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To find out the number of statements that you can cache, you can use the method getStatementCacheSize(), as follows: System.out.println("cache size: " + conn.getStatementCacheSize() ); To disable implicit statement caching on a connection object, you need to use the Oracle extension method setImplicitCachingEnabled( boolean flag) as follows: conn.setImplicitCachingEnabled( false ); To disable implicit statement caching on an OracleDataSource object, you need to invoke OracleDataSource.getConnection() with the ImplicitCachingEnabled property set to false, or set ImplicitCachingEnabled on the OracleDataSource by calling OracleDataSource. setImplicitCachingEnabled( false) as follows (assume ods is an initialized variable of type OracleDataSource): ods.setImplicitCachingEnabled( false );

Disabling Implicit Caching for a Particular PreparedStatement or CallableStatement When implicit statement caching is enabled for a connection, by default all callable and prepared statements of that connection are automatically cached If you want to prevent a particular callable or prepared statement from being implicitly cached, use the Oracle extension method setDisableStatementCaching(), which is available in the interface OraclePreparedStatement (and also by extension in the interface OracleCallableStatement) This helps you disable caching on infrequently executed statements and manage the cache space better The following code disables implicit statement caching for an already initialized PreparedStatement object, pstmt: ((OraclePreparedStatement)pstmt)setDisableStmtCaching(true); Physically Closing an Implicitly Cached PreparedStatement or CallableStatement Recall that when you execute the close() method on an implicitly cached prepared or callable statement, the statement does not really get closed The physical closing of the statement is not in your hands when implicit caching is enabled.

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addComponent dispose findComponent getComponents initialize notifyScriptLoaded queueScriptReference raiseLoad registerDisposableObject removeComponent unregisterDisposableObject

The Oracle JDBC driver physically closes the statement automatically under one of the following three conditions: When the associated connection is closed When the cache reaches its size limit and the least recently used statement object is pre-empted from the cache by the Least Recently Used (LRU) scheme If you call the close() method on a statement for which statement caching is disabled at the Statement level Implicit Statement Caching in Action It is time to demonstrate implicit caching in action We will do this by comparing the execution of a simple select statement in a for loop with implicit caching enabled and disabled.

We will also demonstrate the implicit caching at work for a CallableStatement object, which will invoke the simple function f() defined in the following code (notice that we tag the select again since we will use tkprof subsequently and we need to identify where the SQL came from): benchmark@ORA10G> create or replace function f return sys_refcursor 2 as 3 l_cursor sys_refcursor; 4 begin 5 open l_cursor for 6 select /*+ to be called using callable statement */ dummy from dual; 7 return l_cursor; 8 end; 9 / Function created..

Creates and initializes a component with the Application object Releases all dependencies held by the objects in the page Finds and returns the specified component object Returns an array of all components that have been registered in the page using the addComponent method Initializes the Application object Boolean value indicating whether all the scripts have been loaded Used to queue script files that will be loaded in a sequential order Raises the load event Registers an object/component with the application and manages the object requiring disposal Removes an object from the application or disposes the object if it is disposable Removes/unregisters a disposable object from the application

The following DemoImplicitCaching program, along with the explanatory comments, illustrates the concept of implicit caching: /* * This program demonstrates implicit statement caching. * COMPATIBLITY NOTE: * runs successfully against 9.2.0.1.0 and 10.1.0.2.0 */ import java.sql.SQLException; import java.sql.Connection; import java.sql.PreparedStatement; import java.sql.ResultSet; import java.sql.CallableStatement; import oracle.jdbc.OracleConnection; import oracle.jdbc.OracleTypes; import book.util.JDBCUtil; import book.util.Util; class DemoImplicitCaching { 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]); We print out the flag that indicates whether or not caching is enabled and the cache size (by default caching is disabled): System.out.println("implicit caching enabled: " + conn.getImplicitCachingEnabled() ); System.out.println("cache size: " + conn.getStatementCacheSize() ); Next we start the SQL trace: JDBCUtil.startTrace( conn ); We invoke the method _doSelect() in a for loop 1,000 times. The method itself will be explained shortly. for( int i=0; i < 1000; i++ ) { _doSelect ( conn, "/*+ implicit disabled */" ); }

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