| commit | 55695500414e26f1762eadbf593ba8631883a320 | [log] [tgz] |
|---|---|---|
| author | Zack Williams <zdw@cs.arizona.edu> | Wed Nov 30 17:20:14 2016 -0700 |
| committer | Zack Williams <zdw@cs.arizona.edu> | Fri Dec 16 10:57:37 2016 -0800 |
| tree | 218d07aece80fd3e03eb432859accb57bf69833f | |
| parent | b2254a58311637359209fe5d74ea44939c0fead4 [diff] |
don't run anything by default in xos container, create directories get rid of database port/ip from env vars hack default to 'xos_db' for the database host don't require redis container update to docker-compose v2 format, to use docker networking more compose v2 fixes add networks to ui/sync containers update docker/docker-compose versions update ansible, reduce errors during xos-manage execution try localhost instead of 127.0.0.1 dependencies for docker-compose, legacy django db restore (unfortunately) Change-Id: I7d30a1731d7a0906b2cf836693470936d2597ed0
XOS is now packaged as a project in the larger CORD open source initiative, with source code managed through https://gerrit.opencord.org. It is also mirrored at:
https://github.com/opencordHttps://github.com/open-cloudthe latter of which corresponds to the configuration of XOS we run on OpenCloud.
Up-to-date information about XOS is available at the CORD Wiki. Additional information is available at the original XOS web site, but it is now somewhat dated.
The best way to get started with XOS is to bring up a "Single Node CORD POD," as described here. This version is configured with a service graph that includes ExampleService, which is a good platform for understanding how to build and use XOS.