微任务编程:与一群人一起构建软件

Thomas D. Latoza, W. B. Towne, C. Adriano, A. Hoek
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引用次数: 95

摘要

微任务众包将复杂的工作组织成工作流,将大任务分解成相对独立的小微任务。应用于软件开发,该模型可以通过降低贡献的障碍来增加开源软件开发的参与,并且通过增加开发工作中的并行性来显著减少上市时间。为了探索这个想法,我们开发了一种将编程工作分解为微任务的方法。通过跟踪工件图的更改、生成适当的微任务以及向具有依赖性的工件传播更改通知来协调工作。我们已经在CrowdCode中实现了我们的方法,这是一个用于人群开发的云IDE。为了评估微任务编程的可行性,我们进行了一项小型研究,发现12名工作人员能够在14.25人小时的时间内成功地编写480行代码和61个单元测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Microtask programming: building software with a crowd
Microtask crowdsourcing organizes complex work into workflows, decomposing large tasks into small, relatively independent microtasks. Applied to software development, this model might increase participation in open source software development by lowering the barriers to contribu-tion and dramatically decrease time to market by increasing the parallelism in development work. To explore this idea, we have developed an approach to decomposing programming work into microtasks. Work is coordinated through tracking changes to a graph of artifacts, generating appropriate microtasks and propagating change notifications to artifacts with dependencies. We have implemented our approach in CrowdCode, a cloud IDE for crowd development. To evaluate the feasibility of microtask programming, we performed a small study and found that a small crowd of 12 workers was able to successfully write 480 lines of code and 61 unit tests in 14.25 person-hours of time.
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