使用组件排序来评估框架变更的影响

Reishi Yokomori, Harvey P. Siy, Masami Noro, Katsuro Inoue
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引用次数: 14

摘要

今天的大多数软件应用程序都是建立在库或框架之上的。随着应用程序的发展,库和框架也在发展。当框架的更改保留了所提供服务的API和行为时,升级是很简单的。然而,在大多数情况下,随着新框架的发布引入了重大变化,这可能对应用程序产生重大影响。因此,框架用户可能会问的一个常见问题是:“值得升级到新的框架版本吗?”在本文中,我们研究了应用程序及其底层框架的演变,以了解我们可以通过多版本使用关系分析获得的信息。我们使用组件等级变化来衡量这种影响。组件等级度量是一种通过使用来量化组件重要性的方法。当应用程序使用框架组件时,组件的排名会发生变化。我们使用组件排名来识别每个框架版本中的核心组件。我们也确认,升级到新的框架版本会对整个系统和框架的一个组件等级产生影响,而且这种影响不仅涉及直接使用框架的组件,还涉及其他间接相关的组件。最后,我们还证实了应用程序和框架之间的使用关系的增长是不同的。
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Assessing the impact of framework changes using component ranking
Most of today's software applications are built on top of libraries or frameworks. Just as applications evolve, libraries and frameworks also evolve. Upgrading is straightforward when the framework changes preserve the API and behavior of the offered services. However, in most cases, major changes are introduced with the new framework release, which can have a significant impact on the application. Hence, a common question a framework user might ask is, “Is it worth upgrading to the new framework version?” In this paper, we study the evolution of an application and its underlying framework to understand the information we can get through a multi-version use relation analysis. We use component rank changes to measure this impact. Component rank measurement is a way of quantifying the importance of a component by its usage. As framework components are used by applications, the rankings of the components are changed. We use component ranking to identify the core components in each framework version. We also confirm that upgrading to the new framework version has an impact to a component rank of the entire system and the framework, and this impact not only involves components which use the framework directly, but also other indirectly-related components. Finally, we also confirm that there is a difference in the growth of use relations between application and framework.
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