This article defines the timeline/milestone pattern and its behavior as a reusable software component.
本文将时间轴/里程碑模式及其行为定义为一个可重用的软件组件。
The effective representation of reusable software component ensure to realize software-reuse successfully, and decrease reuse cost.
有效的构件表示和检索是实现高效复用的保证，从而大大降低复用成本。
While we might often think that we are going to write a reusable software component, the fact is that reuse implies use in the first place.
我们可能经常认为我们要编写一个可重用的软件组件，事实上重用就表明在前面已经使用过。
Our proposed approach strives to facilitate the use of those business similarities and turn them into reusable and extensible component or software patterns.
我们建议的方法是要促进对业务类似点的使用，并将它们转化为可重用和可扩展的组件或软件模式。
InfoQ: What are the best practices and "gotchas" that software architects should keep in mind when working on creating reusable component libraries?
InfoQ：软件构架师在创建可复用的组件类库时，应当铭记哪些最佳实践？
Software component technology is the core technology that support software reuse, the design, development and use of reusable component can improve software quality, reduce development costs.
软件构件技术是支持软件复用的核心技术，可复用构件的设计、开发和使用可以提高软件的质量、降低开发的成本。
This paper particularly narrates three key technologies for developing flexible embedded software, which are arrangement technology, frameworks technology and reusable component technology.
文中详细叙述了开发柔性嵌入式软件所必需的三项关键技术，即层次化技术、框架技术和可复用构件技术。
Using the technology of reuse software is an effective way to solve software crisis. Software engineering based on reusable component is a major approach of reusing software.
采用软件重用技术是解决软件危机的重要途径，基于组件技术的软件工程是重要的软件重用技术。
The use of component software technology improves quality and efficiency of embedded development, and the system is extendable and reusable.
组件技术的应用提高了嵌入式软件开发的效率和质量，增加了系统的可扩展性和复用性。
Each software project has its own function requirements for logging systems, but they also have many in common, so it is feasible to design a flexible, reusable logging component.
虽然每个软件项目对日志系统都有特定的需求，但它们之间也有很多共同点，因此设计一个灵活、通用的可复用的日志构件是可行的。
The component technology of software can divide a complicated application system into several ones that are realizable, easy to develop and reusable.
基于构件的软件开发方法是基于构件、复用构件库中的一个或多个构件来构造应用软件系统的过程。
One of the greatest challenges to component software is designing interfaces that are reusable, adaptable, flexible, and prepared for the future.
在模块软件中最大的挑战之一就是如何设计出可重复使用、可修正、有弹性，及能应付未来需求的接口。
One of the greatest challenges to component software is designing interfaces that are reusable, adaptable, flexible, and prepared for the future.
在模块软件中最大的挑战之一就是如何设计出可重复使用、可修正、有弹性，及能应付未来需求的接口。
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