Research And Implementation Of Container Cloud Platform For Mircoservice Architecture

With the development of Internet and computer technology,the scale of all kinds of Internet enterprises is expanding,and the internal business of enterprises involves more and more application fields.However,most enterprises adopt the more traditional application landing mode,that is,the application landing mode with server or virtual machine as the basic deployment unit.At the same time,in the face of more and more huge applications,most enterprises use micro service architecture to reconstruct their business.However,the technical system of microservice development is very complex,and corresponding supporting projects are needed to support microservice development,operation and maintenance.And most enterprises have not done a good support.Based on the above problems,this paper designs a container cloud platform for microservice architecture.The platform is for the internal use of enterprises,which is used to optimize the internal application landing management scheme.The platform can carry out unified deployment and management of internal applications of enterprises,improve the utilization efficiency of server resources,and reduce the work cost of operation and maintenance personnel.At the same time,for the complexity of development and operation and maintenance brought by enterprise application microservice architecture,provide rich internal solutions of the platform.The research includes the following three parts:1)research and implementation of the key technology of full link tracking based on network agent,research on the related technology of realizing full link tracking between services in the platform,and finally realize a full link tracking system,which can monitor the calling relationship between services in the platform.2)Research and implementation of key technologies of multi tenant in container cloud platform,research on related technologies to realize multi tenant system of the platform,and realize multi tenant system,realize fine-grained permission division and resource isolation between different users.3)Research and implementation of container cloud platform for microservice architecture:it realizes a container cloud platform,provides unified platform resource management function,and provides full link tracking,continuous integration and other functions to reduce the application maintenance complexity brought by microservice architecture,and has a relatively complete authority system,isolates the computing resources among users,and ensures the user computing resources Security.Finally,this paper implements a container cloud platform for microservice architecture.The platform can manage and arrange the containers in the cluster,and manage the server,image and other related platform resources.It provides the monitoring function of the running state of the container and the server to meet the needs of controlling and alarming the real-time running state of the application in the operation and maintenance.The platform provides full link tracking function to track and record the mutual calls of services within the platform in real time.When the service failure causes the unavailability of the service chain,it can quickly locate the failure service.The platform provides continuous integration function,and realizes the full automation of application from code to container deployment.Meanwhile,it provides rich load balancing strategies to improve the throughput and availability of the system.The platform provides multi tenant function,which isolates resources among different tenants to ensure the security of user resources.Finally,the paper tests the functions of the platform to verify the usability of the platform.