Fixes regression from Ib4285e7aae
RTCP multiplexing requires the RTCP sender to maybe lock the same output
stream, maybe lock some other one. Allow for both.
Change-Id: I6fcef32e656f8f0de46ad777f11a19c259ce35c7
With selected_sfd being protected by in_lock, we pretty much have to
hold at least in_lock everywhere, and end up requiring both locks in
many places. The distinction has become pointless.
Change-Id: Ic0ad976c2d68d9639b9434da7f0e6e9c0d84c185
PTs that were remembered from a previous handshake to save codec options
must be flagged as such so that they're not considered as having been
present in the current offer, so that they can be flagged as transcoding
PTs.
closes#1989
Change-Id: I19c2aff7e83ed338a81be99544645821165304cd
... from packetizer function instead of putting it into the AVPacket.
Remove AVPacket from callback function arguments.
Fix up PTS/duration adjustments where they were missing.
Closes#1963
Change-Id: Ib36b36bb6648b0579dd83155c7217317dda29cc3
Allow restarting the DTX buffer upon reception of a packet iff shutdown
occurred due to the max-dtx time being exceeded.
Change-Id: I9cbb9e946e6f495526cbef8f468f4e0a5aff0096
this fixes an edge case where `DTMF-security=silence`, `block-media`
is enabled and the endpoint sends silence packets in between each RTP
event packet of a single DTMF hit. When that happens, the DTMF doesn't
get processed as `packet_sequencer_next_packet` returns NULL, and the
while loop is broken due to the ts_diff being 0
By checking if media is currently blocked and that the current packet
is a supplemental DTMF, we can force the packet to be processed so the
dropped packet is considered lost and we don't lose the DTMF event
Change-Id: I78bc8e273e872b3ab88f7a84e26a79fad1793476
If DTX audio has already been produced for a particular timestamp and a
late packet matching that timestamp is encountered, we should just
discard the packet instead of immediately doing a timestamp reset. This
prevents unwanted TS resets. Only do a timestamp reset if this happens
multiple times in a row, as we don't want to have to discard too much
audio.
Change-Id: I46c8c20b08787f7e45145bd88463bb6878f36f15
if a delay buffer is enabled, the packets get scheduled in the future,
but media playback packets are scheduled immediately. this results
in choppy playback due to the packets coming in at the same time.
This change adds a new bool to chu_args that gets enabled when
play-media is called and passed in to codec_handlers_stop so the delay
buffer queue is cleared instead of flushed
Change-Id: Id534f9087d934481f17341bc577099dc2362f8e1
when DTMF-security is set to an option that results in a transcode,
the packets go into handler_func_transcode. This returns immediately
when handler_silence_block returns false due to block-media, resulting
in the events not being processed for sending on log-DTMF etc.
This change only uses the transcode function for transcoded DTMF if
we're not blocking media (and logically, blocking media should mean
_all_ media). It instead goes into __handler_func_supplemental as normal
so packet_dtmf can process the packet, but drop it if its in one of
these modes and media is blocked
Change-Id: I19901877f6018f3916b22ff60799e8c74d02e065
when media playback happens, all packets get scheduled at the same
time with a send time in the future. however, this results in the
output_skew calculation triggering an unnecessary shift in the send
timer, which can cause choppy playback
Change-Id: I449f221a4d348eb615c2af1dca30bec163aa4fc6
In case stray audio is receveived before the DTMF event is fully
finished, retain the internal state from the beginning of the event to
make sure that the output is consistent. This fixes both DTMF timestamps
jumping during the end event, and audio timestamps being off after the
end event.
Closes#1929
Change-Id: I4e675b15153e35a8d1546b947e4b82879c1577b4
Richard Fuchs
Tom Briden