When doing the initial answer, the packet_stream endpoint port isn't
filled in yet. Use the stream_params port instead to test for rejected
streams.
closes#1499
Change-Id: I8f315d95521f874fb8c5e6222263d017800b5fc9
When ports are closed early (while the call is still running), we must
first update a slave rtpengine with this new information (that these
ports are now closed) before actually releasing the ports ourselves. Not
doing so leads to a race condition where the master instance re-uses a
port that was just closed before the slave instance knows about the port
being closed.
We implement this using a thread-local list to keep track of ports that
were released while processing a control message, and process this list
to actually close the ports only after Redis has been updated.
Additional calls to the function to close the ports are placed in
strategic locations to make sure this is triggered in every code path.
closes#1495
Change-Id: I803f4594f30ca315da0b84c6e76893f54ca3a7c9
This prevents empty mixed output files from being created when mixed
output is enabled in the config but recording isn't active for that
call.
Change-Id: I66ead89dc8a7ea80b81164b3e24d997b0df5f37e
DTX and delay buffers and their timers are shut down during the codec
negotiation phase, which also happens for the offer side while
processing an answer. If the codec negotiation routine determines that
the existing codec handlers can be kept intact, we must restart the DTX
and delay buffers that have previously been shut down.
Buffer objects are never freed during a shutdown, therefore we simply
need to restore the contained references to indicate that these buffers
are active again.
closes#1481
Change-Id: I57181ba1655fd781a7c543ee31aa67fd179ba89b
This eliminates a spurious false warning log message for rejected
streams that use a dummy payload type
Change-Id: Id628cafb8d7c4ea576cd01ff35f5dd9cd2151280
Since we're already doing the full parsing of the request flags, use the
same function to parse all required flags
Change-Id: I0880ccbbbc36eae7b172440ce51afc1c544583a1
Instead of always generating a new ICE foundation string for every
learned peer-reflexive candidate, try to use the same foundation string
for candidates that belong together. We use the priority number plus the
component ID for this to see if we've learned a candidate with a fitting
priority number before. If we have then re-use the same ICE foundation
string. This allows ICE to complete with only learned prflx candidates
and without (or before) re-invite to communicate the correct ICE
foundations.
Change-Id: I74bde6ef22a164df57d0b77cbaef34e4a499da72
`flags` being NULL is not really a use case we have right now, but it
might be in the future. Make sure we don't crash.
Change-Id: I4400553fc0a665d94f2e1cdced855250b46d88a4
Warned-by: coverity
Initialising the other members of this struct is not really necessary as
they're not used in the hash lookup. But let's do it anyway.
Change-Id: Ia7cf982fe91e9c4d273b1fc2d2ee8b19ce345a13
Warned-by: coverity
If HMAC() fails, the value of the output string would be left
uninitialised. Handle this case.
Change-Id: I79fc3d03237ae4a5924e59f749d6818db7bf8ab2
Warned-by: coverity
Since we're creating a dummy sfd to hold the SRTCP context when we don't
have an actual RTCP port, we must make sure to remember and re-use this
dummy sfd during a re-invite. Otherwise we end up creating a duplicate
dummy sfd, which is detected as a different sfd and thus triggers an ICE
restart.
Change-Id: Iadc91e163bd15a3cd5f57656b52941724c920143
Explicitly copy SDP up to the format list before printing it out. This
preserves broken input SDP.
closes#1461
Change-Id: I839a200f159f25854c86add244571a948e2c90cf
Richard Fuchs
Michael Prokop
szcom