Preparation
To prepare for setting up a systemd service for the OAK binary, you’ll need the
following information:
INSTALLATION_DIR: Directory where downloaded theoak-collatorbinaryNODE_NAME: Custom identifier for your nodeDATA_DIR: Directory where you would like to store OAK blockchain dataNODE_KEY: Key for running your collatorUSER: User that the service should run asGROUP: Group that the service should run as
Installation
Once you have prepared the required information, you can use the following
service definition to run the OAK collator. On Debian based distributions, this
file should be placed at /etc/systemd/system/oak-collator.service.
[Unit]
Description="OAK Collator"
After=network.target
StartLimitIntervalSec=0
[Service]
ExecStart=INSTALLATION_DIR/oak-collator \
--name=NODE_NAME \
--base-path=DATA_DIR \
--chain=turing \
--node-key=NODE_KEY \
--collator \
--force-authoring \
--execution=wasm \
--state-cache-size=0 \
-- \
--execution=wasm \
--no-telemetry
Type=simple
Restart=on-failure
RestartSec=10
KillSignal=SIGHUP
User=USER
Group=GROUP
[Install]
WantedBy=multi-user.target
After you have created the service definition, you can enable and start the
service using systemctl:
systemctl enable oak-collator
systemctl start oak-collator
Usage
systemd will automatically start your collator when you restart your system or if the process is killed. Here are some other commands that might be useful while operating an OAK node.
journalctl -u oak-collator- View logs for the node.
man journalctlfor more filtering options.
- View logs for the node.
systemctl restart oak-collator- Restart the collator service
Monitoring & Alerting
Since OAK is a Substrate-based project, you can use Node Exporter, Prometheus and Grafana to monitor your nodes. For more information, please follow this tutorial.