18.3 Configuration of MySQL Cluster NDB 7.3

18.3.1 Quick Test Setup of MySQL Cluster
18.3.2 MySQL Cluster Configuration Files
18.3.3 Overview of MySQL Cluster Configuration Parameters
18.3.4 MySQL Server Options and Variables for MySQL Cluster
18.3.5 Using High-Speed Interconnects with MySQL Cluster

A MySQL server that is part of a MySQL Cluster differs in one chief respect from a normal (nonclustered) MySQL server, in that it employs the NDB storage engine. This engine is also referred to sometimes as NDBCLUSTER, although NDB is preferred.

To avoid unnecessary allocation of resources, the server is configured by default with the NDB storage engine disabled. To enable NDB, you must modify the server's my.cnf configuration file, or start the server with the --ndbcluster option.

This MySQL server is a part of the cluster, so it also must know how to access an management node to obtain the cluster configuration data. The default behavior is to look for the management node on localhost. However, should you need to specify that its location is elsewhere, this can be done in my.cnf, or with the mysql client. Before the NDB storage engine can be used, at least one management node must be operational, as well as any desired data nodes.

For more information about --ndbcluster and other mysqld options specific to MySQL Cluster, see Section 18.3.4.2, “MySQL Server Options for MySQL Cluster”.

In MySQL Cluster NDB 7.3.1 and later, you can use the MySQL Cluster Auto-Installer to set up and deploy a MySQL Cluster on one or more hosts using a browser-based GUI. For more information, see Section 18.2.1, “The MySQL Cluster Auto-Installer”.

For general information about installing MySQL Cluster, see Section 18.2, “MySQL Cluster Installation”.