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基于容器化技术的遗留系统重构研究

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随着信息化建设的不断推进,许多高校在运营过程中积累了大量的遗留系统.这些系统由于技术陈旧、架构过时,导致系统维护困难、拓展性差,难以适应快速发展的新需求.因此,提出了基于容器化技术的遗留系统重构方案,从遗留系统抽取出关键部分进行重构,将复杂的业务拆分成多个独立微服务,再通过Docker技术对每个服务进行容器化封装,以确保快速部署和独立运行,并结合Kubernetes容器编排和管理能力,实现弹性伸缩和高效管理,从而提高系统的可维护性和灵活性,更好地支持高校的教学、科研和管理工作.
Research on legacy system reconfiguration based on containerization technology
With the continuous advancement of informationization construction,many universities have accumulated a large number of legacy systems in the course of operation.These systems,due to old technology and outdated architecture,lead to system maintenance difficulties and poor expandability,making it difficult to adapt to the new demands of rapid development.Therefore,a legacy system reconfiguration scheme based on containerization technology is proposed,where key parts are extracted from the legacy system for reconfiguration,the complex business is split into multiple independent microservices,and each service is con-tainerized and encapsulated through Docker technology to ensure rapid deployment and independent operation,and combined with Kubernetes container orchestration and management capabilities to achieve elastic scaling and efficient management,thus improv-ing system maintainability and expandability.This improves the maintainability and flexibility of the system and better supports the teaching,research and management of universities.

legacy systemKubernetesDockermicroservice

杨俊钦、林平荣、施晓权、陈沛伦

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广州软件学院信息与教育技术中心,广州 510900

遗留系统 Kubernetes Docker 微服务

2024

现代计算机
中大控股

现代计算机

影响因子:0.292
ISSN:1007-1423
年,卷(期):2024.30(21)