Static extraction of program configuration options

A. Rabkin, R. Katz
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引用次数: 117

Abstract

Many programs use a key-value model for configuration options. We examined how this model is used in seven open source Java projects totaling over a million lines of code. We present a static analysis that extracts a list of configuration options for a program. Our analysis finds 95% of the options read by the programs in our sample, making it more complete than existing documentation. Most configuration options we saw fall into a small number of types. A dozen types cover 90% of options. We present a second analysis that exploits this fact, inferring a type for most options. Together, these analyses enable more visibility into program configuration, helping reduce the burden of configuration documentation and configuration debugging.
静态提取程序配置选项
许多程序使用键值模型作为配置选项。我们研究了这个模型是如何在总共超过一百万行代码的七个开源Java项目中使用的。我们提出了一个静态分析,提取了一个程序的配置选项列表。我们的分析发现示例中的程序读取了95%的选项,使其比现有文档更完整。我们看到的大多数配置选项都分为几种类型。十几种类型涵盖了90%的选择。我们提出了利用这一事实的第二个分析,推断出大多数选项的类型。总之,这些分析使程序配置更加可见,有助于减少配置文档和配置调试的负担。
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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