We may have multiple subscribers, some of which may be dead/unused. We
don't care if we have these since we don't forward to them anyway.
possibly relevant for #1337
Change-Id: I3cded5080aa2005e9dd615cccf60bd4cba5feb7d
(cherry picked from commit 6c9fe540cf)
This silences a warning coming back from incorrect usage of the kernel
module
Change-Id: I2f03518a67620b92ef6b6ccd4ae6a4780087e206
(cherry picked from commit 2770bec906)
Set NO_KERNEL_SUPPORT when we don't actually kernelise the stream, and
use that flag when trying to pull stream stats.
probably closes#1337
Change-Id: I46af55e353d87c5afdda3c106d1f3470273105bf
(cherry picked from commit 702dd9bb13)
The advertised address might be empty (trickle ICE) so use the FILLED
flag instead to see if the sink is eligible.
Change-Id: I114bd7400ccfcc3ecbc871bdcc5aee4e7d699816
(cherry picked from commit f6461ab452)
If a keyspace notification SET is received and the call already exists
as a foreign call, the call is first destroyed before being re-restored.
The call destruction involves a DEL from Redis on the "hosted DB"
number, which points to the foreign DB. This makes it impossible to then
restore the call because it's just been deleted.
closes#1308closes#1334
Change-Id: Ie895b021441b2d299f8ebb5bde1824b01e12633c
Also add a safeguard against filling the remote peer address with an
address from the wrong family
closes#1305
Change-Id: Iac18212b4d526a2f7d49a06ddcd724aa89b06060
The contents of the ->next element cannot be accessed completely lock
free as they're zeroed out during call removal. Instead grab a reference
to the linked next call before releasing the lock, and also lock the
next element before moving on. This requires a more granular locking as
not to interfere with call removal: One lock to protect the contained
call and the ->next, and another to protect the ->prev
Change-Id: I5474ea3f88e3276f93ba62a952b3be13c0c182e9
commit b0c722da69ad088a2eddced12b37c0546a514890
Author: Daniel Hauptmann <dhauptmann@sipwise.com>
Date: Mon Jul 26 15:35:51 2021 +0200
changed flag bit length
in call_interfaces.h changed bit length of reuse_codec from 0 to 1
commit 0313a747532d5987f25fa9edb202aa460bf98dd1
Author: Daniel Hauptmann <dhauptmann@sipwise.com>
Date: Mon Jul 26 15:29:20 2021 +0200
inversed reuse_codec logic
in test-transcode.c and call.c, reuse_codec = 0 (default) will now result in using codec_store_populate instead of codec_store_populate_reuse
commit b876bd686bd30df21a5962aca16fc1c85574f554
Author: Daniel Hauptmann <dhauptmann@sipwise.com>
Date: Mon Jul 26 15:18:19 2021 +0200
adding option to minimalize changes in the codec_store_population
added function codec_store_populate_reuse in codec.c which replaces codec_store_populate but makes fewer changes to the GLists with the old and new codecs
added flag to enable this feature (disabled by default)
commit 6fd0b701c9589b2fae00300801e02a9b5cc397ab
Author: Daniel Hauptmann <dhauptmann@sipwise.com>
Date: Mon Jul 26 14:44:42 2021 +0200
Added Option to minimize change in the codecs
In codec.c added function to populate codec store with the fewest changes between the old and new GList which contains the codecs.
Added new testroutine in test-transcode.c line 1500
Added flag to call_interfaces.h to optionally enable this feature
Change-Id: If58d9a07d114b05dfb75553a87eb4372ae949fbb
commit 3bf554a8fbae7e948343699f40d935693618b764
Author: Daniel Hauptmann <dhauptmann@sipwise.com>
Date: Fri Jul 23 13:58:02 2021 +0200
changing codec-exchange behaviour
in codec.c line 3288 function codec_store_populate now doesnt empty dst and copy new codec from src to it, instead codecs from src will be appended to dst and codec from dst, which are not
being contained by src are being removed
Change-Id: Id6b7ee65595f9cc5c71ef557c7bac5ee38f97cbe
This restores backwards compatibility with existing code parsing the
output, e.g. Kamailio to report MOS stats.
Change-Id: Ibafb2a7a3cf118166ffe1cca9a62a06b63252944
This fixes a race condition: Peer sends updated SDP with new address,
but an older RTP packet from the old address is received afterwards.
Thsi triggers learning of this old address is the "correct" endpoint.
Afterwards the peer stops sending RTP until a packet to the new endpoint
is received there, which never happens because the new endpoint has been
discarded in favour of the "learned" old one.
closes#817
Change-Id: I508f465a669f03e35ddcc6e770d5e7859e57569f
Richard Fuchs
Stefan Mititelu
Daniel Hauptmann