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Micro and macro workflow variability design techniques of component

机译:组件的微观和宏观工作流变异性设计技术

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摘要

Components should provide variability in satisfying a variety of domains [C. Szyperski, Component Software: Beyond Object-Oriented Programming, Addison-Wesley, 2002.], but it is not easy to develop components which can be applied to all domains. Although components are developed by analyzing many different requirements, developing components that satisfy all requirements is difficult since unexpected requirements occur during the utilization of components. Hence, providing the variability of components becomes an important prerequisite for a successful component-based application development. In this paper, we propose a variability design technique that can satisfy the business workflow requirements of many different kinds of domains. The technique addresses a method for designing the variability of the workflow in a more detailed method and uses an object-oriented mechanism and design patterns. One of the most important goals of this technique is to provide a practical process can be effectively applied in component-based application development.
机译:组件应提供满足各种域的可变性[C. Szyperski,组件软件:超越面向对象的程序设计,Addison-Wesley,2002年。],但是开发可应用于所有领域的组件并不容易。尽管通过分析许多不同的需求来开发组件,但是开发满足所有需求的组件很困难,因为在组件的使用过程中会发生意外的需求。因此,提供组件的可变性成为成功基于组件的应用程序开发的重要前提。在本文中,我们提出了一种可变性设计技术,该技术可以满足许多不同领域的业务工作流程要求。该技术解决了一种用于以更详细的方法设计工作流可变性的方法,并使用了面向对象的机制和设计模式。该技术最重要的目标之一是提供一种可以有效地应用于基于组件的应用程序开发中的实用过程。

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