Protects against double MoH played,
e.g. when inadvertently two rtpengine instances try to trigger MoH.
This gives a clue to the current rtpengine instance,
that another one already started MoH for this call.
By default is set to false.
Change-Id: I7cc36a177b0ce1bdb64ff8b42bf31f13fb1e4c91
Centralize opts setting, leave it only for
the `media_player_new()`.
Even though it's allowed them to be empty.
Change-Id: Ia347673f891c6c698909f57bdc7126fa5caf42bf
When MoH is triggered with `sendrecv` flag (so that
the recipient, the one who is put on hold, sees
the sendrecv state instead of sendonly/inactive),
we have to correctly process the answer coming back
to the MoH originator.
The originator of MoH must see:
- recvonly to his sendonly
- inactive to his inactive
Hence OA model is kept correct for the originator's leg.
Additionally: accordingly correct MoH tests.
Change-Id: Ida5f074d302c419c1e57e4fd624a55bfddae5587
If MoH originator has inactive stream
allow him to trigger media player.
This ensures that we support two
ways of putting on hold:
- sendonly
- inactive
Change-Id: I81b33184d1f1bcb0ad7c2bb3e7ada96b2c52b1ac
Add a possibility to add opts when actually
creating new media player.
This can be useful for cases with MoH implementation.
Change-Id: Ie7f9d290cd5e46063dd4095d57a521396b58bcfb
Mark the media player as used for MoH (via .opts),
before actually calling the play media
implementation.
This allows to differentiate a default
play media case from those used by MoH.
Change-Id: Ic7a60b6653a505bc856fec767f88988f624bdea0
If the receiver of a previously passthrough T.30 stream gets switched to
a generated PCM stream from a T.38 gateway, continue the sequencing of
the previous SSRC. Technically this is not necessary as the generated
PCM stream gets a new SSRC, but at least Asterisk seems to ignore this
and expect sequencing to continue, and will ignore PCM if the sequence
jump is too large.
Change-Id: Ia4656770db11f5fa1a1e9bf5bd71a0398deb1e00
Make sure a codec is not only known to us, but that it can actually be
used, in places where it makes sense. This is partially redundant
because ensure_codec_def_type already takes care of this, but a codec
definition may come from a different source, so it doesn't help to
double check.
Change-Id: I91af84afc2477840f1400674b2538ad8fb7746ee
The media blob is owned by the call, so we need to hold a reference to
the call until decoding is finished.
Change-Id: I6ed0d35edb485aad2811b287706ef101c4aa2c3f
Create separate function which only does the reading from DB and returns
the blob. Refactor __media_player_add_db to use this new function.
This slightly changes string allocation semantics: Instead of leaving
the string in the DB buffer and then letting
__media_player_add_blob_id() do the allocation and duplication, we now
immediately duplicate the string into the call's memory arena and
immediately free the DB buffers. __media_player_add_blob_id's
duplication then turns into a no-op thanks to call_ref().
Change-Id: I4360c7b0e8ec3c9b68cfc5b34b48115d8f4f89b0
Use the call's memory arena to store strings (in particular the media
blob), and use intrusive allocation storage for the blob str itself.
Change-Id: I3a3d480869d61a2e66a24e88ad135bacca947072
Donat Zenichev
Richard Fuchs