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f( , , , , , , , , , , ); end;"; The following constant defines a prefix to distinguish between messages coming from PL/SQL and messages coming from the middle tier The messages in the URL that have the following prefix should be coming from the middle tier private static final String MIDDLE_TIER_DEBUG_MESSAGE_PREFIX = "MIDDLE TIER: "; private static final String MESSAGE_PARAM_ARRAY_NAME = "DEBUGARGV"; }// end of program To demonstrate how to use the program JDebug, I wrote another sample program called DemoJDebug, which is as follows with some interspersed comments: /* * This class demonstrates how to use the JDebug class */ package bookutil; import javasqlConnection;.

<asp:Label ID="Label1" runat="server" BackColor="Yellow" Font-Size="XLarge" ForeColor="Blue" Height="68px" Text="Fading In & Out" Width="165px"> </asp:Label> <cc1:AnimationExtender ID="AnimationExtender1" TargetControlID="Label1" runat="server"> <Animations> <OnMouseOver> <FadeOut Duration="1.5" Fps="30" /> </OnMouseOver> <OnMouseOut> <FadeIn Duration="1.5" Fps="30" /> </OnMouseOut> </Animations> </cc1:AnimationExtender>

java.sql.CallableStatement; oracle.jdbc.OracleTypes; oracle.jdbc.OracleCallableStatement; oracle.jdbc.OracleConnection; book.util.JDBCUtil;

import java.sql.SQLException; import java.sql.ResultSet; public class DemoJDebug { public static void main( String[] args ) throws SQLException { Connection conn = null; In this program, we direct our output to the trace file and the middle tier, as indicated by the following variable, debugFlag. This means that we will be able to retrieve these messages in the Java code as well as in the trace file on the database server: String debugFlag = JDebug. LOG_FOR_TRACE_FILES_AND_MIDTIER; The default parameters for the init() method are declared and initialized: String String String try { conn dbUserName = "BENCHMARK"; directory = JDebug.DEFAULT_DEBUG_DIRECTORY; debugFileName = JDebug.DEFAULT_DEBUG_FILE_NAME;

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After running this page, you will see that when you hover the mouse over the Label control, it begins to fade as shown in Figure 7-4.

= JDBCUtil.getConnection( "benchmark", "benchmark", "ora10g" );

After getting the connection, we initialize the debugging profile by invoking JDebug.init(): JDebug.init( conn, debugFlag, JDebug.ALL_MODULES, directory, debugFileName, "benchmark", JDebug.YES, JDebug.DEFAULT_DATE_FORMAT, JDebug.DEFAULT_NAME_LENGTH, JDebug.YES ); We then log our first message in the middle tier: JDebug.printDebugMessage( conn, debugFlag, "Before invoking PL/SQL Code" ); We call the method _callDemoDebug(), which in turn will invoke the PL/SQL procedure demo_debug that we discussed earlier. Remember that the procedure demo_debug has been instrumented with debug messages as well using the package debug: _callDemoDebug( conn );

CHAPTER 7 USING THE ASP.NET AJAX CONTROL TOOLKIT (PART 1)

Next we log our second (and final) debug message from the middle tier: JDebug.printDebugMessage( conn, debugFlag, "Before invoking PL/SQL Code" ); We then print out the logged debug messages using JDebug.getDebugMessageAndFlush(). Note that this function would have been a no-op (a null operation) if we had not configured it to retrieve the messages in the middle tier (e.g., if we had configured our debugging package with a debug flag value of JDebug.LOG_IN_TRACE_FILES_ONLY). System.out.println( JDebug.getDebugMessageAndFlush( conn, debugFlag ) ); Finally, we clear the debugging configuration no more debug messages will be generated or output after this line in our program: JDebug.clear( conn, debugFlag, dbUserName, directory, debugFileName ); } catch (SQLException e) { // handle the exception properly - we just print the stack trace. JDBCUtil.printException ( e ); } finally { // release the JDBC resources in the finally clause. JDBCUtil.close( conn ); } } At the end of the program, the private method _callDemoDebug() is used to invoke the procedure demo_debug: private static void _callDemoDebug( Connection conn ) throws SQLException { CallableStatement cstmt = null; try { cstmt = conn.prepareCall( "{call demo_debug()}" ); cstmt.execute(); } finally { JDBCUtil.close( cstmt ); } } } / / end of program

When we invoke the program DemoJDebug, we get the following output: B:\>java book.util.DemoJDebug URL:jdbc:oracle:thin:@(DESCRIPTION=(ADDRESS=(PROTOCOL=tcp)(PORT=1521) (HOST=rmenon-lap))(CONNECT_DATA=(SID=ora10g))) MIDDLE TIER: Before invoking PL/SQL Code<br></br>Inside procedure demo_debug <br></br>hello, my loop counter = 1: <br></br>hello, my loop counter = 2: <br></br>hello, my loop counter = 3: <br></br>hello, my loop counter = 4: <br></br>hello, my loop counter = 5: <br></br>Exiting procedure demo_debug <br></br>MIDDLE TIER: Before invoking PL/SQL Code<br></br> The messages from both the Java code and the PL/SQL code can be seen in a formatted HTML output. The message logged from Java is prefixed with the string MIDDLE_TIER:. I have found this technique extremely useful in debugging any UI code written in Java, say, using JSP technology. For example, if your Java code is getting or manipulating data from the database using PL/SQL, you can use JDebug to log messages in your middle tier code while using the debug package to log messages in your back-end PL/SQL code. Then with a URLbased parameter, you can dump your log messages into your page. For example, say your web page looks as shown in Figure 17-1.

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