关于软件质量的教学实践:课堂上的测试与调试

Tilman Michaeli, R. Romeike
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引用次数: 4

摘要

软件质量被视为计算机科学教育的一个组成部分。关于软件质量的两个关键概念是测试和调试。测试对于验证学生的底层模型或算法非常重要。调试是一种与计算思维相关的方法,它不同于一般的编程技能,并培养逻辑推理和独立解决问题的能力。然而,关于如何有效地教授这些概念并将其融入K12课堂的方法、教材和研究都是缺乏的。因此,调试和测试在教学实践中经常被忽视,尽管它们在许多(但不是全部)课程中都有体现。在接下来的文章中,我们提出了一个研究项目,目的是为在课堂上解决软件质量问题及其基本原理提供充分的和可评估的策略。为此,我们利用Beizer的测试水平模型并进行了教学上的转换,使其适用于K12的CS教育。由此得出的分类可以为教学和研究提供依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Addressing Teaching Practices Regarding Software Quality: Testing and Debugging in the Classroom
Software quality is seen as an integral part of CS education. Two of the key concepts concerning software quality are testing and debugging. Testing is considered important to verify the students' underlying model or algorithm. Debugging is an approach related to computational thinking which is distinct from general programming skills and fosters abilities like logical reasoning and independent problem solving. However, approaches, teaching materials, and studies on how to teach and integrate those concepts effectively into K12 classrooms are lacking. Therefore, both debugging and testing are often neglected in teaching practice, despite them being represented in many (but not all) curricula. In the following, we present a research project with the intention of providing adequate and evaluated strategies for addressing software quality in the classroom and its rationale. For this purpose, the model of Beizer's testing levels has been utilized and didactically transposed, thereby making it applicable to CS education in K12. The resulting categories may provide a basis for teaching and research.
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