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Limiting Technical Debt with Maintainability Assurance – An Industry Survey on Used Techniques and Differences with Service- and Microservice-Based Systems

机译:通过可维护性保证来限制技术债务–一项行业调查,涉及二手技术以及基于服务和微服务的系统之间的差异

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Maintainability assurance techniques are used to control this quality attribute and limit the accumulation of potentially unknown technical debt. Since the industry state of practice and especially the handling of Service-and Microservice-Based Systems in this regard are not well covered in scientific literature, we created a survey to gather evidence for a) used processes, tools, and metrics in the industry, b) maintainability-related treatment of systems based on service-orientation, and c) influences on developer satisfaction w.r.t. maintainability. 60 software professionals responded to our online questionnaire. The results indicate that using explicit and systematic techniques has benefits for maintainability. The more sophisticated the applied methods the more satisfied participants were with the maintainability of their software while no link to a hindrance in productivity could be established. Other important findings were the absence of architecture-level evolvability control mechanisms as well as a significant neglect of service-oriented particularities for quality assurance. The results suggest that industry has to improve its quality control in these regards to avoid problems with long-living service-based software systems.
机译:可维护性保证技术用于控制此质量属性并限制潜在未知技术债务的累积。由于科学文献并未很好地涵盖行业实践情况,尤其是基于服务和基于微服务的系统的处理,因此我们创建了一项调查,以收集以下方面的证据:a)行业中使用的流程,工具和指标, b)基于服务导向的系统的可维护性处理,以及c)对开发人员满意度的影响可维护性。 60位软件专业人员回复了我们的在线问卷。结果表明,使用显式和系统的技术对可维护性有好处。应用的方法越复杂,参与者对他们软件的可维护性就越满意,而无法建立与生产率障碍的联系。其他重要发现是缺乏体系结构级别的可演化性控制机制,以及对质量保证的面向服务的特殊性的重大忽视。结果表明,业界必须在这些方面改善其质量控制,以避免长期存在的基于服务的软件系统出现问题。

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