extension cases
* Try up-allocation on neutral trend.
Some probes end up with neutral trend due to getting much estimates of
same value. It is okay to try up-allocating in those cases. Otherwise,
the stream allocator some times gets stuck and does not up-allocate at
all as all probes end up neutral.
Changing the name of the signal to `NotCongesting` to signify it is
either neutral or clearing.
* wait 5 RTT for probe to finalize
* trend detector object encoder
Reverting back to pre-refactor behaviour. Was trying to avoid doing
special treatment when in probe, but REMB values are hard to predict
and the NACKs as well.
So, freeze updates when congesting in probe till the probe is done.
Otherwise, further changes while probe is finalising sometimes causes an
invalid signal and tracks are not up allocated.
* Clean up remote BWE a bit.
- Had forgotten to start worker, fix that
- ensure correct type of channel observer (probe OR non-probe) based on
probe state.
- introduce congested hangover state to see better state transitions.
Does not really affect operation, but state transitions are clearer.
* prevent 0 ticker
* Simplify probe sleep calculations.
Splitting into buckets made it problematic around the boundaries and it
was ugly code too. Simplify and set up probes with sleep after each
probe to get the desired interval/rate.
* continue after pop
* Add datastream packet type handling
* point to main in protocol
* Revert "point to main in protocol"
This reverts commit 2cc6ed6520.
* Update protocol
For applications with heavy data usage, accumulating data bytes over 5
minutes and then calculating rate using a much shorter window (like 2 -
5 seconds) makes it looks like there is a massive rate spike.
While this change is not a fix, this should soften the impact.
Need a better way to handle different parts of the system operating at
different frequencies. Can use rate in the reporting window, but that
will miss the spikes. Maybe that is okay. For example, if the reporting
window is 5 minutes and there was a 100 Mbps spike for about 10 seconds
of it, it would get smoothed out.
* Sender side snap shot clean up and logging.
Seeing cases of sender snap shot packet loss much higher the actual
packets some times. Tracking a bit more to understand that better.
- Rename variables to indicate what is coming from feed side clearly
- Fixed an issue with wrong init of feed side loss in snapshot
- Just use the loss from receiver report as it can go back (receiver
would subtract on receiving out-of-order packet).
- keep track sof reports in a snapshot (this is temporary for
debugging/understanding it better and will be removed later)
* remove check
* Set down track connected flag in one-shot-signalling mode.
Also, added maintaing ICE candidates for info purposes.
And doing analytics events (have to maintain the subscription inside
subscriptionmanager to get list of subscribed tracks, so added enough
bits from the async path into sync path to get the analytics bits also)
* comment typo
* method to check if a track name is subscribed
* Set down track connected flag in one-shot-signalling mode.
Also, added maintaing ICE candidates for info purposes.
And doing analytics events (have to maintain the subscription inside
subscriptionmanager to get list of subscribed tracks, so added enough
bits from the async path into sync path to get the analytics bits also)
* comment typo
* Log more details of RTP stats snap shots.
Seeing cases of loss more than 100%. Logging snap shots to understand it
better.
* log message
* use delta to update packets lost from RR
* remove cast
* WIP
* comment
* Verify method on LocalParticipant
* cleanup
* clean up
* pass in one-shot-mode to StartSession
* null message source and sink
* feedback and also remove check in ParticipantImpl for one-shot-mode-filtering as a null sink can be used for that
Raja Subramanian