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Use the DBMS_SQLTUNE package to configure and manage the automatic SQL tuning task. Manage the SYS_AUTO_TUNING_TASK, which controls the automatic SQL tuning job, with the following procedures: SET_TUNING_TASK_PARAMETERS: Use this procedure to test task parameters controlling items such as whether to automatically implement SQL profiles. EXECUTE_TUNING_TASK: Use this procedure to run the tuning task in the foreground. EXPORT_TUNING_TASK: This procedure helps produce a task execution report. The Automatic SQL Tuning Advisor job runs for a maximum of one hour by default, but you can change the execution time limit by executing the SET_TUNING_TASK_PARAMETERS procedure, as shown here: SQL> exec dbms_sqltune.set_tuning_task_parameter ('SYS_AUTO _SQL_TUNING_TASK', 'TIME_LIMIT', 14400); The previous example shows how to raise the maximum run time for the SQL tuning task to four hours, from its default value of one hour. The SET_TUNING_TASK_PARAMETERS procedure enables you to configure the tuning task by specifying the following parameters: ACCEPT_SQL_PROFILES determines whether the database must automatically accept a SQL profile. REPLACE_USER_SQL_PROFILES determines whether the task should replace the SQL profiles created by the user. MAX_SQL_PROFILES_PER_EXEC specifies the maximum number of SQL profiles that can be accepted for a single automatic SQL tuning task.

MAX_AUTO_SQL_PROFILES determines the total number of SQL profiles that are accepted by the database. EXECUTION_DAYS_TO_EXPIRE specifies the maximum number of days for which the database saves the task history. The default is 30 days. The following example shows how to configure a SQL tuning task that ll automatically accept all SQL profile recommendations: SQL> 2 3 4 5* begi dbms_sqltune.set_tuning_task_parameters( task_name => 'SYS_AUTO_SQL_TUNING_PROG', parameter => 'accept_sql_profiles', value => 'true'); end;

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SQL> / The previous example sets the value for the ACCEPT_SQL_PROFILES parameter to TRUE, which makes the advisor automatically accept SQL profile recommendations. The SYS_AUTO_SQL_TUNING_TASK procedure runs the automatic SQL tuning job every night during the maintenance window of the Oracle Scheduler. It tunes SQL statements according to the priority ranking in the SQL candidates. It creates necessary SQL profiles for a statement and tests them before tuning the next statement in the candidate list.

Use the DBMS_AUTO_TASK_ADMIN package to enable and disable the Automatic SQL Tuning Advisor job during the Scheduler maintenance window. The ENABLE procedure helps you enable the Automatic SQL Tuning Advisor task: begin dbms_auto_task_admin.enable ( client_name => 'sql tuning advisor', operation => 'NULL', window_name='NULL'); end; The value NULL for the WINDOW_NAME parameter will enable the task in all maintenance windows. To specify the task in a specific maintenance window, specify a window name, as shown here: begin dbms_auto_task_admin.enable ( client_name => 'sql tuning advisor', operation => 'NULL', window_name='monday_night_window'); end; To disable the Automatic SQL Tuning Advisor task, execute the DISABLE procedure, as shown here: begin dbms_auto_task_admin.disable ( client_name => 'sql tuning advisor', operation => 'NULL', window_name='NULL'); end;

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The SQL*Plus CONNECT command helps you connect as a different user, once you re logged into SQL*Plus. You can also log into a different database after you re connected to one database by using the CONNECT command. In the following example, I use the CONNECT command to connect as a different user: SQL> CONNECT newuser/newuser_passwd Connected. SQL> In the following example, I connect to a different database from within SQL*Plus by providing the connect identifier as part of the CONNECT command: SQL> CONNECT salapati/sammyy1@orcl Connected. SQL> Just make sure that you have the remote database connection information in your tnsnames.ora file before connecting to the different database. You can use the CONNECT command from within SQL*Plus with the / AS SYSDBA and / AS SYSOPER syntax, as shown here: CONNECT CONNECT CONNECT CONNECT CONNECT sys/sammy1@prod1 as sysdba / AS SYSDBA username/password AS SYSDBA / AS SYSOPER username/password AS SYSOPER

update parts_rel rp set ( component_id, part_name, part_desc ) = ( select :new.component_id, part_name, part_desc from TABLE( cast( :new.parts as part_type_tab ) ) np where np.part_id = rp.part_id ) where rp.part_id in ( select part_id from ( select * from TABLE( cast( :old.parts as part_type_tab ) ) minus select * from TABLE( cast( :new.parts as part_type_tab ) ) ) );

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