Design And Implementation Of Online Shopping Platform Based On MVC

With the development of computer technology, global information technology promote the continuous development of the economy. With the increasingly competitive market environment, enterprise started developing e-commerce. And hope to get high returns through the development of e-commerce. E-commerce brought opportunities to the development of SMEs. At the same time, it’s also an effective way to enhance the competitive strength.This thesis discuss the design and implementation of E-shopping platform based on MVC. This E-shopping platform consists of two parts:fronted part and backend part. The fronted part is mainly designed for the interface of customer, including: user login, commodity preview, new arrivals, categories, sales ranking, announcement, cart function, electronic dealing system; the backend part is mainly designed for the interface of administrator. Including: goods management, member management, order form management, announcement management. It will come to B2C electronic commerce operate as a result through fronted and backend operate each other.A simple process of e-commerce activities:Customer login the e-shopping platform, browse goods information, add the satisfied goods to cart, submit goods information, generate order information and distribute the goods. An example to explain the special requirement is commodity management, what should be considered, including commodity cross category management, commodity category business scope management, commodity properties and properties group management, commodity picture and price management etc.The so-called e-commerce is that move the traditional business activities to online. Enterprises connect business with their staff or clients through a series of network (Intranet, Extranet, and Internet). A variety of activities or transactions occurring is e-commerce during this period. Development of this system is in line with this requirement. This thesis elaborated the design goal, the overall architecture and the detailed design of functional modules.