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As was mentioned in Two, across all of the function-oriented systems that have ever existed, all of the countless interaction mechanisms have been observed to be of just a relatively few types. All of the interaction mechanisms of any particular type have common characteristics (components and behaviors). The following examples are interaction algebra representations of the most commonly identified function set interaction mechanism types. They are arranged, basically, from the simplest to the most complex. This serves to teach interaction algebra in a progressive way, but it also facilitates teaching the mechanism types themselves. (The book Design Patterns also mentions variations on these mechanism types. The examples can serve as anchors for the variations.) Additionally, every equation identifies the user s connection point to the mechanism, which Design Patterns often excludes from its (free-form) diagram.

Unlike the other generics, a method is a member, not a type. Generic methods can be declared in both generic and non-generic classes, and in structs and interfaces, as shown in Figure 19-10.

SOAPHeader soapHeader = soapEnvelope.getHeader(); SOAPHeaderElement headerElement = soapHeader.addHeaderElement( soapEnvelope.createName("Signature", "SOAP-SEC", "http://schemas.xmlsoap.org/soap/security/2000-12")); SOAPBody soapBody = soapEnvelope.getBody(); soapBody.addAttribute(soapEnvelope.createName("id", "SOAP-SEC", "http://schemas.xmlsoap.org/soap/security/2000-12"), "Body"); Name bodyName =soapEnvelope.createName("FooBar", "z", "http://example.com"); SOAPBodyElement gltp = soapBody.addBodyElement(bodyName); return soapMessage; }

Generic methods, like the other generics, have a type parameter list and optional constraints. Generic methods, like generic delegates, have two parameter lists: The method parameter list, enclosed in parentheses The type parameter list, enclosed in angle brackets To declare a generic method, do the following: Place the type parameter list immediately after the method name and before the method parameter list. Place the optional constraint clauses after the method parameter list. Type parameter list Constraint clauses public void PrintData<S, T> ( S p ) where S: Person { ... Method parameter list }

Strategy: To separate implementations from an interface, making the implementations dynamic x = 1COF(Ii)) 1CF = ProcessType/Process.processType

Listing 6-9 converts the SOAP message content to a DOM (Document Object Model). This does not just take the results of createSOAPMessage(), but instead works with the content from SOAPPart. None of these concepts are new to Java 6, so I ll spare you the details.

Note Remember that the type parameter list goes after the method name and before the method parameter list.

To invoke a generic method, supply type arguments with the method invocation, as shown here: Type parameters MyMethod<short, int>(); MyMethod<int, long >(); Figure 19-11 shows the declaration of a generic method called DoStuff, which takes two type parameters. Below it are two invocations of the method, with different sets of type parameters. Each invocation produces a different version of the method, as shown on the right of the figure.

private static Node generateDOM(Source source) throws ParserConfigurationException, SAXException, IOException { Node root; if (source instanceof DOMSource) { root = ((DOMSource)source).getNode(); } else if (source instanceof SAXSource) { InputSource inSource = ((SAXSource)source).getInputSource(); DocumentBuilderFactory dbf = DocumentBuilderFactory.newInstance(); dbf.setNamespaceAware(true); // so parser supports namespaces DocumentBuilder db = null; synchronized (dbf) { db = dbf.newDocumentBuilder(); } Document doc = db.parse(inSource); root = (Node) doc.getDocumentElement();

Wrapper: To add functionality to an object without extending its class +: I = 1CO(Ii)+2O(1Ii) ^ x = 1COFf (If)+2OFf (1OI f)

If you are passing parameters into a method, the compiler can sometimes infer from the types of the method parameters the types that should be used as the type parameters of the generic method. This can make the method calls simpler and easier to read. For example, the following code declares MyMethod, which takes a method parameter of the same type as the type parameter. public void MyMethod <T> (T myVal) { ... } Both are of type T If you invoke MyMethod with a variable of type int, as shown in the following code, the information in the type parameter of the method invocation is redundant, since the compiler can see from the method parameter that it is an int. int MyInt = 5; MyMethod <int> (MyInt); Both are ints Since the compiler can infer the type parameter from the method parameter, you can omit the type parameter and its angle brackets from the invocation, as shown here: MyMethod(MyInt);

CHAPTER 6 EXTENSIBLE MARKUP LANGUAGE (XML)

The following code declares a generic method called ReverseAndPrint in a non-generic class called Simple. The method takes as its parameter an array of any type. Main declares three different array types. It then calls the method twice with each array. The first time it calls the method with a particular array, it explicitly uses the type parameter. The second time, the type is inferred. class Simple { static public void ReverseAndPrint<T>(T[] arr) { Array.Reverse(arr); foreach (T item in arr) Console.Write("{0}, ", item.ToString()); Console.WriteLine(""); } } // Non-generic class // Generic method

Singleton: To limit a class to one instance +: 1O, I = 1!F(Ii) ^ I = 1!F(Ii)