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In this section, we will examine how to use Struct objects to perform DML operations on data held in object type columns stored in object tables. Specifically, we will demonstrate How to retrieve Oracle objects using Struct objects in conjunction with the PreparedStatement and CallableStatement interfaces How to insert data into Oracle objects using Struct in conjunction with the PreparedStatement and CallableStatement interfaces How to update data in Oracle objects in conjunction with the PreparedStatement and CallableStatement interfaces Before delving into our example, we need to create our object types and tables, and store some data in them, along with a stored procedure that will return our object when called from the CallableStatement interface in our JDBC example. We ll do that in the next section.

The instance-tuning efforts that you undertake from within Oracle will have only a limited impact (they may even have a negative impact) if you don t pay attention to the system performance as a whole. System performance includes the CPU performance, memory usage, and disk I/O. In the following sections you ll look at each of these important resources in more detail.

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You can use operating system utilities such as System Activity Reporter (sar) or vmstat to find out how the CPU is performing Don t panic if your processors seem busy during peak periods that s what they re there for, so you can use them when necessary If the processors are showing a heavy load during low usage times, you do need to investigate further Listing 20-8 shows a sar command output indicating how hard your system is using the CPU resources right now Listing 20-8 sar Command Output Showing CPU Usage $ sar -u 10 5 HP-UX finance1 B11.

00 A 9000/800 07/03/05 13:39:17 %usr %sys %wio %idle 13:39:27 34 23 7 36 13:39:37 37 17 8 38 13:39:47 34 18 6 41 13:39:57 31 16 9 44 13:40:07 38 19 11 32 Average 35 19 8 38 In the preceding listing, the four columns report on the following CPU usage patterns: %usr shows the proportion of total CPU time taken up by the various users of the system %sys shows the proportion of time the system itself was using the CPU %wio indicates the percentage of time the system was waiting for I/O %idle is the proportion of time the CPU was idle If the %wio or %idle percentages are near zero during nonpeak times, it indicates a CPU-bound system Remember that an intensive CPU usage level may mean that an operating-system process is hogging CPU, or an Oracle process may be doing the damage.

finally { // release JDBC-related resources in the finally clause. JDBCUtil.close( rset ); JDBCUtil.close( cstmt ); } } Our final method of the class DemoPrefetch is the same as the previous method, except that we override the fetch size at the ResultSet level as well. The SQL tag this time will have information about fetch sizes at the Connection, Statement, and ResultSet levels: private static void _demoCstmtFetchSizeWithRsetOverride( Connection conn, int connLevelDefaultPrefetch, int stmtLevelFetchSize, int rsetLevelFetchSize ) throws SQLException { System.out.println( "Inside _demoCstmtFetchSizeWithRsetOverride" ); String sqlTag = "/*+" + "(CONN=" + connLevelDefaultPrefetch + ")" + "(CSTMT=" + stmtLevelFetchSize + ")" + "(RSET=" + rsetLevelFetchSize + ")" + "*/"; String stmtString = "{ call prefetch_pkg.get_details ( , , ) }"; CallableStatement cstmt = null; ResultSet rset = null; try { cstmt = conn.prepareCall( stmtString ); System.out.println( "\tDefault statement fetch size: " + cstmt.getFetchSize()); cstmt.setFetchSize( stmtLevelFetchSize ); System.out.println( "\tnew statement fetch size: " + cstmt.getFetchSize()); cstmt.setInt( 1, 100); // number of rows to be fetched cstmt.setString( 2, sqlTag ); cstmt.registerOutParameter( 3, OracleTypes.CURSOR ); // execute the query cstmt.execute(); rset = (ResultSet) cstmt.getObject( 3 ); rset.setFetchSize( rsetLevelFetchSize ); System.out.println( "\tnew result set fetch size: " + rset.getFetchSize()); System.out.println( "\tHowever, in case of callable statement, " + "the real fetch size for all result sets obtained from the " + "statement is the same as the one set at the connection level." ); int i=0; while (rset.next()) { i++; }

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