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AOP is a programming paradigm that allows us to factor common, low-level functionality known as cross-cutting concerns out of domain classes and encapsulate them so that they can be reused across a wide range of unrelated classes. The real trick to this is being able to reapply those cross-cutting concerns where and when they are needed in a non-invasive fashion, as in, by not changing the classes to which the cross-cutting functionality should apply. Does that sound like a mouthful It probably does, but consider this simple example method: public int addTwoNumbers(int first, int second) { int sum = first + second; return sum; } The addTwoNumbers method, to the surprise of no one, returns the sum of two integers. But what if you want to add some logging statements to the method so that the entering and exiting of the method gets logged to the logging console No problem just add logging statements to the beginning and end of the method body. Doing so makes the method look like this: public int addTwoNumbers(int first, int second) { LoggingUtil.log("entering addTwoNumbers"); int sum = first + second; LoggingUtil.log("exiting addTwoNumbers"); return sum; } The actual business logic requires only two lines of code, but the amount of code required to log the start and end of the method is also two lines long, effectively doubling the size of the method. No big deal, one might say. The two lines required to log the entering and exiting of the method are hardly complicated, and since most methods are longer than two lines, it won t really double the size of the method.

I ve covered the most important options for Draggable, but there are others you might find handy as well.

The constraint option can restrict a draggable to movement along one axis. Setting it to "horizontal" limits the draggable to horizontal movement only; setting it to "vertical" limits it to vertical movement only. By default, this option is not set. This option is typically used by sortables to enforce linear ordering of items.

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Now consider the scenario where the same method is suspected of being a performance bottleneck To diagnose the cause of the performance bottleneck, you decide to add performance instrumentation to this (and other) methods The addTwoNumbers method now grows to this: public int addTwoNumbers(int first, int second) { LoggingUtillog("entering addTwoNumbers"); PerformanceTimerstart("addTwoNumbers"); int sum = first + second; PerformanceTimerend("addTwoNumbers"); LoggingUtillog("exiting addTwoNumbers"); return sum; } Now our previously slim, two-line method is six lines long, and only two of the lines have anything to do with actual business logic Worse yet, the method just looks ugly If software development is truly an art and science, this method clearly fails in the artistic category The method just has a bad smell to it There s too much going on inside the method that doesn t relate to the intended purpose of the method.

The following is how the code for the ruby skin looks (it s just property file). As you can see, the skin defines fonts, colors for various sections, and parts of the user interface. You will see later in the chapter how you can easily build your own skin. #Colors headerBackgroundColor=#900000 headerGradientColor=#DF5858 headerTextColor=#FFFFFF headerWeightFont=bold

The ghosting option controls how the draggable behaves while being dragged. When it is set to false, which is the default, dragging an element moves the element itself. When it

To top it all off, the code that performs the logging functions and performance monitoring must be repeated in every method that requires that functionality, leading to more ugly methods and significant code bloat Isn t there a better way Remember, a few paragraphs ago we defined AOP as implementing low-level functionality that applies to many classes in a system Certainly logging and performance monitoring fit this description Let s clean up this mess by applying AOP to the example The first thing we need to do is abstract the logging and performance monitoring functionality into their own discreet units, or advice Advice is the term given to the code that we want to apply to the existing domain code We need to create logging advice and performance monitoring advice that can be reused with many different domain implementations.

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