什么是横切？
But what about crosscutting behavior?
但是横切行为会怎么样呢？
Aspects are concerns that are crosscutting.
方面的关注点是横切。
See Resources to learn more about dynamic crosscutting.
请参阅参考资料来了解关于动态横切的更多内容。
Addresses: Crosscutting specification and functionality.
针对：横切规范和功能。
Addresses: Crosscutting functionality and specification.
针对：横切功能和规范。
All are examples of what are called crosscutting concerns.
所有这些都是所谓横切关注点的例子。
Crosscutting becomes explicit, easy to reason about and change.
横切变得很明确，易于推理和修改。
Crosscutting is a term specific to aspect-oriented programming.
横切是面向方面编程的专有名词。
Image decorators can also be used to show crosscutting information.
图像装饰器也可以用来表示横切信息。
Are they also appropriate for dealing with crosscutting concerns?
那么它们是否也适用于横切关注点呢？
AOP is key to managing crosscutting concerns in application development.
AOP是在应用程序开发中管理横切关注点的关键。
In fact, the injection of code for crosscutting concerns is a pattern of sorts.
实际上，横切关注点代码的注入，就是一种类型的模式。
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。
Note that as of this writing, only AJDT provides a crosscutting comparison tool.
注意在撰写本文时，只有AJDT提供横切比较工具。
This makes it particularly easy to adopt and useful for coarse-grained crosscutting.
这使它特别容易采用，而且对于一些粗粒度的横切很有用。
A key concept to grasp is that crosscutting concerns divide into two different areas.
一个要掌握的关键概念是横切关注点分为两个区域。
Aspects can and often do implement their crosscutting behavior using ordinary objects.
方面可以并且通常用普通对象实现横切行为。
Annotations are an easy way to capture certain crosscutting concerns in the applications.
用注解捕获应用中特定的横切关注点是一种很简单的方式。
AOP modularizes crosscutting concerns, so I should look for crosscutting concerns in my code.
AOP模块化了横切关注点，因此我要在代码中寻找横切关注点。
In this article, I am concerned with static crosscutting, although I will briefly discuss both.
在本文中，尽管我将简要地同时讨论二者，但我主要关注静态横切。
Once you have one or more crosscutting map files in your project, you can perform a comparison.
一旦项目中有了一个或多个横切图文件，就可以进行比较了。
We'll use an example to better see how static crosscutting can be implemented in an existing class.
我们将用一个例子来更好地展示静态横切是怎样在一个现有的类中实现的。
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。
See Resources to learn more about aspect-oriented programming and different crosscutting techniques.
请参阅参考资料来学习更多关于面向方面编程和其他横切技术的知识。
This issue has to do more with the nature of the crosscutting functionality than the solution itself.
这个问题更多时候与横切功能的本性有关、而不是与解决方案有关。
By only showing the changes, the crosscutting comparison tool can help prevent information blindness.
通过只显示改变，横切比较工具可以帮助防止信息盲点。
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。
AOP modularizes crosscutting concerns, so I should look for code that is scattered and tangled in my code.
AOP模块化横切关注点。因此应该寻找那些分散和纠缠在代码中的代码。
Signature-based pointcuts cannot capture the join points needed to implement certain crosscutting concerns.
基于签名的切入点不能捕获实现某种横切功能所需要的连接点。
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