2010届本科生毕业论文
OA办公自动化系统
摘 要
传统的办公模式主要以纸介质为主，在信息革命的浪潮中，显然已经远远不能满足高效率、快节奏的现代工作和生活的需要。如何实现信息处理的自动化和办公的无纸化逐步得到了人们的重视。Internet/Intranet的迅猛发展，为信息的交流和共享，团队的协同运作提供了技术的保证，同时也预示着网络化办公时代来临。利用网络通讯基础及先进的网络应用平台，建设一个安全、可靠、开放、高效的信息网络和办公自动化、信息管理电子化系统，为管理部门提供现代化的日常办公条件及丰富的综合信息服务，提高办公效率和管理水平，实现企业各部门日常业务工作的规范化、电子化、标准化，增强档案的可管理性，实现信息的在线查询、借阅，最终实现“无纸”办公。
办公自动化还是一个企业与整个世界联系的渠道，企业的Intranet网络可以和Internet相联。一方面，企业的员工可以在Internet上查找 有关的技术资料、市场行情，与现有或潜在的客户、合作伙伴联系；另一方面，其他企业可以通过Internet访问你对外发布的企业信息，如企业介绍、生产 经营业绩、业务范围、产品/服务等信息。从而起到宣传介绍的作用。随着办公自动化的推广，越来越多的企业将通过自己的Intranet网络联接到 Internet上，所以这种网上交流的潜力将非常巨大。
关键词：OA MyEclipse Tomcat J2EE
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北京理工大学珠海学院2010届本科生毕业论文
On-line Business Enterprise Transacts the Automation
ABSTRACT
This volume is divided into six totally, introducing the on-line business enterprise to transact the development background of the automation first, the OA says all, developping the tool and technique researches.Is system analysis and the system designs that transacts to automate this system to the net business enterprise the next in order, include the main function, carry out the target, the system structure diagram, the business flow chart, the database design, the document configurings etc..Then transacted the realization of the automation function to do to the whole on-line business enterprise to elaborate detailedly, include to carry out the target, carrying out the process, the code analysis wait.Make use of the Dreamweaver adequately to complete the creation that the whole on-line business enterprise transacts the automation, make this system function more perfect, the page enriches the beauty more.
Keywords The ASP on-line business enterprise transacts the automation
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2010届本科生毕业论文
目 录
摘 要 ············································································ 1 ABSTRACT ···································································· 2 目 录 ············································································ 3 1 引言 ·········································································· 1 2 办公自动化系统需求分析 ················································· 2
2.1系统功能模块 ················································································· 2
3 系统总体设计 ································································ 5
3.1系统架构设计 ················································································· 5 3.2本系统架构设计及系统技术介绍························································· 5 3.3 STRUTS ·························································································· 6 3.4 ORM ···························································································· 9 3.5 HIBERNATE ····················································································· 9 3.6 IOC（DI） ··················································································· 10 3.7 AOP ··························································································· 11 3.8 SPING ·························································································· 12 3.9 SSH ···························································································· 13 3.9．1 STRUTS基本原理和解决问题 ······················································· 13 3.9．2 HIBERNATE解决问题 ·································································· 14 3.9．3 SPRING解决问题 ······································································· 14 3.10 系统架构 ··················································································· 15
4 UML建模 ···································································· 16
4.1系统用例图 ·················································································· 16 4.2系统顺序图 ·················································································· 17 4.3系统活动图 ·················································································· 23
5 数据库设计 ······························································· 25
5.1 HIBERNATE基本映射原理 ································································ 25 5.2 系统对象设计 ·············································································· 25
5.2.1 权限模型 基本对象设计 ······················································· 25
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