Just add the make target. Don't run it as part of the test suite as it's
quite extensive. Update the script a bit as well.
Change-Id: I192e90413bd7ffde842571324c816e4271367b42
These are potentially computed from inside each subdir, and in addition
due to what appears to be a regression in GNU make 4.4, where it is
reevaluating variables that contain $(shell) functions, many times (in
the order of thousands, this was slowing down the build, were on the
Debian amd64 build daemons it went from 5m with GNU make 4.3 to 2h40m
with GNU make 4.4. Although the bulk of the slow down has been fixed
with previous commits, the remaining optimizations are only to avoid
this potentially happening again in the future, and to reduce useless
duplicate work.
Instead of trying to cache the values from within make itself, where
programming this there is extremely painful, and does not seem to be
able to greatly reduce the number of calls, because the build system
is going to be called multiple times for different targets. Simply
externalize the generation into several shell scripts, that we call
to generate a make fragment that then we include from the various
Makefiles.
For a Debian build with GNU make 4.3, this reduces the amount of total
pkg-config calls from around ~1600 to 128, for dpkg-buildflags from
~1100 down to 6, and for dpkg-parsechangelog from ~56 to 17, but the
slow down is not as significant there anyway.
For a Debian build with GNU make 4.4, this reduces the amount of total
pkg-config calls from around ~2600 to 128, for dpkg-buildflags from
~2800 down to 6, and for dpkg-parsechangelog from ~350 to 21.
For a Debian build with GNU make 4.4, this reduces the build time
on this system from 2m10s to ~ 1m30s.
Change-Id: I427d0ea5106dc6ed1ff9e664ccdba2fa0725b7d0
Starting with GNU make 4.4, build time have massively regressed
where before they would take 5m on amd64 now can take 2h40m. While this
seems clearly broken, the release notes are filled with notices for
breaking changes, and in particular the one for passing all make
variables down to the invoked programs executed via the «shell» GNU make
function, so it is not clear what is expected breakage and what is not.
This has been reported in Debian, but not yet upstream, and while it
seems like a clear regression, it's not clear what will be the upstream
take on it. For now apply workarounds that do not change semantics, and
which do not regress with older GNU make versions.
Use the GNU make «origin» function instead of «?=» which defaults to
defining a variable as a recursive one. Coerce already defined variables
into simple ones to avoid GNU make re-evaluating these variables for
each «shell» function invocation.
Ref: https://bugs.debian.org/1092051
Change-Id: I076fc05dd616918473a22e7e942fecfdc9851d47
This allows us to deallocate all held strings in one go without having
to iterate much.
Requires adjusting tests, Makefiles and dependencies.
Change-Id: Ic214f9dd2cd9609cb472301f52bb10d1918d859e
Introduce global generic memory arena variable, instead of having just
a call-specific memory arena. This makes it possible to use memory arena
outside of call contexts. Define previous call-specific functions in
terms of the generic ones.
Change-Id: Icde4f63f02dacbf8abfbaf107ea8b5bbe18d5eb8
Fixes:
/bin/ld: dynamic STT_GNU_IFUNC symbol `s16_mix_in.lto_priv.234' with pointer equality in `/tmp/ccDfEly2.ltrans2.ltrans.o' can not be used when making an executable; recompile with -fPIE and relink with -pie
closes#1846
Change-Id: Ic31f2e064e88bc931f3438eff7b362ad611b7d84
Switch all memory buffers used for RTP I/O from generic stack or heap
allocated memory to the bufferpool implementation. Use a per-thread
bufferpool to minimise lock contention.
This commit is just a one-for-one swap and doesn't use the bufferpool's
reference counting semantics yet.
Change-Id: I9cba4ec97bd0afcd374bf6c0be2b608a46e73e57
For the period of time while we are using
a new approach for the parsing of option flags
on the daemon side in parallel with the parsing
on the kamailio module side, and,
the previous approach with the module isn't
deprecated yet, it's good to have some basic tests
covering a new way of prasing to ensure it's working fine.
Change-Id: I8b28310b9973878530688780b6fcf366d239629d
Add support of rtpp_flags parsing for the daemon.
From now on, it's possible to parse option flags
on the daemon side instead of the kamailio module.
It's identical to what the module does, but the
difference is:
- module sends general call identification such as:
call-id, From/To tags, viabranch using bencode
- meanwhile all generic/non-generic option flags
are added to the `rtpp_flags` bencode member as str
- parsing of that is done as usually using the
`call_ng_main_flags()` / `call_ng_flags_flags()`
and additionally using new parser `parse_rtpp_flags()`
New file implementation and header introduced:
- control_ng_flags_parser.c
- control_ng_flags_parser.h
Otherwise no functional changes, and the parsing itself
remains working following the same algorithm.
Change-Id: I59e47fa1947e2aeaa0bbf3930a0f21d9a6d669ad
These had unintentionally been disabled and so have fallen derelict.
Replace the makefile `with_amr_tests` conditional with
`RTPENGINE_EXTENDED_TESTS`. The previous `with_amr_tests` was not
actually set anywhere and so these tests never ran. The new
`RTPENGINE_EXTENDED_TESTS` is used as switch for other tests already.
Bring the tests up to date so that they compile and run.
Allow for alternative AMR bit encodings as different versions of the
codec produce different outputs.
Use an inline `struct cb_args` to pass these expected strings to the
callback functions.
Update `int` to `size_t` where appropriate.
Make a copy of the format string in `__sdp_pt_fmt` as the parsing
function temporarily writes into the string, which means a readonly
string literal doesn't work.
Update the AMR tests in test-transcode to the new API and new expected
values.
Change-Id: Ic3332e696522a28595ea06be9996001d3ab7686e
Fix for:
make: *** No rule to make target '../daemon/poller.c', needed by 'codec.c'. Stop.
make: *** Waiting for unfinished jobs....
Change-Id: I94bb758cc28cbaf2bec320213dd40a4fd075f12c
Similar to the existing media_player, but instead of simply producing
its own standalone output media stream, the audio_player takes over the
entire media stream flowing to the receiver, including media forwarded
from the opposite side of the call, as well as media produced by the
media_player.
Change-Id: Ic34ecf08fc73b04210cfffb1a7d795b462ece5ea
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
Guillem Jover
Donat Zenichev
Orgad Shaneh