Development And Application Of Mobile Server Operating Environment Construction

As the core mobile application component, mobile server is responsible for complex logic computing and persistence operation. Correct operating environment construction is the premise of the mobile server’s correctly running, and the most important step in the operating environment construction is service deployment, only the required service is correctly deployed in software and hardware environment, can it run normally. With the increasing complexity of the deployment environment and the deployment requirements, to improve the success rate and the efficiency of mobile server deployment, selecting the appropriate deployment model and techniques is the top priority.This paper is under the background of Shanghai Triman company’s Zhong Xin system. By analyzing and comparing existing deployment model and techniques, according to the characteristics of mobile server which needs compiled installation and distributed deployment, this paper selects Docker as the main deployment technique of mobile server. When applying Docker to mobile server, there exists three problems: lack of mobile server deployment scheme in Docker environment, how to construct the required images, and how to deploy the required containers. To solve these three problems, this paper firstly explores the deployment scheme according to the components and techniques selection of the mobile server. Secondly, this paper selects the construction method of image according to the deployment requirements, and proposes the issues and goals in image construction. By researching the techniques of image construction, this paper has finished the required image construction of mobile server. Finally, this paper proposes issues of container deployment, researches and explores the techniques of container deployment according to the issues above which includes data persistence of container, communications of container, start-up of container, and has finished the required container deployment of mobile server.According to the results of image construction, images that have been optimized have better performance than images that have not been optimized. According to the results of container deployment, data in containers can be persistent and containers can start up in background normally and communicate with each other. According to the results of operating environment construction, Docker technique can reduce the time in operating environment construction and improve the success rate and the efficiency of mobile server deployment.