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We invoke the same loop again after enabling implicit caching and setting the statement cache size to a positive number (10 in this case): conn.setImplicitCachingEnabled( true ); conn.setStatementCacheSize( 10 ); System.out.println("implicit caching enabled: " + conn.getImplicitCachingEnabled() ); System.out.println("cache size: " + conn.getStatementCacheSize() ); for( int i=0; i < 1000; i++ ) { _doSelect ( conn, "/*+ implicit enabled */" ); } We demonstrate the concept of implicit caching for a CallableStatement by invoking the method _doExecuteCallableStatement(): // demonstrating use of implicit caching with callable statement for( int i=0; i < 1000; i++ ) { _doExecuteCallableStatement( conn, "/*+ enabled implicit caching for callable statement */" ); } } finally { // release resources associated with JDBC in the finally clause. JDBCUtil.close( conn ); } } The method _doSelect() mentioned previously is as follows: private static void _doSelect( Connection conn, String tag ) throws SQLException { PreparedStatement pstmt = null; ResultSet rset = null; The main point to note is that we tag the SQL string so that we can easily recognize it in the tkprof output. The rest of the code is a simple execution of the query using the PreparedStatement interface: String stmtString = "select " + tag + " count(*) from dual"; try { pstmt = conn.prepareStatement( stmtString ); rset = pstmt.executeQuery(); } finally {

The tkprof utility takes a sql_trace trace file as input and produces a text-based report file as output. It s a simple utility that summarizes a large set of detailed information in a given trace file so that it can be understood for performance tuning. This section explains briefly how to use this very useful utility. In its simplest form, tkprof can be invoked as shown here: tkprof <trace-file-name> <report-file-name> To illustrate the joint use of tkprof and sql_trace, we ll set up a simple example. Specifically, we ll trace the query used previously in the autotrace example and generate a report from the resulting trace file. First, we log into SQL*Plus as the intended user, and then execute the following code: SQL> select c.value || '\ORA' || to_char(a.spid,'fm00000') || '.trc' 2 from v$process a, v$session b, v$parameter c 3 where a.addr = b.paddr 4 and b.audsid = userenv('sessionid') 5 and c.name = 'user_dump_dest'; C.VALUE||'\ORA'||TO_CHAR(A.SPID,'FM00000')||'.TRC' ---------------------------------------------------------------------------------------------------------------------------------C:\oracle\admin\oratest\udump\ORA01528.trc SQL> alter session set timed_statistics=true; Session altered.

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The Sys.Component class is another pivotal component of the ASP.NET AJAX Client Library. This is also the base class that is ultimately extended by all graphical or nongraphical client controls (Sys.UI.Control actually inherits from Sys.Component). Again, there is a good level of similarity in the model between this class and the System.ComponentModel.Component class of the .NET Framework, a recurring theme with many of the classes in the Sys namespace you have probably noticed by now. Sys.Component uses three key interfaces and four properties. The interfaces include Sys.IDisposable, Sys.INotifyDisposing, and Sys.INotifyPropertyChange. Sys.IDisposable is just like its .NET Framework counterpart. An interface for implementing proper logic for disposing an object and the other two interfaces provide facilities for implementing events used to detect disposing and changes in property of the underlying control. The four properties are events, id, isInitialized, and isUpdating. The events property returns an EventHandlerList object, which contains references to all event handlers that have subscribed to the events of the current component. And while the id property returns the ID field of the current object, isInitialized and isUpdated return boolean types depending on the self descriptive condition. Just like most properties of the classes in the ASP.NET AJAX Client Library, the properties of the Sys.Component class as well can be accessed with built-in get and set accessors as shown in the following script snippet:

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