| commit | 173095f9fafcd43828e709a5ce965e81d4b61b99 | [log] [tgz] |
|---|---|---|
| author | Oliver Smith <osmith@sysmocom.de> | Thu Jul 14 12:37:13 2022 +0200 |
| committer | Oliver Smith <osmith@sysmocom.de> | Fri Jul 15 15:08:51 2022 +0200 |
| tree | 0987cba422c840c767e263fd13594f30ce8ba84a | |
| parent | 9491cf41d08cdb1dd3d1a2cf922dd0bdba9209cf [diff] |
debian: add packaging
Add initial debian packaging and a systemd service that starts
osmo_dia2gsup. Given that dependencies listed in rebar.lock are not
packaged in debian 11, this just uses rebar3 to download and compile
the dependencies during the build.
Resulting erlang files are installed to the following path, where they
become available in the erlang shell (erl):
/lib/erlang/lib/{name_of_component}/ebin/
Related: SYS#6006
Change-Id: Ic55bca1260f992d0ed8583e7c7fe948ba0160d4d
= Osmocom DIAMETER -> GSUP translator =
This project implements a proxy translating Diameter into GSUP, hence allowing Diameter clients connecting to GSUP server. This allows, for instance, using OsmoHLR as an HSS used by 4G/5G nodes.
== Building ==
Install erlang and rebar3 packages (not "rebar", that's version 2! You may need to compile it from source in some distros).
$ rebar3 compile $ rebar3 escriptize
== Testing ==
Unit tests can be run this way: $ rebar3 eunit
== Running ==
Once osmo_dia2gsup is built, you can start it this way:
$ rebar3 shell
In the erlang shell: 1> osmo_dia2gsup:start().