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
(cherry picked from commit 89f5a988c9)
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
(cherry picked from commit 16583ef76e)
Explicitly copy SDP up to the format list before printing it out. This
preserves broken input SDP.
closes#1461
Change-Id: I839a200f159f25854c86add244571a948e2c90cf
(cherry picked from commit 799773b5ca)
Setting the mux flag when rtcp-mux is given is fine, but we must still
provide an RTCP endpoint in case rtcp-mux ends up not being used, either
through an implicit RTCP endpoint or through a=rtcp.
relevant to #1443
Change-Id: I0710a50c31974f5e06bd94b47076a272bcca7a43
(cherry picked from commit e3951449ed)
This enables the same behaviour towards the offerer when rtcp-mux=demux
or =accept is used, as we have towards the answerer when
rtcp-mux=require is used.
Change-Id: I56a1cea84efce0c2db1b58c500629d0e54d582f4
(cherry picked from commit 72a2710f63)
Special handling for codec lists that were received as part of an
answer: If the list includes a codec that was not offered, ignore that
codec. This prevents transcoders from being set up that were not
requested.
This brought to light some tests that were actually broken.
Change-Id: Iac71056ec5e10b5de5567917974f2c4e0261eb0c
We must now hold the master lock for reads from the socket as the socket
may get closed after the poller has already fired an event for it.
Change-Id: I1ab4b38f09988e8569a70c449de17c208ef2aa96
(cherry picked from commit 4eecec9a1e)
If DTLS is rejected in an answer via `DTLS=off` we must forget that DTLS
was previously offered, as otherwise a re-invite would detect the
fingerprint as changed if the re-invite doesn't offer DTLS again. We
also make sure DTLS is shut down if during stream init DTLS is not
given, when it was present before.
Change-Id: I48ee6f0ec5ec02f558a6799951552ea2272d0e96
(cherry picked from commit 2994c3400f6e513d2541c76e6b21eddb92c8d357)
All crypto suites except AEAD have an explicit packet authentication
stage. If authentication fails for a packet, we take some guesses about
a ROC mismatch and see if authentication can succeed with a different
ROC. If a working ROC is found, our tracked ROC is updated and
decryption proceeds.
AEAD doesn't have an explicit authentication stage and authentication is
performed implicitly by the decryption engine, which simply returns a
decryption error if the authentication fails. We must therefore add the
same ROC guessing logic at this step for AEAD.
Change-Id: Ic1a70daa667e23976b74d2303c823b8d8c7bcb2b
(cherry picked from commit 550bc06e854f14ff9a301ae33ea2b602ae6a6712)
This is useful for functions which are used both from a timer and from
other callers. These functions would reset the logging context at their
end to free the reference held by the logging context, which would
wrongly reset the logging context when the same function was called from
a different code path. Using a stack with push/pop semantics makes it
safe to use these functions from any code path.
Additionally introduce an explicit reset function that clears the entire
stack regardless of context. This reset function is called at the end of
every work iteration in every worker thread, just in case not everything
was popped from the stack.
Change-Id: I0e2c142b95806b26473c65a882737e39d161d24d
(cherry picked from commit bb26e4b522037e6afffeab7ed2eedb9abb6abda1)
If the config only lists a port for the HTTP/WS bindings then we must
not try to create both a v4 and a v6 binding on that port as
libwebsockets handles the 4/6 mapping internally. In this case we make
sure to only create the v6 binding.
Further requirement for #1432
Change-Id: I9bf7ec5c041d0b5d4a22d507d993b85e2d4d3155
(cherry picked from commit d3d11c19a3)
Add an explicit test to see if libwebsockets has been compiled with
support for IPv6. If it hasn't then we don't try to create v6 bindings.
Closes#1432
Change-Id: I6902f5b4203aa09cb28a8edb46f97b339677ed75
(cherry picked from commit db0dbd3666)
commit a2e5cfb8e5
Author: Razvan Crainea <razvan@opensips.org>
Date: Thu Jan 13 16:16:19 2022 +0200
Add tests for subscribe requests on paused media
commit fa58596a9f
Author: Razvan Crainea <razvan@opensips.org>
Date: Wed Jan 12 22:01:27 2022 +0200
Swap media direction check for `subscribe request`
as @rfuchs mentioned in his review, the SEND/RECV media flags are set
according to rtpengine's perspective, not the media flow's one.
commit e1e9a157c0
Author: Razvan Crainea <razvan@opensips.org>
Date: Wed Jan 12 19:27:42 2022 +0200
Fix `subscribe request` SDP media direction
When building the SDP for a `subscribe request` command, take into
consideration the media direction of the source stream - if stream is
`recvonly`, then we do not have anything to send, thus the direction
should be advertised as `inactive`, rather than `sendonly`.
Change-Id: I2d78bbec8ad584774f3c90f0ce5cca42f57f7b0f
Richard Fuchs
hdikme