This obsoletes the need to retain the last seen kernel stats and track
updates to the counters in order to set call states.
Change-Id: Ie5338bd630b679af205a16933f847ccdcd6a477e
Rename the "noop" method to "init" and split up the function to open the
table into two parts. Open the control file first, then do the mmap(),
then init other things, then finally call the init method.
Change-Id: I832f6e90fbec4375e3e19ed6e72d7cce78488e9e
... and move to kernel module.
Keep the common fields at the beginning of the header in place for both
user space and kernel space, and move the remaining (user only) fields
into a separate header. The kernel module doesn't need to know about
these extra fields.
Change-Id: I9865349e948aacd09753a1b4610098a4d1fc823d
Keep two separate timestamps, one updated by userspace code only and the
other updated by kernel only. This way we can tell where the packet
processing happens. For code that wants to report only the last
timestamp regardless of which one of the two it is, we add a convenience
function that just returns the newer one.
Change-Id: Ib3af7aa55006d8b32e2bc3db4f8bfa5514c57e40
Allocate memory from bufferpool for per-stream stats. No functional
change, but it allows sharing these between kernel and user space.
Change-Id: I370a49e1d94bb91c7fd0a2bc7d00ba65f99c4f6a
Use the kernel/user shared memory to keep track of interface stats. This
eliminates the need to update the userspace stats counters with the
values from the kernel, and vice versa when updating the kernel streams.
Add a function to reverse map userspace mapped memory address to kernel
space addresses.
Change-Id: Iaa5f9488061a12103e57faf27b3979521778cea8
These will be shared between userspace and kernel space and so the
definitions must be part of the kernel includes.
Change-Id: Iabf7a4ecff3638ea1765a6d7341bb24e9955b509
There isn't any immediate benefit to this, but it prepares the code for
use of shared memory for statistics.
Use the opportunity to switch accesses to these to relaxed memory order.
Change-Id: I585fef7579202179fbbcbc1b843d3bbe440a723b
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
Support is desired for Kamailio/Rtpengine traffic via UDP.
Adding homer-disable-rtcp-stats and homer-enable-ng config params to
separately control sending to Homer each traffic type. By default rtcp
is `on` when homer parameter is configured. NG is by default disabled.
closes#1802
Change-Id: Ib68fb133cffc5d8945f9b6bf60bab3e80fab9630
This has been broken for a while and nobody seems to be using it since
nobody complained. Remove it.
Change-Id: I114e7b1859ecd1982338c625f4523f372af3bbe8
Deprecate a usage of intermediate dictionary for parsing
of rtpp flags. Just use the `call_ng_main_flags()` function
directly with a given `bencode_buffer_t` buffer.
Change-Id: I0bea13b94b6e0016799dd07a50061e1367131106
Direction parsing.
Instead of adding key/val flags to the dictionary for
further parsing later via iteration in `call_ng_main_flags()`,
just call the `call_ng_main_flags()` directly.
Change-Id: Ide137aed12a6ba416b59a307a0a11a934f78a858
Codec related flags parsing.
A bencode list for codec related flags keeping (while
parsing in `parse_rtpp_flags()` ), is removed due to no need.
Instead of adding key/val flags to the dictionary for
further parsing later via iteration in `call_ng_main_flags()`,
just call the `call_ng_codec_flags()` directly.
Change-Id: I1adcea84e9254ae35e6480d61426f1434513e779
Instead of adding key/val flags to the dictionary for
further parsing later via iteration in `call_ng_main_flags()`,
just call the `call_ng_main_flags()` directly.
Change-Id: Ia893a6b50db7a0659a42c09463169f2c0f5e595e
During the parsing of `rtpp_flags` use the
`call_ng_flags_flags()` directly instead of the
`bencode_list_add_str()`, hence reduce amount
of iterations required to parse generic flags.
Additionally:
`call_ng_flags_flags()` is made visible for usage
within external files.
`helper_arg` union has been moved to the header.
Change-Id: I34399a0d3940a1276feb1210e4421cbcdf656e9d
Is added by:
- explicit generic flag "directionl"; or
- if the "from-tag" flag is used
Introduce the `directional` flag for `sdp_ng_flags` struct.
In use by:
- `media_block_match1()`
Additionally:
add `IS_OP_DIRECTIONAL()` marco check.
Change-Id: Ifd56ea2ad8277d7dec136def1c028c5e2b680ff1
For the sake of proper processing for From/To tags,
we need to know which message type originated interaction
with the rtpengine (from behalf of kamailo module).
This can be of two types:
- request
- reply
This can also be re-used later, if there is a need
to detect whether that was a request or reply.
P.S.: opmode and message type shouldn't be confused,
it's not the same, since SDP offer can come in the request
as well as in the reply message (late offer/answer).
So the opmode reflects what exactly is being done in terms of
rtpengine operations, meanwhile the message type shows, which
message type originated this processing.
Change-Id: I8336175d3cfcf521418ac18b71cb4a6d5730705d
Synchronize the `enum call_opmode` with the
kamailio module list of operation modes, as well
as with the `enum ng_command`.
This allows to operate based on `call_opmode`
in a more specific way, for example for a proper
setting of From/To tags based on directional flag,
which in its turn is being set using `call_opmode`.
Additionally introduce a macro checker, which covers
all previously non-existent operation mode types
as OP_OTHER, for backwards compatibility in conditions.
Change-Id: Idf4b9d910b81ee24be51008996c3fd02d8336a38
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
Turn repeat count into an int. No need for a long long.
Store start_pos in media_player.
Set start_pos and repeat count at the relevant code points once, instead
of passing it into multiple functions.
Take the opportunity to turn these shared options into a struct.
Change-Id: I758e899784fe1a6531f443d6a14fa59cf71bd4eb
If multiple pollers are in use, use a single poller per call instead of
assigning pollers round-robin to each socket used in the call.
Change-Id: Iec49bd9d2fbd75d947d6232bcccfdfe87c4c6d7c
The poller-per-thread feature was broken with a division by zero. Take
the opportunity to rework it and eliminate the poller_map object. Use a
simple array of pollers for media sockets, plus one global poller for
control sockets. In the regular case only one poller is created and
everything points to that poller. In the poller-per-thread case, one
poller per thread is created, plus one poller (also with its own single
thread) for control connections. All control sockets use the single
control poller, while all media sockets get assigned one poller from the
pool in a round-robin fashion.
closes#1801
Change-Id: Iae91a3e10b7206455c6df33b1a472254c700ce21
Look up the first object in the tree to determine the needed sleep time.
But instead of leaving the object in the tree for the next (post-sleep)
iteration, which requires another tree lookup, remove it from the tree
and remember it, anticipating that nothing would get added into the tree
to be scheduled sooner. This saves us from having to do another tree
lookup for each timer that runs.
Adapt the scheduling function to be able to handle this and wake up the
thread sooner if necessary.
Change-Id: I9297346bc4aa8d2f68ecb833be8f71ce62a3bbfe
If the timer thread is already scheduled to wake before the timer that
we want to schedule, then there is no need to wake it up for nothing.
Change-Id: I5e6174bb0347954dfc5d012befe31625fad9961a
This should prevent multiple threads from fighting over the same shared
structures (GTree + mutex + condition). Downside is that it may lead to
load not being perfectly balanced between threads.
Change-Id: I8127b98dcfbeafd692d74e60cdf6d60e3e572ba7
Richard Fuchs
Lucian Balaceanu
Donat Zenichev