Design And Implementation Of Server In Potato Breeding Management Platform

Potato is one of the most important crops in the world,and it is the fourth most important food crop in the world after wheat,rice,and corn.The development of potato production will help improve the dietary structure of the people and promote the economic development of related industry chains.Information technology assists potato breeding experiments,which can liberate the productivity of experimental researchers and improve the efficiency of breeding experiments.This is of great significance to the strategy of potato staple food in China.Therefore,this paper has developed a potato breeding information management platform,and designed and implemented the server-side functions.This article first introduces the development overview and importance of the potato industry,and points out some difficulties faced by the related research work,and clarifies the research significance of this topic.Subsequently,combined with the investigation of the real situation of the front line of potato breeding trial production,the user role,functional requirements and non-functional requirements of the system were analyzed.Then,based on the requirements of each module of the system,this paper outlines the design of the test information management system.Including network structure design,software hierarchy design,relational database design and system RESTFUL style interface design,etc.And on this basis,the detailed design and implementation of the inspection type information management module,test information management module,work plan management module,and authentication and authentication management module in the system.The background service of this system uses J2EE architecture,using technologies such as Spring and MyBatis.The persistence of system data mainly uses a MySQL relational database,and the storage of resources such as pictures uses object storage services provided by third parties.In addition,use the Spring Security framework and JWT to implement the system's authentication and authentication functions.This system has been applied to the daily work of a potato breeding research institution,and provides information support for potato breeding work.