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Sampling, as defined in Table 14-1, takes periodic snapshots of your application as it is running. It gathers the current function information and the call stack and stores it for later analysis. It does not alter the code output from a build. Instead, the performance tool interrupts a running application to gather data at a user-defined interval. The information provided by sampling is not a complete picture of the application. It does not include information such as the amount of time spent in a function, or the time spent in anything, for that matter. It simply provides information on the number of times a method is invoked, and how many other types are allocated during the invocation. This provides indirect evidence of how an application is performing. A method being called too many times may indicate a problem with how the code is structured. On the other hand, sampling does not provide information on all the functions in your application. Since it takes only periodic readings, you may not see the allocation information for a method you are curious about. This is one of the drawbacks of using sampling.

difference area in Vista and later operating system over previous operating system is in the DLQ. Under the currently supported versions of Windows, there exists a single DLQ on a system-wide basis. However, with Vista you have the option of having DLQs on a per-application basis. Windows Server 2008 also introduces the concepts of the subqueue

The first element of the args array is not the name program being run as you would expect in the traditional main() function. Instead, it is the first parameter passed to the program.

Now that you understand the differences between instrumentation and sampling it is time to actually run a performance test and examine the results.

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Listing 2-16 is a little program that reads in all the parameters passed to it and then writes them out. Listing 2-16. Parsing a Command Line the New Method using namespace System; // Passing parameters to main() new method int main(array<System::String ^> ^args) { Console::WriteLine (args->Length); for each (String^ s in args) { Console::WriteLine(s); } return 0; } Figure 2-17 shows the results of this little program when passed the parameter This is a test this is only a test . Notice the number of arguments passed is one less than the traditional main() function, as the program name is not passed.

and transactional remote receives. Transactional remote receives allow receiving applications to get messages in a transactional manner. MSMQ did not support this before Windows Server 2008, though you could implement the functionality in a convoluted manner by using the peek method or by writing a custom dispatcher. Refer to

Summary

Note For comparison purposes later on, this exact test was run twice: once with instrumentation selected

I covered a lot of ground in this chapter, starting with variables and C++/CLI s fundamental types. Next, you learned about literals and operators. Then you examined two basic C++/CLI constructs: flow control and looping. You finished by exploring functions. For the traditional C++ programmer, much of this chapter was not new. The areas that you should pay close attention to are .NET Framework class library fundamental data types, Strings, value types, arrays, all the literals (in particular, string literals), and returning pointers and references from functions. In the next chapter, you will continue to expand on your knowledge of the basics. This time, you will focus on the object-oriented aspects of C++/CLI.

http://msdn.microsoft.com/library/default.asp url=/library/enus/wcecomm5/html/wce50lrfmsmqqueuepeek.asp for further documentation on the peek method.

1. Open the sample application. 2. Select Tools Performance Tools Performance Wizard. 3. Select the default profile by clicking Next (see Figure 14-1). 4. Select the Instrumentation test and click Next. 5. Click the Finish button. 6. Next, the Performance Explorer will open (see Figure 14-2). 7. Right-click the root node in the Performance Explorer (EffortTrackingWeb.psess) and select Properties. 8. On the General tab of the properties dialog check the Collect .NET object allocation information and the Also collection .NET object lifetime information options and click OK (this dialog will be covered in detail in the section Performance Session Options later in this chapter).

n the previous chapter, I covered in detail the basics of C++/CLI, focusing on programming strictly in a procedural style. This chapter explores the real strength of C++/CLI: as an object-oriented language. The chapter starts with a review of object-oriented programming (OOP) in general. You will then explore C++/CLI s OOP capabilities, focusing primarily on ref classes, which are the cornerstones of C++/CLI OOP. You will do this by breaking ref classes down into their parts and examining each part in detail. Finally, you will learn about interfaces.

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