敏捷产品演化中的软件熵

G. Hanssen, A. Yamashita, R. Conradi, L. Moonen
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引用次数: 21

摘要

随着敏捷软件开发原则和方法被大型软件产品组织所采用,理解软件熵的作用是很重要的。也就是说,由于持续的更改,系统的可维护性可能会随着时间的推移而降低。这一方面可能会影响在计划和开发中采取敏捷行动的能力。另一方面,敏捷过程可能会影响熵的增长。我们报告了一个成功的软件产品线组织的案例研究,该组织采用了敏捷开发方法Evo,展示了敏捷性和熵是如何负相关的。最后,我们建议采用两步方法来管理熵,同时保持流程敏捷性。首先,需要对系统进行重构,以建立可管理的熵,然后,敏捷过程必须得到持续的半自动化质量监控和重构支持的补充。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Software Entropy in Agile Product Evolution
As agile software development principles and methods are being adopted by large software product organizations it is important to understand the role of software entropy. That is, how the maintainability of a system may degrade over time due to continuous change. This may on one side affect the ability to act agile in planning and development. On the other side, an agile process may affect growth of entropy. We report from a case study of a successful software product line organization that has adopted the agile development method Evo, showing how agility and entropy are negatively related. We conclude this study by suggesting a two-step approach to manage entropy while maintaining process agility. First, the system needs to be restructured to establish a level of manageable entropy, and then, that the agile process must be complemented with continuous semi-automated quality monitoring and refactoring support.
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