Management of evolving specifications using category theory

V. Wiels, S. Easterbrook
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引用次数: 36

Abstract

Structure is important in large specifications for understanding, testing and managing change. Category theory has been explored as framework for providing this structure, and has been successfully used to compose specifications. This work has typically adopted a "correct-by-construction" approach: components are specified, proved correct and then composed together in such a way as to preserve their properties. However, in a large project, it is desirable to be able to mix specification and composition steps such that, at any particular moment in the process, we may have established only some of the properties of the components and some of the composition relations. In this paper, we propose adaptations to the categorical framework in order to manage evolving specifications. We demonstrate the utility of the framework on the analysis of a part of a software change request for the Space Shuttle.
使用范畴理论管理不断发展的规范
在大型规范中,结构对于理解、测试和管理变更非常重要。范畴理论作为提供这种结构的框架已被探索,并已成功地用于构成规范。这项工作通常采用“按结构修正”的方法:指定组件,证明组件是正确的,然后以保留其属性的方式组合在一起。然而,在大型项目中,希望能够混合规范和组合步骤,以便在过程中的任何特定时刻,我们可能只建立了组件的一些属性和一些组合关系。在本文中,我们提出了对分类框架的适应,以管理不断发展的规范。我们演示了该框架在航天飞机软件变更请求部分分析中的实用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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