For a long time the RTP payload type was hard-coded for outgoing
frames. The problem is that according to RFC 3551 only GSM FR has
a static payload type value (see table 4, value 3). For other
codecs the payload type may be negotiated between the both
sides dynamically (i.e. in range 96-127).
Let's allow a binary/API user to configure this manually.
Change-Id: Ia07ed4e13b4a70c8bb4181564a8190861fd269da
Closes: OS#2482
The talloc_enable_null_tracking() actually allocates a new talloc
context, which makes both Valgrind and LeakSanitizer angry. This
context should be freed by the talloc_disable_null_tracking().
Change-Id: Ia660d2fdac720f685c0186720d0a476d7e9468be
Let's use the common string representation for item category
names, defined in the shared header, instead of defining
them in every file.
Change-Id: Ie0c449d77fa383cad27f67b8ce902bd071342dbb
This test is intended to check the RTP source / sink operability.
To do this, two processing queues are being allocated:
"generator": source/random -> sink/rtp
"checker": source/rtp -> sink/checker
The first one generates some amount of random bytes (payload),
and stores them inside a buffer that is shared between both
queues.
After generation, a payload is being sent from the first
queue via an RTP sink, and then being received by the second
via an RTP source.
As both queues do use a shared buffer, the last item of the
second queue (named 'sink/checker') is able to compare a
received payload with expected.
Vadim Yanitskiy