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Only classes of this type, or classes derived from it, can be used as the type argument. Any reference type, including classes, arrays, delegates, and interfaces, can be used as the type argument. Any value type can be used as the type argument. Only this interface, or types that implement this interface, can be used as the type argument. Any type with a parameterless public constructor can be used as the type argument. This is called the constructor constraint.

JSR 105 created the javax.xml.crypto package as part of the XML Digital Signature APIs specification. The XML digital signature specification is defined by the W3C (and available from www.w3.org/2000/09/xmldsig). This is just a Java implementation of the specification. The JSR and its associated API has been final since June of 2005.

The where clauses can be listed in any order. The constraints in a where clause, however, must be placed in a particular order, as shown in Figure 19-9. There can be at most one primary constraint, and if there is one, it must be listed first. There can be any number of InterfaceName constraints. If the constructor constraint is present, it must be listed last.

Shorthand can easily be thought of as a notation of the full notation. Ll can be simply l (standard script), unless there are no other letters in the expression; for example, L10 cannot be 10. For l, 0 may be omitted. For C, when there is a subentity, S and P may be omitted. And a constructor does not require an F. For each subscript c, o, f, and i when there is no corresponding 2 described, 1 may be omitted. (It should be remembered that even a single C implies multiple children.) And the A software type notation may be omitted.

Figure 19-9. If a type parameter has multiple constraints, they must be in this order. The following declarations show examples of where clauses: class SortedList<S> where S: IComparable<S> { ... } class LinkedList<M,N> where M : IComparable<M> where N : ICloneable { ... } class MyDictionary<KeyType, ValueType> where KeyType : IEnumerable, new() { ... }

CHAPTER 6 EXTENSIBLE MARKUP LANGUAGE (XML)

Like generic classes, generic structs can have type parameters and constraints. The rules and conditions for generic structs are the same as those for generic classes. For example, the following code declares a generic struct called PieceOfData, which stores and retrieves a piece of data, the type of which is determined when the type is constructed. Main creates objects of two constructed types one using int and the other using string. struct PieceOfData<T> // Generic struct { public PieceOfData(T value) { _Data = value; } private T _Data; public T Data { get { return _Data; } set { _Data = value; } } } class Program { static void Main() Constructed type { var intData = new PieceOfData<int>(10); var stringData = new PieceOfData<string>("Hi there."); Constructed type Console.WriteLine("intData = {0}", intData.Data); Console.WriteLine("stringData = {0}", stringData.Data); } } This code produces the following output: intData = 10 stringData = Hi there.

Shorthand Examples I is shorthand for L0C I1, which is L0SI1. 1O expands to L1SO1. 3CF2 is L3C1F2. C implies L0C1. Of particular note, lCOI0 specifically means a self-pointer. And lO on the right side of the = means an object (and the location thereof) that is created by the caller; there is no need to describe the set-up phase for this. Also, an I on the left side of the = defaults to the location of a created object. Also, one mechanism can incorporate another, in any of its phases. Instead of duplicating the notation for the other mechanism, it can just refer that mechanism by its identification, with any specific entities each noted as a simple equation. The list of substitutions follows the reference in parentheses, separated by commas, with no spaces; for example, Factory(lS=2C).