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As you can see, the IPointy interface defines a single method. However, .NET interface types are also able to define any number of properties. For example, you could create the IPointy interface to use a read-only property rather than a traditional accessor method: // The pointy behavior as a read-only property. public interface IPointy { byte Points{get;} } Do understand that interface types are quite useless on their own, as they are nothing more than a named collection of abstract members. Given this, you cannot allocate interface types as you would a class or structure: // Ack! Illegal to "new" interface types. static void Main(string[] args) { IPointy p = new IPointy(); // Compiler error! } Interfaces do not bring much to the table until they are implemented by a class or structure. Here, IPointy is an interface that expresses the behavior of having points. As you can tell, this behavior might be useful in the shapes hierarchy developed in 4. The idea is simple: Some classes in the Shapes hierarchy have points (such as the Hexagon), while others (such as the Circle) do not. If you configure Hexagon and Triangle to implement the IPointy interface, you can safely assume that each class now supports a common behavior, and therefore a common set of members.

Implementing an Interface in C#

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ctiveX NET In a book about programming in Excel 2007 Of course! Yes, ActiveX controls and components are still kicking around And NET technologies are the wave of the future for those Microsoft-centric developers among us (which is why you re reading this book, I d assume) ActiveX, for the uninitiated, is Microsoft s technology for component software ActiveX comes in two flavors: components and controls The controls we added to our Excel UserForm in 4 were ActiveX controls If you have any experience with VB 6 or earlier, you ve used ActiveX controls on your forms, and perhaps you ve downloaded free controls written by other developers or purchased control libraries written by third parties The same is true of Microsoft Access controls ActiveX components, on the other hand, do not necessarily provide a UI, but they do expose a set of functionality you can use in your programs.

Now the aim is to flatten that list so that it renders in one line but retains the semantic meaning that it has in a nested list. You can use display:inline to make each of the list items appear one after the other. Here s a first stab at it: #breadcrumb ul, #breadcrumb li { display:inline; padding:0; margin:0; } The effect is almost what we want, as Figure 8-13 shows.

When a class (or structure) chooses to extend its functionality by supporting interface types, it does so using a comma-delimited list in the type definition. Be aware that the direct base class must be the first item listed after the colon operator. When your class type derives directly from System.Object, you are free to simply list the interface(s) supported by the class, as the C# compiler will extend your types from System.Object if you do not say otherwise. On a related note, given that structures always derive from System.ValueType (see 3), simply list each interface directly after the structure definition. Ponder the following examples: // This class derives from System.Object and // implements a single interface. public class SomeClass : ISomeInterface {...} // This class also derives from System.Object // and implements a single interface. public class MyClass : object, ISomeInterface {...} // This class derives from a custom base class // and implements a single interface. public class AnotherClass : MyBaseClass, ISomeInterface {...} // This struct derives from System.ValueType and // implements two interfaces. public struct SomeStruct : ISomeInterface, IPointy {...}

Understand that implementing an interface is an all-or-nothing proposition. The supporting type is not able to selectively choose which members it will implement. Given that the IPointy interface defines a single property, this is not too much of a burden. However, if you are implementing an interface that defines ten members, the type is now responsible for fleshing out the details of the ten abstract entities. In any case, here is the implementation of the updated shapes hierarchy (note the new Triangle class type): // Hexagon now implements IPointy. public class Hexagon : Shape, IPointy { public Hexagon(){ } public Hexagon(string name) : base(name){ } public override void Draw() { Console.WriteLine("Drawing {0} the Hexagon", PetName); } // IPointy Implementation. public byte Points { get { return 6; } } } // New Shape derived class named Triangle. public class Triangle : Shape, IPointy { public Triangle() { } public Triangle(string name) : base(name) { } public override void Draw() { Console.WriteLine("Drawing {0} the Triangle", PetName); } // IPointy Implementation. public byte Points { get { return 3; } } } Each class now returns its number of points to the caller when asked to do so. To sum up the story so far, the Visual Studio 2005 class diagram shown in Figure 7-1 illustrates IPointy-compatible classes using the popular lollipop notation.

Figure 7-1. The Shapes hierarchy (now with interfaces)

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