基于docker的计算机编程实验室云系统

MinSu Chae, Sangwoo Han, Hwamin Lee
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引用次数: 4

摘要

近年来,全世界都在强调软件教育的重要性。韩国从2015年开始在申请软件教育的小学引入了软件教育,从2017年开始将软件教育作为所有小学的常规科目。随着软件行业重要性的增长,对编程教育的兴趣也在增加。在韩国,从2019年开始,学生必须在小学完成16小时的教学,在中学完成34小时的教学。但是在韩国,软件专业的专业教师并不多,而且很多学校的实验室环境也很差。对于成功的软件编码教育,应该支持一个基本的动手环境。教师也很难在课堂上分析和评分所有学生的节目来源。在本文中,我们提出了一个计算机实验室管理系统,利用Docker已经生成的图像,可以在几秒钟内执行,用于学校的软件教育。并利用Docker实现了一个编程实习管理系统。我们的系统为教师在进行编码培训时自动识别和评分学生的源代码提供了能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Docker-based Cloud System for Computer Programming Labs
Recently, the importance of software education has been emphasized all over the world. In Korea, software education has been introduced for elementary schools that have applied for software education since 2015, and software education has been adopted as a regular subject in all elementary schools since 2017. As the importance of the software industry grows, interest in coding education is increasing. In Korea, students must complete 16 hours of instruction in elementary school and 34 hours in middle school from 2019. In Korea, however, there are not enough professional teachers who majored in software, and many schools have poor laboratory environments. For successful software coding education, a basic hands-on environment should be supported. It is also difficult for the teacher to analyze and score all students’ program sources during class. In this paper, we propose a computer labs management system that can be executed within seconds by using images already generated by Docker for software education at school. And we implemented a programming practice management system using Docker. Our system provides the ability for teachers to automatically identify and score students’ source code as they conduct coding training.
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