英语释义

1. a technique especially in filmmaking of interweaving bits of two or more separate scenes

片语

crosscutting interfaces横切接口

crosscutting method穿越法

crosscutting concern横切关注点

crosscutting safety横切安全

Crosscutting materials横切材料

transection横断；横切；横断面

crosscutting point横切点

CrosScutting Concem横切关注点

crosscutting technologies共性技术

Crosscutting concerns横切关注点

英汉例句

• the real beauty of treating safety concerns in a crosscutting manner, however, is that you can effectively reuse them.

  以横切的方式对待安全性关注点的真正妙处是：可以有效地重用这些关注点。

• as i proceed with the examples, i「ll highlight whether a given test pattern verifies the crosscutting functionality, the specification, or both.

  在完成这个例子的过程中，我将强调给定的测试模式是验证横切功能、规范，还是两者同时验证。

• but what about crosscutting behavior?

  但是横切行为会怎么样呢？

• further, supplying annotation in a crosscutting mechanism makes it possible to design a more loosely coupled system while still avoiding annotation clutter.

  其次，以横切机制提供注释使得设计一种更松散耦合的系统、同时避免注释混乱成为可能。

• 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。

• while the api example is contrived, it has hopefully demonstrated how simple it can be to apply static crosscutting in an enterprise architecture.

  虽然这里的api例子是人为的，但它有望证明在企业体系结构中应用静态横切是多么简单。

• treat global concerns globally: program elements should not have much say in the participation of concerns such as tracing and profiling in a crosscutting implementation.

  要全局地对待全局关注点：程序元素不应当对关注点（比如在横切实现中进行跟蹤和分析）的参与起什么作用。

• dynamic crosscutting is the process of creating behavior in an aspect via pointcuts and join points, which can then be applied laterally, at execution time, to existing objects.

  动态横切是通过切入点和连接点在一个方面中创建行为的过程，连接点可以在执行时横向地应用于现有对象。

• 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。

• 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？

• 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。

• because the implementation of a crosscutting behavior is scattered, developers find the behavior difficult to reason about, implement, and change.

  因为横切行为的实现是分散的，开发人员发现这种行为难以作逻辑思维、实现和更改。

• 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。

• in an ideal world, the crosscutting comparison tool would be highly configurable, issuing warnings for changes to certain aspects and ignoring changes related to other aspects.

  在真实世界中，横切比较工具可以有很多配置，对某些方面的改变发出警报，而忽略与其他方面有关的改变。

• you can leverage this separation of concerns to test their behavior separately from the crosscutting specification.

  可以利用这种关注点的分离分别测试横切规范及它们的行为。

• a more elegant and ultimately more flexible solution is to employ static crosscutting to add the behavior to desired objects.

  一个更优雅且根本上更灵活的解决方案就是使用静态横切来对预期对象添加行为。

• further, many crosscutting characteristics will require one or more annotations per method.

  而且，许多横切特性需要每个方法有一个或者多个注释。

• managing this change with large projects can be challenging, particularly when there is a great deal of crosscutting functionality.

  在大型项目中管理这些变化是非常具有挑战性的，特别是在有大量横切功能的时候。

• however, it will help you to understand and gain confidence in your application」s crosscutting concerns.

  不过，它可帮助您理解并获得对应用程序的横切关注点的信任。

• accordingly, the next two patterns show the benefits of supplementing normal tests with manual inspection of the crosscutting views available in tool such as ajdt.

  相应地，下面两个模式展现了使用在ajdt这样的工具中提供的人工检测横切视图补充正常测试的好处。

• in this article, i introduce a catalog of techniques for testing crosscutting behavior implemented with aspects.

  在本文中，我将介绍测试用方面实现的横切行为的一组技术。

• due to the crosscutting nature of such annotations, aop is a good way to supply them.

  由于这种注释的横切本性，用aop提供它们是很好的一种方法。

• 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。

• 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。

• 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。