The Design And Implementation Of Ventilation Equipment Information Management Subsystem Based On Micro Service

With the rapid development of mobile internet technology,smart homes have become the choice of more and more people when purchasing home appliances.At the same time that ventilation equipment has entered people's home life in recent years,the intelligentization of ventilation equipment is also an issue that is increasingly considered by managers of related enterprises.Especially for the user experience,how to bring users to more comfortable and pleasant experience in addition to the product function itself when using the device.Also,how to manage the new information generated by the new demand also needs to be considered.In this context,it is necessary to continue to build multi-function modules in the company's original ventilation equipment information management system.Through the study of product characteristics and company business,this paper proposes a series of solutions for the company's management system.This article introduces the technical framework used by the system.The back-end development is mainly based on Spring Boot and Spring Cloud to implement the microservice architecture,build a microservice cluster,and use My Batis middleware to interact with the database.At the same time,different databases are used in different scenarios because of considering their own characteristics,such as Redis,Mongo DB,My SQL.And the advantages of using the above technology are introduced.The system is divided into five modules based on functional characteristics,and each module is developed as a Microservice,which are message module,payment module,air quality module,user behavior statistics module and data open platform module.This article is to introduce the five modules from requirements analysis,structural design,detailed implementation to system testing from the vertical dimension.The text message module is used to send single or group text messages to users in specific scenarios.The payment module is used for users to pay for orders on the third-party platforms.The air quality module is used to obtain air quality data from various cities in China.The user behavior statistics module is used to integrate and count user operations on the device and device status data.The data open platform module is used to provide interfaces for authorized platform parties for integration.After the system is deployed to the production environment,it meets the new demands based on business development.Users can choose multiple payment channels to purchase goods,compare the indoor air quality data with the outdoor air in the public account of Wechat,and control the equipment in the system on third-party platforms,which enhances the core competitiveness of the product and expands market.Administrators can use the system to send text messages to designated users in batches,query the integrated user behavior data,and gain a deeper understanding of users 'real needs and behavior habits to provide customized services.At the same time,the system provides the administrator with the ability to manage the above information,which improves the efficiency of the administrator and the degree of informatization of the system.