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Documentation comments start with three consecutive forward slashes. The first two slashes indicate to the compiler that this is an end-of-line comment and should be ignored in the parsing of the program. The third slash indicates that it is a documentation comment. For example, in the following code, the first four lines show documentation comments about the class declaration. They use the <summary> XML tag. Above the declaration of the field are three lines documenting the field again using the <summary> tag. /// <summary> Open XML tag for the class /// This is class MyClass, which does the following wonderful things, using /// the following algorithm. ... Besides those, it does these additional /// wonderful things. /// </summary> Close XML tag class MyClass // Class declaration { /// <summary> Open XML tag for the field /// Field1 is used to hold the value of ... /// </summary> Close XML tag public int Field1 = 10; // Field declaration ... Each XML element is inserted by Visual Studio automatically when you type three slashes above the declaration of a language feature, such as a class or a class member. For example, the following code shows two slashes above the declaration of class MyClass: // class MyClass { ... As soon as you add the third slash, Visual Studio immediately expands the comment to the following code, without your having to do anything. You can then type anything you want on the documentation comment lines between the tags. /// <summary> /// /// </summary> class MyClass { ...

<Picture Validation : Width (W) [int] | : Height (H) [int] |> [bool] is equivalent to interval: Picture Validation; label: Width; abbreviation: W; type: int; label: Height; abbreviation: H; type: int; purpose return type: bool

This code produces the following output: High: Low: 85 60

here does one begin The key parts of the Java platform are the java.lang and java.util packages, so it seems logical that the exploration of Java 6 will start there. From a pure numbers perspective, java.lang and its subpackages grew by two classes (as shown in Table 2-1). java.util.*, on the other hand, grew a little bit more. Table 2-2 shows a difference of seven new interfaces, ten new classes, and one new Error class. Table 2-1. java.lang.* Package Sizes Package

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The following code creates two instances and stores their references in variables named t1 and t2. Figure 4-8 illustrates t1 and t2 in memory. The code demonstrates the following three actions discussed so far in the use of a class: Declaring a class Creating instances of the class Accessing the class members (i.e., writing to a field and reading from a field) class DaysTemp { public int High, Low; public int Average() { return (High + Low) / 2; } } // Declare the class. // Declare the instance fields. // Declare the instance method.

In the following sections, the distinguishing letters are in italics. Also, the second column lists the specific abbreviations. Italics in an abbreviation mean that it can be as short as those letters. The same abbreviation can be for both a label and a keyphrase; this is possible because of the context (placement) in a statement.

lang lang lang.annotation lang.annotation lang.instrument lang.instrument lang.management lang.management lang.ref lang.ref lang.reflect lang.reflect

class Program { static void Main() { // Create two instances of DaysTemp. DaysTemp t1 = new DaysTemp(); DaysTemp t2 = new DaysTemp(); // Write to the fields of each instance. t1.High = 76; t1.Low = 57; t2.High = 75; t2.Low = 53; // Read from the fields of each instance and call a method of // each instance. Console.WriteLine("t1: {0}, {1}, {2}", t1.High, t1.Low, t1.Average() ); Console.WriteLine("t2: {0}, {1}, {2}", t2.High, t2.Low, t2.Average() ); Field Field Method

This code produces the following output: t1: 76, 57, 66 t2: 75, 53, 64

access alias ancestor class characteristics comment completion component group injection injection set inlet inner inner class interface interval jump label library locater location lo l inter inn inc inj injs com cm

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The Structure of a Method Local Variables Method Invocations Return Values Parameters Value Parameters Reference Parameters Output Parameters Parameter Arrays Summary of Parameter Types Stack Frames Recursion Method Overloading

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Essentially, a method is a block of code with a name. You can execute the code by using the method s name. You can pass data into a method and receive data as output. As you saw in the previous chapter, a method is a function member of a class. Methods have two major sections, as shown in Figure 5-1 the method header and the method body. The method header specifies the method s characteristics, including the following: Whether the method returns data, and if so, what type The name of the method What types of input can be passed to the method The method body contains the sequence of executable code statements. Execution starts at the first statement in the method body and continues sequentially through the method.

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