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What exactly is the W3C DOM The W3C Web page provides this clear definition: The Document Object Model is a platform- and language-neutral interface that will allow programs and scripts to dynamically access and update the content, structure, and style of documents. The document can be further processed, and the results of that processing can be incorporated back into the presented page. Furthermore, the W3C explains the motivation behind defining a standard DOM. The W3C received numerous requests from its members regarding the method by which the object model of XML and HTML documents should be exposed to scripts. The submissions do not propose any new tags or style sheet technology but rather attempt to ensure that interoperable and scripting language neutral solutions are agreed upon and embraced by the community. In short, the W3C DOM standard intends to help avoid the scripting nightmares of the late 1990s when competing browsers had their own proprietary, often incompatible object models, which made crossplatform scripting exceedingly difficult.

Similar to classes, aspects are code elements that can be instantiated, and the term aspect refers to either a type or an instance. However, unlike with classes, aspects are not directly instantiated by programmers; in other words, programmers never call new for instantiating an aspect. Aspect instances are automatically created by the AOP language or framework. With AspectJ, the default policy is to create only one instance of each existing aspect, such as aspects for singletons. As a consequence, the data defined in an aspect are shared by all the joinpoints where the aspect applies. Programmers can redefine this default policy by specifying that one instance of the aspect must be created for every object that is the executing object of a pointcut (clause perthis) or for every object that is the target object of a pointcut (clause pertarget). Similarly, an aspect instance can be created each time the program enters a control flow (clauses percflow and percflowbelow). AspectJ 5 provides a new instantiation policy (clause pertypewithin). With JAC, the instantiation policy deals with aspects and wrappers, both of which are by default singletons. A distinct instantiation policy can be chosen for wrappers by specifying that an instance of a wrapper must be created for every joinpoint included in a pointcut. When programming distributed applications with JAC, aspect and wrapper instances are replicated on each host. The default policy implemented by JBoss AOP is to associate one instance of a wrapper class per aspectized application class in other words, one instance per class where one of the pointcuts defined in the aspect matches. This default policy can be redefined by specifying a

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The virtual nature of Java and HTML where applications and pages were coded to work on a specific virtual machine offered better security; these machines couldn t do anything malicious and, therefore, applications written to run on them couldn t either Users were effectively safe, although limited in the scope of what they could do At the end of the 1990s, Microsoft unveiled the successor to ActiveX (among others) in its NET Framework This framework would form Microsoft s strategic positioning for many years to come Like Java, it provided a virtual machine (the Common Language Runtime [CLR]) on which applications would run These applications could do only what the CLR allowed and were called managed applications The NET Framework was much more sophisticated than the JVM, allowing for desktop and server-side web applications with differing levels of functionality (depending on which was used).

It s easy to confuse the W3C DOM with JavaScript. The DOM is an API for HTML and XML documents that provides a structural representation of the document and defines how the document structure is accessed through script. JavaScript is a language that is used to access and manipulate the DOM. Without the DOM, JavaScript would not have any notion of Web pages and the elements that make up the pages. Every element within the document is part of the DOM, making the element s properties and methods available to JavaScript. The DOM is independent of any programming language. Typically the DOM is accessed through JavaScript, although this is not a requirement. You can use any scripting language to access the DOM, thanks to its single, consistent API. Table 3-1 lists useful properties of DOM elements, and Table 3-2 lists useful methods. Table 3-1. Properties of DOM Elements Useful for Processing XML Documents

Most applications are comprised of two types of concerns: business and nonfunctional. Business concerns, also called functional requirements, correspond to the real-world behavior that you want to model. Nonfunctional concerns, or nonfunctional requirements, are additional services that the application must implement essentially, technical or system-level concerns. For example, in an application that manages human resources, the functionalities for adding

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