学士学位论文
题 目 关于校园二手商品交易平台的设计和实现
姓 名 贾孙午 学 号 413417070603 专 业 计算机科学与技术 指导教师 郭秀敏
二零一七年五月三十日
河北地质大学华信学院学士学位设计
摘 要
本系统作为一个校园二手商品交易平台的小型电子商务网站，实现了校园资源的整合以及闲置物品的重复利用价值。本系统是在充分调查了解了用户的需求之后，实现了校园二手商品交易的大部分需求，包括商品发布、商品浏览搜索、订单管理、评价管理等，本课题的前端主要使用html+css+jQuery进行实现、后端使用angularjs实现，使用MySql数据库，服务器采用tomcat，作为一个B/S结构的电商系统。校园二手商品交易平台希望可以给予同学们生活、学习带来便利，实现校园二手商品的有益流通。
关键词 商品交易平台 数据库 前后端分离 B/S模式
ABSTRACT
The system as a campus second - hand commodity trading platform for small e - commerce site, to achieve the integration of campus resources and the re - use of idle goods value. The system is fully investigated to know about the needs of users to achieve most of the needs of the campus second-hand commodity transactions, including commodity distribution, merchandise browsing search, order management, evaluation management, the front of the subject mainly use html + Css + jQuery to achieve, the back-end use of angularjs implementation, the use of MySql database, the server using tomcat, as a B / S structure of the electricity business system. Campus second-hand commodity trading platform hope to give students life, learning to bring convenience, to achieve the useful circulation of second-hand goods in campus.
Keywords: commodity trading platform database front and rear separation B/S mode
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河北地质大学华信学院学士学位设计
目 录
摘 要 ·············································································· I ABSTRACT ······································································· I 引言 ················································································· 1 1 绪论 ·············································································· 1 1.1 课题背景与意义 ····························································· 1 1.2 本文的总体结构 ····························································· 1 2 开发工具及技术 ······························································· 2 2.1 开发工具 ······································································ 2 2.1.1 前台使用技术 ····························································· 2 2.1.2 后台使用技术 ····························································· 2 2.1.3 后端使用技术 ····························································· 3 2.2 B/S架构 ······································································· 3 2.3 软硬件需求 ··································································· 3 3 系统的需求分析和概要设计 ················································ 3 3.1 可行性分析 ··································································· 3 3.1.1 技术可行性 ································································ 4 3.1.2 经济可行性 ································································ 4 3.1.3 管理可行性 ································································ 4 3.2 系统的需求分析 ····························································· 5 3.3 系统的概要设计 ····························································· 5 3.4 设计的基本思想 ····························································· 7
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