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The UML sequence diagram models the dynamic behavior of a system by depicting object interactions over time. These interactions are expressed as a series of messages between objects. UML sequence diagrams are ideal for elaborating a use case execution in terms of objects from your domain model. One sequence diagram is typically used to represent a single use case scenario or flow of events. The message flow of a sequence diagram matches the narrative of the corresponding use case. Sequence diagrams are an excellent way to document use case scenarios and refine and synchronize a use case diagram with respect to a domain model. A sequence diagram typically shows a user or actor and the object and components they interact with in the context of a use case execution. Whenever necessary, I use sequence diagrams in the book to refine and validate a use case against the application s domain model.

The following questions are intended to reinforce key information presented in this lesson. If you are unable to answer a question, review the lesson materials and try the question again. You can find answers to the questions in the Questions and Answers section at the end of this chapter.

Do you use version-control software to facilitate configuration management Do you use version-control software to reduce coordination problems of working in teams

Before you start slinging any property or method calls in your location breakpoint conditional expression modifiers, you should probably take a good look at what the property or method does If it happens to copy a 3-GB database or otherwise changes state, you probably don't want to call it What's also interesting about how the debugger evaluates the methods and properties you call is that the 20-second timeout that applies to the Watch window doesn't apply to calling methods from a conditional expression If you have a method that happens to take days to evaluate, the debugger will merrily wait on the expression to finish Fortunately, the Visual Studio NET user interface (UI) isn't frozen, so pressing Ctrl+Alt+Break or selecting Break All from the Debug menu will immediately stop the debuggee This wonderful ability to call methods and properties from conditional breakpoints has one flaw in the Visual Studio .

LinearTransformationSink transformer = new LinearTransformationSink(builder, a, b, c, d); // run the pipeline geom.Populate(transformer); // return the result return builder.ConstructedGeometry; } }

{ _tcscpy FAILED!" )); } } else { szDLLName[ 0 ] = _T ( '\0' ) ; // The value in lpImageName is a pointer to the full path // and name of the DLL being loaded. The address is in the // debuggee address space. LPCVOID lpPtr = 0 ; DWORD dwBytesRead = 0 ; BOOL bRet = FALSE ; bRet = ReadProcessMemory ( hProcess &lpPtr &dwBytesRead if ( TRUE == bRet ) { // If the name in the debuggee is UNICODE, I can read it // directly into the szDLLName variable as all this code // is UNICODE. if ( TRUE == stLDDI.fUnicode ) { // Occasionally, you can't read the whole buffer that // contains the name so I need to step down until // I can be sure there's no name at all. DWORD dwSize = MAX_PATH do { bRet = ReadProcessMemory ( hProcess lpPtr szDLLName dwSize 167 , , , , * sizeof ( TCHAR ) ; , , ) ; ( szDLLName , _T ( "GetWindowsDirectory

NET environment that I need to discuss If you set a condition before you start debugging, the debugger will report that it can't evaluate the expression and will stop However, if you set the condition incorrectly after you start debugging and the condition you set can't be evaluated or causes an exception to be thrown, the debugger won't stop Once you've started debugging, if you set the condition incorrectly, you're completely out of luck With an invalid condition, the debugger will report that it couldn't set the breakpoint, as shown in Figure 6-1, but will continue to let the debuggee execute instead of stopping like you would expect Nothing could be more frustrating than finally reproducing that one almost-impossible bug, only to have the debugger skip right over it This was a bug in Visual Studio NET 2002 and unfortunately is still a bug in Visual Studio NET 2003.

Figure 9-2

I certainly hope Microsoft fixes this problem in future versions of Visual Studio NET so that when encountering the invalid condition, the debugger stops and lets you fix the problem condition..