| 1. | 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。 |
| 2. | Cross - cutting concerns
横切关注点 |
| 3. | You can code your crosscutting concern in one place , then use a technique called the
您可以在合适的位置编写自己的横切关注点（ crosscutting concern ） ，然后使用称为 |
| 4. | Process is fundamental to all aop tools since it enables the modular implementation of crosscutting concerns
过程是所有aop工具的基本过程，因为是它支持横切关注点的模块化实现。 |
| 5. | As a result , crosscutting concerns like logging , transactions , and security no longer intrude on your application code
因此，横切关注点（如日志、事务和安全）不会再干扰应用程序代码。 |
| 6. | 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。 |
| 7. | 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。 |
| 8. | 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。 |
| 9. | The difference is that you now map the system s crosscutting concerns to aspects that use a multidimensional interface , which is projected into the associated dimensions
区别是现在将系统的横切关注点映射到使用了投射到相关维中的多维接口的方面。 |
| 10. | Aop tools give you a way to separate the code for essential crosscutting concerns , such as logging and security , from your java programs core application logic cleanly
Aop及其相关的工具使您可以将基本横切关注点（如日志记录和安全）的代码，与程序的核心应用逻辑相分离。 |
