Design And Implementation Of Unified Operation And Maintenance Platform Based On Docker

In the process of rapid development of enterprise information construction,the scale of centralized servers has continuously expanded,application deployment is complicated,and the number of errors has increased.How to deploy applications and system operation and maintenance efficiently becomes an urgent problem to be solved.In recent years,with the mature use of virtualization technology and the rapid development of cloud computing products,traditional deployment methods have been unable to meet the diversification and rapid response needs of enterprise services.In order to provide a unified,non-differential and easy-to-use application system deployment platform and improve the efficiency of deploying applications,this paper proposes an application deployment scheme based on virtualization technology and builds a unified operation and maintenance platform based on Docker.On the basis of investigating and studying the current situation of the development of domestic and overseas platforms,this paper aims at the actual problems in the current enterprise information construction process,and studies and combs out the business needs and specific functional requirements of a unified operation and maintenance platform.After analyzing the key technologies of the unified operation and maintenance platform,this project selected Docker technology to set up the program deployment environment,use the Docker container to uniformly install resources and manage application services,based on the MVC pattern of web development framework to achieve platform business function modules,the main functions include five parts: basic configuration,resource repository,mirror,deployment instance,knowledge base operation and maintenance,through the functional test and non functional test of the unified operation and maintenance platform,we can ensure the safety,stability and reliability of the system.This project adopts an object-oriented method for system analysis,design and implementation,and uses UML to establi sh a system's functional model,object model,and behavior model.The innovation of this paper is mainly the introduction of Docker virtualization technology in the system deployment process.,transfer the application installation of traditional servers to the Docker virtualization environment,and make the application once configured,multiple deployments,one-key migration,and convenient management.Compared with traditional command-line script management methods,the complexity of application deployment and server operation and maintenance is effectively reduced,and resource utilization,operation and maintenance efficiency are greatly improved,and operating costs are saved.