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Disk groups can be created using asmca, asmcmd, or Enterprise Manager. Disk groups can also be created manually using the CREATE DISKGROUP command in SQL*Plus when connected to the ASM instance, as in the following example: SQL> create diskgroup DATA > normal redundancy > failgroup controllerA disk 'ORCL:DATA01', 'ORCL:DATA02', 'ORCL:DATA03', 'ORCL:DATA04' > failgroup controllerB disk 'ORCL:DATA05', 'ORCL:DATA06', 'ORCL:DATA07', 'ORCL:DATA08'; Diskgroup created.

Apache s main function on Oracle Collaboration Suite middle tier instances is to route requests through modplsql to Portal access; modoc4j to one of several OC4J instances that run the Mail and Content Services servers; and modfastcgi for the Calendar Application System processes On the infrastructure instance, Apache responds to Single Sign-On login requests.

Note In the foregoing example, we assumed disk provisioning via ASMLib. We discussed SAN Disk Discovery and Configuration in 6 in detail.

Mail version 8.1 6/6/93. Type for help. "/var/spool/mail/curtis": 1 message 1 unread >U 1 curtis@example.com Thu Sep 8 00:44 17/593 & 1 Message 1: From curtis@example.com Thu Sep 8 00:44:20 2005 Date: Thu, 8 Sep 2005 00:44:20 -0400 From: Curtis Smith <curtis@example.com> To: curtis@example.com Subject: First e-mail Hello world. &

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The redundancy clause in the preceding example specifies which level of redundancy should be provided by ASM. If no FAILGROUP clause is specified, then each disk will be in its own failure group. In this example, two failgroups were explicitly created for two storage controllers. Since you are using a server parameter file in ASM 11.2, the disk group name will be added automatically to the ASM_DISKGROUPS parameter. Clusterware will also detect a new ASM disk group and add it as a resource. Oracle 11.1 added attributes to the ASM disk group, which were extended in Oracle 11.2. At the time of this writing, the following attributes could be set.

The use of Grid Infrastructure is not limited to clusters it also provides high availability to single-instance Oracle deployments, as well. The standalone Grid Infrastructure installation was previously called Single Instance High Availability (SIHA), but it was renamed to Oracle Restart in the public release. With Oracle Restart, you shouldn t need startup scripts to start and stop databases and services because singleinstance Oracle is managed in a way very similar to RAC. For example, you get FAN events as an added benefit when services go down (unexpectedly) or as part of a Data Guard broker-controlled failover operation.

from users browsers and connects users to the OIDDAS OC4J application. OIDDAS can be used by users to manage their own accounts in the Oracle Internet Directory, or by administrators to manage and provision anyone s accounts.

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Once installed, a number of daemons are used to ensure that the cluster works as expected and communication to the outside world is possible. Some of these are started with root privileges if the Linux platform requires it. For example, any change to the network configuration requires elevated rights. The other daemon processes are executed with the Grid software owner s permissions. Table 2-2 introduces the main Clusterware and Grid Infrastructure daemons. Table 2-2. Main Clusterware/Grid Infrastructure Daemons and Their Use

The Oracle High Availability Service is the first Grid Infrastructure component started when a server boots. It is configured to be started by init(1), and it is responsible for spawning the agent processes. Two oracle agents are used with Grid Infrastructure. The first one, broadly speaking, is responsible for starting a number of resources needed for accessing the OCR and voting files. It is created by the OHAS daemon. The second agent is created by the Cluster Ready Services Daemon (CRSD see below), and it starts all resources that do not require root access on the operating system. The second Oracle Agent is running with the Grid Infrastructure software owner s privileges, and it takes over the tasks previously performed by the racg process in RAC 11.1.

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