微服务的性能工程:研究挑战与方向

R. Heinrich, A. Hoorn, H. Knoche, Fei Li, Lucy Ellen Lwakatare, C. Pahl, Stefan Schulte, Johannes Wettinger
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引用次数: 93

摘要

微服务在软件架构方面补充了DevOps和持续交付等方法。伴随着这种架构风格,出现了一些重要的部署技术,比如基于容器的虚拟化和容器编排解决方案。这些技术允许有效地利用云平台,为微服务提供高度的可伸缩性、可用性和可移植性。尽管足够的性能水平显然很重要,但仍然缺乏明确考虑到微服务特殊性的性能工程方法。在本文中,我们讨论了为什么需要新的微服务性能工程解决方案。此外,我们还指出了关于微服务的性能感知测试、监控和建模方面的开放性问题,并概述了可能的研究方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance Engineering for Microservices: Research Challenges and Directions
Microservices complement approaches like DevOps and continuous delivery in terms of software architecture. Along with this architectural style, several important deployment technologies, such as container-based virtualization and container orchestration solutions, have emerged. These technologies allow to efficiently exploit cloud platforms, providing a high degree of scalability, availability, and portability for microservices. Despite the obvious importance of a sufficient level of performance, there is still a lack of performance engineering approaches explicitly taking into account the particularities of microservices. In this paper, we argue why new solutions to performance engineering for microservices are needed. Furthermore, we identify open issues and outline possible research directions with regard to performance-aware testing, monitoring, and modeling of microservices.
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