Java中可访问性过度的演化分析

Kazuo Kobori, M. Matsushita, Katsuro Inoue
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引用次数: 2

摘要

在Java程序中,访问修饰符用于控制来自其他对象的字段和方法的可访问性。选择合适的访问修饰符是提高程序质量和减少潜在漏洞的关键因素之一。在之前的工作中,我们针对Java程序中的每个字段和方法提出了一种静态分析方法——可访问性过度(AE)检测。我们还开发了一个AE分析工具ModiChecker,它可以分析输入Java程序的每个字段和方法,并报告它们的过度。在本文中,我们将ModiChecker应用于几个OSS存储库,以研究AE在版本之间的演变,并确定AE状态的转换以及主要版本和次要版本之间AE变化量的差异。此外,我们还建议何时使用声发射分析来评估源代码。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evolution analysis for Accessibility Excessiveness in Java
In Java programs, access modifiers are used to control the accessibility of fields and methods from other objects. Choosing appropriate access modifiers is one of the key factors to improve program quality and to reduce potential vulnerability. In our previous work, we presented a static analysis method named Accessibility Excessiveness (AE) detection for each field and method in Java program. We have also developed an AE analysis tool named ModiChecker that analyzes each field and method of the input Java programs, and reports their excessiveness. In this paper, we have applied ModiChecker to several OSS repositories to investigate the evolution of AE over versions, and identified transition of AE status and the difference in the amount of AE change between major version releases and minor ones. Also we propose when to evaluate source code with AE analysis.
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