Hello all,
Just wondering if anyone know any tutorial on setting up HA+DRBD solution for kamailio.
Especially creating partitions, DRBD devices and mount points.
Thanks in advance,
-Sid
"May the light be with you." ______________________________________________
Siddhardha Garige
www.luminepixels.com
Hi all..
I have solve the problem .
Cheers,
vivi
From: vivi [mailto:vivi.hilton@gmail.com]
Sent: Saturday, June 06, 2009 11:29 PM
To: 'users(a)lists.kamailio.org'
Subject: /usr/local/sbin/kamdbctl create error
Hi all
I have specify the wanted db type (DBENGINE=MYSQL) in the
/usr/local/etc/kamailio/kamctlrc
then I using "/usr/local/sbin/kamdbctl create" to create MySQL database,
but I got this error:
ERROR: database engine not specified, please setup one in the config script
root@acer:/usr/local/src/kamailio-1.5.0/sip-server# vim
/usr/local/etc/kamailio/kamctlrc
root@acer:/usr/local/src/kamailio-1.5.0/sip-server# /usr/local/sbin/kamdbctl
create
MySQL password for root:
INFO: test server charset
ERROR 2002 (HY000): Can't connect to local MySQL server through socket
'/var/run/mysqld/mysqld.sock' (2)
ERROR 2002 (HY000): Can't connect to local MySQL server through socket
'/var/run/mysqld/mysqld.sock' (2)
Usage: grep [OPTION]... PATTERN [FILE]...
Try `grep --help' for more information.
/usr/local/lib/kamailio/kamctl/kamdbctl.mysql: line 112: [: =: unary
operator expected
INFO: creating database openser ...
ERROR 2002 (HY000): Can't connect to local MySQL server through socket
'/var/run/mysqld/mysqld.sock' (2)
ERROR: Creating core database and grant privileges failed!
Cheers,
vivi
Hello all,
I recently add a classical Audiocodes Mediant 2000 with 2x 8E1, the purpose
is to have several interconnections with PSTN.
I configured it like this :
Audiocodes registers as a gateway to the Kamailio, using a dedicated port
(5062).
Registration seems to be OK, and the pstn gw uses OPTIONS method to ping the
proxy.
I can attack the Audiocodes with a SIP phone behind Kamailio, no pbm.
But the audiocodes returns some errors about SIP headers sent by Kamailio :
( sip_stack)(44732 ) AcSIPParser: Problem in SIP Message Headers [Time:
12:30:26]
( sip_stack)(44733 ) !! [ERROR] AcSIPParser: Parse Error. Unexpected symbol
'0' in scheme. ALPHA expected
Here you have the example of an INVITE from a SIP phone to the PSTN :
** audiocodes debug **
4d:12h:30m:26s ( lgr_flow)(44730 ) ---- Incoming SIP Message from
77.246.81.132:5060 ----
INVITE sip:0323719001@77.246.81.136:5062;transport=udp SIP/2.0
Record-Route: <sip:77.246.81.132;lr=on;ftag=71078b346a20fb3eo0;nat=yes>
Via: SIP/2.0/UDP 77.246.81.132;branch=z9hG4bKdace.1ab1d59.0
Via: SIP/2.0/UDP
192.168.0.113:5060;rport=15170;received=77.246.81.162;branch=z9hG4bK-b432f96
From: "Sam" <sip:0123451010@sip.720.fr
<sip%3A0123451010(a)sip.720.fr>>;tag=71078b346a20fb3eo0
To: <sip:0323719001@sip.720.fr <sip%3A0323719001(a)sip.720.fr>>
Call-ID: 944d8aec-27503ee6(a)192.168.0.113
CSeq: 102 INVITE
Max-Forwards: 49
Contact: "Sam" <sip:0123451010@77.246.81.162:15170>
Expires: 240
User-Agent: Linksys/SPA941-5.1.8
Content-Length: 281
Allow: ACK, BYE, CANCEL, INFO, INVITE, NOTIFY, OPTIONS, PRACK, REFER
Supported: 100rel, replaces
Content-Type: application/sdp
P-Asserted-Identity: <0123451010>
Remote-Party-ID: <0123451010>;party=caller;privacy=none;screen=yes
v=0
o=- 26933860 26933860 IN IP4 192.168.0.113
s=-
c=IN IP4 77.246.81.133
t=0 0
m=audio 35038 RTP/AVP 18 0 8 101
a=rtpmap:18 G729a/8000
a=rtpmap:0 PCMU/8000
a=rtpmap:8 PCMA/8000
a=rtpmap:101 telephone-event/8000
a=fmtp:101 0-15
a=ptime:30
a=sendrecv
a=nortpproxy:yes
( sip_stack)(44732 ) AcSIPParser: Problem in SIP Message Headers [Time:
12:30:26]
( sip_stack)(44733 ) !! [ERROR] AcSIPParser: Parse Error. Unexpected symbol
'0' in scheme. ALPHA expected
( sip_stack)(44734 ) !! [ERROR] Message type: INVITE [Time: 12:30:26]
( sip_stack)(44735 ) !! [ERROR] Source header: [Time: 12:30:26]
( sip_stack)(44736 ) !! [ERROR] Line: 17. Column: 23 [Time: 12:30:26]
The outgoing INVITE from Kamailio is exactly the same received by the
AudioCodes.
When I searched over Google, I just found 2 answers about Asterisk /
Audiocodes unsolved problem, but no more informations.
I supposed that the problem is as indicated : " s=- " where source is empty
in place of "NULL" / "0" or something like this ...
Someone can confirm or already met the problem ?
Many thanks all :)
.Sam.
Hi all,
For a project on which I'm currently working, I am having some problems
figuring out how to correctly configure Kamailio to communicate with RTP
Proxy in order to send media into and out of a network with private IP
address ranges.
I have a proxy set up to send the SIP traffic, and all of this is
working fine. However, I'm having some trouble getting the RTP Proxy
set up. Currently, when the call is connected, the offer/answer is made
and RTP Proxy seems to be taking over, but I'm having trouble getting my
audio to flow in both directions.
Examination of the traffic coming into and out of this machine seems to
indicate that the IP addresses aren't being mangled correctly.
Specifically, it appears the internal IP address isn't being changed to
reflect the IP address of the machine on which RTP Proxy is running, so
that when the caller tries to send audio back, the IP it's given to
reply to is 10.10.x.x, which obviously won't work.
I have tried experimenting with specifically setting IP addresses in the
rtpproxy_offer() and _answer() methods to no avail, as well as setting
various flags in those methods. However, I must admit that I'm not
entirely sure what's happening under the hood with these methods, or
what rtpproxy is doing with that information when it gets it. Rather
than continue to hack at this by trial and error, I'm hoping someone
here can point me in the right direction.
Any advice, example code or pep talks would be greatly appreciated.
Thanks in advance,
--
Joe Hart
Voice Systems Integrator
Evariste Systems
Web : http://www.evaristesys.com/
Tel : (+1) (678) 954-0670
Direct : (+1) (678) 954-0673
high.all!
i'm wondering if there is any support of uaCSTA in openser (planned)?
i'm just working on the integration of asterisk (*) environment to OCS 2007
environment, having openSER in the middle (mainly for TCP/UDP translation
and smoothing out the protocol deficienes on both sides). in this setup the
* having the openSER in front is talking to the OCS (and vice versa) via the
OCS mediation server, which is moreorless sending standard SIP messages,
which enables normal softphone (integration to *) of the office
communicator. this configuration is already working...
now i'm planning to go for the CTI integration, where there is no OCS
mediation server in between OCS and openSER, doing the translation of
SIP/CSTA to SIP. i'm thinking about using openSER for this task, that's why
i'm looking for a CSTA module or perl programm, which is capable of this
functionality.
afaik for the CTI communication there isn't the full complexity of CSTA
needed, just a subset mainly for call setup and call clearing.
anyone having experience on this topic?
thx & cheers
-hugo
Great Ideas for Small Devices
Hugo Koblmueller
Senior Staff Engineer Software Development COMNEON electronic
technology GmbH & Co. OHG
Freistaedter Strasse 400
4040 Linz
Austria
hugo.koblmueller(a)comneon.com
tel:
fax:
mobile:
Skype ID: +43 (5) 1777 - 15730
<http://www.plaxo.com/click_to_call?lang=en&src=jj_signature&To=%2B43+%285%2
9+1777+%2D+15730&Email=hugo(a)koblmueller.com>
+43 (5) 1777 - 15810
+43 (676) 82051280
<http://www.plaxo.com/click_to_call?lang=en&src=jj_signature&To=%2B43+%28676
%29+82051280&Email=hugo(a)koblmueller.com>
drhookson
Want to always have my latest info?
<https://www.plaxo.com/add_me?u=21475050628&src=client_sig_212_1_banner_join
&invite=1&lang=en> Want a signature like
<http://www.plaxo.com/signature?src=client_sig_212_1_banner_sig&lang=en>
this?
Hello,
Does kamailio support PRACK method ?
If yes, how?
Thank you
Cordialement,
BERGANZ François
P Pensez à l'Environnement, n'imprimez ce mail que si nécessaire.
Hi all,
I'm using carrierroute module and ie seems that it's not working
well...Suppose I have 2 entries in carrierroute table...Entry 1 with scan
prefix 00 and prob 0 and a second entry with scan prefix 00 and prob=1...As
soon as i make a call, this call will be forwarded to the entry with prob 0
because i guess it appears before the one with prob 1 in the table...
When starting Kamailio I got the below:
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: adding prefix 1, prob
-14931260.000000
Jul 29 12:30:11 [23143] INFO:carrierroute:get_route_tree: domain 0 not
found, add it
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route_tree: tree default has 1
trees
Jul 29 12:30:11 [23143] DBG:carrierroute:add_route_tree: tree 0Jul 29
12:30:11 [23143] INFO:carrierroute:get_route_tree: created route tree: 0,
with id 0
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: found route, now adding
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route_rule: no backed up rules
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: adding prefix , prob
-14931260.000000
Jul 29 12:30:11 [23143] INFO:carrierroute:get_route_tree: found domain 0
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: found route, now adding
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route_rule: no backed up rules
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: adding prefix 011, prob
-14931260.000000
Jul 29 12:30:11 [23143] INFO:carrierroute:get_route_tree: found domain 0
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: found route, now adding
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route_rule: no backed up rules
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: adding prefix 00, prob
-14931260.000000
Jul 29 12:30:11 [23143] INFO:carrierroute:get_route_tree: found domain 0
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: found route, now adding
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route_rule: no backed up rules
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: adding prefix 111, prob
-14931260.000000
Jul 29 12:30:11 [23143] INFO:carrierroute:get_route_tree: found domain 0
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: found route, now adding
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route_rule: no backed up rules
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: adding prefix 00, prob
-14931260.000000
Jul 29 12:30:11 [23143] INFO:carrierroute:get_route_tree: found domain 0
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: found route, now adding
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route_rule: no backed up rules
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: adding prefix , prob
-14931260.000000
Jul 29 12:30:11 [23143] INFO:carrierroute:get_route_tree: found domain 0
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: found route, now adding
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route_rule: no backed up rules
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: adding prefix 011, prob
-14931260.000000
Jul 29 12:30:11 [23143] INFO:carrierroute:get_route_tree: found domain 0
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: found route, now adding
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route_rule: no backed up rules
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: adding prefix 011, prob
-14931260.000000
Jul 29 12:30:11 [23143] INFO:carrierroute:get_route_tree: found domain 0
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: found route, now adding
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route_rule: no backed up rules
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: adding prefix , prob
-14931260.000000
Jul 29 12:30:11 [23143] INFO:carrierroute:get_route_tree: found domain 0
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route: found route, now adding
Jul 29 12:30:11 [23143] INFO:carrierroute:add_route_rule: no backed up rules
It seems that kamailio is not reading probability entry in carrier route
table
Please find below carrierroute table structure:
CREATE TABLE IF NOT EXISTS `carrierroute` (
`id` int(10) unsigned NOT NULL auto_increment,
`carrier` int(10) unsigned NOT NULL default '0',
`domain` varchar(64) NOT NULL default '',
`scan_prefix` varchar(64) NOT NULL default '',
`flags` int(11) unsigned NOT NULL default '0',
`mask` int(11) unsigned NOT NULL default '0',
`prob` float NOT NULL default '0',
`strip` int(11) unsigned NOT NULL default '0',
`rewrite_host` varchar(128) NOT NULL default '',
`rewrite_prefix` varchar(64) NOT NULL default '',
`rewrite_suffix` varchar(64) NOT NULL default '',
`description` varchar(255) default NULL,
PRIMARY KEY (`id`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1 AUTO_INCREMENT=23 ;
Can someone help me to find this issue?
Regards
Hi
Using Kamailio 1.5 we periodically get the following errors:
Jul 1 09:54:41 localhost /usr/local/sbin/openser[3836]:
ERROR:core:tcp_blocking_connect: poll error: flags 18
Jul 1 09:54:41 localhost /usr/local/sbin/openser[3836]:
ERROR:core:tcp_blocking_connect: failed to retrieve SO_ERROR (110)
Connection timed out
Jul 1 09:54:41 localhost /usr/local/sbin/openser[3836]:
ERROR:core:tcpconn_connect: tcp_blocking_connect failed
Jul 1 09:54:41 localhost /usr/local/sbin/openser[3836]:
ERROR:core:tcp_send: connect failed
Jul 1 09:54:41 localhost /usr/local/sbin/openser[3836]: ERROR:tm:msg_send:
tcp_send failed
They are several emails in this mailing list explaining we should play with
tcp parameters. I will try to change my configuration and see if we can
solve this issue.
But when this kind of error happen we observe that the kamailio processes
are using 100% of CPU (top).
Our client is using SIP over TCP only (no UDP).
Do you have any hint on how to configure Kamailio to improve TCP support ?
Is it normal to kamailio processes to overload CPU ?
Regards,
Pascal
As you may recall, this is a problem where frequently (well,
virtually all of the time) when SER passed a BYE or CANCEL
message through, the device receiving such messages from SER
would reject them, because the Via: header line that SER added
to the BYE or CANCEL message didn't match the one that SER
added to the INVITE message sent earlier.
I brought this up a couple of times in the list previously.
As there was not any response on this point at all, I have
done some digging and have a simplified example and analysis
of what SER appears to be doing wrong.
First, here is an example of the problem occurring. Here
are key header lines from the INVITE and a BYE message of
a sample call:
INVITE INPUT TO SER
From:
<sip:9715551212@10.11.12.13;isup-oli=62;user=phone>;tag=000a0285+1+9c6d0174+ff665515
To: <sip:3719110000@10.20.30.40;user=phone>
Call-ID: 16305237000a0285
CSeq: 252558264 INVITE
SER EMITTED THIS INVITE (to called party)
Via: SIP/2.0/UDP
66.77.88.99;branch=z9hG4bKe47c.7be033a8ca37f0e8a1c6bfe63b043efe.0
From:
<sip:9715551212@10.11.12.13;isup-oli=62;user=phone>;tag=000a0285+1+9c6d0174+ff665515
To: <sip:3719110000@10.20.30.40;user=phone>
Call-ID: 16305237000a0285
CSeq: 252558264 INVITE
BYE INPUT TO SER (from calling party)
Call-ID: 16305237000a0285
From:
<sip:9715551212@10.11.12.13;isup-oli=62;user=phone>;tag=000a0285+1+9c6d0174+ff665515
To: <sip:3719110000@10.20.30.40;user=phone>;tag=15358744
CSeq: 252558265 BYE
SER EMITTED THIS BYE (to called party)
Via: SIP/2.0/UDP
66.77.88.99;branch=z9hG4bKf47c.c79c6922afd022e9b4cdf00110f17fd5.0
Call-ID: 16305237000a0285
From:
<sip:9715551212@10.11.12.13;isup-oli=62;user=phone>;tag=000a0285+1+9c6d0174+ff665515
To: <sip:3719110000@10.20.30.40;user=phone>;tag=15358744
CSeq: 252558265 BYE
The called switch rejects the BYE with a 481 because top-most Via:
in the BYE does not match the one from the INVITE.
Here are the two VIAs added by SER that do not match:
INVITE Via: SIP/2.0/UDP
66.77.88.99;branch=z9hG4bKe47c.7be033a8ca37f0e8a1c6bfe63b043efe.0
BYE Via: SIP/2.0/UDP
66.77.88.99;branch=z9hG4bKf47c.c79c6922afd022e9b4cdf00110f17fd5.0
A review of how SER constructs the branch=nnnn value reveals where
the differences are coming from:
#1. e47c vs f47c difference caused by the Cseq: number changing
between INVITE and BYE messages. The Cseq: value is supposed
to be different in the INVITE and BYE per RFC 3261.
The Cseq: should not be used in generating the branch=nnnn value.
In this example, the BYE just happened to get the very next
sequence number, but it will always be a value other than
the sequence number seen in the INVITE.
#2. 7be033a8ca37f0e8a1c6bfe63b043efe vs c79c6922afd022e9b4cdf00110f17fd5
is caused by ;tag=15358744 added to BYE To: header line. At minimum,
any tags present on the To: and From: header should not be used in
generating the branch=nnnn value because of the handling of tags
in called-party-BYE situations. Also, there is no requirement
in RFC 3261 that the To: nor From: header lines be used in
generating the branch=nnnn value at all.
Based on what I am seeing, it appears that neither the Cseq: nor the
complete To: or From: header lines should have ever been used in
constructing a branch=nnnn value, because of the adverse affects
on CANCEL and BYE messages.
Four things appear to be key to causing the branch=nnnn computation
to generate non-compliant results in this example, as well as the
case of a CANCEL message sent prior to the completion of the
INVITE. (There could be other scenarios.)
#1. The Cseq: value of the BYE will be different than the INVITE
(per RFC 3261). The Cseq: header line should not ever be used in
generation the hash for a branch=nnnn value as it will prevent
the branch in BYE from matching the one in the INVITE.
#2. If the called party generated the BYE message, the tags on the
To: and From: header lines will be exchanged (also per RFC 3261),
so the entire To: and From: header line's content cannot be used
for generating a hash for a branch=nnnn value that is expected
to match earlier messages that had a branch=nnnn value computed
prior to the tag swap.
#3. If a tag was previously absent on the To:/From:, a BYE from
either party will add one. Again, the entire To: and From:
header lines cannot be used for generating a hash for a
branch=nnnn value that matches earlier messages prior to the
addition of any tag.
#4. Any deviation in the From: and To: header lines between INVITE
and BYE/CANCEL will yield a different branch=nnnn value, even
though the parameters of the From: and To: header lines may still
be perfectly legal and technically identical. Any deviation
may be the result of a sloppy SIP implementation in the calling
equipment, but isn't valid grounds for not handling the message
correctly. Examples include things like alternate number formats
(as in To: sip:8885551212@66.77.88.99:5060 (seen in INVITE)
versus To: <sip:8885551212@66.77.88.99:5060> (seen in CANCEL
from same calling device), or differences in the amount of
whitespace (including trailing whitespace), which is supposed
to be ignored in SIP messages but the MD5 generator doesn't
appear to know that it should ignore whitespace.
Any one or a combination of these items (and possibly others)
will cause the current branch=nnnn generation code in SER
to generate a different branch=nnnn value and a receiving
system who is following RFC 3261 will reject the BYE or
CANCEL message that has passed through SER. This is
non-compliant behavior.
For BYE, you only get into this situation if you are using
Record-Route to force the BYE message to pass through SER so
that it can tear down the call (unforce_rtp_proxy() and
similar actions), but for a CANCEL message, anybody can run into
this problem, if syn_branch=0. So, while this defect in the
branch=nnnn generation doesn't affect everybody, it still
appears to be wrong.
Is there by chance a compliant version of char_msg_val()
exists that doesn't have these issues? That is, it doesn't
use the Cseq: header line, and if it uses the From: or To:
header line at all, it computes using only the called/calling
digits, and not anything else that may appear on those
header lines. I also don't understand why this is being
MD5'ed. The RFC only says that the branch must be unique,
and there are lots of cheaper has algorithms out there.
Thanks for reading this far and thanks in advance for
anyone who has fixed this or can come up with a fix.
Hi,
I am currently integrating an H323 to SIP gateway with Kamailio and trying
to route all calls through RTP Proxy.
I have a problem where RTP Proxy treats both the incoming H323 gateway call
(Caller) and outgoing SIP call (Callee) as the 'caller' in the RTP Proxy
syslog. RTP Proxy doesn't assign a 'callee' therefore not able to setup a
call (See syslog below). I have configured Kamailio to accept the 'ACK' with
SDP and this is working correctly.
When I enable H323 Fast connect and the SDP is included in the INVITE, the
call connects correctly and is routed through RTP Proxy. I feel the problem
is related to RTP Proxy receiving an INVITE from the H323-SIP gateway
without SDP.
Can anyone explain why RTP Proxy treats both the incoming H323 Gateway call
and outgoing SIP call as the 'caller' in the RTP Proxy syslog. How can I
make RTP Proxy treat the incoming H323 call as the 'callee'?
Thanks,
More information below
*******************************************************************************
My H323 endpoints use H323 Slow Connect, so when the H323-SIP Gateway
delivers the 'INVITE' to Kamailio there is no SDP included in the INVITE. I
added a 'onreply_route' to the Kamailio configuration file which handles the
'ACK' with SDP which is working correctly.
All of my SIP calls (Signalling + Media) are forced though RTP Proxy and I
would like to force all H323-SIP Gateway calls through RTP Proxy.
When placing a call from my H323 endpoint to my SIP UA, the RTP Proxy syslog
records the incoming and outgoing call, however RTP Proxy states that the
‘callee’ is actually the 'caller'. The RTP Proxy syslog also states that the
caller is the caller so there is no 'callee' (see below). In the syslogs
both the ‘callee’ and ‘caller’ are recognised as the ‘caller’ so RTP Proxy
has no callee to send the traffic back to.
When the INVITE is received the ‘callee’ is populated in the syslogs as the
‘caller’. The H323 Gateway call is not recorded until after the ‘ACK’ with
SDP is received from the gateway.
Oct 27 17:33:05 rtpproxy[24086]: INFO:handle_command: pre-filling caller's
address with 72.19.211.106:49620 (Should be callee)
Oct 27 17:33:05 rtpproxy[24086]: INFO:handle_command: pre-filling caller's
address with 72.19.211.106:49622 (Should be callee)
Then after the ‘ACK’ is received from the Gateway, the H323 call is
mentioned in the syslog as well as the other caller who is supposed to be
the callee.
Oct 27 17:33:06 rtpproxy[24086]: INFO:handle_command: pre-filling caller's
address with 69.72.11.51:10204
Oct 27 17:33:06 rtpproxy[24086]: INFO:handle_command: pre-filling caller's
address with 69.72.11.51:10214
Oct 27 17:33:06 rtpproxy[24086]: INFO:handle_command: pre-filling caller's
address with 72.19.211.106:49620
Oct 27 17:33:06 rtpproxy[24086]: INFO:handle_command: pre-filling caller's
address with 72.19.211.106:49622
--
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