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n extremely important event occurred in the lifecycle of C# when version 20 was released This was the addition of generics Not only did generics add a new syntactic element to C#, it also resulted in many changes and upgrades to the NET library Although it has been a few years since generics were added, its effects still reverberate throughout C# 30 Generics have become an indispensable part of C# programming The generics feature makes it possible to create classes, interfaces, methods, and delegates that work in a type-safe manner with various kinds of data As you may know, many algorithms are logically the same, no matter what type of data they are being applied to For example, the mechanism that supports a queue is the same whether the queue is storing items of type int, string, object, or a user-defined class Prior to generics, you might have created several different versions of the same algorithm to handle different types of data Through the use of generics, you can define a solution once, independently of any specific type of data, and then apply that solution to a wide variety of data types without any additional effort Before beginning, it is necessary to state that the generics feature is one of C# s most sophisticated and, at times, most complicated Furthermore, the topic of generics is quite large It is not possible in this beginner s guide to detail all aspects of this powerful subsystem Instead, this chapter introduces the theory behind generics, describes its syntax, and then shows several examples that put it into action After completing this chapter, you will be able to begin writing your own generic code and make use of the generic features in the NET library You will also have the knowledge needed to move on to its more advanced features.

The fact that Read( ) is line-buffered is a source of annoyance at times When you press a carriage-return, line-feed sequence is entered into the input stream Furthermore, these characters are left pending in the input buffer until you read them Thus, for some applications, you may need to remove them (by reading them) before the next input operation (To read keystrokes from the console in a non-line-buffered manner, you can use ReadKey( ), described later in this section) To read a string of characters, use the ReadLine( ) method It is shown here:

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Here s what Brad said about his revision I realized that I had already used examples; for instance, when I listed where Georgia is lower risk and in mentioning the potential problems in Florida All I did was add a few numbers and rewrote some sentences to highlight the data Step-by-step, Brad s report is getting better How about your draft Can you see that it, too, is better

ENTER,

At its core, the term generics means parameterized types Parameterized types are important because they enable you to create classes, structures, interfaces, methods, and delegates in which the type of data upon which they operate is specified as a parameter Using generics, it is possible to create a single class, for example, that automatically works with different types of data A class, structure, interface, method, or delegate that operates on a parameterized type is called generic, as in generic class or generic method It is important to understand that C# has always given you the ability to create generalized classes, structures, interfaces, methods, and delegates by operating through references of type object Because object is the base class of all other types, an object reference can refer to any type of object Thus, in pre-generics code, generalized code used object references to operate on a variety of different kinds of objects The problem was that it could not do so with type safety because casts were needed to convert between the object type and the actual type of the data Generics add the type safety that was lacking because it is no longer necessary to employ a cast to translate between object and the actual data type This streamlines your code It also expands your ability to reuse code

static string ReadLine( ) ReadLine( ) reads characters until you press ENTER and returns them in a string object This method will also throw an IOException on failure Here is a program that demonstrates reading a string from ConsoleIn by using ReadLine( ):

// Input from the console using ReadLine() using System; class ReadString { static void Main() { string str; ConsoleWriteLine("Enter some characters"); str = ConsoleReadLine(); ConsoleWriteLine("You entered: " + str); } }

Although the generics feature can be applied to several C# constructs, its primary use is to create a generic class Thus, it is there that we will begin our discussion Let s start with a simple example The following program defines two classes The first is the generic class MyGenClass, and the second is GenericsDemo, which uses MyGenClass

Here is a sample run:

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// A simple generic class using System; // Here, MyGenClass is a generic class that has one type // parameter called T T will be replaced by a real type // when a MyGenClass object is constructed Declare a generic class class MyGenClass<T> { T ob; // declare a variable of type T // Notice that this constructor has a parameter of type T public MyGenClass(T o) { ob = o; Notice the use of the T type parameter } // Return ob, which is of type T public T GetOb() { return ob; } }

Although the Console methods are the easiest way to read from ConsoleIn, you can call methods on the underlying TextReader For example, here is the preceding program rewritten to use the ReadLine( ) method defined by TextReader:

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