7166d0f448
Rhizomatica is using FreeSWITCH and we should have an easy way to test against it. A docker container with exposed ports seems like the easiest. FreeSWITCH by default is giving us some exmaple numbers: * 5000 a menu... that allows DTMF * 9195 an echo test * 9198 tetris. The config is copied on top of the default/big config that is installed. If this PBX should be reached from the outside one needs to change 127.0.0.1 to the external address and maybe configure the acl as well to add more CIDRs. Besides that make container make run Will build it and start the container. Takes a bit of time and requires docker. With it configure one can see things like: 2017-03-05 15:32:49.913912 [INFO] switch_channel.c:515 RECV DTMF 3:2000 2017-03-05 15:32:50.952752 [INFO] switch_channel.c:515 RECV DTMF 2:2000 Now to test DTMF in the system. Change-Id: I7f3aa8c81b9e8698df090a05d2e41a41b67d8e3c |
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README
Provide a semi-stable remote PBX system. There is no preferred PBX but YaTE is pretty small and still functional enough. Anyway Rhizomatica is using FreeSWITCH so let's use that for testing. This is creating a docker image with a SIP configuration that will allow to record audio, have a DTMF menu using some fixed numbers. Feel free to extend it to support bidirectional calls and routing. It is using the Debian packages and installs everything as I am not interested to track dependencies and see what is missing. Again feel free to optimize the size. Build: make or docker build -t yourimagename:tag . Run: docker run yourimagename:tag SIP is exposed on 5060 of your port and audio on 6000-6020