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interval: Client Interval jump object: Server; interval: Server Interval; injections injection: Security -- Login jump object: Third-party; interval: User Validation injections end Injections can be in an interval outside of an interval reference. Any noninjection code must be marked by a preceding line that is just the injections end keyphrase. They can stand alone or in a group, in an injection set, denoted by a file name prefixed with injection set. It is referred to (functionally copied), anywhere in a class or other injection set, with the label injection set and the nonprefixed injection set name. injection set: Security

So far, you have seen nullable forms of the predefined, simple types. You can also create nullable forms of user-defined value types. These bring up additional issues that don t come up when using the simple types. The main issue is access to the members of the encapsulated underlying type. A nullable type doesn t directly expose any of the members of the underlying type. For example, take a look at the following code and its representation in Figure 25-4. The code declares a struct (which is a value type) called MyStruct, with two public fields. Since the fields of the struct are public, they can easily be accessed in any instance of the struct, as shown on the left of the figure. The nullable version of the struct, however, exposes the underlying type only through the Value property, and does not directly expose any of its members. Although the members are public to the struct, they are not public to the nullable type, as shown on the right of the figure. struct MyStruct { public int X; public int Y; public MyStruct(int xVal, int yVal) { X = xVal; Y = yVal; } } class Program { static void Main() { MyStruct mSNull = new MyStruct(5, 10); ... // Declare a struct. // Field // Field // Constructor

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import java.util.*; public class Zones { public static void main(String args[]) { TimeZone tz = TimeZone.getTimeZone("America/Los_Angeles"); System.out.println(tz.getDisplayName(Locale.US)); System.out.println(tz.getDisplayName(Locale.UK)); } }

Figure 25-4. The accessibility of the members of a struct is different from that of the nullable type.

Obviously, Descript relies very little on punctuation and very much on words, so it has many more reserved words than D.

For example, the following code uses the previously declared struct and creates variables of both the struct and the corresponding nullable type. In the third and fourth lines of code, the values of the struct s variables are read directly. In the fifth and sixth lines, they must be read from the value returned by the nullable s Value property. MyStruct mSStruct = new MyStruct(6, 11); // Variable of struct MyStruct mSNull = new MyStruct(5, 10); // Variable of nullable type Struct access Console.WriteLine("mSStruct.X: {0}", mSStruct.X); Console.WriteLine("mSStruct.Y: {0}", mSStruct.Y); Console.WriteLine("mSNull.X: {0}", Console.WriteLine("mSNull.Y: {0}", mSNull.Value.X); mSNull.Value.Y); Nullable type access

Compile and run the program. The first println() will look up the name for the US locale, while the second uses the UK locale. Only the first lookup should have any output with ID: at the beginning of the line:

Nullable types are implemented by using a .NET type called System.Nullable<T>, which uses the C# generics feature. The question mark syntax of C# nullable types is just shortcut syntax for creating a variable of type Nullable<T>, where T is the underlying type. Nullable<T> takes the underlying type and embeds it in a structure, and provides the structure with the properties, methods, and constructors of the nullable type. You can use either the generics syntax of Nullable<T> or the C# shortcut syntax. The shortcut syntax is easier to write and to understand, and is less prone to errors. The following code uses the Nullable<T> syntax with struct MyStruct, declared in the preceding example, to create a variable called mSNull of type Nullable<MyStruct>: Nullable<MyStruct> mSNull = new Nullable<MyStruct>(); The following code uses the question mark syntax but is semantically equivalent to the Nullable<T> syntax: MyStruct mSNull = new MyStruct();

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> java Zones ID: America/Los_Angeles ID: America/Los_Angeles ID: America/Los_Angeles ID: America/Los_Angeles America/Los_Angeles Pacific Standard Time

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