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1.2.22-netsec
1.2.23
1.2.23-netsec
1.2.24
1.2.24-netsec
1.2.25
1.2.25-netsec
1.2.26
1.2.26-netsec
1.2.26.1
1.2.26.1-netsec
1.2.26.2
1.2.26.2-netsec
1.2.27
1.2.28
1.2.28.1
1.2.29
1.2.3
1.2.3-netsec
1.2.30
1.2.30.1
1.2.30.2
1.2.30.3
1.2.30.4
1.2.31
1.2.31.1
1.2.31.2
1.2.32
1.2.33
1.2.34
1.2.35
1.2.36
1.2.37
1.2.38
1.2.39
1.2.4
1.2.4-netsec
1.2.40
1.2.5
1.2.5-netsec
1.2.6
1.2.6-netsec
1.2.7
1.2.7-netsec
1.2.7.1
1.2.7.1-netsec
1.2.8
1.2.8-netsec
1.2.9
1.2.9-netsec
1.2.9.1
1.2.9.1-netsec
1.4.0
1.4.0-beta1
1.4.0-beta2
1.4.0-beta3
1.4.0-beta4
1.4.1
1.4.10
1.4.10.1
1.4.11
1.4.12
1.4.12.1
1.4.13
1.4.14
1.4.15
1.4.16
1.4.16.1
1.4.16.2
1.4.17
1.4.18
1.4.18.1
1.4.19
1.4.19-rc1
1.4.19-rc2
1.4.19-rc3
1.4.19-rc4
1.4.19.1
1.4.19.2
1.4.2
1.4.20
1.4.20-rc1
1.4.20-rc2
1.4.20-rc3
1.4.20.1
1.4.21
1.4.21-rc1
1.4.21-rc2
1.4.21.1
1.4.21.2
1.4.22
1.4.22-rc1
1.4.22-rc2
1.4.22-rc3
1.4.22-rc4
1.4.22-rc5
1.4.22.1
1.4.22.2
1.4.23
1.4.23-rc1
1.4.23-rc2
1.4.23-rc3
1.4.23-rc4
1.4.23-testing
1.4.23.1
1.4.23.2
1.4.24
1.4.24-rc1
1.4.24.1
1.4.25
1.4.25-rc1
1.4.25.1
1.4.26
1.4.26-rc1
1.4.26-rc2
1.4.26-rc3
1.4.26-rc4
1.4.26-rc5
1.4.26-rc6
1.4.26.1
1.4.26.2
1.4.26.3
1.4.27
1.4.27-rc1
1.4.27-rc2
1.4.27-rc3
1.4.27-rc4
1.4.27-rc5
1.4.27.1
1.4.28
1.4.28-rc1
1.4.29
1.4.29-rc1
1.4.29.1
1.4.3
1.4.30
1.4.30-rc1
1.4.30-rc2
1.4.30-rc3
1.4.31
1.4.31-rc1
1.4.31-rc2
1.4.32
1.4.32-rc1
1.4.32-rc2
1.4.33
1.4.33-rc1
1.4.33-rc2
1.4.33.1
1.4.34
1.4.34-rc1
1.4.34-rc2
1.4.35
1.4.35-rc1
1.4.36
1.4.36-rc1
1.4.37
1.4.37-rc1
1.4.37.1
1.4.38
1.4.38-rc1
1.4.38.1
1.4.39
1.4.39-rc1
1.4.39.1
1.4.39.2
1.4.4
1.4.40
1.4.40-rc1
1.4.40-rc2
1.4.40-rc3
1.4.40.1
1.4.40.2
1.4.41
1.4.41-rc1
1.4.41.1
1.4.41.2
1.4.42
1.4.42-rc1
1.4.42-rc2
1.4.43
1.4.44
1.4.5
1.4.6
1.4.7
1.4.7.1
1.4.8
1.4.9
1.6.0
1.6.0-beta1
1.6.0-beta2
1.6.0-beta3
1.6.0-beta4
1.6.0-beta5
1.6.0-beta6
1.6.0-beta7
1.6.0-beta7.1
1.6.0-beta8
1.6.0-beta9
1.6.0-rc1
1.6.0-rc2
1.6.0-rc3
1.6.0-rc4
1.6.0-rc5
1.6.0-rc6
1.6.0.1
1.6.0.10
1.6.0.11-rc1
1.6.0.11-rc2
1.6.0.12
1.6.0.13
1.6.0.13-rc1
1.6.0.14
1.6.0.14-rc1
1.6.0.15
1.6.0.16
1.6.0.16-rc1
1.6.0.16-rc2
1.6.0.17
1.6.0.18
1.6.0.18-rc1
1.6.0.18-rc2
1.6.0.18-rc3
1.6.0.19
1.6.0.2
1.6.0.20
1.6.0.20-rc1
1.6.0.21
1.6.0.21-rc1
1.6.0.22
1.6.0.23
1.6.0.23-rc1
1.6.0.23-rc2
1.6.0.24
1.6.0.25
1.6.0.26
1.6.0.26-rc1
1.6.0.27
1.6.0.27-rc1
1.6.0.27-rc2
1.6.0.27-rc3
1.6.0.28
1.6.0.28-rc1
1.6.0.28-rc2
1.6.0.3
1.6.0.3-rc1
1.6.0.3.1
1.6.0.4-rc1
1.6.0.4-testing
1.6.0.5
1.6.0.6
1.6.0.6-rc1
1.6.0.7
1.6.0.7-rc1
1.6.0.7-rc2
1.6.0.8
1.6.0.9
1.6.1-beta1
1.6.1-beta2
1.6.1-beta3
1.6.1-beta4
1.6.1-rc1
1.6.1.0
1.6.1.0-rc2
1.6.1.0-rc3
1.6.1.0-rc4
1.6.1.0-rc5
1.6.1.1
1.6.1.10
1.6.1.10-rc1
1.6.1.10-rc2
1.6.1.10-rc3
1.6.1.11
1.6.1.12
1.6.1.12-rc1
1.6.1.13
1.6.1.13-rc1
1.6.1.14
1.6.1.15-rc1
1.6.1.15-rc2
1.6.1.16
1.6.1.17
1.6.1.18
1.6.1.18-rc1
1.6.1.18-rc2
1.6.1.19
1.6.1.19-rc1
1.6.1.19-rc2
1.6.1.19-rc3
1.6.1.2
1.6.1.20
1.6.1.20-rc1
1.6.1.20-rc2
1.6.1.21
1.6.1.22
1.6.1.23
1.6.1.24
1.6.1.25
1.6.1.3-rc1
1.6.1.4
1.6.1.5
1.6.1.5-rc1
1.6.1.6
1.6.1.7-rc1
1.6.1.7-rc2
1.6.1.8
1.6.1.9
1.6.2.0
1.6.2.0-beta1
1.6.2.0-beta2
1.6.2.0-beta3
1.6.2.0-beta4
1.6.2.0-rc1
1.6.2.0-rc2
1.6.2.0-rc3
1.6.2.0-rc4
1.6.2.0-rc5
1.6.2.0-rc6
1.6.2.0-rc7
1.6.2.0-rc8
1.6.2.1
1.6.2.1-rc1
1.6.2.10
1.6.2.10-rc1
1.6.2.10-rc2
1.6.2.11
1.6.2.11-rc1
1.6.2.11-rc2
1.6.2.12
1.6.2.12-rc1
1.6.2.13
1.6.2.14
1.6.2.14-rc1
1.6.2.15
1.6.2.15-rc1
1.6.2.15.1
1.6.2.16
1.6.2.16-rc1
1.6.2.16.1
1.6.2.16.2
1.6.2.17
1.6.2.17-rc1
1.6.2.17-rc2
1.6.2.17-rc3
1.6.2.17.1
1.6.2.17.2
1.6.2.17.3
1.6.2.18
1.6.2.18-rc1
1.6.2.18.1
1.6.2.18.2
1.6.2.19
1.6.2.19-rc1
1.6.2.2
1.6.2.20
1.6.2.21
1.6.2.22
1.6.2.23
1.6.2.24
1.6.2.3-rc1
1.6.2.3-rc2
1.6.2.4
1.6.2.5
1.6.2.6
1.6.2.6-rc1
1.6.2.6-rc2
1.6.2.7
1.6.2.7-rc1
1.6.2.7-rc2
1.6.2.7-rc3
1.6.2.8
1.6.2.8-rc1
1.6.2.8-rc2
1.6.2.9
1.6.2.9-rc1
1.6.2.9-rc2
1.6.2.9-rc3
1.8.0
1.8.0-beta1
1.8.0-beta2
1.8.0-beta3
1.8.0-beta4
1.8.0-beta5
1.8.0-rc1
1.8.0-rc2
1.8.0-rc3
1.8.0-rc4
1.8.0-rc5
1.8.1
1.8.1-rc1
1.8.1.1
1.8.1.2
1.8.10.0
1.8.10.0-rc1
1.8.10.0-rc2
1.8.10.0-rc3
1.8.10.0-rc4
1.8.10.1
1.8.11.0
1.8.11.0-rc1
1.8.11.0-rc2
1.8.11.0-rc3
1.8.11.1
1.8.12.0
1.8.12.0-rc1
1.8.12.0-rc2
1.8.12.0-rc3
1.8.12.1
1.8.12.2
1.8.13.0
1.8.13.0-rc1
1.8.13.0-rc2
1.8.13.1
1.8.14.0
1.8.14.0-rc1
1.8.14.0-rc2
1.8.14.1
1.8.15-cert4
1.8.15.0
1.8.15.0-rc1
1.8.15.1
1.8.16.0
1.8.16.0-rc1
1.8.16.0-rc2
1.8.17.0
1.8.17.0-rc1
1.8.17.0-rc2
1.8.17.0-rc3
1.8.18.0
1.8.18.0-rc1
1.8.18.1
1.8.19.0
1.8.19.0-rc1
1.8.19.0-rc2
1.8.19.0-rc3
1.8.19.0-tc1
1.8.19.1
1.8.2
1.8.2-rc1
1.8.2.1
1.8.2.2
1.8.2.3
1.8.2.4
1.8.20.0
1.8.20.0-rc1
1.8.20.0-rc2
1.8.20.1
1.8.20.2
1.8.21.0
1.8.21.0-rc1
1.8.21.0-rc2
1.8.22.0
1.8.22.0-rc1
1.8.22.0-rc2
1.8.23.0
1.8.23.0-rc1
1.8.23.0-rc2
1.8.23.1
1.8.24.0
1.8.24.0-rc1
1.8.24.0-rc2
1.8.24.1
1.8.25.0
1.8.25.0-rc1
1.8.25.0-rc2
1.8.26.0
1.8.26.0-rc1
1.8.26.0-rc2
1.8.26.1
1.8.27.0
1.8.27.0-rc1
1.8.27.0-rc2
1.8.28-cert5
1.8.28.0
1.8.28.0-rc1
1.8.28.1
1.8.28.2
1.8.29.0
1.8.29.0-rc1
1.8.3
1.8.3-rc1
1.8.3-rc2
1.8.3-rc3
1.8.3.1
1.8.3.2
1.8.3.3
1.8.30.0
1.8.30.0-rc1
1.8.31.0
1.8.31.0-rc1
1.8.31.1
1.8.32.0
1.8.32.0-rc1
1.8.32.0-rc2
1.8.32.1
1.8.32.2
1.8.32.3
1.8.4
1.8.4-rc1
1.8.4-rc2
1.8.4-rc3
1.8.4.1
1.8.4.2
1.8.4.3
1.8.4.4
1.8.5-rc1
1.8.5.0
1.8.5.1
1.8.6.0
1.8.6.0-rc1
1.8.6.0-rc2
1.8.6.0-rc3
1.8.7.0
1.8.7.0-rc1
1.8.7.0-rc2
1.8.7.1
1.8.7.2
1.8.8.0
1.8.8.0-rc1
1.8.8.0-rc2
1.8.8.0-rc3
1.8.8.0-rc4
1.8.8.0-rc5
1.8.8.1
1.8.8.2
1.8.9.0
1.8.9.0-rc1
1.8.9.0-rc2
1.8.9.0-rc3
1.8.9.1
1.8.9.2
1.8.9.3
10.0.0
10.0.0-beta1
10.0.0-beta2
10.0.0-rc1
10.0.0-rc2
10.0.0-rc3
10.0.0-rc4
10.0.1
10.1.0
10.1.0-rc1
10.1.0-rc2
10.1.1
10.1.2
10.1.3
10.10.0
10.10.0-digiumphones
10.10.0-digiumphones-rc1
10.10.0-digiumphones-rc2
10.10.0-rc1
10.10.0-rc2
10.10.1
10.10.1-digiumphones
10.11.0
10.11.0-digiumphones
10.11.0-digiumphones-rc1
10.11.0-digiumphones-rc2
10.11.0-digiumphones-rc3
10.11.0-rc1
10.11.0-rc2
10.11.0-rc3
10.11.1
10.11.1-digiumphones
10.12.0
10.12.0-digiumphones
10.12.0-digiumphones-rc1
10.12.0-digiumphones-rc2
10.12.0-rc1
10.12.0-rc2
10.12.1
10.12.1-digiumphones
10.12.2
10.12.2-digiumphones
10.12.3
10.12.3-digiumphones
10.12.4
10.12.4-digiumphones
10.2.0
10.2.0-rc1
10.2.0-rc2
10.2.0-rc3
10.2.0-rc4
10.2.1
10.3.0
10.3.0-rc1
10.3.0-rc2
10.3.0-rc3
10.3.1
10.4.0
10.4.0-digiumphones-rc1
10.4.0-digiumphones-rc2
10.4.0-rc1
10.4.0-rc2
10.4.0-rc3
10.4.1
10.4.2
10.5.0
10.5.0-digiumphones
10.5.0-digiumphones-rc1
10.5.0-digiumphones-rc2
10.5.0-rc1
10.5.0-rc2
10.5.1
10.5.1-digiumphones
10.5.2
10.5.2-digiumphones
10.6.0
10.6.0-digiumphones
10.6.0-digiumphones-rc1
10.6.0-digiumphones-rc2
10.6.0-rc1
10.6.0-rc2
10.6.1
10.6.1-digiumphones
10.7.0
10.7.0-digiumphones
10.7.0-digiumphones-rc1
10.7.0-rc1
10.7.1
10.7.1-digiumphones
10.8.0
10.8.0-digiumphones
10.8.0-digiumphones-rc1
10.8.0-digiumphones-rc2
10.8.0-rc1
10.8.0-rc2
10.9.0
10.9.0-digiumphones
10.9.0-digiumphones-rc1
10.9.0-digiumphones-rc2
10.9.0-digiumphones-rc3
10.9.0-rc1
10.9.0-rc2
10.9.0-rc3
11.0.0
11.0.0-beta1
11.0.0-beta2
11.0.0-rc1
11.0.0-rc2
11.0.1
11.0.2
11.1.0
11.1.0-rc1
11.1.0-rc2
11.1.0-rc3
11.1.1
11.1.2
11.10.0
11.10.0-rc1
11.10.1
11.10.2
11.11.0
11.11.0-rc1
11.12.0
11.12.0-rc1
11.12.1
11.13.0
11.13.0-rc1
11.13.1
11.14.0
11.14.0-rc1
11.14.0-rc2
11.14.1
11.14.2
11.15.0
11.15.0-rc1
11.15.0-rc2
11.15.1
11.16.0
11.16.0-rc1
11.17.0
11.17.0-rc1
11.17.1
11.18.0-rc1
11.19.0-rc1
11.2.0
11.2.0-rc1
11.2.0-rc2
11.2.1
11.2.2
11.20.0-rc1
11.20.0-rc2
11.20.0-rc3
11.21.0
11.21.0-rc1
11.21.0-rc2
11.21.0-rc3
11.21.1
11.22.0-rc1
11.3.0
11.3.0-rc1
11.3.0-rc2
11.4.0
11.4.0-rc1
11.4.0-rc2
11.4.0-rc3
11.5.0
11.5.0-rc1
11.5.0-rc2
11.5.1
11.6-cert11
11.6.0
11.6.0-rc1
11.6.0-rc2
11.6.1
11.7.0
11.7.0-rc1
11.7.0-rc2
11.8.0
11.8.0-rc1
11.8.0-rc2
11.8.0-rc3
11.8.1
11.9.0
11.9.0-rc1
11.9.0-rc2
11.9.0-rc3
12.0.0
12.0.0-alpha1
12.0.0-alpha2
12.0.0-beta1
12.0.0-beta2
12.1.0
12.1.0-rc1
12.1.0-rc2
12.1.0-rc3
12.1.1
12.2.0
12.2.0-rc1
12.2.0-rc2
12.2.0-rc3
12.3.0
12.3.0-rc1
12.3.0-rc2
12.3.1
12.3.2
12.4.0
12.4.0-rc1
12.5.0
12.5.0-rc1
12.5.1
12.6.0
12.6.0-rc1
12.6.1
12.7.0
12.7.0-rc1
12.7.0-rc2
12.7.1
12.7.2
12.8.0
12.8.0-rc1
12.8.0-rc2
12.8.1
12.8.2
13.0.0
13.0.0-beta1
13.0.0-beta2
13.0.0-beta3
13.0.1
13.0.2
13.1-cert2
13.1.0
13.1.0-rc1
13.1.0-rc2
13.1.1
13.2.0
13.2.0-rc1
13.2.1
13.3.0
13.3.0-rc1
13.3.1
13.3.2
13.4.0-rc1
13.5.0-rc1
13.6.0-rc1
13.6.0-rc2
13.6.0-rc3
13.7.0
13.7.0-rc1
13.7.0-rc2
13.7.0-rc3
13.7.1
13.8.0-rc1
certified/1.8.11-cert1
certified/1.8.11-cert10
certified/1.8.11-cert2
certified/1.8.11-cert3-rc1
certified/1.8.11-cert3-rc2
certified/1.8.11-cert4
certified/1.8.11-cert5
certified/1.8.11-cert5-rc1
certified/1.8.11-cert5-rc2
certified/1.8.11-cert6
certified/1.8.11-cert7
certified/1.8.11-cert8
certified/1.8.11-cert9
certified/1.8.11-cert9-rc1
certified/1.8.15-cert1
certified/1.8.15-cert1-rc1
certified/1.8.15-cert1-rc2
certified/1.8.15-cert1-rc3
certified/1.8.15-cert2
certified/1.8.15-cert3
certified/1.8.15-cert4
certified/1.8.15-cert5
certified/1.8.15-cert6
certified/1.8.15-cert7
certified/1.8.28-cert1
certified/1.8.28-cert1-rc1
certified/1.8.28-cert2
certified/1.8.28-cert3
certified/1.8.28-cert4
certified/1.8.28-cert5
certified/1.8.6-cert1
certified/11.2-cert1
certified/11.2-cert1-rc1
certified/11.2-cert1-rc2
certified/11.2-cert2
certified/11.2-cert3
certified/11.6-cert1
certified/11.6-cert1-rc1
certified/11.6-cert1-rc2
certified/11.6-cert10
certified/11.6-cert11
certified/11.6-cert12
certified/11.6-cert2
certified/11.6-cert3
certified/11.6-cert4
certified/11.6-cert5
certified/11.6-cert6
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4419 Commits (23)
| Author | SHA1 | Message | Date |
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6df861a967 |
frame: Correct ast_frame_adjust_volume* documentation of 'adjustment'
The documentation for ast_frame_adjust_volume() and ast_frame_adjust_volume_float() described the 'adjustment' parameter as a dB value. In reality the parameter is a linear gain factor applied directly to the audio samples: a positive value multiplies each sample, a negative value divides each sample, and 0 leaves the audio unchanged. The documentation block has also been reformatted to use the standard ' *' Doxygen style (asterisk in the second column) for consistency with the rest of the file. To convert a dB change to this factor use adjustment = 10^(dB/20) (for example, 2 ~= +6 dB and 10 ~= +20 dB). Resolves: #1167 |
4 days ago |
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576c868f5d |
taskpool: count the in-flight task when selecting an executor
The taskpool selectors measure load with ast_taskprocessor_size(), which only reports queued tasks. A taskprocessor that is executing a long running task has an empty queue, so it looks identical to an idle one and the least full selector hands it more work while other executors sit free. Add ast_taskprocessor_is_executing() and include the in-flight task in the load the selectors compare. This is not a new semantic. taskprocessor_push() already counts the in-flight task as outstanding work when it notifies the listener: /* The currently executing task counts as still in queue */ was_empty = tps->executing ? 0 : previous_size == 0; The taskpool selectors are the one place that still measures only the queue. This change applies the same rule there. The accessor reads tps->executing without the object lock, the way the CLI already does in main/taskprocessor.c, because taking the lock on every push cost roughly six times the throughput: taskpool push efficiency went from 324438 to 52966 tasks per second and the serializer variant from 217467 to 38313. Without the lock both are back to baseline. A stale read only means one push is routed as if the taskprocessor had just changed state, which the selector already tolerates. Also add a unit test that holds one executor of a four executor pool inside a long task and checks that a task pushed to a different serializer runs on one of the three free executors. It fails on every run without this change. Fixes: #2074 UserNote: Taskpool executors that are running a long task are no longer considered idle when work is distributed, so tasks are routed to free executors instead of queueing behind a busy one. |
3 weeks ago |
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d6c28138c2 |
res_pjsip_sdp_rtp: Fix intermittent call drop on reINVITE sdp change
A reINVITE that changed the offered codec set (e.g. ulaw+alaw -> alaw only) could lead to call teardown when a bridge write still using the old format occurred during the re-negotiation. This change avoids the termination by making the following changes. First, Asterisk now holds the lock across both the tx payload update and the channel format update so they commit atomically. Second, when processing the sdp on the new incoming offer, merge the new offer with the old until the negotiation is complete. Also adds unit tests for the sdp merge Fixes: #2059 |
3 weeks ago |
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51fcf38c61 |
pjsip: Eliminate some unique taskprocessors.
When placing outbound calls each call would get its own taskprocessor for things related to the call. In practice this is overkill as few things actually occur. Inbound calls on the other hand already use one of the fixed number of distributor taskprocessors. This also occurred for OPTIONS requests with each AOR having its own taskprocessor. This change moves both to using a distributor taskprocessor instead. |
1 month ago |
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14d7a55db7 |
res_pjsip_refer: Fix issues with Refer-Sub:false and ARI.
When an attended transfer is controlled by ARI using PJSIP_TRANSFER_HANDLING()=ari-only, and a REFER request is received with a Refer-Sub: false header to suppress the automatic progress subscription, a segfault occurs in res_pjsip_refer:refer_incoming_ari_request(). However, even if the segfault were prevented, there's another issue... Suppressing the subscription and NOTIFYs to the referer also prevents the ARI app from getting any progress events for the transfer which it's controlling. So... * The segfault has been fixed. * Suppressing the subscription no longer suppress the ARI events from being sent to the controlling ARI app. * A good amount of tracing has also been added. Resolves: #2021 |
1 month ago |
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a916a9a3eb |
Logger: Don't discard WARNING or ERROR messages.
When the logger reaches it's threshold for messages, don't discard the WARNING or ERROR messages up to a certain amount. If THAT threshold reaches its maximum, start discarding the oldest non-WARNING/ERROR messages until we only have WARNING and ERROR messages left. Everything will be discarded after that until we have room again for more. Also added a test that limits the queue sizes and logs many messages to see the queues hitting their maximums and discarding the appropriate messages. Fixes: #1882 |
2 months ago |
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2088245f82 |
test_performance: Add performance experimentation test module.
This is a module which is only built when TEST_FRAMEWORK is enabled and provides CLI commands for testing performance of certain things on the system they are invoked on. The first CLI commands added cover the most common container usage: storage of objects with a lookup based on a string key. These commands take various arguments and allow you to see how they perform. There is also an "all" command named "performance test container_key_lookup_all" that will execute all of these container tests and pass through the given arguments, which makes it easy to run all of the tests for given usage. To facilitate a vector bsearch test a new AST_VECTOR_BSEARCH macro has been added that allows more efficient searching of sorted vectors. |
2 months ago |
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00dc2630aa |
res_pjsip_session: Bound delayed BYE behind UAC INVITE
When a confirmed session is being terminated while an outgoing in-dialog INVITE transaction is still outstanding, the BYE is delayed until the outstanding transaction terminates. If that INVITE has already received a provisional response and the final response is malformed and rejected before transaction processing, the transaction can remain outstanding and the delayed BYE can keep the session, media state, RTP instance, and PJPROJECT pools referenced after the channels are gone. When a BYE is delayed behind an outstanding UAC INVITE, set a PJPROJECT transaction timeout on that INVITE so the delayed cleanup path has a bounded wait. If PJPROJECT terminates the dialog as a result of the timeout, discard the delayed BYE instead of sending a duplicate BYE. Fixes: #1965 |
2 months ago |
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57a540d3d7 |
ARI: Make ARI applications respect live_dangerously.
DeveloperNote: ARI applications can no longer call "dangerous" dialplan functions like DB(), FILE(), SHELL(), CURL(), STAT(), etc. without enabling "live_dangerously" in asterisk.conf. Resolves: #GHSA-vrfp-mg3q-3959 |
2 months ago |
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ceb1d7579f |
app_mixmonitor: Fix duplex recording for non 8K codecs
The native sampling of duplex recording is set to match the raw 8K output format. If one or more of the streams being recorded is above 8K, the frame size coming into the mixmonitor is too large and needs to be translated to 8K before being mixed into the stereo frame to avoid garbled and mistimed audio Fixes: #1779 |
2 months ago |
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8c702ec8e6 |
res_http_websocket: Add timeout to client handshakes.
The websocket client proxy and server handshakes use ast_iostream_gets which are blocking calls. If the outgoing connection succeeds at the TCP or TLS layer but the proxy (if configured) or the websocket server fails to respond to the CONNECT or GET requests, the process can hang indefinitely and escalate to a deadlock. To address this, the handshakes are now guarded with calls to ast_iostream_set_timeout_sequence() with the timeout set to the client's (connection_timeout * 2) milliseconds. In order to use ast_iostream_set_timeout_sequence(), the iostream has to be set to non-blocking with ast_iostream_nonblock() but there was no way to reset the stream back to blocking mode so a new API ast_iostream_blocking() was added for it. Tracing was also enabled in the websocket_client_handshake function for future troubleshooting. Resolves: #1979 |
2 months ago |
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a07f6aa51a |
extension_state: Add new extension state API.
Extension state to this point has been an API implemented inside the PBX core resulting in its state being intermingled with that of the dialplan. This increased the complexity of the PBX core and made it difficult to enact improvements. This change adds a new separate extension state API which receives updates from the PBX core as configuration changes but maintains its own separate state. The API is also written to fully take advantage of modern APIs in a more selective manner by subscribing each extension state to only the devices it is interested in, ultimately reducing resource consumption during updates. Presence state updates being infrequently done use a single shared subscription that goes through the extension states to find and update ones that the update is applicable to. Legacy API support is provided by reimplementing the API as wrappers over the new extension state API. This improves the legacy API by making it multithreaded, with each callback being individually subscribed. Autohints support is maintained but has been separated out into a self contained new implementation. Synchronous subscription support has also been added to Stasis to remove the overhead of asynchronous publishing when the handling of published messages is small and fast. |
3 months ago |
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5b3b14562b |
res_pjsip: Add external_signaling_hostname transport option
Adds a new transport option 'external_signaling_hostname' which allows a hostname or FQDN to be used in SIP Contact and Via headers instead of the automatically determined IP address. This is useful when a remote SIP endpoint requires a fully qualified domain name in these headers. The option is mutually exclusive with 'external_signaling_address' and an error is raised at transport load time if both are set simultaneously. Resolves: #1749 UserNote: A new pjsip.conf transport option 'external_signaling_hostname' has been added. When set, this value will be used in SIP Contact and Via headers instead of the automatically determined IP address. This option is mutually exclusive with 'external_signaling_address'. |
3 months ago |
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c9c592781d |
WebSocket Enhancements: Proxies and Keepalives for ARI and Media Outbound Websockets.
See the notes below for high-level descriptions of the new features. * Proxies Outbound/forward HTTP proxies are now supported and configurable in websocket_client.conf. You can specify a host:port plus optional proxy_username and proxy_password. Because WebSockets aren't consistently supported among proxies (specifically passing through UPGRADEs), the CONNECT method is always used to establish a TCP tunnel through the proxy. This is required if a TLS session is to be established with the WebSocket server anyway. It's important to understand that that negotiation with the proxy is ALWAYS unsecured. Once the proxy establishes the tunnel, the TLS session will be negotiated directly with the remote WebSocket server via the tunnel. * Keepalives Both TCP-level and WebSocket PING/PONG keepalives can be configured and are available with either the curl or tcptls client implementations. The TCP keepalives are handled entirely by the operating system and require no resources from Asterisk but by their very nature, they can't traverse proxies. WebSocket PING/PONGs are implemented in the Asterisk websocket code and require a scheduler thread to keep track of them so they're a bit more complicated but they do traverse proxies. Which one is used is completely up to the admin. You could use both. * Other Changes A few changes were needed to res/ari/ari_websockets and res/res_aeap/transport_websocket to add explicit calls to ast_websocket_close. They had been assuming that the websocket session destructor would close the websocket when it unreffed it but the keepalive process now holds a reference so the destructor wouldn't actually run without the call to ast_websocket_close to stop the keepalives. A few new methods were added to tcptls.c to allow switching an existing connection from unsecured to TLS. These were required because the initial connection and handshake with a proxy is always unsecured but then needs to be switched to TLS if required for the remote WebSocket server. There was a bug in sorcery.h where the ast_sorcery_register_uint macro was referencing _stringify (which doesn't exist) instead of _sorcery_stringify. Resolves: #1881 Resolves: #1933 UserNote: Forward/outbound proxies can now be specified for outbound websockets. See the websocket_client.conf.sample file for configuration information. UserNote: TCP-level or WebSocket PING/PONG keepalives can now be enabled on outbound websockets. They can help detect network failures even when a persistent connection is idle. See the websocket_client.conf.sample file for configuration information. DeveloperNote: The addition of the proxy and keepalive configuration parameters pushed the websocket client parameter count over 32. This necessitated changing the size of the ast_ws_client_fields enum from a 32 bit bitfield to a 64-bit bitfield with a corresponding change to the ast_websocket_client structure. |
3 months ago |
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41d396b29d |
res ari: Add attachable states to Channels and Bridges
Adds the ability to attach multiple states to both Channels and Bridges in the form
of variables that are included in all events on the associated object.
First, this adds an optional boolean field to channel variables 'report_events'
that causes the variable to automatically be included in all events on that channel.
To allow this, variables can now be either name value pairs (the current format):
`<variable_name>: '<value_string>'`
- or -
`<variable_name>: {value: '<value_string>', report_events: [true|false]}`
If the old format is used or 'report_events' is not included, it will default to
false and retain current behavior.
Second, this extends both reported and unreported variables to Bridges so they too
may have stateful information.
Resolves: #1910
UserNote: Bridge variables now can be set and retrieved via the following paths:
`/bridges/{bridgeId}/variable`
`/bridges/{bridgeId}/variables`
Both Bridge and Channel variables can now be set with an optional 'report_events'
boolean flag that will cause those variables to be included on all events on that
object. The 'report_events' flag will default to False if not set to maintain
backwards capability.
To allow this, variables can now be either name value pairs (the current format):
`<variable_name>: '<value_string>'`
- or -
`<variable_name>: {value: '<value_string>', report_events: [true|false]}`
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3 months ago |
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0aa6b2c0c4 |
Ensure channel locks aren't held while calling ast_set_variables.
If the channel is locked when calling ast_set_variables and any of the variables contained dialplan functions, there's a possiblilty of a deadlock. To prevent this, either the explicit locks were removed or the call to ast_set_variables moved out of the lock scope. A warning to not hold channel locks is also added to the documentation for ast_set_variables. Resolves: #1936 |
3 months ago |
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2fedb5d195 |
channel.c: Move setting RTP stats from ast_softhangup to ast_ari_channels_hangup.
The original trigger for setting the RTP stats in ast_softhangup() came from an ARI issue where stats weren't being set in time to be reported on STASIS_END events. The thought was that setting them in a common place like ast_softhangup() would ensure the stats were set in possibly other scenarios. Unfortunately, setting the RTP stats variables in ast_softhangup() broke ABI as it required that no channel locks be held which was not the case earlier. Given that the original issue was ARI, we can move setting the stats to ast_ari_channels_hangup() in resource_channels just before it calls ast_softhangup(). This might not catch all cases of the stats not being set, but it won't break ABI or deadlock either. Resolves: #1928 |
3 months ago |
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9188be8bc0 |
res_stasis/resource_bridges: Split bridge playback control and wrapper cleanup
Modified the bridge playback teardown so the worker thread removes only the playback control, while the after-bridge callback removes the playback wrapper once the announcer has actually left the bridge. This avoids a stale window where a new playback request could create a replacement announcer before the old announcer had fully exited the holding bridge. Also replaced the flexible trailing bridge_id storage in the shared worker thread data with an optional bridge_id pointer, since recording paths use the same structure without a bridge id. Fixes: #1861 |
4 months ago |
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6e23ff15ef |
channel.c: Don't lock the channel in ast_softhangup while setting rtp instance vars
ast_softhangup() was locking the channel before calling ast_rtp_instance_set_stats_vars() which, if the channel was in a bridge, then locked the bridge peer channel. If another thread attempted to set bridge variables on the peer, it would lock that channel first, then this channel causing a lock inversion. ast_softhangup() now holds the channel lock while retrieving the rtp instance, then unlocks it before calling ast_rtp_instance_set_stats_vars(), then locks it again after it returns. Resolves: #1907 |
4 months ago |
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8e221dfd03 |
res_pjsip: Add per-endpoint RTP port range configuration
Add rtp_port_start and rtp_port_end options to PJSIP endpoint configuration, allowing each endpoint to use a dedicated RTP port range instead of the global rtp.conf setting. This is useful for scenarios where different endpoints need isolated port ranges, such as firewall rules per trunk, multi-tenant systems, or network QoS policies tied to port ranges. The implementation adds ast_rtp_instance_new_with_port_range() to the RTP engine API, which sets the port range on the instance before the engine allocates the transport. The default RTP engine (res_rtp_asterisk) checks for per-instance overrides in rtp_allocate_transport() and falls back to the global range when none is set. Both options must be set together, with values >= 1024 and rtp_port_end > rtp_port_start. Setting both to 0 (the default) preserves existing behavior. Resolves: https://github.com/asterisk/asterisk-feature-requests/issues/71 UserNote: PJSIP endpoints now support rtp_port_start and rtp_port_end options to configure a dedicated RTP port range per endpoint, overriding the global rtp.conf setting. UpgradeNote: An alembic database migration has been added to add the rtp_port_start and rtp_port_end columns to the ps_endpoints table. Run "alembic upgrade head" to apply the schema change. DeveloperNote: New public API: ast_rtp_instance_new_with_port_range() creates an RTP instance with a per-instance port range. ast_rtp_instance_get_port_start() and ast_rtp_instance_get_port_end() allow RTP engines to query the override. Third-party RTP engines can use these getters to support per-instance port ranges. |
4 months ago |
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c0e145a453 |
compat.h: Ensure check for `__STDC_VERSION__` is not attempted for c++.
`__STDC_VERSION__` is specific to C but up until gcc 16, the g++ compiler also defined it. With g++ 16.0 it's no longer defined (which is the correct behavior) so compiling channelstorage_cpp_map_name_id.cc fails. The check for `__STDC_VERSION__` in compat.h is now skipped if we're compiling a C++ source file. Resolves: #1903 |
4 months ago |
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60000ce005 |
stasis_broadcast: Add optional ARI broadcast with first-claim-wins
Adds two optional modules: res_stasis_broadcast.so: Infrastructure for broadcasting a single incoming channel to multiple ARI applications with atomic first-claim-wins semantics. app_stasis_broadcast.so: Provides the StasisBroadcast() dialplan application which invokes the broadcast infrastructure. Both modules are self-contained; if neither is loaded there is zero runtime impact. Loading them does not alter existing Stasis or ARI behavior unless explicitly used. Key Features (only active when modules are loaded): Fisher-Yates shuffled broadcast dispatch for fair claim races Atomic claim operations using mutex + condition variable signaling Configurable broadcast timeouts Safe regex application filtering with validation to mitigate ReDoS risk Thread-safe channel variable snapshotting (channel locked during reads) Late-claim safety: broadcast context kept alive until after the Stasis session ends so concurrent claimants always receive 409 Conflict rather than 404 Not Found Memory safety via RAII_VAR, ast_json_ref/unref, and ao2 reference counting Components Added: res/res_stasis_broadcast.c: Core broadcast + claim logic apps/app_stasis_broadcast.c: StasisBroadcast() dialplan application include/asterisk/stasis_app_broadcast.h: Public API header res/ari/resource_events.c: Integrates POST /ari/events/claim endpoint rest-api/api-docs/events.json: New CallBroadcast and CallClaimed events Implementation Notes: Broadcast contexts reside in an ao2 hash container keyed by channel id. Each context holds atomic claim state, winner application name, timeout metadata, and a condition variable for waiters. Broadcast contexts are kept alive until after stasis_app_exec() returns so that concurrent claimants racing against the timeout always receive 409 Conflict. Broadcast dispatch calls stasis_app_send() directly for each matching application in shuffled order. Regex filters are validated with bounded length, group depth, quantified group count, and alternation limits to reduce pathological backtracking. Timeout calculation uses timespec arithmetic with overflow-safe millisecond remainder handling. Event JSON follows existing Stasis/ARI conventions; references are managed correctly to avoid leaks or double frees. Optional Nature / Impact: No changes to existing APIs, events, or applications when absent. Clean fallback: systems ignoring the modules behave identically to prior versions. Development was assisted by Claude (Anthropic). All generated code has been reviewed, tested, and is understood by the author. UserNote: New optional modules res_stasis_broadcast.so and app_stasis_broadcast.so enable broadcasting an incoming channel to multiple ARI applications. The first application to successfully claim (via POST /ari/events/claim) wins channel control. StasisBroadcast() dialplan application initiates broadcasts. CallBroadcast and CallClaimed events notify applications. When modules are not loaded, behavior is unchanged. DeveloperNote: New public APIs in stasis_app_broadcast.h: stasis_app_broadcast_channel(), stasis_app_claim_channel(), stasis_app_broadcast_winner(), and stasis_app_broadcast_wait(). New ARI event types (CallBroadcast, CallClaimed) added to events.json. All code is isolated; no existing ABI modified. |
4 months ago |
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e4a2b670c8 |
res_pjsip_maintenance: Add PJSIP endpoint maintenance mode
Introduces res_pjsip_maintenance, a loadable module that allows operators to place individual PJSIP endpoints into maintenance mode at runtime without unregistering or disabling them. While an endpoint is in maintenance mode: * New inbound INVITE and SUBSCRIBE dialogs are rejected with 503 Service Unavailable and a Retry-After: 300 header. * In-progress dialogs (re-INVITE, UPDATE, BYE, etc.) are unaffected and complete normally. * Outbound originations via Dial() or ARI originate are refused before any SIP session is created. State is held in-memory only and is cleared on module unload or Asterisk restart. This module was developed with AI assistance (Claude). All code has been reviewed and tested by the author, who takes full responsibility for the submission. CLI interface: pjsip set maintenance <on|off> <endpoint|all> pjsip show maintenance [endpoint] AMI interface: Action: PJSIPSetMaintenance Endpoint: <name>|all State: on|off Action: PJSIPShowMaintenance Endpoint: <name> (optional; omit to list all) Emits PJSIPMaintenanceStatus events per result, followed by PJSIPMaintenanceStatusComplete. State changes also emit an unsolicited PJSIPMaintenanceStatus event. To support outbound blocking, a new session_create callback is added to ast_sip_session_supplement. Supplements that set this callback are invoked at the start of ast_sip_session_create_outgoing() in res_pjsip_session, before any dialog or invite session resources are allocated. res_pjsip_maintenance registers itself as a session supplement and uses this callback to gate outbound session creation on a per-endpoint basis. MODULEINFO: <depend>pjproject</depend> <depend>res_pjsip</depend> <depend>res_pjsip_session</depend> UserNote: New module res_pjsip_maintenance adds runtime maintenance mode for PJSIP endpoints. Use "pjsip set maintenance <on|off> <endpoint|all>" to enable or disable, and "pjsip show maintenance" to list affected endpoints. AMI actions PJSIPSetMaintenance and PJSIPShowMaintenance provide programmatic access. No configuration file changes required. DeveloperNote: ast_sip_session_supplement gains a new optional callback - int (*session_create)(struct ast_sip_endpoint *endpoint, const char *destination). It is called from the global supplement list (not per-session) at the start of ast_sip_session_create_outgoing() via ast_sip_session_check_supplement_create(). Returning non-zero blocks the outgoing session. Modules that need to gate outbound SIP session creation should register a supplement with this callback set rather than hooking into chan_pjsip directly. |
4 months ago |
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43cda0d8d2 |
build: remove pjsua, pjsystest, Python bindings and asterisk_malloc_debug stubs from pjproject dev build
The pjsua Python module and the pjsua/pjsystest apps were used by the Asterisk Test Suite for SIP simulation in dev mode builds. They are now fully obsolete for three independent reasons: 1. **pjsua Python bindings officially deprecated upstream.** The pjproject maintainers added `pjsip-apps/src/python/DEPRECATED.txt` directing users to the PJSUA2 SWIG binding instead. A build-fix PR (https://github.com/pjsip/pjproject/pull/4892) was closed by the maintainer explicitly citing this deprecation. 2. **Removed from the Asterisk Test Suite.** As confirmed by @mbradeen: > *"We had to get rid of pjsua when we went to Python3 because it would > hang due to a conflict between async calls within pjsua and twisted. > There are still some old references to tests we couldn't fully convert > to sipp, but those are skipped."* 3. **Broken and unmaintained.** Building with Python 2.7 (the only version `configure.ac` searched for) fails with: ``` _pjsua.c: error: 'INIT_RETURN' undeclared (first use in this function) ``` due to a bug in pjproject 2.16's `python3_compat.h` that upstream declined to fix. This PR removes all pjsua-related build artifacts from Asterisk's bundled pjproject build: the pjsua and pjsystest application binaries, the deprecated Python (`_pjsua.so`) bindings, the `asterisk_malloc_debug.c` stubs, and the `PYTHONDEV` detection from `configure.ac`. Also removes `libpjsua` from Asterisk's main linker flags. DeveloperNote: The pjsua and pjsystest application binaries, the deprecated Python pjsua bindings (`_pjsua.so`), and the `asterisk_malloc_debug.c` stub implementations are no longer built or installed as part of the bundled pjproject dev mode build. The `PYTHONDEV` (python2.7-dev) build dependency is also removed. Developers who relied on the pjsua binary for Test Suite SIP simulation should use SIPp instead, which is the current Asterisk Test Suite standard. Fixes: #1840 |
5 months ago |
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041a183bac |
chan_pjsip: Set correct cause codes for non-2XX responses.
Redirects initiated by 302 response codes weren't handled correctly when setting the hangup cause code and tech cause code on the responding channel. They're now set to 23 (REDIRECTED_TO_NEW_DESTINATION) and 302 (Moved permanently). Other non-2XX response codes also had issues. A new API ast_channel_dialed_causes_iterator() was added to retrieve the hangup cause codes for a channel. chan_pjsip_session_end() in chan_pjsip has been refactored to set the correct cause codes on a channel based on the cause codes added by chan_pjsip_incoming_response_update_cause(). Copious amounts of debugging and comments were also added. Resolves: #1819 |
5 months ago |
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9f25e3543a |
dsp.c: Add support for detecting R2 signaling tones.
Extend the existing DTMF/MF tone detection support by adding support for R2 tones, another variant of MF (R1) signaling. Both forward and backward signaling are supported. Resolves: #1804 |
6 months ago |
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dcedc2dc0e |
docs: Add "Provided-by" to doc XML and CLI output.
For application, function, manager, managerEvent, managerEventInstance and info XML documentation nodes, the make_xml_documentation script will add a "module" attribute if not already present. For XML in separate "*_doc.xml" files, the script figures out the correct module name. For documentation in the "main" directory, the module name is set to "builtin". The CLI handlers for "core show application", "core show function", "manager show command" and "manager show event", have been updated to show the following after the Synopsis... ``` [Provided By] <modulename> ``` For modules that provide additional "info" elements (like the technologies do for Dial), the providing module has also been added. ``` Technology: WebSocket Provided by: chan_websocket WebSocket Dial Strings: ... ``` UserNote: The CLI help for applications, functions, manager commands and manager events now shows the module that provides its functionality. |
6 months ago |
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4871413877 |
CDR/CEL Custom Performance Improvements
There is a LOT of work in this commit but the TL;DR is that it takes CEL processing from using 38% of the CPU instructions used by a call, which is more than that used by the call processing itself, down to less than 10% of the instructions. So here's the deal... cdr_custom, cdr_sqlite3_custom, cel_custom and cel_sqlite3_custom all shared one ugly trait...they all used ast_str_substitute_variables() or pbx_substitute_variables_helper() to resolve the dialplan functions used in their config files. Not only are they both extraordinarily expensive, they both require a dummy channel to be allocated and destroyed for each record written. For CDRs, that's not too bad because we only write one CDR per call. For CELs however, it's a disaster. As far as source code goes, the modules basically all did the same thing. Unfortunately, they did it badly. The config files simply contained long opaque strings which were intepreted by ast_str_substitute_variables() or pbx_substitute_variables_helper(), the very functions that ate all the instructions. This meant introducing a new "advanced" config format much like the advanced manager event filtering added to manager.conf in 2024. Fortunately however, if the legacy config was recognizable, we were able to parse it as an advanced config and gain the benefit. If not, then it goes the legacy, and very expensive, route. Given the commonality among the modules, instead of making the same improvements to 4 modules then trying to maintain them over time, a single module "res_cdrel_custom" was created that contains all of the common code. A few bonuses became possible in the process... * The cdr_custom and cel_custom modules now support JSON formatted output. * The cdr_sqlite_custom and cel_sqlite3_custom modules no longer have to share an Sqlite3 database. Summary of changes: A new module "res/res_cdrel_custom.c" has been created and the existing cdr_custom, cdr_sqlite3_custom, cel_custom and cel_sqlite3_custom modules are now just stubs that call the code in res_cdrel_custom. res_cdrel_custom contains: * A common configuration facility. * Getters for both CDR and CEL fields that share the same abstraction. * Formatters for all data types found in the ast_cdr and ast_event structures that share the same abstraction. * Common writers for the text file and database backends that, you guessed it, share the same abstraction. The result is that while there is certainly a net increase in the number of lines in the code base, most of it is in the configuration handling at load-time. The run-time instruction path length is now significanty shorter. ``` Scenario Instructions Latency ===================================================== CEL pre changes 38.49% 37.51% CEL Advanced 9.68% 6.06% CEL Legacy (auto-conv to adv) 9.95% 6.13% CEL Sqlite3 pre changes 39.41% 39.90% CEL Sqlite3 Advanced 25.68% 24.24% CEL Sqlite3 Legacy (auto conv) 25.88% 24.53% CDR pre changes 4.79% 2.95% CDR Advanced 0.79% 0.47% CDR Legacy (auto conv to adv) 0.86% 0.51% CDR Sqlite3 pre changes 4.47% 2.89% CEL Sqlite3 Advanced 2.16% 1.29% CEL Sqlite3 Legacy (auto conv) 2.19% 1.30% ``` Notes: * We only write one CDR per call but every little bit helps. * Sqlite3 still takes a fair amount of resources but the new config makes a decent improvement. * Legacy configs that we can't auto convert will still take the "pre changes" path. If you're interested in more implementation details, see the comments at the top of the res_cdrel_custom.c file. One minor fix to CEL is also included...Although TenantID was added to the ast_event structure, it was always rendered as an empty string. It's now properly rendered. UserNote: Significant performance improvements have been made to the cdr_custom, cdr_sqlite3_custom, cel_custom and cel_sqlite3_custom modules. See the new sample config files for those modules to see how to benefit from them. |
6 months ago |
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2f54f5b19a |
fix: Add macOS (Darwin) compatibility for building Asterisk
- Makefile: Skip /usr/lib/bundle1.o on modern macOS (doesn't exist) - Makefile.rules: Skip -fno-partial-inlining for clang (gcc-only flag) - include/asterisk/utils.h: Use asterisk/endian.h instead of <endian.h> - main/Makefile: Add Darwin-specific pjproject linking with -force_load - main/strcompat.c: Include poll-compat.h, use ast_poll() - main/xml.c: Add ASTMM_LIBC ASTMM_IGNORE for libxml2 compatibility - res/res_pjsip/config_transport.c: Define TCP keepalive constants for macOS Tested on macOS Darwin 25.2.0 (Apple Silicon ARM64) |
6 months ago |
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af3ca1b6cd |
endpoints: Allow access to latest snapshot directly.
This change adds an API call to allow direct access to the latest snapshot of an ast_endpoint. This is then used by chan_pjsip when calculating device state, eliminating the need to access the cache which would incur a container find and access. |
6 months ago |
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551f272921 |
app_dial, utils.h: Avoid old style declaration and discarded qualifier.
* app_dial: Use const char* for fixed strings. * utils.h: inline should come before return type. Resolves: #1755 |
7 months ago |
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fb433fdba6 |
cli.c: Allow 'channel request hangup' to accept patterns.
This extends 'channel request hangup' to accept multiple channel names, a POSIX Extended Regular Expression, a glob-like pattern, or a combination of all of them. UserNote: The 'channel request hangup' CLI command now accepts multiple channel names, POSIX Extended Regular Expressions, glob-like patterns, or a combination of all of them. See the CLI command 'core show help channel request hangup' for full details. |
8 months ago |
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f8236f13e1 |
chan_websocket: Use the channel's ability to poll fds for the websocket read.
We now add the websocket's file descriptor to the channel's fd array and let it poll for data availability instead if having a dedicated thread that does the polling. This eliminates the thread and allows removal of most explicit locking since the core channel code will lock the channel to prevent simultaneous calls to webchan_read, webchan_hangup, etc. While we were here, the hangup code was refactored to use ast_hangup_with_cause instead of directly queueing an AST_CONTROL_HANGUP frame. This allows us to set hangup causes and generate snapshots. For a bit of extra debugging, a table of websocket close codes was added to http_websocket.h with an accompanying "to string" function added to res_http_websocket.c Resolves: #1683 |
8 months ago |
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0a7a20b7fa |
res_geolocation: Fix multiple issues with XML generation.
* 3d positions were being rendered without an enclosing `<gml:pos>` element resulting in invalid XML. * There was no way to set the `id` attribute on the enclosing `tuple`, `device` and `person` elements. * There was no way to set the value of the `deviceID` element. * Parsing of degree and radian UOMs was broken resulting in them appearing outside an XML element. * The UOM schemas for degrees and radians were reversed. * The Ellipsoid shape was missing and the Ellipse shape was defined multiple times. * The `crs` location_info parameter, although documented, didn't work. * The `pos3d` location_info parameter appears in some documentation but wasn't being parsed correctly. * The retransmission-allowed and retention-expiry sub-elements of usage-rules were using the `gp` namespace instead of the `gbp` namespace. In addition to fixing the above, several other code refactorings were performed and the unit test enhanced to include a round trip XML -> eprofile -> XML validation. Resolves: #1667 UserNote: Geolocation: Two new optional profile parameters have been added. * `pidf_element_id` which sets the value of the `id` attribute on the top-level PIDF-LO `device`, `person` or `tuple` elements. * `device_id` which sets the content of the `<deviceID>` element. Both parameters can include channel variables. UpgradeNote: Geolocation: In order to correct bugs in both code and documentation, the following changes to the parameters for GML geolocation locations are now in effect: * The documented but unimplemented `crs` (coordinate reference system) element has been added to the location_info parameter that indicates whether the `2d` or `3d` reference system is to be used. If the crs isn't valid for the shape specified, an error will be generated. The default depends on the shape specified. * The Circle, Ellipse and ArcBand shapes MUST use a `2d` crs. If crs isn't specified, it will default to `2d` for these shapes. The Sphere, Ellipsoid and Prism shapes MUST use a `3d` crs. If crs isn't specified, it will default to `3d` for these shapes. The Point and Polygon shapes may use either crs. The default crs is `2d` however so if `3d` positions are used, the crs must be explicitly set to `3d`. * The `geoloc show gml_shape_defs` CLI command has been updated to show which coordinate reference systems are valid for each shape. * The `pos3d` element has been removed in favor of allowing the `pos` element to include altitude if the crs is `3d`. The number of values in the `pos` element MUST be 2 if the crs is `2d` and 3 if the crs is `3d`. An error will be generated for any other combination. * The angle unit-of-measure for shapes that use angles should now be included in the respective parameter. The default is `degrees`. There were some inconsistent references to `orientation_uom` in some documentation but that parameter never worked and is now removed. See examples below. Examples... ``` location_info = shape="Sphere", pos="39.0 -105.0 1620", radius="20" location_info = shape="Point", crs="3d", pos="39.0 -105.0 1620" location_info = shape="Point", pos="39.0 -105.0" location_info = shape=Ellipsoid, pos="39.0 -105.0 1620", semiMajorAxis="20" semiMinorAxis="10", verticalAxis="0", orientation="25 degrees" pidf_element_id = ${CHANNEL(name)}-${EXTEN} device_id = mac:001122334455 Set(GEOLOC_PROFILE(pidf_element_id)=${CHANNEL(name)}/${EXTEN}) ``` |
8 months ago |
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617e75c66f |
configure.ac: use AC_PATH_TOOL for nm
`nm` might, especially in cross-compilation scenarios, be available but prefixed with the target triple. So: use `AC_PATH_TOOL` rather than `AC_PATH_PROG` to find it. (See https://www.gnu.org/software/autoconf/manual/autoconf-2.68/html_node/Generic-Programs.html .) Found and proposed fix tested by cross-compiling Asterisk using Nixpkgs on x86_64 targeting aarch64. :) |
8 months ago |
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3c93567e44 |
res_pjsip: Introduce redirect module for handling 3xx responses
This commit introduces a new redirect handling module that provides infrastructure for following SIP 3xx redirect responses. The redirect functionality respects the endpoint's redirect_method setting and only follows redirects when set to 'uri_pjsip'. This infrastructure can be used by any PJSIP module that needs to handle 3xx redirect responses. |
8 months ago |
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0c7cf8f26c |
rtp/rtcp: Configure dual-stack behavior via IPV6_V6ONLY
Dual-stack behavior (simultaneous listening for IPV4 and IPV6 connections on a single socket) is required by Asterisk's ICE implementation. On systems with the IPV6_V6ONLY sockopt, set the option to 0 (dual-stack enabled) when binding to the IPV6 any address. This ensures correct behavior regardless of the system's default dual-stack configuration. |
8 months ago |
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a12251ca88 |
pjsip: Move from threadpool to taskpool
This change moves the PJSIP module from the threadpool API to the taskpool API. PJSIP-specific implementations for task usage have been removed and replaced with calls to the optimized taskpool implementations instead. The need for a pool of serializers has also been removed as taskpool inherently provides this. The default settings have also been changed to be more realistic for common usage. UpgradeNote: The threadpool_* options in pjsip.conf have now been deprecated though they continue to be read and used. They have been replaced with taskpool options that give greater control over the underlying taskpool used for PJSIP. An alembic upgrade script has been added to add these options to realtime as well. |
9 months ago |
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786156e3ba |
Revert "func_hangupcause.c: Add access to Reason headers via HANGUPCAUSE()"
This reverts commit
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9 months ago |
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5f2c9ffd0d |
taskprocessors: Improve logging and add new cli options
This change makes some small changes to improve log readability in addition to the following changes: Modified 'core show taskprocessors' to now show Low time and High time for task execution. New command 'core show taskprocessor name <taskprocessor-name>' to dump taskprocessor info and current queue. Addionally, a new test was added to demonstrate the 'show taskprocessor name' functionality: test execute category /main/taskprocessor/ name taskprocessor_cli_show Setting 'core set debug 3 taskprocessor.c' will now log pushed tasks. (Warning this is will cause extremely high levels of logging at even low traffic levels.) Resolves: #1566 UserNote: New CLI command has been added - core show taskprocessor name <taskprocessor-name> |
9 months ago |
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724f4cb6e8 |
ccss: Add option to ccss.conf to globally disable it.
The Call Completion Supplementary Service feature is rarely used but many of it's functions are called by app_dial and channel.c "just in case". These functions lock and unlock the channel just to see if CCSS is enabled on it, which it isn't 99.99% of the time. UserNote: A new "enabled" parameter has been added to ccss.conf. It defaults to "yes" to preserve backwards compatibility but CCSS is rarely used so setting "enabled = no" in the "general" section can save some unneeded channel locking operations and log message spam. Disabling ccss will also prevent the func_callcompletion and chan_dahdi modules from loading. DeveloperNote: A new API ast_is_cc_enabled() has been added. It should be used to ensure that CCSS is enabled before making any other ast_cc_* calls. |
9 months ago |
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ff56cec9a1 |
Revert "pjsip: Move from threadpool to taskpool"
This reverts commit
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10 months ago |
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8d39faaf12 |
pjsip: Move from threadpool to taskpool
This change moves the PJSIP module from the threadpool API to the taskpool API. PJSIP-specific implementations for task usage have been removed and replaced with calls to the optimized taskpool implementations instead. The need for a pool of serializers has also been removed as taskpool inherently provides this. The default settings have also been changed to be more realistic for common usage. UpgradeNote: The threadpool_* options in pjsip.conf have now been deprecated though they continue to be read and used. They have been replaced with taskpool options that give greater control over the underlying taskpool used for PJSIP. An alembic upgrade script has been added to add these options to realtime as well. |
10 months ago |
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d752a4a5df |
Fix Endianness detection in utils.h for non-Linux
Commit
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10 months ago |
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72e9e4665e |
chan_pjsip: Add technology-specific off-nominal hangup cause to events.
Although the ISDN/Q.850/Q.931 hangup cause code is already part of the ARI and AMI hangup and channel destroyed events, it can be helpful to know what the actual channel technology code was if the call was unsuccessful. For PJSIP, it's the SIP response code. * A new "tech_hangupcause" field was added to the ast_channel structure along with ast_channel_tech_hangupcause() and ast_channel_tech_hangupcause_set() functions. It should only be set for off-nominal terminations. * chan_pjsip was modified to set the tech hangup cause in the chan_pjsip_hangup() and chan_pjsip_session_end() functions. This is a bit tricky because these two functions aren't always called in the same order. The channel that hangs up first will get chan_pjsip_session_end() called first which will trigger the core to call chan_pjsip_hangup() on itself, then call chan_pjsip_hangup() on the other channel. The other channel's chan_pjsip_session_end() function will get called last. Unfortunately, the other channel's HangupRequest events are sent before chan_pjsip has had a chance to set the tech hangupcause code so the HangupRequest events for that channel won't have the cause code set. The ChannelDestroyed and Hangup events however will have the code set for both channels. * A new "tech_cause" field was added to the ast_channel_snapshot_hangup structure. This is a public structure so a bit of refactoring was needed to preserve ABI compatibility. * The ARI ChannelHangupRequest and ChannelDestroyed events were modified to include the "tech_cause" parameter in the JSON for off-nominal terminations. The parameter is suppressed for nominal termination. * The AMI SoftHangupRequest, HangupRequest and Hangup events were modified to include the "TechCause" parameter for off-nominal terminations. Like their ARI counterparts, the parameter is suppressed for nominal termination. DeveloperNote: A "tech_cause" parameter has been added to the ChannelHangupRequest and ChannelDestroyed ARI event messages and a "TechCause" parameter has been added to the HangupRequest, SoftHangupRequest and Hangup AMI event messages. For chan_pjsip, these will be set to the last SIP response status code for off-nominally terminated calls. The parameter is suppressed for nominal termination. |
10 months ago |
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6247fbc545 |
res_audiosocket: add message types for all slin sample rates
Extend audiosocket messages with types 0x11 - 0x18 to create asterisk frames in slin12, slin16, slin24, slin32, slin44, slin48, slin96, and slin192 format, enabling the transmission of audio at a higher sample rates. For audiosocket messages sent by Asterisk, the message kind is determined by the format of the originating asterisk frame. UpgradeNote: New audiosocket message types 0x11 - 0x18 has been added for slin12, slin16, slin24, slin32, slin44, slin48, slin96, and slin192 audio. External applications using audiosocket may need to be updated to support these message types if the audiosocket channel is created with one of these audio formats. |
11 months ago |
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133a2348ef |
endpoints: Remove need for stasis subscription.
When an endpoint is created in the core of Asterisk a subscription was previously created alongside it to monitor any channels being destroyed that were related to it. This was done by receiving all channel snapshot updates for every channel and only reacting when it was indicated that the channel was dead. This change removes this logic and instead provides an API call for directly removing a channel from an endpoint. This is called when channels are destroyed. This operation is fast, so blocking the calling thread for a short period of time doesn't have any noticeable impact. |
11 months ago |
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ceb9007dfc |
taskpool: Fix some references to threadpool that should be taskpool.
Resolves: #1478 |
11 months ago |
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6c86dd3fd9 |
func_hangupcause.c: Add access to Reason headers via HANGUPCAUSE()
As soon as SIP call may end with several Reason headers, we want to make all of them available through the HAGUPCAUSE() function. This implementation uses the same ao2 hash for cause codes storage and adds a flag to make difference between last processed sip message and content of reason headers. UserNote: Added a new option to HANGUPCAUSE to access additional information about hangup reason. Reason headers from pjsip could be read using 'tech_extended' cause type. |
11 months ago |
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573c8faa09 |
Fix some doxygen, typos and whitespace
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11 months ago |