WAD:使用Wicked音频调试器的可行性研究

A. Stefik, R. Alexander, Robert Patterson, Jonathan Brown
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引用次数: 27

摘要

当代程序员的视觉体验占主导地位。计算机代码从复杂的文本编辑器中读取,使用可视化工具进行分析,使用UML进行设计,并使用监视窗口进行调试。很少有研究尝试使用触觉或听觉反馈为盲人程序员创造工具。在本文中,我们介绍了WAD,邪恶的音频调试器,一个新的调试器为Microsoft Visual Studio 2005,声音计算机代码作为一个帮助程序员。本文有两个主要贡献,即工具本身和可行性研究的结果。我们进行这项可行性研究是为了测试参与者理解动态程序行为的能力,包括跟踪状态变量的值和控制流。我们的可行性研究结果表明,参与者仅使用音频就能理解大约86%的动态程序行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
WAD: A Feasibility study using the Wicked Audio Debugger
Contemporary programmers have a predominately visual experience. Computer code is read from sophisticated text editors, analyzed using visual tools, designed using UML, and debugged using a watch window. Little research has attempted to create tools for the non-sighted programmer, using either haptic or aural feedback. In this paper, we present WAD, the wicked audio debugger, a new debugger for Microsoft Visual Studio 2005 that sonifies computer code as an aid to the programmer. This paper has two primary contributions, namely the tool itself and the results of a feasibility study. We conducted this feasibility study to test participants' ability to comprehend dynamic program behavior, including tracking the value of state variables and control flow. Results of our feasibility study show that participants were able to comprehend approximately 86% of dynamic program behavior using audio only.
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