Packet capture of the transaction between the device and teh It should just register on the new system.
#OPENSER XLOG PASSWORD#
Mismatched HA1 would imply a password failure but I haveĪbsolutely, positively verified the passwords in both databaseĮntries and the /_*only*_/ thing I change on the device is the sip When I change the sip server to the new system, to OpenSIPS systemįails due to mismatched HA1.
#OPENSER XLOG REGISTRATION#
Registration to the OpenSER system works perfectly - HA1 validates. I created identical DB entries for this unit in both the original Now it is challenging and /_*rejecting!*_/ The HA1 is failing toĬompare! But the passwords are correct! Now I am really mystified. So, once I fixed the firewall I thought that would be it. To add the IP for the OpenSIPS proxy to a firewall that wasīlocking the response from this new sip server (facepalm) to the Use the below to double check which party is failing in computing The device is calculating the response correctly for 2 other systems. The device registers just fine with both asterisk and OpenSER v1.1 OpenSIPS was calculating incorrectly - then what? I'm not sure what the point of this would be. Which side is not doing the proper computing and eventually see why. I'm quite sure OpenSIPS is computing the auth correctly, after all youĪre the only one complaining on this. So, this begs the question - why is OpenSIPS getting it wrong?
I found a more comprehensive tool and got the correct result from theĪbove digest (password redacted from the image below): So I can't get a correct calculation anyway. Nc=00000001,cnonce="30a17663" which is more than the python script uses Poll method support: poll, epoll, sigio_rt, select. Q_MALLOC, F_MALLOC, HP_MALLOC, DBG_MALLOC, FAST_LOCK-ADAPTIVE_WAITĪDAPTIVE_WAIT_LOOPS=1024, MAX_RECV_BUFFER_SIZE 262144, MAX_LISTEN 16, They can't both be wrong and OpenSIPS be correct.įor reference this is what I have installed:įlags: STATS: On, DISABLE_NAGLE, USE_MCAST, SHM_MMAP, PKG_MALLOC, Same device, exactly the same credentials and it authenticates properlyĪgainst 2 other systems. With the module configured, it’s time to setup the actual routing of the SIP requests.I understand your thought process. Modparam("lcr", "defunct_gw_avp", "$avp(s:defunct_gw_avp)")
At the bottom of that section, add the following values: modparam("lcr", "db_url", "gw_uri_avp", "$avp(i:709)") Back in the configuration file, look for the module parameters section. Now that we’ve configured Kamailio, we need to configure the LCR module. We can now begin setting up the LCRs module parameters. In the same config file, locate the section where it says “loadmodule” and go to the bottom of that list and add: loadmodule “lcr.so” If your Kamailio instance is behind a firewall make your line look like this: listen=udp::5060 advertise :5060Įlse if your Kamailio instance is on the public internet make it look like this: listen=udp::5060īy default Kamailio does not load the LCR module so we will need to add it. Open up your Kamailio configuration (kamailio.cfg) and look for the “listen” line. Configuring Kamailioīefore we start setting up the LCR module, we first need to make some changes to the Kamailio configuration file. First off, we will need to modify the listen parameter. Other than a Kamailio server, you can proceed with the rest of the tutorial. All you’ll need is 2 carrier endpoints and their rates for calling a certain area code.
#OPENSER XLOG HOW TO#
The goal of this document is to explain how to get Kamailio to route traffic to the carrier with the least cost.
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