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Command: (T) to isolate a call in an object, allowing dynamic function sets +: I1, I2 = 2CO(1O(Ii)); 0 = 3OF(I2) 1S = Receiver 2C = CommandType/Command 3SF = Invoker.addCommand Chain: (S) to create a succession of handlers of types of directives +: I3 = 1CcO(I1, I2) I1 = topicType I2 = nextHandler 1CcF = HandlerType/Handler.handle I4 = topic Flyweight: To enable large-scale sharing of sets of objects +: 2COo, I2 = 1F(I1) I1 = key 1SF = FlyweightManager.newFlyweight 2C = FlyweightType/Flyweight I3 = externalState State: To establish dynamic sets of functionality based on state +: 1OI1, I = 1O(Ii); Singleton(L1=2C) ^ 1OI2 = 2CFf (1OI0); x = 1OFf (2CI f) 1SI1 = Owner.state1 2C = StateFunctionType/StateFunction 1SI2 = .state2 Proxy: To encapsulate complex access to an object +: I = 1C1O(Ii)+Singleton(L1=1C2) 1C1 = Subject/Proxy 1C2 = /Actual ^ x = 1C1OFf (If)+1C2OFf (I f) ^ x = 2CFf (I3) ^ x = 1CcF(I4) ^ 0 = 2COFf (3I f)+1Ff (2I f)

// Create an array. // Get its enumerator. // Move to the next item. // Get the current item. // Write it out.

Listing 6-14 shows the complete program in action. A couple of DOM tree dumps are shown before and after the tree is signed.

To create a non-generic interface enumerator class, you must declare a class that implements the IEnumerator interface. The IEnumerator interface has the following characteristics: It is a member of the System.Collections namespace. It contains the three members Current, MoveNext, and Reset. The following code shows the outline of a non-generic enumerator class. It does not show how the position is maintained. Notice that Current returns a reference to an object. using System.Collections; class MyEnumerator: IEnumerator { Returns a reference to an object public object Current { get; } public bool MoveNext() { ... } public void Reset() ... }

Iterator: To provide generic traversing services for a collection of objects +: I1, I2 = 2CO(1O(Ii)) 1S = Collection 2C = IteratorType/Iterator Prototype: (F) to create one or more objects through cloning +: I1 = 2CO(1CcO1(Ii)) ^ 1CcO2, I2 = 1CcO1F(2COFf (I f)) ^ x = 2COFf (I f)+1COFg(2COIg)

{ ... }

import java.io.*; import java.security.*; import java.util.*; import import import import import import import import import import import import javax.xml.crypto.*; javax.xml.crypto.dsig.*; javax.xml.crypto.dom.*; javax.xml.crypto.dsig.dom.*; javax.xml.crypto.dsig.keyinfo.*; javax.xml.crypto.dsig.spec.*; javax.xml.soap.*; javax.xml.parsers.*; javax.xml.transform.*; javax.xml.transform.dom.*; javax.xml.transform.sax.*; javax.xml.transform.stream.*;

For example, the following code implements an enumerator class that lists an array of color names: using System.Collections; class ColorEnumerator: IEnumerator { string[] Colors; Implements IEnumerator int Position = -1; public object Current { get { return Colors[Position]; } } public bool MoveNext() { if (Position < Colors.Length - 1) { Position++; return true; } else return false; } public void Reset() { Position = -1; } public ColorEnumerator(string[] theColors) { Colors = new string[theColors.Length]; for (int i = 0; i < theColors.Length; i++) Colors[i] = theColors[i]; } }

1CO1 = PrototypeType/Prototype.original 1CF = .clone 2CF = FactoryType/Factory.newObject 1CO2 = .clone Visitor: To organize functionality across a family by the functions +: I1 = 1CO(Ii); I2 = 2CO(Ii) ^ x = 1COF(I2)+2COF(1OI0)

import org.w3c.dom.*; import org.w3c.dom.Node; import org.xml.sax.*; public class Signing { public static void main(String[] args) throws Exception { SOAPMessage soapMessage = createSOAPMessage();

The IEnumerable interface has only a single member, method GetEnumerator, which returns an enumerator for the object. Figure 20-4 shows class MyClass, which has three items to enumerate, and implements the IEnumerable interface by implementing the GetEnumerator method.

Figure 20-4. The GetEnumerator method returns an enumerator object for the class. The following code shows the form for the declaration of an enumerable class: using System.Collections; Implements the IEnumerable interface class MyClass : IEnumerable { public IEnumerator GetEnumerator { ... } ... } Returns an object of type IEnumerator The following code gives an example of an enumerable class that uses enumerator class ColorEnumerator from the previous example. Remember that ColorEnumerator implements IEnumerator. using System.Collections; class MyColors: IEnumerable { string[] Colors = { "Red", "Yellow", "Blue" }; public IEnumerator GetEnumerator() { return new ColorEnumerator(Colors); } An instance of the enumerator class

CHAPTER 6 EXTENSIBLE MARKUP LANGUAGE (XML)

1CF = ElementType/Element.acceptVisitor 2CF = VisitorType/Visitor.function Facade: To centralize and simplify access to a subsystem +: x = 1O(Ii)+lO(1Ii) 1S = Facade ^ x = 1OFf (I f)+lOFf (1OI f)

Putting the MyColors and ColorEnumerator examples together, you can add a class called Program with a Main method that creates an instance of MyColors and uses it in a foreach loop. using System; using System.Collections; namespace ColorCollectionEnumerator { class ColorEnumerator: IEnumerator { string[] Colors; int Position = -1; public ColorEnumerator(string[] theColors) { Colors = new string[theColors.Length]; for (int i = 0; i < theColors.Length; i++) Colors[i] = theColors[i]; } public object Current { get { return Colors[Position]; } } public bool MoveNext() { if (Position < Colors.Length - 1) { Position++; return true; } else return false; } public void Reset() { Position = -1; } }