Design And Implementation Of Fishery Equipment Information Service Platform

With the background of the information development,all industries are closely connected with digital and the Internet.Since entering the information age,the speed of product updates has changed rapidly.This has not only caused an impact on the traditional manufacturing industry,but also brought opportunities for change.With the introduction of e-commerce models such as B2 B,B2C,C2 C,etc.traditional manufacturing products can be used for digital information management through information service platforms.The shortcomings of the single architecture of the traditional information service platform have become more and more prominent with the increase of user demand.The security,scalability,and versatility requirements of information service platforms have promoted changes in software architecture technology.In order to enable the information platform to better serve users and solve the problems caused by a single application architecture,this article focuses on how to implement a fishery equipment information service platform through a microservice architecture.This article selects the "Internet + fishery equipment" direction,through preliminary research,combined with actual business scenarios,based on microservice architecture,using Spring Cloud as the main framework of the platform,and combining Nginx,Redis,Rocket MQ and other technical solutions to achieve fishery equipment information Service Platform.On this basis,the paper analyzes the needs of the business model,and uses use case diagrams to describe the functions of the functional modules corresponding to the needs.Applying the concept of microservice architecture,the fishery equipment information service platform is divided into five microservices.Module.Then,the outline design of the entire fishery equipment information service platform was completed through the overall platform architecture diagram,functional module diagram and main database tables.Then through flow chart design,Java class design and request response parameters,the detailed design of the interface of each functional module is completed.Finally,combined with examples and tests,the actual operating results were demonstrated and the platform performance was tested.In addition,the reading and writing of data is optimized through the message middleware and the cache database.The use of microservice architecture in the platform design can significantly improve the scalability of the platform.In addition,through the Restful style interface and Nginx reverse proxy server,the security and reliability of the platform are improved;through the Maven project management tool and Jenkins tool,the platform deployment process is simplified and the maintainability of the platform is improved.According to the test results of this platform,the fishery equipment information service platform based on the micro-service architecture can significantly improve system performance,has high scalability and data concurrency,while also reducing platform maintenance costs,opening up fishery equipment manufacturers and consumption The fast supply chain channel between upstream and downstream.The research results of the platform can provide guidance and certain reference value for the informatization construction of the fishery equipment manufacturing industry in the future.