Monitoring software evolution using multiple types of changes

Shafqat Ali, O. Maqbool
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引用次数: 16

Abstract

Software systems require gradual changes to survive in an environment where they are implemented. Several reasons are a cause of change in software e.g. error fixing, enhancement in functionality, performance improvement. This behaviour of gradual change in software is known as software evolution. The study of software evolution is an active area of research. Researchers have monitored software evolution in different ways. The method of monitoring evolution is a key point, because different methods may reflect different evolutionary picture of software. In this paper, we studied changes that occurred in software systems for software evolution. Our experimental study focuses on three different types of changes i.e. addition, deletion and modification, and is helpful for detailed analysis of software evolution. Furthermore, on the basis of different type of changes, we investigated Lehman's 5th Law (Conservation of Familiarity) for small scale open source software systems. Our experimental study shows that different measures reflect different evolutionary picture of the software systems.
使用多种类型的变更监视软件演进
软件系统需要渐进的变化才能在实现它们的环境中生存。有几个原因会导致软件的变化,例如修复错误、增强功能、改进性能。软件中这种逐渐变化的行为被称为软件进化。软件进化的研究是一个活跃的研究领域。研究人员以不同的方式监测软件的进化。监控进化的方法是一个关键点,因为不同的方法可能反映不同的软件进化图像。在本文中,我们研究了软件系统中发生的变化。我们的实验研究侧重于三种不同类型的变化,即添加、删除和修改,这有助于详细分析软件的进化。此外,基于不同类型的变化,我们研究了小规模开源软件系统的雷曼第五定律(熟悉度守恒)。我们的实验研究表明,不同的度量反映了不同的软件系统的进化图景。
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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