Design And Implementation Of Machinery Manufacturing Service Platform Based On Microservice Architecture And SaaS Model

Currently,with the rapid development of the machinery manufacturing industry,the volume of transactions between machinery manufacturing enterprises has increased,accompanied by a number of problems:(1)high transaction costs,unstable product quality and slow delivery;(2)lack of standardized management in contract signing;(3)non-sharing of resources and non-interoperability of information between enterprises.Therefore,the concept of “Internet plus manufacturing” is gradually coming into the public view,and it is very necessary to design a machinery manufacturing service platform that can solve the above problems by combining the Internet with machinery manufacturing,so a machinery manufacturing service platform based on microservice architecture and SaaS model is designed and implemented in this thesis.The platform is developed using the mainstream microservice framework SpringCloud and combined with SaaS model.The platform helps to share resources among mechanical manufacturing enterprises,improve the efficiency and security of transactions between mechanical manufacturing enterprises,and provide support for offline communication between enterprises.The main work of the thesis are as follows:1.A detailed business requirement analysis of the platform is proposed,including functional and non-functional requirement analysis,and the requirement model is established based on UML use case diagram.2.The machinery manufacturing service platform is designed based on microservices and SaaS model,including functional design,microservice division and database design.3.Based on the microservice framework SpringCloud and My SQL,the functions of the platform were implemented and the implementation process was described in detail.4.To ensure the correctness of the functions,test cases is designed using black-box testing method to test all the functions of the platform.