单词查询
crosscutting
美[k'rɒskʌtɪŋ]，英[k'rɒskʌtɪŋ]，
释义
「
」
n. 横切；捷径；【矿】横巷；【建】横锯； adj. 斜切的；横锯的；纹路交叉的(锉子)； v. 横断； 网络释义： 交叉剪接；横切性；横切关系；
例句
In this article, I did not look for crosscutting concerns, and most of what I reimplemented was, to current thinking, well-modularized.
本文中没有讨论横切关注点，我重新实现的多数解决方案照目前来看都是经过很好模块化的。
At the heart of each of the AOP tools is a join point model, which provides a means of identifying where the crosscutting is happening.
位于每个AOP工具核心的是连接点模型，它提供了一种机制，可以识别出在哪里发生了横切。
By compartmentalizing aspect code, crosscutting concerns become easy to deal with.
通过划分Aspect代码，横切关系变得容易处理。
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。
Another key responsibility of IDE support is to make the system's crosscutting structure easy to navigate and understand.
IDE支持的另外一个主要职责是让系统的横切结构易于导航和理解。
The syntax of static crosscutting is quite different from that of dynamic crosscutting.
The syntax for creating static crosscuts is quite different from that of dynamic crosscutting, in that there are no pointcuts or advices.
创建静态横切的语法和动态横切有很大的不同，即没有切入点和通知。
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。
Static crosscutting differs from dynamic crosscutting in that it does not modify the execution behavior of a given object.
静态横切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。
However, supplying annotations in a crosscutting manner can be very helpful.
本文中没有讨论横切关注点，我重新实现的多数解决方案照目前来看都是经过很好模块化的。
At the heart of each of the AOP tools is a join point model, which provides a means of identifying where the crosscutting is happening.
位于每个AOP工具核心的是连接点模型，它提供了一种机制，可以识别出在哪里发生了横切。
By compartmentalizing aspect code, crosscutting concerns become easy to deal with.
通过划分Aspect代码，横切关系变得容易处理。
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。
Another key responsibility of IDE support is to make the system's crosscutting structure easy to navigate and understand.
IDE支持的另外一个主要职责是让系统的横切结构易于导航和理解。
The syntax of static crosscutting is quite different from that of dynamic crosscutting.
The syntax for creating static crosscuts is quite different from that of dynamic crosscutting, in that there are no pointcuts or advices.
创建静态横切的语法和动态横切有很大的不同，即没有切入点和通知。
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。
Static crosscutting differs from dynamic crosscutting in that it does not modify the execution behavior of a given object.
静态横切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。
However, supplying annotations in a crosscutting manner can be very helpful.