摘要现今的电子商品交易模式相较传统交易模式有着方便、全球化、低成本、形式多样的优势。本文的设计“团购网站的设计与实现”，正是抓住互联网购物风靡的趋势，建立团购网站，以“团购有优惠”的方式来吸引顾客。73803

本系统采用了B/S模式设计和实现团购网站系统，分为前台购物系统和后台管理系统，前台购物系统实现了商品查询、购物车、个人中心、留言板等功能；后台管理员管理模块完成了用户管理、订单管理、公告管理、留言板管理、产品管理、Admin管理功能。本系统是基于JSP的电商及管理平台，采用MVC的开发模式，实现系统结构分层，并在windows的开发环境下，以MySQL作为数据库，使用Eclipse ,Tomcat作为开发工具进行开发。

系统总体设计界面美观、易于操作，功能设计全面，合理展示了电子购物平台的便捷优势。

毕业论文关键词：团购  Eclipse  MySQL  servlet  MVC模式

Design and Implementation of Group-Buying Websites

Abstract  Nowadays, compared with traditional trading mode , electronic commodities trading is becoming more and more convenient, globalization ,persification and  low cost. The subject of this article is “design of group purchase website”. It just seize the trend of Internet shopping has spread all over the world. I built the website to attract the customer by the way of benefit in the form of group purchase.

    This system used B/S to achieve the target of this website. This article includes development environment, demand analysis, Database analysis and software test. This system can be depart of two parts. One of them is reception shopping system and the other one is backstage management. The reception shopping system adopts HTML、CSS and JavaScript to make the page. Its functions are commodity inquiry, chopping cart, personal center and message board. Backstage management adopts JSP、servlet to achieve the function of user management、order form management、announcement management and admin management. This system is based on JSP architecture and used MVC pattern of development. It achieved a layered structure of the development. We used MySQL as the database and used Eclipse、tomcat as the tool in the Windows development environment.

    In all, this system has beautiful interface and easy to be operated. The function of it is also comprehensive and reasonable. It shows the advantage of electronic shopping platform.

Key Words: Group-Buying   Eclipse  MySQL  Servlet   MVC pattern

目录

摘  要 I

Abstract II

目录 III

表清单 V

图清单 VI

1绪论 1

1.1 团购网站的意义 1

1.2 团购网站的可行性分析 1

2 系统开发环境 3

2.1开发环境简介 3

2.2运行环境简介 4

3 系统的需求分析 5

3.1系统总体分析 5

3.2 用户角色分析 5

3.3 UML建模 8

4系统基本功能 11

4.1 系统数据库设计 11

4.2 系统功能模块设计 14