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During the writing of this book, AspectJ 1.2.1, which was released on November 5, 2004, was the latest stable version of AspectJ. However, a newer version, numbered 1.5.0 and officially called AspectJ 5, is under preparation. The first major developments of AspectJ 1.5.0M1 were made available to the developing community in December 2004. The main purpose of this evolution was to incorporate the changes brought to the Java language by Java 5. The features described in the remainder of this section can be found in the developer release of AspectJ 1.5.0, which is available at the time of the writing of this book. By the time AspectJ 5 is final, these features may have slightly changed according to user s feedback, design choices, or error corrections. Most of the changes brought by AspectJ 5 deal with annotations (also known as metadata). First, an aspect can deal with an annotated Java program. The annotations defined for classes or methods can be taken into account when defining a pointcut. Also, annotations can be introduced into a Java program. Second, annotations have an impact on the syntax of the AspectJ language itself. Instead of using dedicated keywords such as aspect and pointcut, you can write annotated Java classes that will be understood by the AspectJ weaver as aspects. These two categories of features are presented in the remainder of this section.

9. Press the Enter (Windows) or Return (Mac) key twice, and enter the following line:

Breakpoints are the feature that really make debuggers useful. They allow you to suspend the execution of code at a point of your choosing, giving you the opportunity to inspect various variables and properties to determine the cause of bugs. Venkman supports two kinds of breakpoints: hard breakpoints and future breakpoints. This is a departure from most debugging environments, so we ll discuss the difference between the two. A hard breakpoint is the type of breakpoint you re used to seeing in modern programming languages such as Java. It instructs Venkman to suspend processing at the breakpoint. Execution cannot continue until the user instructs it to do so. In Venkman, a hard breakpoint always exists within the body of a function. A future breakpoint is similar to a hard breakpoint in that it instructs Venkman to suspend execution of the JavaScript at the breakpoint. The difference between the two is that a future breakpoint is set on lines that do not exist within the body of a function. These lines of code are executed as soon as they are loaded by the browser. In contrast, code that resides within the body of a function is not executed until the function is executed in response to some action or event. Figure 7-13 shows an example page loaded with JavaScript code that has two breakpoints. The embedded JavaScript code has both a function that contains code and code that exists outside a function body. The code within the function has a hard breakpoint, and the code outside the function has a future breakpoint.

var tweenmax:TweenMax = new TweenMax( getChildByName( "ball" + randNum), 2, { scaleX:2, scaleY:2, onComplete:animateBalls } ); } If you are new to Flash, you may have missed the importance of what happened when you entered the class name, TweenMax. If you are a longtime developer, you are probably smiling and thinking, At last! The code hint shown in Figure 4-26 actually contains the TweenMax class.

Figure 4-26. Custom classes now appear in the code hints. What will really put a smile on your face is what happened next. When you entered the first bracket after starting the new TweenMax object, a small code hint, as shown in Figure 4-27, appeared. What this code hint does is show you the parameters that need to go between the brackets. Again, this is completely new to Flash CS5 and a welcome addition.

The handling of annotations in Java programs brings several changes to the AspectJ language. The changes concern the definition of an aspect, the pointcut-definition language, and the introduction of annotations. Annotations and Pointcut Definitions You learned in the previous sections that a pointcut can capture elements of a Java program, such as methods and fields, and link them together in order to aspectize them. In this process, the writing of a pointcut relies heavily on the elements that define a field or method, such as the name, type, or signature. It then seems natural to incorporate annotations for fields or methods in the writing of a pointcut. With AspectJ 5, the pattern language for a pointcut descriptor is extended with the at-sign symbol (@) followed by an annotation name. For instance, the following expression execution( @Transaction * *.*(..) ) designates all the joinpoints that are executions of a method annotated with @Transaction, regardless of the method s return type, declaring class, name, or signature.

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