使用计算笔记本进行程序理解

Robert Husák, J. Kofroň, F. Zavoral
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引用次数: 0

摘要

尽管集成开发环境为开发人员提供了代码结构分析工具,但是程序理解任务仍然需要大量的手工工作。解决这个问题的一个有希望的方向是可模化开发,这是一种鼓励开发人员在软件开发过程中构建定制程序可视化工具的编程方式。为了在。net开发社区中推广这种做法,我们提供了一个名为SLICITO的工具,它能够以高度可配置的方式分析和可视化c#程序结构。由于SLICITO是作为计算笔记本的扩展实现的,因此它利用了用于数据分析的交互性和可视化原则,并将它们应用于程序理解领域。与c#的类似工具相比,SLICITO更灵活,并在代码检查中提供更详细的信息。在https://www.slicito.com/icpc video.mp4的视频中可以看到它的用法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Slicito: Using Computational Notebooks for Program Comprehension
Although integrated development environments provide developers with code structure analysis tools, program comprehension tasks still require significant manual effort. A promising direction to solve this problem is Moldable Development, a way of programming which encourages developers to build custom program visualization tools during software development process. To foster this practice within the .NET development community, we provide a tool called SLICITO, capable of analyzing and visualizing a C# program structure in a highly configurable way. Since SLICITO is implemented as an extension to computational notebooks, it takes advantage of their interactivity and visualization principles used for data analysis, and applies them in the field of program comprehension. In contrast to similar tools for C#, SLICITO is more flexible and provides more detailed information in code inspection. Its usage is shown in a video located at https://www.slicito.com/icpc video.mp4.
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