How do Java methods grow?

Daniela Steidl, F. Deißenböck
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引用次数: 4

Abstract

Overly long methods hamper the maintainability of software - they are hard to understand and to change, but also difficult to test, reuse, and profile. While technically there are many opportunities to refactor long methods, little is known about their origin and their evolution. It is unclear how much effort should be spent to refactor them and when this effort is spent best. To obtain a maintenance strategy, we need a better understanding of how software systems and their methods evolve. This paper presents an empirical case study on method growth in Java with nine open source and one industry system. We show that most methods do not increase their length significantly; in fact, about half of them remain unchanged after the initial commit. Instead, software systems grow by adding new methods rather than by modifying existing methods.
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Java方法是如何增长的?
过长的方法阻碍了软件的可维护性——它们难以理解和更改,而且也难以测试、重用和分析。虽然在技术上有很多机会重构长方法,但对它们的起源和演变却知之甚少。目前还不清楚应该花多少精力来重构它们,以及什么时候花这些精力最好。为了获得维护策略,我们需要更好地理解软件系统及其方法是如何发展的。本文以Java为例,对九个开源和一个工业系统的方法增长进行了实证研究。我们发现大多数方法不会显著增加它们的长度;事实上,大约有一半在初始提交之后保持不变。相反,软件系统通过添加新方法而不是修改现有方法来增长。
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