Deployment Guide

Deployment Guide 31
15 Enter the information in the Disk Group window for the flashback recovery files and click OK .
Enter a name for the disk group to be created, such as
flashbackDG , select External Redundancy ,
and select the disks to include in the disk group (for example,
/dev/raw/ASM2 ).
A window appears indicating that disk group creation is in progress.
16 In the ASM Disk Groups window, check the disk group that you would like to use for database storage
(for example,
databaseDG ) and click Next .
17 In the DataBase File Locations window, check Use Common Location for All Database Files , and click Next .
18 In Recovery Configuration window, click Browse , select the flashback group that you created in
step 15 (for example,
flashbackDG ), and click Next .
19 In Database Content window, click Next .
20 In Database Services window, click Next .
21 In the Initialization Parameters window, if your cluster has eight nodes, change the Shared Pool value
to 500 MB, and click
Next .
22 In the Database Storage window, click Next .
23 In the Creation Options window, select Create Database and click Finish .
24 In the Confirmation window click OK to create the database.
NOTE: The creation of the seed database may take more than an hour.
When the database creation is completed, the Password Management window appears.
25 Click Exit .
A message appears indicating that the cluster database is being started on all nodes.
26 Perform the following steps on each node :
a Determine the database instance that exists on that node by typing:
srvctl status database -d <database name>
b Add the ORACLE_SID environment variable entry in the oracle user profile by typing
the following:
echo "export ORACLE_SID=racdbx" >> /home/oracle/.bash_profile
source /home/oracle/.bash_profile
where racdbx is the database instance identifier assigned to the node.
This example assumes that
racdb is the global database name that you defined in DBCA.