SirMordred in a container
To produce a dashboard with SirMordred, you can also use some containers, available from DockerHub, ready to work:
grimoirelab/installed: includes all GrimoireLab components, and after booting up, it runs SirMordred by default. This image does not include Elasticsearch, Kibiter or MariaDB: they shouldl be available in the host where it is run, in the standard ports.
grimoirelab/full. Includes GrimoireLab and runs SirMordred, as
grimoirelab/installeddoes, but also includes all services needed to produce a dashboard: Elasticsearch, MariaDB, and Kibiter.
grimoirelab/full is the best option if you just want a painless experience of building a dashboard, and don’t mind pulling a large docker image.
grimoirelab/installed is smaller, and more suitable for using GrimoireLab if you already have Elasticsearch, MariaDB and Kibiter available in your host or somewhere else.
For using these container images, ensure you have a recent version of
docker installed, see Docker installation instructions). The examples have been tested with 17.x in Debian GNU/Linux,
To try it this container image, just run it as follows:
$ docker run -p 127.0.0.1:5601:5601 \ -v $(pwd)/credentials.cfg:/override.cfg \ -t grimoirelab/full
credentials.cfg should have a GitHub API token (see Personal GitHub API tokens), in a
[github] api-token = XXX
This will pull the
grimoirelab/full Docker container image from DockerHub (if it is not already in the local host), and will run it. Upon running it, the container will launch Elasticsearch, MariaDB, and Kibana, so they will be ready when the container launches
SirMordred to produce a complete GrimoireLab dashboard. With the default configuration, a dashboard for the GrimoireLab project will be produced. Once produced, you can just point your browser to http://localhost:5601 and voila.
docker run command line above exposed port 5601 in the container to be reachable from the host, as
localhost:5601. If you omit “127.0.0.1:”, it will be reachable to any other machine reaching your host, so be careful: by default there is no access control in the Kibiter used by this container.
The command above uses the
/override.cfg file for the configuration of SirMordred. In fact, this is the fourth configuration file in a chain of configuration files for SirMordred. The order of configuration files matter, as values read in later configuration files will overwrite values read in earlier configuration files. Using this mechanism, you can set configuration specific to your instance using a single
There are three configuration files read in before
/override.cfg. The first one,
/infra.cfg has the configuration for finding the infrastructure needed to run (Elasticsearch, Kibiter, MariaDB, etc.), and is likely that you don’t need to change it except if you want to use some external service instead of those provided by the container.
/dashboard.cfg has general configuration for producing a dashboard, with some tweaks that seem appropriate for a demo dashboard. It can be adapted to produce a dashboard that suits your needs. The third one,
/project.cfg, has configuration specific for the project to analyze (GrimoireLab itself, in the default case).
A slightly different command line is as follows:
$ docker run -p 127.0.0.1:9200:9200 -p 127.0.0.1:5601:5601 \ -v $(pwd)/logs:/logs \ -v $(pwd)/credentials.cfg:/override.cfg \ -t grimoirelab/full
This one will expose also port
9200, which corresponds to Elasticsearch. This allows direct queries to the indexes stored in it. In addition, it also mounts a local directory (
logs) so that the container writes SirMordred logs in it.
By default, Elasticsearch will store indexes within the container image, which means they are not persistent if the image shuts down. But you can mount a local directory for Elasticsearch to write the indexes in it. this way they will be available from one run of the image to the next one. For example, to let Elasticsearch use directory
es-data to write the indexes:
$ docker run -p 127.0.0.1:9200:9200 -p 127.0.0.1:5601:5601 \ -v $(pwd)/logs:/logs \ -v $(pwd)/credentials.cfg:/override.cfg \ -v $(pwd)/es-data:/var/lib/elasticsearch \ -t grimoirelab/full
grimoirelab/full container, by default, produces a dashboard showing an analysis of the CHAOSS project. If you want to change the list of repositories to analyze, you need to create a
projects.json file, and override with it the one that the container uses. For the format of that file, see the section The projects file.
The file to override is
/projects.json in the container, so the command to run it could be (assuming the file was created as
projects.json in the current directory):
$ docker run -p 127.0.0.1:9200:9200 -p 127.0.0.1:5601:5601 \ -v $(pwd)/logs:/logs \ -v $(pwd)/credentials.cfg:/override.cfg \ -v $(pwd)/projects.json:/projects.json \ -t grimoirelab/full
You can also get a shell in the running container, and run arbitrary GrimoireLab commands (
container_id is the identifier of the running container, that you can find out with
docker ps, or by looking at the first line when running the container):
$ docker exec -it container_id env TERM=xterm /bin/bash
In the shell prompt, write any GrimoireLab command. And if you have mounted external files for the SirMordred configuration, you can modify them, and run SirMordred again, to change its behaviour.
If you want to connect to the dashboard to issue your own commands, but don’t want it to run SirMordred by itsef, run the container setting
$ docker run -p 127.0.0.1:9200:9200 -p 127.0.0.1:5601:5601 \ -v $(pwd)/logs:/logs \ -v $(pwd)/credentials.cfg:/override.cfg \ -v $(pwd)/es-data:/var/lib/elasticsearch \ -e RUN_MORDRED=NO \ -t grimoirelab/full
This will make the container launch all services, but not running
sirmordred: you can now use the container the way you may want, getting a shell with
Warning When SirMordred is done, the container stays forever (well, in fact for a long number of days), so that Kibana is still available to produce the dashboard for your browser. When you want to kill the container, it is not enough to just type
<CTRL> C, sice that will only kill the shell, but the services on the background will stay. You will need to use
docker kill to kill the container.
For running the
grimoirelab/installed docker image, first set up the supporting systems in your host,
as detailed in the Supporting systems section. Finally, compose a SirMordred configuration file with credentials and references the supporting system. For example:
[es_collection] url = http://localhost:9200 user = password = [es_enrichment] url = http://127.0.0.1:9200 user = password = [sortinghat] host = localhost user = jgb password = XXX database = grimoirelab_sh [github] api-token = XXX
The first lines specify how to access Elasticsearch (the link to its REST API, and credentials) for managing both raw (
es_collection) and enriched (
es_enrichment) indexes. The values in this example are the default ones if you just install Elasticsearch as explained in the Supporting Systems section.
Then, there are some lines for the SortingHat database: they should be the location (
localhost in this case) of MariaDB or MySQL, credentials for accesing it, and the name of the SortingHat database (schema) you want to use (if it does not exist, it will be created).
The last two lines specify your GitHub user token, which is needed to access the GitHub API. This is because the default behavior of the container is to visit GitHub as one of the data sources to collect.
Now, just run the container as:
$ docker run --net="host" \ -v $(pwd)/credentials.cfg:/override.cfg \ grimoirelab/installed
credentials.cfg is the name of the SirMordred configuration file mentioned above.
This will pull the image from DockerHub, and run it allowing it to “see” the network ports of the host. This way, GrimoireLab tools running in the contaniner will be able of connecting to Elasticsearch to produce and consume indexes, and MariaDB or MySQQL to manage the SortingHat database.
If run as above, the container will run SirMordred, which in turn will run the GrimoireLab tools needed to produce a standard dashboard for the GrimoireLab project.