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As the program shows, a structure can be initialized either by using new to invoke a constructor or by simply declaring an object If new is used, then the fields of the structure will be initialized either by the default constructor, which initializes all fields to their default value, or by a user-defined constructor If new is not used, as is the case with book3, then the object is not initialized, and its fields must be set prior to using the object When you assign one structure to another, a copy of the object is made This is an important way in which struct differs from class As explained earlier in this book, when you assign one class reference to another, you are simply making the reference on the left side of the assignment refer to the same object as that referred to by the reference on the right When you assign one struct variable to another, you are making a copy of the object on the right For example, consider the following program:

// Delegates can refer to instance methods, too using System; // Declare a delegate type delegate string StrMod(string str); class StringOps { // Replaces spaces with hyphens public string ReplaceSpaces(string a) { ConsoleWriteLine("Replaces spaces with hyphens"); return aReplace(' ', '-'); } // Remove spaces public 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 public 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; } } class DelegateTest { static void Main() { StringOps so = new StringOps();

// Copy a struct using System; // Define a structure struct MyStruct { public int x; } // Demonstrate structure assignment class StructAssignment {

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The Hub & Spokes model helps you take what s in your head and put it on paper, and it s an ef cient way to begin to draft your communications You ll recall from Two that you start by putting a summary of your objective and audience assessment in a center circle Then, with the Matrix of Persuasion and organizational structure in mind, and using vocabulary targeting your readers personalities, you write down whatever comes into your mind

12:

// Construct a delegate StrMod strOp = soReplaceSpaces; string str; // Call methods through a delegate str = strOp("This is a test"); ConsoleWriteLine("Resulting string: " + str); ConsoleWriteLine(); strOp = soRemoveSpaces; str = strOp("This is a test"); ConsoleWriteLine("Resulting string: " + str); ConsoleWriteLine(); strOp = soReverse; str = strOp("This is a test"); ConsoleWriteLine("Resulting string: " + str); } }

static void Main() { MyStruct a; MyStruct b;

This program produces the same output as the first, but in this case, the delegate refers to methods on an instance of StringOps

ax = 10; bx = 20; ConsoleWriteLine("ax {0}, bx {1}", ax, bx); a = b; bx = 30; ConsoleWriteLine("ax {0}, bx {1}", ax, bx); } }

The output is shown here:

One of the most exciting features of a delegate is its support for multicasting In simple terms, multicasting is the ability to create a chain of methods that will be called automatically when a delegate is invoked Such a chain is very easy to create Simply instantiate a delegate, and then use the + or += operator to add methods to the chain To remove a method, use or = If the delegate returns a value, then the value returned by the last method in the list becomes the return value of the entire delegate invocation For this reason, a delegate that will make use of multicasting will often have a void return type Here is an example of multicasting It reworks the preceding examples by changing the string manipulation methods return type to void and using a ref parameter to return the altered string to the caller

a = b;

the structure variables a and b are still separate and distinct That is, a does not refer to or relate to b in any way other than containing a copy of b s value This would not be the case if a and b were class references For example, here is the class version of the preceding program:

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