Comparing formal specifications by measuring

J. Katwijk, H. Toetenel
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引用次数: 3

Abstract

Teaching formal specification notations nowadays in regular software engineering courses presents more or less the same problems as teaching programming languages 15 years ago. Most software engineering students are practical. Issues of predicting code sizes from the size of the specification, issues of expressing problem complexity in terms of specification size are far more interesting for engineers than detailed semantic issues. Based on this observation, we are conducting a study to the proper use of formal specification notations in the process of software development. In this paper we discuss a number of notations in their use in the development of a simple case. The notations themselves are examined with regard to maturity, tool support, analyzability and executability.
通过度量比较正式规范
如今,在正规的软件工程课程中教授正式的规范符号,与15年前教授编程语言的问题或多或少相同。大多数软件工程专业的学生都很实际。从规范的大小预测代码大小的问题,以及根据规范大小表达问题复杂性的问题,对工程师来说比详细的语义问题更有趣。基于这一观察,我们正在对软件开发过程中正式规范符号的正确使用进行研究。在本文中,我们讨论了一些符号在一个简单情况的发展中的应用。根据成熟度、工具支持、可分析性和可执行性对符号本身进行检查。
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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