if a delay buffer is enabled, the packets get scheduled in the future,
but media playback packets are scheduled immediately. this results
in choppy playback due to the packets coming in at the same time.
This change adds a new bool to chu_args that gets enabled when
play-media is called and passed in to codec_handlers_stop so the delay
buffer queue is cleared instead of flushed
Change-Id: Id534f9087d934481f17341bc577099dc2362f8e1
when DTMF-security is set to an option that results in a transcode,
the packets go into handler_func_transcode. This returns immediately
when handler_silence_block returns false due to block-media, resulting
in the events not being processed for sending on log-DTMF etc.
This change only uses the transcode function for transcoded DTMF if
we're not blocking media (and logically, blocking media should mean
_all_ media). It instead goes into __handler_func_supplemental as normal
so packet_dtmf can process the packet, but drop it if its in one of
these modes and media is blocked
Change-Id: I19901877f6018f3916b22ff60799e8c74d02e065
when media playback happens, all packets get scheduled at the same
time with a send time in the future. however, this results in the
output_skew calculation triggering an unnecessary shift in the send
timer, which can cause choppy playback
Change-Id: I449f221a4d348eb615c2af1dca30bec163aa4fc6
These are normally held per thread, but in cases of threads not having
dedicated init/cleanup functions (GLib thread pool), we can use a global
one as fallback.
Fixes#1936
Change-Id: Ia2ff3523e6079baa73e0721862100ec2f8b66c88
Replace with hand-rolled requests made via libcurl.
Background: libxmlrpc-core-c3-dev packaging is currently broken in
Debian Sid and this is a good opportunity to move away from it.
Ref: https://bugs.debian.org/cgi-bin/bugreport.cgi?bug=1102554
Change-Id: I8a09452220993afdac19654edf13d7f3f6ba64c9
In case stray audio is receveived before the DTMF event is fully
finished, retain the internal state from the beginning of the event to
make sure that the output is consistent. This fixes both DTMF timestamps
jumping during the end event, and audio timestamps being off after the
end event.
Closes#1929
Change-Id: I4e675b15153e35a8d1546b947e4b82879c1577b4
If recording-method is pcap, then proc is zero-initialized, so
meta_filepath is empty. This shows many logs such as:
[core] Failed to open recording metadata file '(null)' for writing: Bad address
Prevent them by returning earlier.
Fixes#1889 for real this time.
Amends commit 759fd72dc6.
Closes#1924
Change-Id: I25c9acefba9ee129354fd799ef493af86b9eab2c
Switch from thread-local allocated string object to a stack allocated
one. Use auto cleanup to manage storage duration and final logging.
Fixes intermittent random failures of the leak checker.
Change-Id: Ie6afb27e6fd1accbe641fc62175d553a0558de0d
Remove the actual hash and just keep a linked list. Always move most
recently used entries to the front of the list, which also obsoletes
tracking the last used time stamp.
Change-Id: Id277499228b538dd013a4442e9b5c5a4d247ff15
Keep outgoing RTP timestamps consistent between different instances of
the DTX buffer. Update affected tests.
Change-Id: I6cf03ab32f5c510bd781063a9e7241d1187c202b
If the last used PT was a different one, check if it was an unknown PT.
If it was, then DTX can remain active, as the packet would have been
blocked.
Change-Id: Icc8bf195c30a2252b392bbccfeef34b91078ddd6
The stub is used for unknown payload types. Specialise the handler
function for it with an extra check for DTX usage. This effectively
blocks RTP packets with unknown payload types if DTX has been
configured. Forwarding RTP packets with unknown payload types can
interfere with a clean output stream generated by the DTX buffer.
Change-Id: I6f0aa9654946d2877b963cd13cec7c3f5c8b1c54
Shutting down a DTX buffer means that it may restart at an unknown later
time. Reset TS tracking when shutting it down so that if it does
restart, it receives a fresh TS state, instead of continuing on the
previous timestamps, which may then be wrong.
Change-Id: I9c7978e2f335eab32982c4739917ca5ce0c27eb6
Extend PT tracker to not just track the most used PT, but also which PT
has been used last. Use a simple circular array.
Use this new tracking to determine whether a DTX buffer should remain
active. The "most used PT" approach isn't reliable for this, as it leads
to a DTX buffer restarting only after the PT has become the "most used,"
so only after about 10 packets. Meanwhile a newly appearing SSRC would
have a new DTX buffer active immediately. Being strict about which PT
was used last resolves this inconsistency.
Change-Id: If912e4d10e6737a82f6adc0b19d502075aa18a93
If a packet is received for a codec that should have an active DTX but
doesn't, drop the packet instead of forwarding it without being
processed. In this case we expect that some other codec has an active
DTX buffer, and forwarding the packet would interfere with a clean
output stream.
Change-Id: I162ba6f314b804123a6a3957feb7435a319ad2b9
The GLib slice allocator has been obsoleted. Having a mixture of two
allocators can lead to hidden issues on systems that use different
implementations. Take the leap and replace everything with g_new/g_free.
Change-Id: I025c8383ef47b2c2472573360407fd6a6ca339b3
Media IDs are supposed to be unique. Non-RFC OSRTP may however lead to
duplicated media sections with the same media ID. Use a hash table to
track which media IDs have already been seen, and ignore any duplicates.
Change-Id: I9de5fdf3165fc4326862af708aec3d4f6736cb12
This mode is only supposed to be used by cases when:
- in-dialog offerer doesn't have own MoH capabilities; and
- still want the recipient to hear the MoH music; hence
- an offerer checks whether a recipient is capable of MoH,
and launches a player based on given capabilities;
- the rest functions the same as with usual MoH hold;
Other information:
- `mode=reflect` is only to be used within dialog,
so, it's not meant for a session origination,
and hence stands alone from other MoH option flags
that actually give a metadata (e.g. blob data)
- `mode=reflect` hence contradicts with `mode=sendrecv`
which in its turn serves another purpose
Usage:
- `moh => { mode => 'reflect' }`
Change-Id: I8d0d55f2711c6b47bfca17691582c1ffe66eae3d
Decoding and encoding may have taken some time. Grab an updated "now"
before scheduling a packet to send.
Change-Id: I9380cb01d77519cf082d87f3a6c6cfc18b8213f8
With reuse-codecs, we still need to place the codec from the SDP into
our prefs list, even if it's already present, as the format options may
have changed. Update one affected test case.
Closes#1921
Change-Id: I688c57a8c45ec4c3bf159fe2193a0e00bbceeda2
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
Allocate all bufferpool shards of the same size, regardless of
underlying allocator. This way increase memory usage a bit, but we're
already quite heavy on that, so no big deal.
Change-Id: Icbe09cd2f9b33bc58ab1efe7de293dea00236fec
Use allocators that return memory blocks aligned to the requested size,
instead of generic malloc. This makes it easier to play tricks with the
memory blocks.
Change-Id: Iad4b1127c76e48c2e9b4ad8489118d4883a24f6a
Adds a new config section that allows adjusting behaviour for certain
transcoding scenarios. This only adds the initial support for the config
option.
Change-Id: Ia3d43061adc540fab054e5c99ab804dc1ff53b84
Special codec handler to support not forwarding (nor any processing
whatsoever) of particular payload types at all. Support this in the
kernel module as well.
Change-Id: If10227affa54307e1e9b448eadd0bf2bfc5774ba
Only use the codec handler's "kernelize" flag to determine whether a
particular payload type can be handled by the kernel or not. It's
supposed to be a reliable indicator, making checking the other flags
unnecessary.
Change-Id: I5fe58eded55ea973ed555e4376ee8200f112d162
Split function into one part handling the "target" (i.e. ingress)
portion of the forwarding chain, and one function handling just the
outputs.
Change-Id: I3766da3c4bc5caee4eb6bae8978f177a83cc231a
Instead of explicitly triggering an update of subscribers for A and B
during an offer/answer, trigger it only for one side (A) and then
iterate through all subscribers and subsriptions and update them all.
This automatically triggers an update for B, as well as any other
existing subscriptions that might be affected. Use a monotonically
increading update iterator counter to track which medias have been
updated so we don't run into infinite recursion.
Change-Id: Ie2fba8ff9c5a011bbe932559ac06e1634029a091
First step to refactoring the kernelize* functions. Keep all state in a
central struct that is passed to all functions. Requires an auxiliary
bool to facilitate a case distinction in kernelize_one, which can be
removed once refactoring is complete.
Change-Id: I5de8404d55d5b320ef5cb8cd27d5b684802fa7e7
Obsolete the two flavours of packet_encoded_tx and instead distinguish
the two flavour of sequence number handling (passthrough and
self-generated) through a function pointer in the codec SSRC handler,
directly pointing to one of the two existing codec_output_rtp wrappers.
Change-Id: Ib1141413859dab37048be9b04af7a5d235b46d0a
This seems to be an acceptable and reliable way to detect RTCP
multiplexed with RTP, even if `a=rtcp-mux` wasn't advertised in the SDP.
Take the opportunity to clean up __streams_set_sinks() a bit by giving
the variables better names.
Change-Id: I0cdc5e4a544641591fc2aabca12fb11bab3453f7
Use the correct media object (the source media) to obtain media-level i=
lines from. Adapt OSRTP output function to do the same.
Change-Id: I9ba4db286cf9d822b8986a7da2cb4f4aa1c69646
... and allow non-existing HT during lookup. Also reorder cleanup
sequence. This makes managing subscriptions in codec handlers possible.
Change-Id: I9c63fde2001e9dee384872577176fdf7f3bb9699
Separate out the two distinct use cases of requesting a specific port,
and requesting (one or more) random ports.
Change-Id: Ifbe7725d8638d49f620c9f4b9445342d180c8770
Richard Fuchs
Tom Briden
Orgad Shaneh
Donat Zenichev
Michal Popovič
Dennis Yurasov