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ASP.NET is a large part of developing Web applications. But unlike traditional Web application development, .NET has changed things. Web applications no longer are run using interpreted scripts. Now they use full-blown compiled applications. These applications are usually written using C# and Visual Basic .NET. Unfortunately, with .NET 2.0 and C++/CLI you can no longer write Web applications. The reason for this is primarily because Microsoft introduced a new construct in C# and Visual Basic .NET called the partial class, which has no equivalent in C++/CLI, and partial classes are heavily relied upon in ASP.NET Web applications.

Unlike my last book, Managed C++ and .NET Development, this book contains no chapter on Web application development. Instead, I replaced it with 14, which concentrates more on C++/CLI and Windows Services.

Interfaces that pass types that are not compatible with the NET Framework COM interop conversions: This is a general incompatibility issue for types that won t serialize between the interoperability layers Interfaces for applications that have application pooling enabled when hosted by COM+: This causes problems with multiple listeners on the same URI moniker, because there will be more than one application pool attempting to reserve the service endpoint address Interfaces from managed components that have not been added to the GAC: This is a general limitation of how COM+ hosts configured managed components There are other means of using COM+ from managed applications (eg, services without components5), but they are not supported with WCF COM+ integration.

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A Windows service is a Windows application that can be started automatically when the operating system boots. However, this is not a requirement, as it is possible to start the Windows service manually. With the Windows service there is no need for an interactive user or an interface. You will see in 14 that you do have some limited ability to interface with the service, but to do so, you need a separate control program. Not only do Windows services not need an interactive user, but they can also continue to run after a user logs off.

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As I harped previously, pointers are extremely powerful, and it would be a great loss to the C++ to lose this aspect of the language. C++/CLI realizes this and has added what it calls interior pointers. Interior pointers are fundamentally pointers to managed objects. I hope your alarms went off with the last sentence. Remember, managed objects can move. So let s be a little more accurate. An interior pointer is a superset of the native pointer and can do anything that can be done by the native pointer. But not only does it point to a managed object, when the garbage collector moves the object, the interior pointer changes its address to continue to point to it.

The first item mentioned here is important because given that one of the core tenets of SOA is that boundaries are explicit, it would be expensive to share an interface pointer across the service boundary Also, given that the default WCF service behavior InstanceContext mode is PerCall, this is something your SOA implementation should consider In addition to the previously listed limitations, you ll soon see some limitations with Visual Basic 6 components, specifically with regard to how they re implemented At this point, you re ready to create a WCF interoperability layer around your COM+ components Start by launching the SvcConfigEditorexe utility, which is located in the Microsoft SDK s Bin directory.

By the way, interior pointers are safe! Well, I better qualify that. You can use the pointers as you see fit, and they are safe. Just don t change the value of the pointers or manipulate them using pointer arithmetic. Listing 20-4 is a somewhat complicated example showing a safe program using interior pointers. Listing 20-4. Safe Interior Pointers using namespace System; ref class Point { public: int X; }; void main() { Point ^p = gcnew Point(); interior_ptr<Point^> ip1 = &p; (*ip1)->X = 1; // Interior pointer to Point // Assign 1 to the member variable X

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