Step 8: Enter Comm path priority on local serverĪfter entering data in all the required fields, click Create. Step 7: Choose IP address for remote server to use for Comm path Step 6: Choose IP address for local server to use for Comm path (For each field in a dialogue box, you can click Help for additional information.) For each box, provide the required information and click Next to advance. Next, you are presented with a series of dialogue boxes. Step 4: Choose the local and remote servers The following screenshots walk you through the process of logging into the GUI, connecting to both cluster nodes, and creating the Comm paths. This way, the failure of one communication line won’t cause a split-brain situation. To start the GUI application, enter this command on either of the cluster nodes: /opt/LifeKeeper/bin/lkGUIapp & Or, to open the GUI applet from a Web browser, go to The first step is to make sure that you have at least two TCP communication (Comm) paths between each primary server and each target server, for heartbeat redundancy. (The GUI is based on Java RMI with callbacks, so hostnames must be resolvable or you might receive a Java 115 or 116 error.) The LifeKeeper GUI is a Java-based application that can be run as a native Linux app or as an applet within a Java-enabled Web browser. LifeKeeper is an integrated component of SPS for Linux. Now it’s time to access the SteelEye LifeKeeper GUI. In this post, we complete the process to Create a 2-Node MySQL Cluster Without Shared Storage. We also began walking through the process of setting up the cluster, using data replication and SteelEye Protection Suite (SPS) for Linux. The previous post introduced the advantages of running a MySQL cluster, using a shared-nothing storage configuration.
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Step-by-Step: How To Create A 2-Node MySQL Cluster Without Shared Storage, Part 2
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