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code. As with classes, the inheritance mechanism allows for extending an aspect, reusing the existing definitions of the superaspect, defining new advice code in the subaspects, and making abstract pointcuts concrete. With AspectJ, an aspect can extend an abstract aspect, but not a concrete aspect. Reusing aspects is then a matter of writing abstract aspects with advice code and abstract pointcuts and extending them to adapt the aspects to a given application by making the pointcuts concrete. With JAC, the writing of aspects is separated in two regular Java classes: one for the wrapper and one for the aspect component. In addition, a configuration mechanism allows for the definition of application-dependant parameters such as pointcut expressions and system properties in so-called configuration files. Most of the time, reusing aspects with JAC is simply a matter of writing a new configuration file for adapting the aspect component and the wrapper classes to the new application. JBoss AOP separates the writing of interceptors and of pointcuts. The former are regular Java classes, whereas the latter are XML files. Interceptors are then easily reused, whereas pointcuts must be adapted to each new application. Finally, Spring AOP relies on its bean configuration mechanism to configure the aspects for different contexts. When we look at aspect reuse for these tools, we can see that the language approach uses a language-level concept such as inheritance, while the framework approach uses configuration. Both have their advantages and disadvantages. For instance, the inheritance approach is less flexible than configuration, but it ensures better compatibility between the aspects and the inherited aspects. In our opinion, a combination of the two approaches represents a complete solution for aspect reuse.

function displayDate() { var today = new Date(); alert (today.format('D')); }

Summary

The formatted date as the result of the preceding script is shown in Figure 4-2.

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The first solution to making the Web more dynamic was Common Gateway Interface (CGI). Unlike static Web retrieval, CGI allows you to create programs that execute when a user makes a request. Say you want to display items for sale on your Web site with a CGI script you can access your product database and display the results. Using simple HTML forms and CGI scripts, you can create a simple storefront that allows you to sell products to anyone with a browser. You can write CGI scripts in any number of languages from Perl to Visual Basic, making the scripts available to a wide range of skill sets. However, CGI is not the safest approach for creating dynamic Web pages. With CGI, you literally let people execute a program on your system. Most of the time this probably isn t a problem, but a user with malicious intent can exploit this and cause your system to run something you didn t intend. Despite that drawback, CGI continues to be used today.

In this chapter, we compared the four AOP tools presented in this book: AspectJ, JAC, JBoss AOP, and Spring AOP. We outlined some of the minor differences among the tools, and we explained that the major differences are the result of implementation dissimilarities between the language approach (AspectJ) and the framework approach (JAC, JBoss AOP, and Spring AOP). As we have seen in this chapter, the language approach allows for static typing and more compile-time checks, which improve the quality of the programs (see, for example, the The Joinpoint Types section). The language approach is also more efficient, since compilers can optimize the woven code for static binding and avoid run-time reflection or dynamic proxying when they are not needed. On the other hand, the framework approach uses run-time reflection and joinpoint introspection. These techniques make the frameworks less efficient, but also more flexible than the languages. Using the framework approach, it is possible to dynamically adapt an application while it is running. In addition, the framework approach uses existing languages or tools such as Java, XML, or Ant, which make it easier to integrate these tools within standard development environments. This last point is key, since it explains the success of the framework approach, while only one representative of the language approach is actually widely used: AspectJ. The success of AspectJ is the result of the major work by AspectJ s creators to integrate the tool into IDEs such as Eclipse. Once AspectJ is well integrated, the use of AOP becomes simpler than a dedicated language, since the IDE can provide support such as contextual help, code

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