There are several keys to component reuse.
组件重用有几个要点。
Component model is the basis of component reuse.
构件模型是构件复用的基础。
Component reuse is accomplished by containment and aggregation.
组件复用通过包容和聚合来实现。
This component reuse can greatly simplify your overall infrastructure.
这个组件重用过程可以大大简化整个基础结构。
In component-orient design, compound and assemble technique support component reuse.
在面向组件技术的开发中，复合与组装技术支持组件的重用性。
Intents add a layer of indirection that enables sophisticated component reuse and substitution.
目的添加了一个间接层来支持复杂组件的重用和替换。
E4 is exploring component reuse across multiple target platforms and across different languages.
e4也在探索如何能跨多种目标平台和各种语言重用组件。
Web services has been called the next holy grail for component reuse and language interoperability.
Web服务已被称为组件重用和语言互操作性的下一个圣杯。
Better design principles and component reuse promotes operational speed and efficiency and cost savings.
更好的设计原则和组件重用可以促进操作速度和效率以及成本节约。
As a software reuse method, component reuse has higher abstract level and higher granularity than others.
基于软件构件的重用是抽象程度高、重用粒度大的一种形式。
Promotes source code and component reuse, thereby reducing bugs and facilitating agile development and deployment.
促进源代码和组件重用，从而减少bug并促进敏捷的开发和部署。
Greater component reuse should lead to a reduction in development effort and an improvement in IT project delivery.
组件重用度的提高应该会减少开发工作量，并在IT项目交付方面表现出较大改善。
But it is harder because you have to compromise between using what you already have and designing for component reuse.
困难是因为必须在使用现有的东西和提高组件重用性之间进行权衡。
Component reuse is to raise productivity in component software, utilizing existing component to develop new ones.
组件复用旨在利用已有组件创建新组件提高组件软件开发效率。
As source component reuse technology belongs to source code reuse technology, it has advantages of source code reuse for embedded system.
源码构件复用技术是源码复用技术的一种，具有源码复用技术所拥有的适合嵌入式系统的优点。
This paper adopts automatic model mapping to realize system-level synthesis and make use of component reuse to optimize the design space.
通过自动化的模型变换来实现系统级综合，利用组件重用来优化设计空间搜索，因此能够提高系统设计的性能和开发效率。
This is an important part of component reuse: the ability of a component to access resources without having to know exactly how they are provided.
这是组件重用的很重要的部分：组件访问资源而不用确切的了解资源是如何被提供的能力。
The technology of software reuse has been becoming a way to solve the software crisis. Component reuse is an important part of software reuse.
软件复用技术成为解决软件危机的一个途径，构件复用是软件复用的一个重要的组成部分。
Component reuse is an important part of component technology, making full use of it will help us a lot in our development of application system.
组件重用是组件技术的一个重要方面，充分利用这一技术，对于进行应用系统的开发具有很大的帮助。
In the component architecture stage, you can apply SOA to a small project and demonstrate component reuse while minimizing the risk of new architecture adoption.
在组件体系结构阶段，可以将SOA应用到小型项目，从而演示组件重用，并同时尽可能降低采用新体系结构的风险。
UCML(Universal Component Modeling Logic) is a software developer kit base on workflow and component reuse facing WEB and framework, it contains a full course of develop application.
通用组件建模逻辑是一个面向WEB、面向框架，基于工作流和组件重用技术的软件开发平台，它涵盖了一个应用系统业务开发的全过程。
This thesis starts with an introduction of the background knowledge and the framework reuse technology and its advantages followed by a description of component reuse, domain engineering and so on.
论文着重从以下几个方面进行介绍：首先从背景知识谈起，明确了框架的概念和优点：介绍了构件、领域工程等技术，以及这些技术与框架的关系；
The presentation then goes into details on top down and bottom up composition approaches with SCA, implementation reuse through configuration and component implementation, binding and policies.
幻灯片接着详细讨论了SCA的两种组合方式：自顶向下和自底向上、通过配置和组件实现重用实现、绑定和策略。
You can also reuse each component to assemble a variety of larger tests that validate an application use case.
你也可以重用每个构件，来组合成多种较大的验证一个应用软件用例的测试。
EVS is defined in IBM's Enterprise Target architecture as a key SOA "Enterprise Component", which by definition designates it for reuse by all of IBM's business units.
evs在ibm的企业目标体系结构中定义为主要的SOA“企业组件”，实际就将其定义为了供所有IBM的业务单位重用。
The goal here is largely to enable meaningful code reuse: Each path component causes dispatch to a relevant code handler.
这样做的主要目的是支持有意义的代码重用：每个路径成分委派给一个相关的代码处理器。
The reuse issue is absolutely critical — it would be insane to write everything from scratch for each application, because it would take too long to redevelop each component.
重用的问题相当关键——为每个应用程序都从新开始编写所有的内容是非常愚蠢的，因为重新开发每个组件会花费太长时间。
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。
SOA is a technique for component software reuse.
SOA是一种组件软件重用技术。
Finally, to facilitate the reuse of this component, it's helpful to assign a meaningful name to it.
最后，为了方便组件重用，最好为其指定一个有意义的名称。
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