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Adding other tablespaces and datafiles within an OMF file system is easy. All you have to do is invoke the CREATE TABLESPACE command without the DATAFILE keyword. Oracle will automatically create the datafiles for the tablespace in the location specified in the DB_CREATE_FILE_DEST parameter. The example that follows shows how to create the tablespace: SQL> ALTER SYSTEM SET DB_CREATE_FILE_DEST = 2 '/test01/app/oracle/ora_omf/finance1'; System altered. SQL> CREATE TABLESPACE omftest; Tablespace created. SQL> SELECT file_name FROM dba_data_files 2 WHERE tablespace_name='OMFTEST'; FILE_NAME ----------------------------------------------------------/test01/app/oracle/oradata/ora_omf/ora_omftest_yj7590bm.dbf SQL> Compare the OMF tablespace-creation statement shown previously with the typical tablespacecreation statement, and you ll see how OMF simplifies database administration. Adding datafiles is also simple with OMF, as shown by the following example: SQL> ALTER TABLESPACE omftest ADD DATAFILE; OMF files, as you can see, simplify file administration chores and let you create and manage databases with a small number of initialization parameters. You can easily set up the necessary number of locations for your online redo log files, control files, and archive log files by specifying the appropriate value for the various OMF parameters. Oracle s ASM-based file system relies on the OMF file system.

The specific access and join methods used for each table mentioned in the SQL statement. The cost of each operation. Oracle creates the PLAN_TABLE as a global temporary table, so all the users in the database can use it to save their EXPLAIN PLAN output. However, you can create a local plan table in your own schema by running the utlxplan.sql script, which is located in the $ORACLE_HOME/rdbms/admin directory. The script, among other things, creates the plan table, where the output of the EXPLAIN PLAN utility is stored for your viewing. You are free to rename this table. Here s how you create the plan table so you can use the EXPLAIN PLAN feature: SQL> @$ORACLE_HOME/rdbms/admin/utlxplan.sql Table created. SQL>

To hide the assignment operator from subscribers, C# allows access to delegate variables to be restricted through the use of special event properties, which support only the += and -= operators on the underlying delegate, allowing a subscriber to add or remove itself without disturbing previous subscriptions A m nage-a-trois pattern emerges here: For every C# event, there is a delegate type, an event property, and a Fire method The delegate defines the signature of the method to call The (Fire, delegate, event) triad for event X is shown in Listing 8-24..

To create an EXPLAIN PLAN for any SQL data manipulation language statement, you use a SQL statement similar to that shown in Listing 19-2. Listing 19-2. Creating the EXPLAIN PLAN SQL> EXPLAIN PLAN 2 SET statement_id = 'test1' 3 INTO plan_table 4 FOR select p.product_id,i.quantity_on_hand 5 FROM oe.inventories i, 6 oe.product_descriptions p, 7 oe.warehouses w 8 WHERE p.product_id=i.product_id 9 AND i.quantity_on_hand > 250 10 AND w.warehouse_id = i.warehouse_id; Explained. SQL>

You can t easily select the columns out of the PLAN_TABLE table because of the hierarchical nature of relationships among the columns. Listing 19-3 shows the code that you can use so the EXPLAIN PLAN output is printed in a form that s readable and shows clearly how the execution plan for the statement looks. Listing 19-3. Producing the EXPLAIN PLAN SQL> SELECT lpad(' ',level-1)||operation||' '||options||' '|| 2 object_name "Plan" 3 FROM plan_table 4 CONNECT BY prior id = parent_id 5 AND prior statement_id = statement_id 6 START WITH id = 0 AND statement_id = '&1' 7 ORDER BY id; Enter value for 1: test1 old 6: START WITH id = 0 AND statement_id = '&1' new 6: START WITH id = 0 AND statement_id = 'test1' Plan