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Public Sub G Implements ITest.G Console.WriteLine("G in VB") End Sub Public Shared Sub Main Dim Test As ITest = New VBClass With Test .F() .G() End With End Sub 'Main End Class 'VBClass Here is the output of Listing 13-4: F in VB G in VB To minimize problems with cross-language interop, a Common Language Specification (CLS) was created that specifies common constructs across .NET languages that are usable across language boundaries. If you are careful to utilize only those features that are CLS compliant in the publicly visible portions of public types, you can be sure that your code is accessible to C# and VB and any other CLR language that recognizes CLS-compliant types. You can safely use noncompliant features inside the methods of a public type, or in private types, but the public signatures of public types must be CLS compliant for the type to be considered CLS compliant. There are many C++/CLI features that are not CLS compliant. Table 13-1 lists C++/CLI features that are not CLS compliant and suggests alternatives that are.

Once you are using profiles, you can then integrate them with Atlas using the ProfileScriptService control. To do this, you can drag and drop a ProfileScriptService control onto the design surface for your web form (see Figure 6-23).

Table 13-1. Major Features of C++/CLI That Are Not CLS Compliant, and Some Possible Alternatives to Them

what has been affectionately termed a zombie. For information about ways to deal with that devious situation, see the MSDN article at http://msdn2.microsoft.com/en-us/library/aa561361.aspx.

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While templates are supported in C++/CLI for both native and managed types, another kind of parameterized type has been defined in C++/CLI: generics. Generics fulfill a different purpose, providing runtime parameterization of types, whereas templates provide compiletime parameterization of types. You ll explore the implications of this difference in 11. The .NET Framework (version 2.0 and later) supports generics and provides generic collection classes. One such class is the generic List, which is a dynamic array class that automatically expands to accommodate larger numbers of elements. The List class definition would look something like the code in Listing 2-14. Listing 2-14. Defining a Generic List Class generic <typename T> ref class List { public: T Add(T t) { /* ... */ } void Remove(T t) { /* ... */ } // other methods };

This will add the following tag to your page: <atlas:ProfileScriptService ID="ProfileScriptService1" runat="server"> </atlas:ProfileScriptService> Your page is now able to access profile variables through Atlas. For an example of this, the DragOverlayProperties control allows you to specify a profile variable that can be used to persist the location of the control that you are dragging and dropping between sessions. So, if you amend the previous drag-and-drop example to specify the profile property that you want to use to persist the location like this: <atlas:DragOverlayExtender ID="DragOverlayExtender1" runat="server"> <atlas:DragOverlayProperties TargetControlID="lbl" Enabled="true" ProfileProperty="labelLocation" /> </atlas:DragOverlayExtender> then you will be able to persist the location of the control between page sessions.

This declaration indicates that List is a generic type with one type parameter, T. Returning to our example of treating isotopes of the chemical elements, the List class is a good choice to represent the isotopes of an element, since each element has a different number of isotopes. The generic List collection is exposed as a property in this class. When the List object is declared, an actual type (a handle to Isotope) is used as the parameter. Handles, rather than direct reference types, are allowed as type parameter substitutions. You can also use a value type without a handle. Listing 2-15 shows an ElementType class with the Isotopes property, which is a list of isotopes for a particular element. Listing 2-15. A Reference Class That Uses the Generic List As a Property ref class Isotope; // implementation omitted for brevity ref class ElementType { // other properties specifying the element name, atomic number, etc. property List<Isotope^>^ Isotopes; }; Using this generic type is as easy as using the managed array type. The code in Listing 2-16 uses a for each statement to iterate through the generic List collection to look up an isotope by its number. Assume an Isotope class with an IsotopeNumber property. Listing 2-16. Iterating Through a Generic Collection ref class ElementType { // omitting other members of the class // Find an isotope by number. If not found, return a // null handle (nullptr). Isotope^ FindIsotope(int isotope_number) { for each (Isotope^ isotope in Isotopes) { if (isotope->IsotopeNumber == isotope_number) return isotope; } return nullptr; } };

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