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Given your work in 4, you may be wondering what the point of interface types are in the first place. After all, C# already allows you to build abstract class types containing abstract methods. Like an interface, when a class derives from an abstract base class, it is also under obligation to flesh out the details of the abstract methods (provided the derived class is not declared abstract as well). However, abstract base classes do far more than define a group of abstract methods. They are free to define public, private, and protected state data, as well as any number of concrete methods that can be accessed by the subclasses. Interfaces, on the other hand, are pure protocol. Interfaces never define state data and never provide an implementation of the methods (if you try, you receive a compile-time error): public interface IAmABadInterface { // Error, interfaces can't define data! int myInt = 0; // Error, only abstract members allowed! void MyMethod() { Console.WriteLine("Eek!"); } } Interface types are also quite helpful given that C# (and .NET-aware languages in general) only support single inheritance; the interface-based protocol allows a given type to support numerous behaviors, while avoiding the issues that arise when deriving from extending multiple base classes. Most importantly, interface-based programming provides yet another way to inject polymorphic behavior into a system. If multiple classes (or structures) implement the same interface in their unique ways, you have the power to treat each type in the same manner. As you will see a bit later in this chapter, interfaces are extremely polymorphic, given that types that are not related via classical inheritance can support identical behaviors.

Figure 8-13. The breadcrumb list, flattened with CSS What we really want, though, is some kind of separator between the links, as we had in the non-CSS version. You can use one of two techniques to achieve this: Generated content (using the :after pseudo-class) An image placed in the background of the list items The second option is the better supported of the two, so this is what we ll use. Because we ve set the li elements in the header to display:inline, we can no longer do things that we could if they were block-level elements, such as apply height or padding at the top and bottom (not that we want to, for that matter), but we can specify padding on the left and right on inline elements. This is key, because we need to nudge the content of those li elements across so that the background image is clearly visible: #breadcrumb li { padding-left:14px; background: url(arrow.gif) no-repeat left center; } You can see the effect in Figure 8-14.

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Sometimes you hear these described as COM components, a term that is somewhat correct ActiveX is based on the Microsoft COM (Component Object Model) technology, and the two terms are often used interchangeably The Microsoft development world is moving away from COM and ActiveX for many reasons, but there are so many classic VB applications out there that it is still a worthwhile exercise to see what they have to offer The NET tie-in comes to us via Visual Studio Tools for Office Second Edition (VSTO SE), provided by Microsoft By adding VSTO SE to your Visual Studio installation, you receive a rich set of tools that allow you to program Microsoft Office applications from the Visual Studio programming environment Imagine opening a new Excel project and seeing Excel within the Visual Studio 2005 development environment There is some really neat stuff here with so many possibilities.

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