It actually uses a shared config setting from the lib (stack size) so
the function itself also belongs in the lib.
Change an argument type to bool.
Change-Id: I8be68008fcfc058cb29069102eb00497b66897a5
Make silent this:
In file included from spandsp_logging-test.c:9:
spandsp_logging.h: In function ‘my_span_set_log’:
spandsp_logging.h:5:9: error: too few arguments to function ‘span_log_set_message_handler’
5 | span_log_set_message_handler(ls, h);
| ^~~~~~~~~~~~~~~~~~~~~~~~~~~~
In file included from spandsp_logging-test.c:7:
/usr/local/include/spandsp/logging.h:125:20: note: declared here
125 | SPAN_DECLARE(void) span_log_set_message_handler(logging_state_t *s, message_handler_func_t func, void *user_data);
| ^~~~~~~~~~~~~~~~~~~~~~~~~~~~
In file included from spandsp_logging-test.c:9:
spandsp_logging.h: In function ‘my_span_mh’:
spandsp_logging.h:8:9: error: too few arguments to function ‘span_set_message_handler’
8 | span_set_message_handler(h);
| ^~~~~~~~~~~~~~~~~~~~~~~~
In file included from spandsp_logging-test.c:7:
/usr/local/include/spandsp/logging.h:127:20: note: declared here
127 | SPAN_DECLARE(void) span_set_message_handler(message_handler_func_t func, void *user_data);
| ^~~~~~~~~~~~~~~~~~~~~~~~
spandsp_logging-test.c: In function ‘main’:
spandsp_logging-test.c:18:29: warning: passing argument 2 of ‘my_span_set_log’ from incompatible pointer type [-Wincompatible-pointer-types]
18 | my_span_set_log(ls, logfunc);
| ^~~~~~~
| |
| void (*)(int, const char *)
In file included from spandsp_logging-test.c:9:
spandsp_logging.h:4:73: note: expected ‘message_handler_func_t’ {aka ‘void (*)(void *, int, const char *)’} but argument is of type ‘void (*)(int, const char *)’
4 | INLINE void my_span_set_log(logging_state_t *ls, message_handler_func_t h) {
| ~~~~~~~~~~~~~~~~~~~~~~~^
t38.c: In function ‘t38_gateway_pair’:
t38.c:419:29: warning: passing argument 2 of ‘my_span_set_log’ from incompatible pointer type [-Wincompatible-pointer-types]
419 | my_span_set_log(ls, spandsp_logging_func);
| ^~~~~~~~~~~~~~~~~~~~
| |
| void (*)(int, const char *)
In file included from t38.c:11:
spandsp_logging.h:4:73: note: expected ‘message_handler_func_t’ {aka ‘void (*)(void *, int, const char *)’} but argument is of type ‘void (*)(int, const char *)’
4 | INLINE void my_span_set_log(logging_state_t *ls, message_handler_func_t h) {
| ~~~~~~~~~~~~~~~~~~~~~~~^
Change-Id: Ib67db21e1d1ea684fd312bbaf9a8ec7a7542e3cb
This is a dependency of the poller and so is needed in lib/ as well to
make it usable.
Also consolidate the type.
Change-Id: I70ec8a200d6cd65710ac93636a9495cf24c35ef4
Make sure we don't try to send on closed sockets or to endpoints which
haven't been initialised.
Fixes unexpected fallout from 83c7336e
Change-Id: If73d61e52edeb72257515adab7428ecef82c2797
Introduce rtpe_has_cpu_flag() and associated enum to test for specific
CPU flags. Use singleton approach to do the CPUID only once.
Convert simd_float2int16_array() to float2int16_array() as an ifunc. The
resolver function uses rtpe_has_cpu_flag() to determine which
implementation to use.
If no SIMD implementation is available, use the linked evs_syn_output()
from the shared object as before, with an intermediate wrapper function,
which is needed as the dlopen() happens only after the
float2int16_array() is resolved.
Change-Id: I34fa03433ba5d6fa7d6d4f290455015db29fdd74
If the forwarded streams of a call are later combined without the inserted
silence, the resulting mix may end up with them out of sync. This
is already handled when outputting mixed files so the same functionality
from mix.c has been added for tls forwarding
Pandoc is available even on stretch, and unlike ronn is
actively maintained.
Fix -- markdown escaping.
Use __x__ for bold, and *x* for italics.
Remove .8.ronn symlinks.
Change-Id: Iff70e2b405f3b9ede856abf94d42fc51afb9f809
For a compatibility reasons (with other doc files and with RTD)
the `rtpengine.pod` and `rtpengine-recording.pod` file get
converted to the Markdown syntax.
The compilation of MD syntax synopsis files will work
using `ronn` application, which converts them to man pages.
Change-Id: I75b54a712786a0a237c51c702ed1a2cc09e3a033
Use the address family of the address object to do the conversion, not
the family of the socket. This allows for v4-in-v6 socket usage.
Change-Id: I4d23b7036207e71f5e70706d621d8ec2b7ca0934
Generate the output fmtp= string based on the preferences received from
the opposite side. Also add the required format printing function.
Change-Id: I12124efe0b9876c6571bc32c1c45744af80b83d3
If the remote Opus decoder prefers receiving single-channel encoded
audio, honour it and send them single-channel audio.
Change-Id: I4bf952b9f922099c95e19b0ab51fbdffb2cc19db
This commit parses out the string, but doesn't do anything with the
values except for the FEC flag. Move the FEC on/off switch from the
extra codec options into the `fmtp` string.
Change-Id: I51f74f7cb62dd49a9af9815920f077bf300cfa33
In order to actually select codec options in the selection function, we
need to parse the `fmtp` string out first.
Change-Id: I43fe2d61c36c48c093e92681f7578adda0252cb0
Track audio writes in the mix buffer to set the `active` flag to true
whenever a write occurs, which makes it possible to create the buffer in
an inactivate state and implicitly set it active on demand.
Handle the mix buffer not returning any data in the RTP sending logic
(which is what happens for an inactive buffer) by simply not sending any
packets.
Change-Id: Iaeb0f6deadb3d90020c8c62872735cc94db80504
... as an extra offset for newly added sources, based on the difference
between the last runtime (read time) of the buffer and the current time.
Change-Id: Ie99e24f0697f0950f0fcfa1e5e58b8f4be134018
A simple circular audio buffer that allows mixing multiple sources of
audio. Sources are tracked by SSRC and all sources are expected to
provide audio in the same format (same clock rate, channels, sample
format).
Only one consumer per buffer is supported, which is expected to retrieve
buffered audio at regular intervals (ptime) and so continuously empty
the buffer.
The first audio source to write into the buffer at the leading edge of
the circular buffer has its audio simply copied into the buffer, with
the leading edge advanced, while other later sources writing into the
buffer mixed into the existing buffered audio at their respective write
positions.
Change-Id: I0f6642b036944508f2a33420359de488ef8b991c
Richard Fuchs
Donat Zenichev
Orgad Shaneh
Sjoerd Boomstra
Tom Briden