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The reload and assign methods are the two most-used methods of the location object, although replace can be handy in some cases. One nifty feature of the location object is related to the assign method: the properties of the location object are dynamically tied to the actual location, and changing the value of a property changes the location of the page as well. For example, setting location.href = 'http://mootools.net' will load the URL in the current window the same behavior we get with location.assign('http://mootools.net'). The really interesting use of this feature, though, is when we work with the properties of location that relate to parts of the URL. When we assign a new value to a property that references only a section of the URL, it changes only that section of the URL. Going back to our original URL example, http://www.foobaz.com:80/_files/test.html name=mark#index, if we do location.hostname = 'mootools.net', it loads http://mootools.net:80/_files/test.html name=mark#index in the current window. As you can see, only the original hostname is changed from www.foobaz.com to mootools.net and all the other parts of the URL remain the same. The same thing goes for all other sectional properties, such as search or port. One really important use of this feature is with history management via location.hash. Unlike other URL parts, changing the anchor of a URL doesn t reload the page. Together with the history object, this makes it possible to implement some kind of history management for Ajax applications, as we ll see in 11.

Application architecture documentation enables a team to retain and share critical architecture design knowledge that identifies and explains the underlying intention of the application architect and the lead developer.

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In this technique, you map each nonabstract class to its own table in the database In Figure 2-10, you can see that our accounts data model from Figure 2-9 has changed to include a distinct table per nonabstract class In this case, the abstract classes are not involved in the mapping, but their attributes are represented by the concrete classes This approach s biggest advantage is its simplicity and ease of implementation However, this technique has issues with regard to polymorphism and data redundancy Typically in the database, a foreign-key association is used to create a pseudo-polymorphic structure Unfortunately, if all classes are defined as their own entities with no foreign-key relationship to the base table, this mapping becomes difficult, if not impossible Another problem with the shortage of foreign-key associations in this approach is that data can become redundant quickly.

The most basic model of the web is of documents connected through hyperlinks. Users go to one document and navigate by clicking a link in the document that points to another document. Because of this linked nature, browsers had to find a way to present a linear progression of changes from one location to another, as well to provide a way to help users navigate through this linear progression. Thus, the concept of browser history was born.

An effective way to produce application architecture documentation is by developing it from a template. An example template is illustrated next. The template may be conveniently prepared as a set of HTML pages and graphics posted to a portal, or alternatively as a set of Word documents and graphics stored within a hierarchy of folders on a network. 1. Preliminaries a. Objective identify the object of the document b. Ownership identify ownership and responsibilities c. Version history list version history d. Outline prepare a document index 2. Document overview prepare a brief overview of the document 3. Specifications a. Functional prepare a summary of functional specifications b. Technical prepare a summary of technical specifications 4. Architecture strategy prepare a description of the key design decisions, reasons, and compromises, as well as insights into key features of the architecture; identify extensibility, vulnerabilities, and constraints, etc. 5. Application architecture a. Application layers identify and explain layers: e.g., five layers or tiers Summary Detail b. Enterprise layer mapping identify and explain mapping or interfacing of application architecture layers to layers within the enterprise application framework (application integration layer) 6. Design topology a. Methodology identify and explain methodologies, e.g., development sequence; reuse of enterprise services functionality b. Dependencies and assumptions identify architecture dependencies (e.g., enterprise services accessed via the application integration layer) and key assumptions (e.g., critical statements made in functional and technical specifications) c. Risks identify risks and tolerances, etc. 7. . . . (more content)

8. Glossary a. Terms define key terms used in the document b. Acronyms define acronyms used in the document 9. . . . (more references)

The history object represents the linear history of the current browser window. In earlier browsers, the actual locations that were visited were available through the history object as URL strings. This, however, presented a large privacy hole in the browser, and was thus scrapped. The history object today is a very simple object containing one property, length, which represents the number of items in the current window s history stack. It also has two simple methods, back and forward, which respectively load the previous and next locations in the browser history relative to the current location. Another method, go, takes a numeric argument and loads the particular location relative to the current location, which is given the index 0. For instance, history.go(-1) will load the previous page in the history, which therefore makes it similar to doing history.back(), while history.go(2) will load the page after the next page in the history, just like hitting the browser s forward button twice.

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