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- Annotate will not be able to participate in the crosscutting concerns. 注释的元素都不能参与关注点的横切。
- Aspect-oriented programming (AOP) is born for removing the drawback in dealing with crosscutting concerns. 面向方面编程技术(AOP)正是鉴于面向对象编程技术在处理横切关注点时的弊端而出现的。
- I ll start with a reminder of the pros and cons of hand-coding crosscutting concerns vs. Working with an AOP tool. 下面将开始介绍手工编写横切问题与使用AOP工具进行处理的优劣对比。
- The aspect-oriented programming (AOP) facilitates modularization of crosscutting concerns. 面向方面程序设计(AOP)可以使横切关注点(crosscutting concerns)更容易模块化。
- Aspect-Oriented Programming is a technique for separation of crosscutting concerns. 面向切面编程(Aspect-Oriented Programming;简称AOP)作为一种新的编程技术正日益引起人们的关注.
- AOP is a new technology,It makes up the shortage of OOP at crosscutting concerns. 面向方面编程(AOP)是一项新技术,它弥补了面向对象编程(OOP)在处理横切关注点时的不足。
- And it’s hard to implement these crosscutting concerns with clear、modularized code either in POP or OOP. 而这些横切关注点无论是采用面向过程的还是面向对象的编程方式（OOP）, 都难以用清晰的、模块化的代码实现。
- AOP is presented to resolve the problem of code tangling between crosscutting concerns and business logic in OOP. 为了解决OOP中横切关注点与业务逻辑代码纠缠的现象,人们提出了面向方面编程(AOP)方法,以弥补OOP的不足。
- Since crosscutting concerns are so fundamental in systems, MDD tools will benefit from modeling crosscutting structure and generating aspects. 由于横切的问题在系统中是如此基本的一个问题,所以MDD工具会从模型化的横切结构以及生成的方面中获益。
- Spring uses the AOP specification and an XML configuration file to externalize crosscutting concerns, thus preserving the purity of your Java objects. Spring使用AOP规范和一个XML配置文件具体化横切关注点,因而保持了Java代码的纯洁性。
- In a nutshell, AOP allows developers to create non-behavioral concerns, called crosscutting concerns, and insert them in their application code. 简单地说,AOP让开发人员可以创建非行为性的关注点,称为横切关注点,并将它们插入到应用程序代码中。
- AOP(Aspect-Oriented Programming) is a technique for separation of crosscutting concerns which expresses higher abstraction level. 面向方面编程是一种支持分离横切关注点的技术，表达了更高层次的抽象。
- AOP (Aspect-Oriented Programming) is a technique for separation of crosscutting concerns which expresses higher abstraction level. 是一种支持横切关注点的分解的技术,表达更高的抽象层次。
- Using aspect oriented programming the crosscutting concerns and core function concerns can be designed and developed concurrently and independently. 运用面向方面的编程技术可实现中间件横切关注和核心功能关注的并行设计与开发。
- A novel method to discover crosscutting concerns from source-code for transformation from legacy system to Aspect-oriented system was proposed. 为了将传统方法开发的系统转换成面向方面的系统,实现关注分离,提出了一种从遗产系统中发现横切关注点的方法。
- In short, system monitoring is a classic crosscutting concern and therefore suffers from any implementation that is not modular. 简单地说,系统监视是经典的横切关注点,因此任何非模块化的实现都会让它混乱。
- Just as objects provide a language mechanism to cleanly capture inheritance structures, AOP enables the same benefits of good modularity for crosscutting concerns. 与对象提供了一种能够清楚地捕获继承结构的语言机制类似,AOP也为横切问题的良好模块化提供了同样的好处。
- Utilize AOP method to decompose, encapsulation, recombined Crosscutting concerns in modules to optimize programs, then improve the reuse ability and expansibility. 同时在程序中使用面向方面编程方法对模块中的横切关注点进行分解、封装、重新组合,从而提高了代码的重用性和扩展性。
- Aspect-Oriented Programming(AOP) localize implementation of crosscutting concern by encapsulating them in an independent module called "aspect". 面向方面的编程技术解决了横切关注点的模块化问题，它提供了一个叫做方面(aspect)的程序结构，将横切关注点封装在一个独立的模块里。
- AOP provide a way of describing crosscut concerns and weaving the concerns into software system. This implementation modularizes the crosscut concerns. 面向方面编程,为开发者提供一种描述横切关注点的机制,并能够自动将横切的关注点织入到软件系统中,从而实现横切关注点的模块化。
