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A delegate type is declared using the keyword delegate The general form of a delegate declaration is shown here: delegate ret-type name(parameter-list); Here, ret-type is the type of value returned by the methods that the delegate will be calling The name of the delegate is specified by name The parameters required by the methods called through the delegate are specified in the parameter-list Once created, a delegate instance can refer to and call only methods whose return type and parameter list match those specified by the delegate declaration A key point to understand is that a delegate can be used to call any method that agrees with its signature and return type Furthermore, the method can be specified at runtime by simply assigning to the delegate a reference to a compatible method The method invoked can be an instance method associated with an object or a static method associated with a class All that matters is that the signature and return type of the method agree with that of the delegate To see delegates in action, let s begin with the simple example shown here:

The output from this program is shown here:

// A simple delegate example using System; // Declare a delegate delegate string StrMod(string str); class DelegateTest { // Replaces spaces with hyphens static string ReplaceSpaces(string a) {

Calling IMyIF_AMeth(): 6 Calling IMyIF_BMeth(): 9

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Which structure do you think is best Each of the ve structures would work; there is no one best solution Consider how each alternative might be used: 1 If past history would be a useful predictor of future risk, it might make sense to use the chronology structure However, given that Brad said risk factors such as fraud and theft defy prediction, this structure might be of limited value 2 Listing the categories of risk might help Brad make his points 3 PAR is always a good alternative when you need to be persuasive 4 Q&A would allow Brad to highlight certain compelling points by posing carefully phrased questions 5 The data summary might well be displayed using a visual layout However, Brad wants his report to be only one page in length Based on the above analysis, most of us would have narrowed our alternatives to category, PAR, and Q&A Did you

Looking at the program, first notice that Meth( ) has the same signature in both IMyIF_A and IMyIF_B Thus, when MyClass implements both of these interfaces, it explicitly implements each one separately, fully qualifying its name in the process Since the only way that an explicitly implemented method can be called is on an interface reference, MyClass creates two such references, one for IMyIF_A and one for IMyIF_B It then calls two of its own methods, which call the interface methods, thereby removing the ambiguity

ConsoleWriteLine("Replaces spaces with hyphens"); return aReplace(' ', '-'); } // Remove spaces static string RemoveSpaces(string a) { string temp = ""; int i; ConsoleWriteLine("Removing spaces"); for(i=0; i < aLength; i++) if(a[i] != ' ') temp += a[i]; return temp; } // Reverse a string static string Reverse(string a) { string temp = ""; int i, j; ConsoleWriteLine("Reversing string"); for(j=0, i=aLength-1; i >= 0; i--, j++) temp += a[i]; return temp; } static void Main() { // Construct a delegate StrMod strOp = ReplaceSpaces; string str;

One of the more challenging parts of C# programming is knowing when to create an interface and when to use an abstract class in cases in which you want to describe functionality but not implementation The general rule is this: When you can fully describe the concept in terms of what it does without needing to specify any how it does it, then you should use an interface If you need to include some implementation details, then you will need to represent your concept in an abstract class

The NET Framework defines a large number of interfaces that a C# program can use For example, SystemIComparable defines the CompareTo( ) method, which allows objects to be compared when an ordering relationship is required Interfaces also form an important part of the Collections classes, which provide various types of storage (such as stacks and queues) for groups of objects For example, SystemCollectionsICollection defines the functionality of a collection SystemCollectionsIEnumerator offers a way to sequence through the elements in a collection These and many other interfaces are described in Part II

// Call methods through the delegate Call a method through a delegate str = strOp("This is a test"); ConsoleWriteLine("Resulting string: " + str); ConsoleWriteLine(); strOp = RemoveSpaces; str = strOp("This is a test"); ConsoleWriteLine("Resulting string: " + str); ConsoleWriteLine(); strOp = Reverse; str = strOp("This is a test"); ConsoleWriteLine("Resulting string: " + str); } }

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