The Design And Implementation Of Server Configuration Information Collection System

At present,the number of servers that Hundsun Technologies provides services for the financial business is constantly increasing,and the workload and complexity of system operation and maintenance are growing rapidly.The original manual collection server configuration information way is difficult to apply operational requirements,need to establish an automated server configuration information collection system,the data collection server configuration information.As a unified part of the company's operations,it will provide server configuration information data for the upper tier applications.This thesis describes the background of the project,summarizes the important role of the system in the company's business,and introduces the development of the server configuration information collection system in domestic and foreign enterprises.The Spring Boot framework,My Batis persistence layer framework,RBAC model,MySQL database and Angular JS front-end framework are reviewed.This thesis expounds the system boundary,analyzes the overall requirements of the system in detail,and extracts five functions of model management,information channel establishment,data collection,data management and authority management.On this basis,through the work principle design,the architecture design,the function composition design,the system deployment design and the database design and so on,to carry on the outline design to the system.In this thesis,five functional modules of model management,information channel establishment,data collection,data management and permission management are designed in detail by means of time series diagram and class diagram,etc.The specific implementation details are given,and the system functions are tested.The test results show that they meet the design expectations.This system has been put into use,the application effect is good,and the automatic collection of configuration information data is better achieved,which provides the basic conditions for upper-layer application consumption and unified data sharing.