Add `break` statement. Fixes:
*** CID 1600019: Control flow issues (MISSING_BREAK)
/daemon/call_interfaces.c: 1162 in call_ng_flags_flags()
1156 out->strip_extmap = 1;
1157 break;
1158 case CSH_LOOKUP("symmetric-codecs"):
1159 ilog(LOG_INFO, "Ignoring obsolete flag `symmetric-codecs`");
1160 break;
1161 case CSH_LOOKUP("to-tag"):
>>> CID 1600019: Control flow issues (MISSING_BREAK)
>>> The case for value "155" is not terminated by a "break" statement.
1162 case CSH_LOOKUP("to_tag"):
1163 /* including the To tag in the delete message allows to be more selective
1164 * about monologues within a dialog to be torn down. */
1165 out->to_tag_flag = 1;
1166 case CSH_LOOKUP("trickle-ICE"):
1167 case CSH_LOOKUP("trickle-ice"):
Change-Id: I0195341ec70ea623ea7fece3782cfdc030ee4eaf
Add `call_ng_process_flags()` based parsing
as for other opmodes, like offer and answer.
This keeps the backwards compatibility with
the older "flags" parsing approach on the
module side, as well as adds the possibility
to parse rtpp-flags on the daemon side.
As an advantage, there is no need to use
specific local parsing for things like
to/from tags, call-id, delete-delay etc.
Additionally:
- this commit introduces flags-flags parsing
for the "fatal" flag.
However, as before is only taken into account
by the `call_delete_ng()` processing,
so no functional change.
- this commit introduces main-flags parsing
for the "delete-delay" flag, which is also
only taken into account by the `call_delete_ng()`
processing, so no functional change.
- this commit adds To-tag options flag prasing
into the `call_ng_flags_flags()` function,
and is used by `call_delete_ng()` specificially,
for cases when more specific identification of
monologues to be deleted is used.
Change-Id: Ia992e5375a2f86318d9ad193a7857dd589038eed
For trickle ICE updates that need to be queued up, this requires storing
the unparsed SDP in the fragment object, and then doing the parsing when
actually processing the fragment.
This allows the call's memory arena to be used for parsing.
Change-Id: I28ed192c4443cedfa3095007cc8a555e3aa7a17a
Instead of having to explicitly pass the call object to each invocation,
keep one thread-local reference to a call, implicitly set by setting the
logging context.
Add helper functions to set and release the respective reference.
Change-Id: Ic0d82eeaa403467d50dae867e33fdf9b9dd7cec5
... so that the desired wav channel can be controlled when producing a
mixed audio file
When a mixed wav file is created, the channels in the wav container are
currently allocated in the same order as each SSRC is received, meaning
it is impossible to know which channels have been allocated to the offer
or answer side of the call. Furthermore if there is a reinvite or media
file played, these are also allocated in the order that SSRC is received
- so an "answer" could end up sharing a channel with an "offer" with no
way of knowing this.
This patch allows you to specify how many channel slots should be
allocated within the mixer, and allows you to then specify which slot is
assigned to each media in the call (this will usually be 2 slots in
total, slot 1 for answer, slot 2 for offer or vice versa).
Ported from https://github.com/sipwise/rtpengine/pull/1852Closes#1857Closes#1852
Change-Id: I010208427cabc3a48d6ef7bd3a84e9a5bdcfd492
Donat Zenichev
Richard Fuchs
Peter Kelly