毕业设计(论文)
题 目 基于WEB的工程资料管理系统的设计与实现
学生姓名 专业班级 机械+软件04-3
所在院系 软件学院
指导教师 职 称 副教授
完成日期 2009 年 月 日
摘 要
论文针对当前各企业工程资料管理存在的主要问题，以及工程单位资料管理的特点的要求构造系统模型。本系统采用微软的Windows XP为开发平台，Mysql 为后台数据库，JSP为开发工具，最终开发出一个能够适应当前工程单位发展的工程资料管理系统。并从技术和设计实现两个方面论述了系统的设计和开发过程。在技术上，深入探讨了管理信息系统的工作原理，分析了工程单位工程资料管理中的各个业务流程。在设计实现上,将系统划分为五个子系统，资料借阅子系统，用户操作子系统，数据管理子系统，报订管理子系统，系统管理子系统来实现其功能。该系统体现了当前管理信息系统比较先进的设计水平和实现技术，对其它工程资料管理系统的设计开发具有借鉴意义。它的设计实现必将提高我国工程单位的工程资料管理水平，产生一定的经济利益和社会利益。
这篇论文的主要内容包括系统概述，系统需求分析，系统总体设计，数据库设计，系统详细设计和实现，系统测试六个方面，详细地阐述了工程资料管理的全过程。
关键词：工程资料 Mysql JSP B/S结构 Tomcat
ABSTRACT
The thesis is to the main problems existing in management of the engineering of all engineering enterprise at present, rule and systematic model of structures of the characteristics of engineering manage in engineering enterprise. This system uses Microsoft's Windows XP for the development platform, Mysql as the background database, JSP as development tools. Eventually, design a system which to adapt to the current development of the engineering enterprise. And from technology and design achievement that has described the systematic design and development process. Here technically, probe into operation principle of the management information system thoroughly analysis of the project engineering data management units in the various business processes. In the design implementation, the system will divide into five subsystems, namely lending information subsystem, user subsystem, data management subsystem, subscription management subsystem, system management subsystem to achieve the function. This system has reflected more advanced design level of the management information system at present and realized technology, is it has meaning of drawing lessons from to develop to other engineering design of the management information system. It will improve the design and implementation of the project engineering data management unit level, it will create certain economic benefits and social benefits.
This paper mainly covers the system outlined system requirements analysis, system design, database design, system design and implementation of system testing, elaborated on the engineering data management as a whole.
Key words: Engineering data Mysql JSP B/S structure Tomcat
目 录
第一章 系统概述 ....................................................... 1 1.1 课题来源及意义 .......................................................................................................... 1 1.2 国内外发展状况 .......................................................................................................... 1 1.3 系统开发环境及技术介绍 .......................................................................................... 2 第二章 系统需求分析 .................................................... 6 2.1功能需求 ............................................................................................................................. 6 2.2性能需求分析 ..................................................................................................................... 6 2.3可行性分析 ......................................................................................................................... 7 2.4输入输出需求 ..................................................................................................................... 8 2.5数据管理需求 ..................................................................................................................... 8 2.6故障处理需求 ..................................................................................................................... 8 2.7运行环境需求 ..................................................................................................................... 9 第三章 系统总体设计 ................................................... 10 3.1系统功能版块划分 ........................................................................................................... 10 3.2系统流程分析 ................................................................................................................... 10 3.3系统功能模块图 ............................................................................................................... 11 第四章 数据库设计 ..................................................... 12 4.1Mysql数据库管理系统 ..................................................................................................... 12 4.2数据库的需求分析 ........................................................................................................... 12 4.3数据库设计 ....................................................................................................................... 16 4.4数据库的连接 ................................................................................................................... 24 第五章 系统详细设计与实现 ............................................. 26 5.1工程资料管理系统的登录页设计 ................................................................................... 26 5.2借阅管理设计 ................................................................................................................... 28 5.3用户操作系统 ................................................................................................................... 30 5.4报订管理系统设计 ........................................................................................................... 34 5.5数据管理系统 ................................................................................................................... 35 5.6系统配置管理系统 ........................................................................................................... 38 第六章 系统测试与性能分析 .............................................. 40 6.1测试方法 ........................................................................................................................... 40 6.2测试与调试 ....................................................................................................................... 40 6.3功能模块的测试 ............................................................................................................... 41 6.4性能分析 ........................................................................................................................... 44 6.5测试结论 ........................................................................................................................... 44 结 论 ................................................................. 45 谢 辞 ................................................................. 46 参考文献 ............................................................... 47 附 录 ................................................................. 48
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