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Oracle Database 11g introduces the force option to the mount and drop diskgroup syntax. In Oracle Database 10g, to mount a diskgroup, DBAs would issue the following command: SQL> alter diskgroup data mount; In Oracle Database 11g, you can force the mount of the diskgroup even if not all the disks participating in the diskgroup are available: SQL> alter diskgroup data mount force; By default, the mount of the diskgroup is done with the noforce option. All disks must be available for the mount to succeed. With the force option, ASM simply offlines any disks that are missing and mounts the diskgroup with the available disks. This option can cause problems if used incorrectly. The issue could be something as simple as an incorrect asm_diskstring parameter. By using the force option to mount a diskgroup, you can cause more problems than not. The force option should be used cautiously. The force option can be leveraged with ASM redundancy diskgroups. ASM will force a mount of a diskgroup even with missing or damaged failure groups. In a RAC environment, only one RAC node may mount a diskgroup with the force option. Once a diskgroup is mounted, the remaining nodes will receive an alert when it tries to mount the diskgroup with the force option. In the world of ASM, it is common practice to use the dd utility to clear out the header of disks. In Oracle Database 10g, in order to drop a diskgroup, it had to be mounted. If the diskgroup cannot be mounted, you can clear the disk(s) using the dd command.

select * from ( select a.sid session_id ,a.sql_id ,a.status ,a.cpu_time/1000000 cpu_sec ,a.buffer_gets ,a.disk_reads ,b.sql_text sql_text from v$sql_monitor a ,v$sql b where a.sql_id = b.sql_id order by a.cpu_time desc) where rownum <=20; The output of this query doesn t fit easily onto a page. Here is a subset of the output: SESSION_ID ---------194 191 SQL_ID ------------4k8runghhh31d 9tjq6dfrwgzfr STATUS CPU_SEC BUFFER_GETS --------- ---------- ----------DONE 7 8.66 0 EXECUTING 45.57 1944 DISK_READS SQL_TEXT ---------- -----------0 select count(*) 7 select output f

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The following syntax enables you to specify a template for the creation of a single AER baseline in some future period: dbms_workload_repository.create_baseline_template( start_time in date, end_time in date, baseline_name in varchar2, template_name in varchar2, expiration in number, dbid in number default null);

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In the query, an inline view is utilized to first retrieve all records and organize them by CPU_TIME in descending order. The outer query then limits the result set to the top twenty rows using the ROWNUM pseudocolumn. You can modify the previous query to order by the statistic of your choice. You can also modify it to display only the queries that are currently executing. For example, the next SQL statement monitors executing queries ordered by the number of disk reads: select * from ( select a.sid session_id ,a.sql_id ,a.status ,a.cpu_time/1000000 cpu_sec ,a.buffer_gets ,a.disk_reads ,substr(b.sql_text,1,15) sql_text from v$sql_monitor a ,v$sql b where a.sql_id = b.sql_id and a.status='EXECUTING' order by a.disk_reads desc) where rownum <=20;

Note that you can use the expiration attribute to set the time (in days) for which Oracle must maintain a baseline. The default value is null, meaning the database will never drop a baseline.

Note If you re using Oracle Database 10g or lower, see recipe 19-4 for displaying resource-consuming queries.

You can specify a template for creating a repeating baseline using the following procedure: dbms_workload_repository.create_baseline_template( day_of_week IN VARCHAR2, hour_in_day IN NUMBER, duration IN NUMBER, start_time IN DATE, end_time IN DATE, baseline_name_prefix IN VARCHAR2, template_name IN VARCHAR2, expiration IN NUMBER, dbid IN NUMBER DEFAULT NULL); You can use the drop_baseline_template procedure to drop either a one-time or a repeating baseline template.

The statistics in V$SQL_MONITOR are updated every second so you can view resource consumption as it changes. These statistics are gathered by default if a SQL statement runs in parallel or consumes more than 5 seconds of CPU or I/O time. The V$SQL_MONITOR view includes a subset of statistics contained in the V$SQL, V$SQLAREA, and V$SQLSTATS views. The V$SQL_MONITOR view displays real-time statistics for each execution of a resourceintensive SQL statement, whereas V$SQL, V$SQLAREA, and V$SQLSTATS contain cumulative sets of statistics over several executions of a SQL statement. Once the SQL statement execution ends, the run time statistics are not immediately flushed from V$SQL_MONITOR. Depending on activity in your database, the statistics can be available for some period of time. If you have a very active database, the statistics could potentially be flushed soon after the query finishes.

Implemented status resolving cases, 99 importing cases, 26 inquiries case category, 18 as category of cases, 2 internal e-mail getting automatic e-mail, 109 111 reminding people about cases, 112 signing up for additional notifications, 111

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