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Adds a CSS class to a DOM element Returns a value indicating whether or not the DOM element contains the specified CSS class Returns the Bounds object for a specified DOM element Returns a DOM element by ID (the $get shortcut is mapped to this method) Returns the absolute position of a DOM element Removes a CSS class from a DOM element Sets the position of a DOM element Toggles a CSS class in a DOM element

Methods used are prepareStatement() or prepareCall(), depending on whether you want to cache PreparedStatement or CallableStatement. To cache the statement, use the standard method close() on the statement. During implicit statement caching, if the JDBC driver cannot find a statement in the cache, it will automatically create one. Retains only the statement metadata, hence it runs slightly slower than explicit statement caching.

As promised, we will compare the performance of explicit caching with implicit caching. We will only do the comparison for PreparedStatement. The following class compares the performance of implicit statement caching with that of explicit statement caching for a simple

To better illustrate a few of the methods of the Sys.UI.DomElement class, consider the following markup:

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count(*) from table t1, which has 10,000 rows. Since this code incorporates the same techniques previously discussed in this chapter, I did not provide any explanatory text within the code listing. /** This program compares implicit statement caching with * explicit statement caching in terms of elapsed time. * COMPATIBLITY NOTE: * runs successfully against 9.2.0.1.0 and 10.1.0.2.0 */ import java.sql.SQLException; import java.sql.PreparedStatement; import java.sql.ResultSet; import oracle.jdbc.OraclePreparedStatement; import oracle.jdbc.OracleConnection; import book.util.JDBCUtil; import book.util.Util; class ImplicitVsExplicitCaching { public static void main(String args[]) throws SQLException { Util.checkProgramUsage( args ); OracleConnection conn = null; try { // get connection conn = (OracleConnection) JDBCUtil.getConnection("benchmark", "benchmark", args[0]); conn.setExplicitCachingEnabled( true ); conn.setImplicitCachingEnabled( true ); conn.setStatementCacheSize( 10 ); System.out.println("explicit caching enabled: " + conn.getExplicitCachingEnabled() ); System.out.println("implicit caching enabled: " + conn.getImplicitCachingEnabled() ); System.out.println("cache size: " + conn.getStatementCacheSize() ); int numOfRuns = 5000; long startTime = System.currentTimeMillis(); for( int i=0; i < numOfRuns; i++ ) { _doSelectWithExplicitCachingEnabled( conn ); } long endTime = System.currentTimeMillis(); System.out.println("Implicit took: " + (endTime-startTime)+ " ms "); startTime = System.currentTimeMillis(); for( int i=0; i < numOfRuns; i++ ) {

_doSelectWithImplicitCachingEnabled( conn ); } endTime = System.currentTimeMillis(); System.out.println("Explicit took: " + (endTime-startTime)+ " ms "); } finally { // release resources associated with JDBC in the finally clause. JDBCUtil.close( conn ); } } /////////////////// PRIVATE SECTION ///////////////// private static void _doSelectWithExplicitCachingEnabled( OracleConnection conn ) throws SQLException { OraclePreparedStatement opstmt = null; ResultSet rset = null; String stmtString = "select count(*) from t1"; String stmtKey = EXPLICIT_CACHING_KEY_PREFIX + stmtString; try { opstmt = ( OraclePreparedStatement) conn. getStatementWithKey( stmtKey ); if( opstmt == null ) { opstmt = ( OraclePreparedStatement) conn. prepareStatement( stmtString ); } rset = opstmt.executeQuery(); } finally { JDBCUtil.close( rset ); try { opstmt.closeWithKey( stmtKey ); } catch ( Exception e) { e.printStackTrace();} } } private static void _doSelectWithImplicitCachingEnabled( OracleConnection conn ) throws SQLException { PreparedStatement pstmt = null; ResultSet rset = null; String stmtString = "select count(*) from t1"; try

<body> <form id="form1" runat="server"> <asp:ScriptManager ID="ScriptManager1" runat="server"> </asp:ScriptManager> <div id="MovePanel"> <b>Move me to:</b> <br /> X Coordinate <input type="text" id="txtX" /> <br /> Y Coordinate <input type="text" id="txtY" /><br /> <input id="Button1" type="button" value="Move" onclick="repositionPanel ()" /> </div> </form> </body>

{ pstmt = conn.prepareStatement( stmtString ); rset = pstmt.executeQuery(); } finally { JDBCUtil.close( pstmt ); JDBCUtil.close( rset ); } } private static final String EXPLICIT_CACHING_KEY_PREFIX = "EXPLICIT_CACHING_KEY_PREFIX"; } The program simply runs the same select statement 5,000 times in a loop, first with implicit caching enabled and then with explicit caching enabled. In my runs, I found very little difference between the two cases. Since most of the time the performance bottleneck is in the SQL statement itself, my suggestion is to ignore performance as a criterion when selecting the approach of implicit versus explicit caching. In general, I recommend going with implicit caching unless you have a strong reason to use explicit caching.

Table 13-2 summarizes the main differences between these three caches. Table 13-2. Differences Between Session Cursor Cache, PL/SQL Cursor Cache, and JDBC Statement Caching

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