最后介绍一个构件化驱动模型的特点。
第七章是一个构件化股票模拟系统的设计。
Chapter 7 presents the design of a Component-based Stock Simulation System.
系统设计按标准化、规范化，分层设计，构件化实现。
System design according to the standardization, the layering design, realization of components.
构件化操作系统设计的关键技术集中反映在其内核的设计与实现中。
For component based operating system, the key constructing techniques constrictively express themselves on the design and implementation of the kernel.
系统的设计遵循构件化的原则，以做到随着策略的改变能够灵活调整。
This system mapped the implementation and demand through strategy module, and the whole system would be design as standard parts to adapt to the change of the recommendation strategy.
第二，阐述构件化电子学档思想，总结不同类型构件化电子学档的内容构件组成。
Secondly, the idea of component-based electronic portfolio is put forward, a set of content components are identified, which can be used to compose different kinds of electronic portfolios.
提供了对象适配机制构件化框架，并且基于POA实现了构件化的对象适配机制。
A componentized framework implemented for the mechanism is provided and the mechanism of componentized object dispatching based on POA is implemented.
摘要：“和欣”操作系统是基于CAR构件技术、支持构件化应用的嵌入式操作系统。
Absrtact: "Hexin" is an embedded operating system based on CAR component technology and it supports the application based on component.
结合构件化技术和软件可靠性工程过程，提出基于构件生产的指控系统可靠性工程过程模型。
The reliability engineering process model of component production, base on both component technology and reliability engineering process is proposed.
构件化软件开发是软件开发领域的一次重大变革，其系统体系结构也与传统软件系统结构不完全一致。
Component software design is the great change of the software design domain, and the system architecture of component software is some different to the traditional software design.
这种构件化的信息系统可以使面向用户的各个应用系 统通过统一的软件总线协议访问业务处理服务器。
The information system is composed of components, and permits each user-oriented application to access transaction server by the uniform soft ware-bus protocols.
将XML文档与关系数据库之间的数据转换技术构件化，提高了数据转换技术的可重用性、可扩展性和可维护性。
The modularization of data-converting technologies between XML and Relational Database can improve in reusability, expansibility and maintainability.
将XML文档与关系数据库之间的数据转换技术构件化，提高了数据转换技术的可重用性、可扩展性和可维护性。
The modularization of data conversion technologies between XML and Relational Database can improve reuse, expansibility and maintainability of data conversion technologies.
用计算机网络对学校的教学管理系统进行改进，并且将构件化的思想引入教学管理系统中，可以提高软件的重用性。
To improve the educational system with computer networks, and to combine the mind of components with it, we can raise the level of reuse of software.
该文通过对UML进行扩展，并且利用企业应用集成（EAI）中提供的应用编程接口（API），提出一种将遗产系统构件化的方法。
This paper presents a method to componentize the legacy system by extending the UML and applying the API of EAI.
本文的主要研究成果包括以下几方面：1。论证了以构件形式实现文件系统的可行性和必要性，并指出了构件化文件系统要解决的关键问题；
The main research achievements are sumarrized as follows:1. Demonstrate feasibility and necessity of component file system, and point out the key problem to solve; 2.
与其一起工作的同步化框架与同步器构件，被设计成在服务器上安装并作为一项服务运行。
The synchronization framework and the synchronizer components that work with it are designed to be installed on a server and run as a service.
他们不需要关注开发和维护测试自动化构件了。
They need not worry about developing and maintaining test automation components.
本段中所描述的产品，提供了一个灵活可扩展自动化架构的构件。
The products described in this section provide the components of a flexible, extensible automation architecture.
面向浏览器类型的构件为面向用户的网页或可视化界面提供了一种逻辑性的服务。
The browser-oriented components provide either a logical service to a web page or visualization for users.
通过在不同的测试团队之间使用相同系列的产品和自动化构件，开发的成本就会得到进一步的降低。
By using the same set of products and automation components across different test teams, development costs can be further reduced.
UCM构件的主要优势，和项目一起，可以更好地进行自动化。
The main advantage of UCM components, as with projects, is better automation.
统一建模语言 (UML)是行业标准语言，用于指定、可视化、构造和记录软件系统的构件。
The Unified Modeling Language (UML) is the industry-standard language for specifying, visualizing, constructing, and documenting the artifacts of software systems.
在可重用构件中使用已存在的产品并考虑测试自动化，将会产生一个测试自动化工具，可以进行更轻松的集成和重用。
Using existing products and thinking about test automation in terms of reusable components leads to test automation tools that can be more easily integrated and reused.
体系结构模板定义并标准化每种类型的构件中的内容，支持采用一致的方法来对软件架构编写文档说明。
Architectural templates, which define and standardize the contents in each type of artifact, enable a consistent approach to documenting software architectures.
现在IBM记录了不仅仅使用已存在标准产品的架构，而且提供了可再用的构件，以创建一个功能强大，可定制并且可使用的自动化架构。
Now IBM has documented an architecture that not only uses existing standard products, but also provides reusable components to create a robust, customizable, and usable automation architecture.
通过模块化，所需的更新被集中到一个单一的核心构件块中，克服测试脚本的衰退。
With modularity, required updates are centralized to the single core building block, overcoming test script decay.
通过模块化，所需的更新被集中到一个单一的核心构件块中，克服测试脚本的衰退。
With modularity, required updates are centralized to the single core building block, overcoming test script decay.
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