| 1. | To learn more about dynamic crosscutting
来了解关于动态横切的更多内容。 |
| 2. | To learn more about static crosscutting
，获得关于静态横切的更多信息。 |
| 3. | Build highly decoupled systems with the power of static crosscutting
用静态横切的强大功能建立高度松散的系统 |
| 4. | However , supplying annotations in a crosscutting manner can be very helpful
不过，以横切的方式提供注释是很有用的。 |
| 5. | The syntax of static crosscutting is quite different from that of dynamic crosscutting
静态横切的语法与动态横切很不相同。 |
| 6. | Although i do provide a brief overview of aop crosscutting in the next section , please refer to
虽然我将在下一节提供关于aop横切的简要概述，但是您应该参考 |
| 7. | Within the world of crosscutting , there are two types : dynamic crosscutting and static crosscutting
在横切的世界里，横切有两种类型：动态横切和静态横切。 |
| 8. | Differs from dynamic crosscutting in that it does not modify the execution behavior of a given object
和动态横切的区别在于它不修改一个给定对象的执行行为。 |
| 9. | For the remainder of the article i will focus on the technique and application of static crosscutting
在本文剩下的篇幅中，我将重点讲解静态横切的技术和应用。 |
| 10. | Conceptually , such a construct allows you to attach annotations to program elements in a crosscutting manner
概念上，这种结构可以以横切的方式在程序元素上附加注释。 |
