This repository aims to provide a ready-to-go Docker Compose setup for managing the complete FAF stack (or parts of it) with simple commands.

The FAF production and test server use this repository and therefore guarantee close-to-production readyness.

The FAF stack consist of multiple components:

• Service definitions in .yml files
• Global and application level configuration
• Application data

This repository contains only templates of the configuration and no data. "Real" configuration and data are excluded by .gitignore. In fact, all files and directories are excluded if not explicitly un-ignored within .gitignore. The data directory will be automatically created.

FAF is a very complex infrastructure. In order to make it easier for new developers to get into it, we split the services across multiple docker-compose files:

• docker-compose.yml contains all core services of FAF. If you want to start developing for FAF you can concentrate on this particular file.
• faf-extra.yml contains services for the FAF community which are not required for the core infrastructure to run.
• monitoring.yml contains dedicated monitoring applications which provide insights on the load and behavior of the FAF applications

On root level there needs to be an .env file which contains some global setup.

Each service has its own directory within config. They usually contain an environment file and/or other configuration files needed for the service to operate properly. Environment files are loaded by Docker Compose and additional files/directories may be mounted as volumes (both as specified in their respective .yml file).

The config directory does not exist and has to be copied from config.templates. After that, it has to be kept in sync with updates to config.templates manually (like when a parameter has been added, renamed or removed). If you don't need / want to change the application config, you could also create a symlink from config.template to config. This way you will always have the latest default config.

Some services need to persist files in volumes, or read files of other services. All volumes are created inside the data directory.

Attention Windows users: Docker for Windows has some troubles mounting volumes to your hard disk. You need to configure access to the drive and even then some services might refuse to work. For a better experience we recommend using a virtual machine running Linux or at least running docker in the Windows Subsystem for Linux (WSL).

To keep things intuitive and avoid conflicts, all services, network aliases, user names, folder names and environment files follow a consistent naming.

• Docker 20.10.7-ce or newer
• Docker Compose v1.28.6 or newer

(It might work with older versions but is not tested on these.)

cp -R config.template config
cp .env.template .env

In folder config/faf-java-api/pki replace private.key and public.key with new keys generated with ssh-keygen -m pem. The secret key needs to be in rsa format and the public key in ssh-rsa format (see config.template for examples).

Hint: Some linux distros generate 3072 bit RSA keys by default (e.g. Arch). 3072 bit is not supported. Please use 2048 bit or 4096 bit key length.

scripts/init-all.sh

This will launch some core services and generate system users, database schemas and OAuth clients.

After initialization you will have a blank database - no logins, no maps, etc. In all likelihood you'd like to load some data to use this environment. You could look at the test data, the sanitized db dump or API server integration test data. Each of these has pros and cons and commonly becomes stale (as schema evolves etc), and you may need to fiddle with data to match new schemas; database repository history may help.

To load the data, you'd run a command along the lines of -

docker exec -i  faf-db mysql -D faf -uroot -pbanana < $DB_REPO/test-data.sql

If new migrations were added since you've initialized your environment, you can run them with -

docker-compose run --rm faf-db-migrations migrate

1. Log into Grafana using admin/admin
2. Add a Prometheus datasource named Prometheus at https://faf-prometheus:9090
3. Go to global organization settings and change the name from Main org. to Forged Alliance Forever. This is required to enable anonymous access, too.