Design And Implementation Of Integrated Desktop Ordering System Based On Mobile Internet

With the continuous development of internet of things and mobile Internet technology,more and more traditional industries are catching up with this mobile Internet express train to find more business models and market opportunities.The catering industry,like other industries,is constantly looking for intersections with the Internet and is constantly exploring new market opportunities.The popularity of 4G networks has brought more possibilities to the mobile terminal.Today,our mobile terminals have penetrated into all aspects of life such as clothing,housing,and travel.From the point of view of food alone,we can order food on the mobile phone without leaving home,and can enjoy the hot meals delivered by the takeaway brother in a short period of time.The rise of take-away has brought another market and business opportunities to the catering industry.However,traditional catering methods require the support of technology to enhance the in-store dining experience of diners.Catering companies need to optimize management processes and continuously increase waiter service.At the same time,it reduces the labor costs of restaurants.This paper is based on the current status of the catering management.Through the analysis and understanding of the process of diners entering the restaurant to order,dine,add food,pay the bill,and wait for the diners to serve,the business of each character is continuously understood,and the continuous learning of mobile internet technology is concluded.The in-store dining online management and service plan is designed and implemented.The integrated desktop ordering system includes several subsystems: server,client,waiter,and storefront.The systems communicate with each other mainly through interfaces to achieve fast information exchange between subsystems.The system involves JAVA technology,network technology,database technology,data bus technology,WebSocket technology.The system framework involved are: SOA service framework,Sencha Touch front-end framework,QT interface framework,and the development languages involved are: JAVA,C#,HTML,etc.The system uses the workflow to enter the restaurant to order,eat,add vegetables,waiter menu confirmation,service,pay,in-store food,checkout and other full-meal processes to access the mobile Internet,and finally to the user and waiter in the form of mobile terminals.The realization of the system will greatly improve the management efficiency of in-store dining,and maximize the labor cost.At the same time,the system innovatively realizes the ordering of many people at the same table,and everyone's order information will be synchronized to the other party's mobile phone in real time.,increasing the fun and autonomy of the ordering stage.