摘要随着广州市经济的发展,广州市企业的固定资产数量与规模不断优化,固定资产信息如何有效地管理成为企业在生产经营过程中不可忽视的一项工作。广州市大多数企业近几年越来越重视对固定资产的投资,不断扩大固定资产规模,固定资产数量剧增,然而传统的手工管理固定资产方式已不能适应新时代企业发展的要求,这种方式存在着工作效率低,信息更新速度慢,信息保密性不佳等缺点。计算机科学与技术的日益提高,实现固定资产信息管理系统的信息化、安全化、高效化,能够使企业在实际工作中极大地提高工作效率,增加效益,降低成本,进而增加企业的整体经济效益。10672
本系统采用C/S结构,在Windows 7操作系统上使用Eclipse作为前台的开发工具,以SQL Server 2008作为后台的数据库。通过Java编程语言取得与SQL Server 2008数据库的连接,运用JDBC和Java Swing技术以MVC设计模式实现系统模块各项功能。系统模块分别为:系统管理、资产信息管理、资产还借管理、账户管理、职员管理以及帮助。
[关键词]:企业固定资产信息管理;Java Swing;C/S架构 Abstract
With the development of economy of Guangzhou, fixed assets of Guangzhou enterprises have expanded their scale. How to manage fixed assets effectively becomes a work that can not be ignored to enterprise. In recent years, most Guangzhou enterprises have paid more attention to the investment to fixed assets. However, the expanding scale and increasing amount of fixed assets result in which traditional manual management of fixed assets can not adapt to the development requirements of enterprise in new era. The manual management of fixed assets exists many shortcomings, such as low efficiency, slow update speed, poor confidentiality of information. With the increasing computer science and technology, we can achieve a informational securing and efficient fixed assets management information system, which can make enterprise improve work efficiency and increase economic efficiency.
The system uses C / S structure, using Eclipse as foreground development tool on Windows 7 and operating system to SQL Server 2008 as the back-end database. Get connected with the SQL Server 2008 database through the Java programming language, the system uses JDBC and Java Swing technology in order to achieve module functions. System module are: system management, asset information management, asset management also took account management, staff management and help.
[Key Words]:Enterprise fixed assets information management; Java Swing; C / S structure
目 录
摘 要 I
ABSTRACT II
1 绪论 1
1.1系统设计与开发的背景 1
1.2系统设计与开发的意义 1
1.3国内外研究状况 2
1.4论文结构层次 3
2 相关技术 3
2.1 系统开发工具 3
2.2 基于C/S架构模式 4
2.3运行环境 4
3 系统分析 4
3.1系统可行性分析 4
3.1.1经济可行性 4
3.1.2操作可行性 5
3.1.3技术可行性 5
3.2系统业务流程分析 5
3.3系统数据流分析 6
4 系统设计 8
4.1系统设计目标 8
4.2系统功能结构设计 9
4.3数据库设计 10
4.3.1数据库逻辑设计 10
4.3.2系统实体间关系图 10
4.3.3数据库表设计 13
5 系统主要界面 14
5.1系统登录界面 14