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5. Restart the Visual Studio Command Prompt and navigate back to the performance tools folder. 6. Run the following: vsinstr [path to assembly] 7. Run the following: vsperfmon /trace /output:[File Name].vsp /user:"[ASP.NET worker process user]" 8. Run the tests against the web application. 9. Start a new Visual Studio Command Prompt. 10. Run the following (the iisreset.exe program is located in the %windir%\sytem32 folder): iisreset /stop Note that this will stop IIS, so be aware of everything running under IIS at the time, or just stop the IIS process by using the Services window or the IIS Administrator Console. 11. Run the following: vsperfcmd shutdown 12. Run the following: vsperfreport [File Name].vsp /packsymbols 13. If you are going to perform more testing, run the following (or restart it from the Services window or the IIS Administration Console): iisrestart /start 14. Run the following: vsperfclrenv /globaloff 15. Reboot the machine.

// By value __declspec(dllexport) bool vIsSquare(Rec rec) { return rec.width == rec.height; } } When you are dealing with passing structs or classes as parameters by value, you need to use a value class. When dealing with passing pointers to structs or classes as parameters, you use a ref class. One problem is that you can t simply use a standard ref class or value class as a parameter in the prototype as there is no guarantee that the class s data members will be sequential in memory. In fact, there isn t any guarantee that the order of the members in physical memory will even match since .NET has free reign as to how it lays out memory. Instead, you need to add a StructLayoutAttribute of type LayoutKind::Sequential to the class like this: [StructLayout(LayoutKind::Sequential)] value class vRec { }; or [StructLayout(LayoutKind::Sequential)] ref class rRec { }; Both of these ensure that the class is laid out sequentially, in the order in which the data members appear when exported to unmanaged memory. One interesting feature of ref classes or value classes when passing them as a parameter to a P/Invoked function is that you can add member methods to them without impacting anything. Because only the data members are passed, you can safely add constructors, destructors, and any other member methods. Listing 23-7 shows how to implement passing a ref class and a value class as parameters to a P/Invoked function. Listing 23-7. Ref and Value Classes As P/Invoked Parameters using namespace System; using namespace System::Runtime::InteropServices; [StructLayout(LayoutKind::Sequential)] value class vRec { public: int width; int height;

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vRec(int iwidth, int iheight) { width = iwidth; height = iheight; } };

name:UIScreenDidConnectNotification object:nil]; [[NSNotificationCenter defaultCenter] addObserver:self selector:@selector(updateExternalWindow) name:UIScreenDidDisconnectNotification object:nil]; }

To instrument dynamically built assemblies in ASP .NET, do the following: 1. Open the Visual Studio Command Prompt. 2. Navigate to the Performance Tools location. 3. Run the following: vsperfclrenv /globaltraceon 4. Reboot the machine.

[StructLayout(LayoutKind::Sequential)] ref class rRec { public: int width; int height; rRec(int iwidth, int iheight) { width = iwidth; height = iheight; } }; // By value [DllImportAttribute("NativeCode.dll")] extern "C" bool vIsSquare(vRec rec); // by reference [DllImportAttribute("NativeCode.dll")] extern "C" bool rIsSquare(rRec^ rec); void main() { // By Value vRec vrec(2,3); Console::WriteLine("value class rec a square {0}", vIsSquare(vrec)); // By Reference rRec ^rrec = gcnew rRec(3,3); Console::WriteLine("ref class rec a square {0}", rIsSquare(rrec)); } Figure 23-5 shows the results of ClassMarshal.exe in action.

As a programmer I like the idea of chucking old code and rewriting it. Call me funny, but I think coding is fun and enjoy improving old code. Unfortunately, I don t have all the time or resources in the world, and there comes a time when I have to reuse some old code simply because it just makes more sense to do so. COM and all its derivatives usually fall into this category. I know I m going to get some angry letters regarding this statement, but I think COM is a somewhat dated and in most cases obsolete technology. Unfortunately, there is a heck of a lot of it out there and it works just fine, and therefore rewriting it would be a big waste of time. Microsoft saw this and made sure that the .NET/COM interface, better known as COM Interop, was nearly seamless. In

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