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Will the non-AOP alternative cause code scattering Code scattering is usually a sure sign of a crosscutting concern. If you have to copy and paste nearly identical code in multiple places or insert complementary blocks of code for a concern in several modules, AspectJ is a good choice. It will immediately yield a cleaner design and substantial code savings. Will the non-AOP alternative cause code tangling Code tangling generally accompanies code scattering, but you might see code tangling by itself. For example, you may have just one database module that deals with the creation and release of database connections, but the module itself may contain resource pooling code tangled with the implementation of the persistence core concern. Using AspectJ in this case separates the two concepts, makes them less difficult to understand, and allows the easy evolution of both. It is much like refactoring code into private methods even when you know there is only one caller. (We discuss aspectual refactoring in more detail in section 13.2.2.) Over time, you will find more modules that call for the same separation of crosscutting concerns.

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13.1.2 Walking the walk Once you ve determined that a certain functionality is a possible crosscutting concern, and you have decided to use AspectJ to implement it, you can use the following approach:

Query OK, 1 row affected (0.00 sec)

If you rename a numeric item in the pivot table, it becomes text, and is sorted after the numbers (or before the numbers in a descending sort). To change the entry back to a number, follow these steps: 1. Drag the numeric field out of the pivot table. 2. Refresh the pivot table. 3. Drag the numeric field back to the pivot table.

Study the conventional solution first In this step, you sketch out, design, and even prototype the conventional solution. We followed this route in most chapters in parts 2 and 3. First, we studied the conventional solution and focused on repeated patterns of code. While illustrating the conventional solution helped you appreciate the AspectJ solution that followed, the main purpose was to help you understand the AspectJ design needed for a better solution. The idea is to first sketch the code tangling and code scattering, and then modularize it. Once you become reasonably experienced at this, you may reduce the emphasis on this step or even eliminate it. Limit the implementation By limiting the solution to only modules that currently need the functionality, you eliminate the impact both positive and negative on other modules. We discussed this approach in chapter 7 (resource pooling) and chapter 9 (thread safety in Swing applications). The goal is to leave as much of the system unaffected as possible and reduce the testing effort required. To do this, you can either use pointcuts such as within() to specify only join points in the modules you want to weave, or you can configure your build system to include only those modules. Let it loose Once you are comfortable with the solution and its impact, you should modify the pointcuts or build configurations that have been limiting the applicability. For example, instead of restricting resource pooling to only certain modules, you lift those restrictions to let it crosscut system wide. This way, if a new module joins the system, it starts benefiting from the aspects right away.

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