基于JavaGui的银行排号系统设计与实现
内容提要 银行排号系统是为解决一些服务业营业大厅排队问题而设计的，它能够有效地提高工作人员的工作效率，也能够使顾客合理的安排等待时间，让顾客感到服务的公平公正。论文首先讨论了排号系统的背景、意义、应用现状以及研究与开发现状。本文在对C/S架构、Socket网络编程技术、Java线程编程等相关技术理论做了简单的论述。结合工程项目，具体论述了排号系统的需求分析、整体设计以及系统数据库的设计，其中包括业务流程图、系统用例图、功能结构图、数据流程图、以及系统数据库的E-R图的分析和描述。其次，论文着重讨论了C/S架构的排号系统的设计和实现。在论文中详细地论述了排号系统的数据库设计与系统实现的各个步骤，并对原型系统作了简要介绍。最后，论文对主要完成的工作进行了总结，并提出了研究的不足之处以及对今后研究的展望。
关键词 C/S架构 Java多线程 排号系统 Socket网络编程
Agricultural Bank of China Xinzhou branch in Queueing system design and Implementation
Abstract: Grade system is designed to solve problems of queuing in Hall of bussiness services. It can effectively improve the staff's efficiency, and make the customers reasonably arrange the waiting time, then supply fair and just service for the customers.
Firstly, background, significance, development and application of grades system were discussed in this paper. The C/S structure, Socket network programming technology, Java-thread programming, and other related technologies were also simply dissertated. The requirements of the trademark system analysis, system design and database design were well-documented, which included the operational flow chart, the system use case plans, functional structure, data flow chart, and the ER system database analysis and description of the plan.
Secondly, the design and implementation of C/S structure was discussed in this paper, which mainly concerned the design of database system, the various steps of the Grade system, and the introduction of prototype system.
Finally, the main conclusion was summarized in this paper. Moreover, the inadequacy of this study was suggested as well as the prospects for the future research.
Keywords: C/S structure; Java multi-threaded; grade system; Socket network programming;
目录
基于JavaGui的银行排号系统设计与实现I
Agricultural Bank of China Xinzhou branch in Queueing system design and ImplementationII
1. 引言2
2. 系统分析3
2.1 系统初步调查3
2.2 系统可行性分析3
2.2.1 经济可行性3
2.2.2 操作可行性3
2.2.3 技术可行性4
2.3 系统开发环境概述4
2.3.1 硬件环境4
2.3.2 软件环境4
2.4 系统需求分析5
2.4.1 业务流程分析5
2.4.2 系统体系结构设计6
2.4.3 系统逻辑模型6
2.5 系统需求定义7
2.5.1 客户用例图7
2.5.2 业务员用例图7
3.系统总体设计8
3.1 系统设计目的与任务8
3.2 开发设计思想8
3.3 系统总体设计框架10
3.4 系统功能详细设计10
4.数据库设计11
4.1 数据库需求分析11
4.2 数据库概念设计11
4.3 数据库逻辑结构设计13
4.4 系统安全性设计14
5.系统的实现15
5.1 系统的总体概述15
5.2 系统相关技术简介15
5.2.1 C/S的简介15
5.2.2 Socket的简介16
5.2.3 JAVA多线程技术16
5.3 系统的执行流程图17
5.4 系统主界面的实现18
5.4.1 服务器主界面的实现18
5.4.2 客户端界面的实现18
5.5 服务器端取号的实现19
5.6 客户端业务处理的实现20
5.7 Dao层的实现20
6. 结语21
致谢1
参考文献1
