1.Although Java does not satisfy these requirements on its own, it does provide tools to enable modularity to be built on top of it.
尽管Java本身没有满足这些要求，但是它提供了一些工具可以实现模块化。
2.The JAR, then, is close to what you need for a good reusable module but it lacks some basic modularity characteristics.
看来，JAR与良好的可重用模块的要求比较接近，但缺乏一些基本的模块特征。
3.However, by no means every library in the world is designed with modularity in mind. This has got to be changed.
但并不是世界上每个类库的设计都遵循模块化的准则，这必须改变。
4.Similarly, the concept of modularity has been around since the early days of computing.
与此相似，模块化概念在计算的早期就出现了。
5.Modularity -- the various components of the application can be swapped in and out as desired, making debugging much easier.
模块性？应用程序的各种组件可以按您的需要调进调出，使调试工作更加容易。
6.The last of the five modularity principles may be viewed as a consequence of both the Open-Closed and Information Hiding rules.
开闭和信息隐藏规则的推论，我们来研究五项模块性原则的最后一个。
7.While purely procedural designs without much modularity run just fine, the advantages of OO design show up in the maintenance.
虽然没有过多模块化的纯过程设计运行得很好，但是OO设计的优点表现在维护上。
8.Just as the class is the unit of modularity for Java, the aspect is an additional unit of modularity for AspectJ.
正如类是Java模块化的单元，方面是AspectJ模块化的附加单元。
9.This modularity makes VIs easy to maintain, understand, and debug.
这种模块化设计使得VI的便于维护，容易理解，也便于调试。
10.The first step to adopting modularity is usually to make use of a build time dependency management system.
采用模块化的第一步通常是利用构建时依赖关系管理系统。