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What if you wish to ensure that the methods defined by a given interface are only accessible from an interface reference rather than an object reference Currently, the members defined by the IPointy interface can be accessed using either an object reference or an IPointy reference The answer to both questions comes by way of explicit interface implementation Using this technique, you are able to ensure that the object user can only access methods defined by a given interface using the correct interface reference, as well as circumvent possible name clashes To illustrate, here is the updated Line class (assume you have updated Hexagon and Circle in a similar manner): // Using explicit method implementation we are able // to provide distinct Draw() implementations public class Line : Shape, IDraw3D { // You can only call this method from an IDraw3D interface reference void IDraw3DDraw() { Console.

Since we ve recognized the doubled float-margin bug, it s easy to apply the fix (with a CSS comment so the purpose of the hack is clear to anyone who reads it). Knowing how the bug works also lets

WriteLine("Drawing a 3D line.."); } // You can only call this at the object level public override void Draw() { ConsoleWriteLine("Drawing a line.."); } } As you can see, when explicitly implementing an interface member, the general pattern breaks down to returnValue InterfaceNameMethodName(args) There are a few odds and ends to be aware of when using explicit interface implementation First and foremost, you cannot define the explicitly implemented members with an access modifier For example, the following is illegal syntax: // Nope! Illegal public class Line : Shape, IDraw3D { public void IDraw3DDraw() // <= Error! { ConsoleWriteLine("Drawing a 3D line.."); } .. }.

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To illustrate a more advanced use of delegates, let s begin by updating the Car class to include two new Boolean member variables. The first is used to determine whether your automobile is due for a wash (isDirty); the other represents whether the car in question is in need of a tire rotation (shouldRotate). To enable the object user to interact with this new state data, Car also defines some additional properties and an updated constructor. Here is the story so far:

// Updated Car class. public class Car { ... // Are we in need of a wash Need to rotate tires private bool isDirty; private bool shouldRotate; // Extra params to set bools. public Car(string name, int max, int curr, bool washCar, bool rotateTires) { ... isDirty = washCar; shouldRotate = rotateTires; } public bool Dirty { get{ return isDirty; } set{ isDirty = value; } } public bool Rotate { get{ return shouldRotate; } set{ shouldRotate = value; } } } Now, also assume the Car type nests a new delegate, CarDelegate: // Car defines yet another delegate. public class Car { ... // Can call any method taking a Car as // a parameter and returning nothing. public delegate void CarDelegate(Car c); ... } Here, you have created a delegate named CarDelegate. The CarDelegate type represents some function taking a Car as a parameter and returning void.

The next folder to explore is the application folder, whose name will reflect the program used to create the file. Ours is named xl (for Excel), as displayed in Figure 3-24. The application folder contains application-specific document files. Some of these files are found in their own folder, but the root contains the workbook part and the sharedStrings (data) part.

Now that you have a new delegate type that points to methods taking a Car parameter and returning nothing, you can create other functions that take this delegate as a parameter. To illustrate, assume you have a new class named Garage. This type maintains a collection of Car types contained in a System.Collections.ArrayList. Upon creation, the ArrayList is filled with some initial Car types: // The Garage class maintains a list of Car types. Using System.Collections; ... public class Garage { // A list of all cars in the garage. ArrayList theCars = new ArrayList();

us target the right element without any further testing (since the bug only appears when a margin is applied in the same direction as the float, so it can only be .float-wrapper): /* fix doubled float margin bug */ .float-wrapper { display:inline; } There, that was easy, wasn t it

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