Change-Id: I8b8ed97001446fab0c14d7c89391ee572fb29dd6

We don't support non-core modules for Certified releases but we
were enabling them for CI builds which was causing lots of test
failures.  Now we don't.

Change-Id: I0b3254c08a2479f3d39151690350cce5ce5ad766

ASTERISK-28477 #close
Reported by: Dennis

ASTERISK-28478 #close
Reported by: Dennis

Change-Id: I77347ad46a86dc5b35ed68270cee56acefb4f475

Change-Id: I94dc38920e6e77cc73062648f62fdd613d0d1452
Signed-off-by: Oron Peled <oron.peled@xorcom.com>

Change-Id: I452d6a853bcd8c6e194455b19e5e017713e9c0fe
Signed-off-by: Oron Peled <oron.peled@xorcom.com>

* This command show the MFC/R2 links

Change-Id: I213822e1b7ef9c05bd89a2ba62df8e0856ce9f84
Signed-off-by: Oron Peled <oron.peled@xorcom.com>

Change-Id: Ibcb2401515a58782a1488c0b9efbed201c3f3a17
Signed-off-by: Oron Peled <oron.peled@xorcom.com>

Otherwise, OpenR2 threads go crazy and consume almost all CPU resources

Change-Id: I10a41f617613fe7399c5bdced5c64a2751173f28
Signed-off-by: Oron Peled <oron.peled@xorcom.com>

Details:
  - The memcpy() call copied part of "dahdi_conf" and not "dahdi_conf.mfcr2"
  - As a result, the memcmp() in dahdi_r2_get_link() always fails
  - This cause dahdi_r2_get_link() to create new link for every channel
    (instead of a new link for every ~30 channels)
  - With the fix, far less links are generated -- so we use far less threads

Change-Id: I7259dd6272f5e46e8a6c7f5bf3e8c2ec01b8c132
Signed-off-by: Oron Peled <oron.peled@xorcom.com>

Change-Id: Ica182a891743017ff3cda16de3d95335fffd9a91

We're at the point where there are enough Jenkins jobs for
Asterisk branches than even cleaned checkouts of Asterisk
will add up to more disk space than is available on the
in-memory workspace mount.  Since we archive all relevent
artifacts anyway, there's no need to keep the workspace
around after the job finishes, whether it succeeds or fails.

Change-Id: I1cd3b73ebb045a987df0f62526d152a510210c39

The testsuite actually needs the headers installed to run
it's self_test.

Change-Id: Ice41d331131b876ad4a9c056085fe6aac34b32b2

When fixing ASTERISK~24212, a change was done so a scheduled callback could not
be removed while it was running. The caller of ast_sched_del would have to wait.

However, when the caller of ast_sched_del is the callback itself (however wrong
this might be), this new check would cause a deadlock: it would wait forever
for itself.

This changeset introduces an additional check: if ast_sched_del is called
by the callback itself, it is immediately rejected (along with an ERROR log and
a backtrace). Additionally, the AST_SCHED_DEL_UNREF macro is adjusted so the
after-ast_sched_del-refcall function is only run if ast_sched_del returned
success.

This should fix the following spurious race condition found in chan_sip:
- thread 1: schedule sip_poke_peer_now (using AST_SCHED_REPLACE)
- thread 2: run sip_poke_peer_now
- thread 2: blank out sched-ID (too soon!)
- thread 1: set sched-ID (too late!)
- thread 2: try to delete the currently running sched-ID

After this fix, an ERROR would be logged, but no deadlocks (in do_monitor) nor
excess calls to sip_unref_peer(peer) (causing double frees of rtp_instances and
other madness) should occur.

(Thanks Richard Mudgett for reviewing/improving this "scary" change.)

Note that this change does not fix the observed race condition: unlocked
access to peer->pokeexpire (and potentially other scheduled items in chan_sip),
causing AST_SCHED_DEL_UNREF to look at a changing id. But it will make the
deadlock go away. And in the observed case, it will not have adverse affects
(like memory leaks) because the scheduled item is removed through a different
path.

ASTERISK-28282

Change-Id: Ic26777fa0732725e6ca7010df17af77a012aa856

Asterisk headers are no longer installed and uninstalled
automatically when performing a "make install" or a
"make uninstall".  To install/uninstall the headers, use
"make install-headers" and "make uninstall-headers".
The headers also continue to be uninstalled when performing a
"make uninstall-all".

Also corrects an issue where /usr/include/asterisk.h was never
being removed at all.

Change-Id: Ia7399f3a0203a4825fc4a9f43b9034dae9a2b643

When manager debugging is turned on, this patch makes it so incoming AMI actions
are now also logged.

Change-Id: I8047524510e7ac97d99482b2448f8e368f29cd47

The DTLS MTU variable is not dependent on pjproject and should
not exist in its block.

Change-Id: I7e97d64dc192f2ac81bfe2b72b8229d321c7d026

We now check that a body exists and it has a length > 0 before
attempting to process it.

ASTERISK-28447
Reported-by: Gil Richard

Change-Id: Ic469544b22ab848734636588d4c93426cc6f4b1f

The chan_sip module performs a T.38 re-invite using a single media
stream of udptl, and expects the SDP answer to be the same.

If an SDP answer is received instead that contains an additional
media stream with no joint codec a crash will occur as the code
assumes that at least one joint codec will exist in this
scenario.

This change removes this assumption.

ASTERISK-28465

Change-Id: I8b02845b53344c6babe867a3f0a5231045c7ac87

app_voicemail utilized the stasis cache when polling mailboxes for MWI. This
caused a memory leak (items were not being appropriately removed from the
cache), and subsequent slowdown in system processing. This patch removes the
stasis cache dependency, thus alleviating the memory leak. It does this by
utilizing the new MWI API that better manages state lifetime.

ASTERISK-28443
ASTERISK-27121

Change-Id: Ie89fedaca81ea1fd03d150d9d3a1ef3d53740e46

The MWI core recently got some new API calls that make tracking MWI state
lifetime more reliable. This patch updates those modules that subscribe to
specific MWI topics to use the new API. Specifically, these modules now
subscribe to both MWI topics and MWI state.

ASTERISK-28442

Change-Id: I32bef880b647246823dbccdf44a98d384fcabfbd

** Note **

This patch is meant to be the minimum needed in order for the MWI core to use
the now underlying stasis_state module. As such it does not completely remove
its reliance on the stasis_cache. Doing so has allowed current consumers to
not have to change, and update those code paths for this patch. When time
allows, subsequent patches can/will be made to those consumers to take advantage
of some of the new MWI API included here. Thus, eventually and ultimately
removing MWI dependency on the stasis_cache.

** End Note **

This patch makes it so the MWI core now takes advantage of the new stasis_state
API. Consumers of MWI should no longer need to depend upon stasis topic pooling,
and the stasis cache directly. Similar functionality and implementation details
have now been pushed into the stasis_state module. However, all MWI state should
be accessed via the MWI API itself.

As such a few new methods, and constructs have been added to the MWI core that
facilitate consumer publishing, subscribing, and iterating over MWI state data.

* ast_mwi_subscriber *

Created via ast_mwi_add_subscriber, a subscriber subscribes to a given mailbox
in order to receive updates about the given mailbox. Adding a subscriber will
create the underlying topic, and associated state data if those do not already
exist for it. The topic, and last known state data is guaranteed to exist for
the lifetime of the subscriber.

* ast_mwi_publisher *

Before publishing to a particular topic a publisher should be created. This can
be achieved by using ast_mwi_add_publisher. Publishing to a mailbox should then
be done using one of the MWI publish functions. This ensures the message is
published to the appropriate topic, and the last known state is maintained.

* ast_mwi_observer *

Add an observer in order to watch for particular MWI module related events. For
instance if a submodule needs to know when a subscription is added to any
mailbox an observer can be added to watch for that.

* other *

Urgent message count is now part of the published MWI state object. Also state
can be iterated over using defined callbacks.

ASTERISK-28442

Change-Id: I93f935f9090cd5ddff6d4bc80ff90703c05cf776