网上销售系统的设计与实现

网上销售系统的设计与实现

本科生毕业设计(论文)

摘要

销售管理子系统是一个B2C模式的以网上零售为主的在线购物系统，采用三层架构的B/S开发技术，数据库选择了Microsoft SQL Server 2000，并利用了目前流行的WEB开发技术,JSP，通过JavaBean和JSTL的使用，实现了前台商品的展示、购物车、留言板;后台商品管理、订单处理、单据生成等主要功能。将业务模型最终以程序的形式实现，从而使得该系统能充分满足基于B2C模式的网上销售系统的需要。

使用该软件既能够对企业内部库存、采购和客户关系等部门实施电子化管理;也能够通过互联网，在线进行商品销售和结算管理。该系统可以顺畅企业内部信息流，为企业开拓了具有巨大潜力的网上销售市场，也减少企业内部工作流程，进而提高工作效率和工作质量，使企业在激烈的市场竞争中获得竞争优势。

本文主要对网上销售系统进行总体设计，并对销售管理子系统进行系统分析、系统设计、系统实现和系统测试。

关键词:B2C;购物车;JavaBean;订单处理

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本科生毕业设计(论文)

Abstract

Sales management subsystem technically is a B2C online sale system, main function of which is to promote online retail activities of a business. The system adopts a three-tier architecture B/S development technology. Background database of the system adopts the Microsoft SQL Server 2000. By using JavaBean and JSTL (Java Server Pages Standard Tag Library) of JSP (Java Server Page) technology, the system integrates many practical functions, which includes Foreground Item Display, Shopping Cart, Feedback Board, Inventory Management, Order Processing, and Bill Generation etc. The real business mode finally is embodied in form of computer program. Therefore, the system can fully meet requirements of a B2C online sale mode.

With the system businesses can realize the informative management in aspects of inventory, procurement and customer relationship, as well as can handle the online sales process and settlement via internet. The system can help businesses to facilitate their internal information flow and develop potential e-market, as well as simplify business process and improve work efficiency and quality. It will bring competitive edge to businesses.

The paper presents a general design of the online sales system, and particularly, presents the detailed system analysis, system design, system implementation and system test of the Sales Management Module.

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Key words: B2C; Shopping vehicle; JavaBean; Dispose the order forms II

本科生毕业设计(论文)

目录

第1章绪

论 ..................................................................... . (1)

1.1 设计构

想 ..................................................................... (1)

1.2 开发工具选择...................................................................... . (1)

1.3 开发方案选择...................................................................... . (2)

1.4 开发方

法 ..................................................................... ...........................4 第2章可行性研

究 ..................................................................... (7)

2.1 技术可行

性 ..................................................................... .. (7)