AudioHighlight:盲人程序员的代码浏览

A. Armaly, Paige Rodeghero, Collin McMillan
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引用次数: 17

摘要

盲人程序员使用屏幕阅读器朗读代码。屏幕阅读器迫使盲人程序员按顺序一次一行地阅读代码。相比之下,视力正常的程序员能够在语法高亮显示的帮助下,直观地浏览最重要的代码区域。然而,有一个地方有一种被广泛采用的方法来浏览结构化文档:网络。现代屏幕阅读器使用所谓的虚拟光标来浏览网页上的结构信息,如HTML标题标签。这些标记可以指示页面结构中的不同部分和子部分。我们利用盲人电脑用户对这个界面的熟悉程度,在我们的方法中,我们称之为AudioHighlight。AudioHighlight在web视图中呈现代码,既可以作为Eclipse IDE的一部分,也可以作为web服务。它将HTML标题标签放在源文件的结构元素上,比如类、函数和控制流语句。我们将AudioHighlight与之前的代码浏览方法StructJumper所代表的代码浏览技术进行比较。我们还比较了GitHub所代表的在web上阅读代码的实践状态。我们发现,与这两种方法相比,AudioHighlight提高了代码理解的质量和速度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
AudioHighlight: Code Skimming for Blind Programmers
Blind programmers use a screen reader to read code aloud. Screen readers force blind programmers to read code sequentially one line at a time. In contrast, sighted programmers are able to skim visually to the most important code areas, assisted by syntax highlighting. However, there is a place where there is a widely adopted approach to skimming a structured document: the web. Modern screen readers employ what is known as a virtual cursor to navigate structural information on webpages such as HTML heading tags. These tags can indicate different sections and subsections in the structure of a page. We harness the existing familiarity of blind computer users with this interface in our approach which we call AudioHighlight. AudioHighlight renders the code inside a web view, either as part of the Eclipse IDE or as a web service. It places HTML heading tags on the structural elements of a source file such as classes, functions and control flow statements. We compare AudioHighlight to the state of the art in code skimming represented by a previous code skimming approach called StructJumper. We also compare to the state of practice in reading code on the web as represented by GitHub. We found that AudioHighlight increased the quality and speed of code comprehension as compared to both approaches.
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