Link to the Repository: https://github.com/TimoA200/ballsfs
To build the project rust needs to be installed: https://www.rust-lang.org/tools/install
Docker must also be installed, if you want to use containers: https://docs.docker.com/engine/install/
(This step can be skipped, if the prebuild ubuntu binaries in ubuntu-build are used).
In order to create an optimized build of both the daemon and the client, simply run: cargo build --release. The binaries will be saved in ./target/release.
The BallsFS daemon can be installed either using docker, or without docker, this section will cover both methods.
To install the BallsFS daemons simply put the ballsd binaries onto the servers, which are supposed to be part of the cluster.
Next configure the firewall, that the servers can reach each other using the port 8001.
Next create the balls-config.json on each host and put it in the same folder as the ballsd binary.
The balls-config.json defines a list with the IPs of all the other peers, her is an example:
{
"peers": ["10.1.1.3", "10.1.1.4"]
}Then simply run ./ballsd on all the peers and the cluster should be running.
To use ballsFS with docker, clone the whole project folder onto the different hosts, or at least all the important files, and folders.
Then create the balls-config.json for every host again, as described in the section above and put it into the root folder of the project.
Then simply run docker compose up on every host and the daemons should be running.
You can use the ballscli binary to interact with the cluster.
It is important that you also create the balls-config.json file for the client in the root project of the folder.
It looks slightly different because it provides a list of daemons instead of peers, below is an example:
{
"daemons": ["10.1.1.2", "10.1.1.3", "10.1.1.4"]
}Run ./ballscli --help to get guidance of how to use the client.
Congrats🎉