thunderdome is an object-graph mapper (OGM) designed specifically for use with Titan (http://thinkaurelius.github.com/titan/) via Rexster (https://github.com/tinkerpop/rexster/wiki). Thunderdome supports easily integrating Gremlin graph-traversals with vertex and edge models. For those already familiar with Blueprints (https://github.com/tinkerpop/blueprints/wiki) there is a simple example.

$ pip install thunderdome

If you have questions, comments, or feature requests please visit the Google Group Thunderdome Users

A Vagrant virtual environment is provided with the thunderdome repository. This will setup a Titan/Rexster server in a virtual environment and provides an easy way to get up and running with thunderdome. To get the virtual environment up and running simply do the following:

$ cd path/to/thunderdome
$ vagrant up
...
$ vagrant ssh
...
vagrant@precise64:~$ cd /vagrant

This will put you in the thunderdome directory in the vagrant box. You can now run the unit-tests or start playing around within the python shell.

Check out the Quick Start page for a simple introduction to working with thunderdome.

To get thunderdome unit tests running you'll need a rexster server configured with a thunderdome graph.

<graph>
    <graph-name>thunderdome</graph-name>
    <graph-type>com.thinkaurelius.titan.tinkerpop.rexster.TitanGraphConfiguration</graph-type>
    <graph-read-only>false</graph-read-only>
    <graph-location>/tmp/thunderdome</graph-location>
    <properties>
          <storage.backend>local</storage.backend>
          <storage.directory>/tmp/thunderdome</storage.directory>
          <buffer-size>100</buffer-size>
    </properties>

    <extensions>
      <allows>
        <allow>tp:gremlin</allow>
      </allows>
    </extensions>
</graph>