基于规则的组件开发

Jeong Ah Kim, J. Taek, Sun-myung Hwang
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引用次数: 5

摘要

在组件设计时,需要单独定义与业务应用程序开发过程中发现的可变性相关的规则,以便增加组件的可扩展性和可重用性。通过接口包装或重新定义实现类的组件适配技术在支持组件重用方面存在限制。因此,在组件开发过程中考虑组件未来可重用性的设计是非常重要的。在本研究中,我们提出了自适应组件模型(ACM)来从可变属性中分离稳定和基本属性。我们还提出了新的组件体系结构,包括定义变量部分的规则组件。此外,通过重新定义应用于保险销售系统的规则来验证组件的可重用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rule-based component development
Upon component design, there is a need to define rules regarding variability discovered during the development for business applications separately in order to increase extensibility and reusability of components. Component adaptation techniques through either interface wrapping or redefinition of the implementation class carry limitations in supporting the reuse of components. Consequently, designs which take future reusability of components into consideration during the component development process are very important. Within this research, we propose ACM (adaptable component model) for separating the stable and basic properties from variable properties. Also we propose new component architecture to include rule components defining the variable part. Also, reusability of components is verified through re-defining rules for application onto an insurance sales system.
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