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Some of these galleries might be empty. For example, in the task pane shown in Figure 6-15 the Online Gallery has no web parts. You can browse any of these galleries for parts that you can use on the web pages on your site. Choose the gallery in the top half of the task pane, then browse the list of web parts.

OrderDate 1997-08-25 00:00:00.000 1997-10-03 00:00:00.000 1997-10-13 00:00:00.000 1998-01-15 00:00:00.000 1998-03-16 00:00:00.000 1998-04-09 00:00:00.000 1997-08-25 00:00:00.000

In general, they did a good job creating a clean architecture that better controls tracing in real-world development I already mentioned the Trace object during the assertion discussion, because you should use it for your tracing Like the Debug object, the Trace object uses the concept of TraceListeners to handle the output This is why my ASPNET assertion code changed the listeners for both objects: so all output would go to the same place In your development, you'll want your assertion code to do the same thing The Trace object's method calls are active only if TRACE is defined The default for both debug and release build projects created by Visual Studio NET is to have TRACE defined, so the methods are probably already active The Trace object has four methods to output trace information: Write, WriteIf, WriteLine, and WriteLineIf.

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You can probably guess the difference between Write and WriteLine, but understanding the *If methods is a little more challenging: they allow for conditional tracing If the first parameter to the *If method evaluates to true, the trace happens; evaluating to false means it doesn't That's quite convenient, but it possibly could lead to some big performance problems if you're not careful For example, if you write code like that shown in the first portion of the next snippet, you will incur the overhead of the string concatenation every time the line executes because the determination for doing the actual tracing occurs inside the TraceWriteLineIf call You're much better off following the second method in the next snippet, where you use an if statement to make the call to TraceWriteLine only when you need to, minimizing how often you must incur the string concatenation overhead.

INSERT INTO dbo.CustomerData(custid, xml_data) VALUES( 101, (SELECT xml_data FROM OPENROWSET( BULK 'c:\temp\xmlfile101.xml', SINGLE_CLOB) AS F(xml_data)));

77d40000 USER32 - at preferred address 77dd0000 ADVAPI32 - at preferred address 77e60000 kernel32 - at preferred address 77f50000 ntdll - at preferred address If you're too lazy to run an MS-DOS box in order to run NET SEND so that you can send messages to other users, you can simply enter !net_send. Actually, this comes in handy when you need to get someone's attention when doing remote debugging. Entering !net_send by itself will show you the parameters necessary to send the message. Whereas you have !dreg to display registry information, you have the !evlog to display the event log. If you enter both of these commands on the command line by themselves, you'll get help on how to use them. Both are wonderful for helping you see what you're about to read from the registry or event log. If you use them, especially when remote debugging, you won't have any surprises. If you're having issues with exception handling, you can use the !exchain command to walk the current thread's exception handling chain so that you can see exactly which functions have registered exception handlers. The following shows the output when debugging the ASSERTTEST.EXE. 0012ffb0: AssertTest!except_handler3+0 (004027a0) CRT scope (00401e1c) (00401e3d) 0012ffe0: KERNEL32!_except_handler3+0 (77ed136c) CRT scope 0, filter: KERNEL32!BaseProcessStart+40 (77ea847f) func: KERNEL32!BaseProcessStart+51 (77ea8490) 0, func: filter: AssertTest!wWinMainCRTStartup+22c AssertTest!wWinMainCRTStartup+24d

// Paying the overhead every time TraceWriteLineIf ( bShowTrace , "Parameters: x=" + x + " y =" + y ) ; // Causing the concatenation only when necessary if ( true == bShowTrace ) { 128.

The Canvas panel is a basic layout control that allows you to position Silverlight objects using explicit coordinates relative to the canvas location. You can position an object within the Canvas panel by using two XAML attached properties: Canvas.Left and Canvas.Top. Figure 3-1 shows how the object s position is affected by these properties.