柔性组件与框架技术:一个案例研究

S. Jarzabek
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引用次数: 1

摘要

组件很少“按原样”重用,大多数情况下,我们必须调整组件的功能、接口和其他属性,使它们适合特定的重用上下文。因此,可重用组件必须是灵活的。本文是一个应用框架技术为构件注入灵活性的实例研究。在重用期间,我们可以通过使用框架语言命令在标记的断点处定制框架组件,从而将预期的变体需求设计成组件。框架化的组件也可以扩展为新的、意想不到的需求。框架技术提高了工程数据处理COBOL系统的可重用性。在本文中,我们展示了如何将框架技术和柔性制造的概念有效地应用于用Java编写的组件系统。
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Flexible components with frame technology: a case study
Components are rarely reused "as are" most often, we must adapt components' functions, interfaces and other properties to make them fit into a specific reuse context. Therefore, reusable components must be flexible. This paper is a case study in applying frame technology to inject flexibility into components. During reuse, we can engineer anticipated variant requirements into components by customizing framed components at breakpoints marked, with the frame language commands. Framed components can be also extended with new, unexpected requirements that arise evolution. Frame technology has productivity improvements in engineering data processing COBOL systems for reuse. In this paper we show how frame technology and concepts of flexible manufacturing can be effectively applied to component systems written in Java.
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