Example Linux Setup with Systemd¶
These instructions will give you a flexible and secure setup for Piqueserver that starts automatically at boot, restarts on crashes, and collects logs.
It also allows you to run as many instances as you want in parallel.
Install latest piqueserver using pip or whatever other method you like.
# pip3 install piqueserver
Create a dedicated directory for piqueserver data. You can put this anywhere
you like. It is a good idea to put some identifier for your server, such as
ctf in the folder name, in case you want to create more server configs in
# mkdir -p /var/lib/piqueserver/servername/
We want a seperate group to be able to restrict permissions in a more granular way
# groupadd --system piqueserver
Optionally join your own user to the
piqueserver group to be able to
edit files in the piqueserver directory freely.
# usermod -a -G piqueserver yourusername
We want to copy the default config directory over.
# piqueserver --copy-config -d /var/lib/piqueserver/servername
Edit a new file,
/etc/systemd/system/piqueserver@.service and insert
the following contents.
[Unit] Description=Piqueserver [Service] ExecStart=/usr/local/bin/piqueserver -d /var/lib/piqueserver/%i User=piqueserver Group=piqueserver Restart=always # Security Sandbox Settings Group=piqueserver DynamicUser=true # only allow access to the state folder, nothing else ProtectHome=true TemporaryFileSystem=/var:ro PrivateDevices=true StateDirectory=piqueserver/%i # disallow any unusual syscalls SystemCallFilter=@system-service [Install] WantedBy=network.target
You can now start, stop, and see the status of the process using systemctl.
You will probably want to start the server at boot. To do this, run:
# systemctl enable [email protected]
To tail the logs, run
# journalctl -f -u [email protected]