Let orchestrator know where to find backend database. In this setup orchestrator
will serve HTTP on port :3000
.
{
"Debug": false,
"ListenAddress": ":3000",
}
You may choose either a MySQL
backend or a SQLite
backend. See High availability page for scenarios, possibilities and reasons to using either.
You will need to set up schema & credentials:
{
"MySQLOrchestratorHost": "orchestrator.backend.master.com",
"MySQLOrchestratorPort": 3306,
"MySQLOrchestratorDatabase": "orchestrator",
"MySQLOrchestratorCredentialsConfigFile": "/etc/mysql/orchestrator-backend.cnf",
}
Notice MySQLOrchestratorCredentialsConfigFile
. It will be of the form:
[client]
user=orchestrator_srv
password=${ORCHESTRATOR_PASSWORD}
where either user
or password
can be in plaintext or get their value from the environment.
Alternatively, you may choose to use plaintext credentials in the config file:
{
"MySQLOrchestratorUser": "orchestrator_srv",
"MySQLOrchestratorPassword": "orc_server_password",
}
For a MySQL backend DB, you will need to grant the necessary privileges:
CREATE USER 'orchestrator_srv'@'orc_host' IDENTIFIED BY 'orc_server_password';
GRANT ALL ON orchestrator.* TO 'orchestrator_srv'@'orc_host';
Default backend is MySQL
. To setup SQLite
, use:
{
"BackendDB": "sqlite",
"SQLite3DataFile": "/var/lib/orchestrator/orchestrator.db",
}
SQLite
is embedded within orchestrator
.
If the file indicated by SQLite3DataFile
does not exist, orchestrator
will create it. It will need write permissions on given path/file.