支持入职过程中代码理解的基于本体的软件图

Lukas Nagel, Oliver Karras, J. Klünder
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引用次数: 2

摘要

现代开发环境中的软件工程师经常面临为大型现有项目做出贡献的挑战。理解外部软件代码是一个耗时的障碍,特别是在像入职这样的环境中。新员工对他们应该为之做出贡献的软件项目知之甚少。因此,支持开发人员理解代码的工具有助于他们尽快贡献出最好的能力。这些工具必须足够灵活,能够与任何软件项目一起工作,同时提供对非常具体的任务进行调整的方法。在本文中,我们提出了一种将源代码可视化为节点链接图的方法,使用专家设计的本体对各种源代码元素(如类或方法)进行分组。我们让9名高级计算机科学专业的学生在一个由近10万行代码组成的软件项目中模拟入职,以此来评估我们的方法。结果表明,我们的方法通过利用可视化项目的专家知识来支持代码理解,同时也指向其他用例,例如遗留代码迁移。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ontology-Based Software Graphs for Supporting Code Comprehension During Onboarding
Software engineers in modern development settings often face the challenge of contributing to large existing projects. The comprehension of foreign software code presents a time consuming obstacle, especially in contexts like onboarding. New employees have little knowledge of the software project they are supposed to contribute to. Therefore, tools supporting developers with their code comprehension are desirable to help them contribute to the best of their ability as soon as possible. Such tools must be flexible enough to work with any software project, while offering means for adjustments to very specific tasks.In this paper, we present an approach to visualize source code as node-link diagrams, using expert-designed ontologies to group various source code elements such as classes or methods. We evaluate our approach with nine advanced computer science students simulating an onboarding in a software project consisting of almost 100k lines of code. The results show that our approach supports code comprehension by utilizing expert knowledge of the visualized project, while also pointing to other use cases such as legacy code migration.
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