药店管理信息系统的设计与实现(硕士)(论文27000字)
The design and implementation of pharmacy management information system
摘 要
如今，国际化信息科技广泛应用，人类平时生活中的方方面面均需要体系化、网络化的监督管理，从而构建更为标准、完善的监管制度，为人类供应更为安全、更为惬意的日常生活条件。而伴随着社会竞争局面的不断加剧，尤其是企业之间的相互竞争，“优者生存，劣者淘汰”已经成为当今社会发展的必然趋势，企业若想在激烈的竞争环境中占据较强的竞争优势，就一定要借助先进的信息技术来实现对企业的监督管理，促进企业信息化建设，进一步提升企业经济收益。智能化、网络化监管已经成为企业发展的必经之路，而医疗卫生领域正是其中的一份子，构建全面而有效的信息库监管体系将会在很大程度上促进我国医疗卫生领域的进一步发展。
本文采用了C/S技术架构，开发工具选择微软公司的Visual Studio 2010进行开发，SQL Server2005为后台数据库，采用C#语言来完成系统程序编写。
课题深入研究目前药店管理信息软件的不足，通过对部分药店的药品监管状况进行全方位详细探究，对消费者要求实行具有针对性的研究，并掌握需研发监管体系所应具备的具体作用，准确把握客户需求，进行了药店管理信息系统的开发设计，系统主要是对药品的进货、库存以及销售环节管理进行功能模块开发，同时对信息查询统计等功能进行了全面设计，并对系统维护以及数据库备份等辅助功能进行开发设计，使改系统功能完善，从而帮助管理人员操作人员顺利完成药品进销存管理。
另外，该课题对系统的运行状况进行了测试与总结，指出系统存在的不足并提出改进意见，并对该系统的应用前景进行了展望，为该系统今后的发展提供了有益的参考。
关键词：药品管理；信息系统；C/S架构
Abstract
With the popularization of information technology, globalization in all areas of People's Daily life need to be systematic and computerized management, and to the standardization of the management mechanism, thus provides the daily life of people more comfortable and safe environment. And with the increasingly fierce social competition, the competition between the enterprises, in particular, evolution is a natural phenomenon of society, if be in an impregnable position in the enterprise, it is necessary to use high-tech means to manage enterprise, achieve the comprehensive office automation of the enterprise, between the circulation of information quickly and to raise the economic benefits of enterprises. Enterprise information is essentially the enterprise production process and material mobile, transaction processing, digital cash flow and other business process, through a variety of information system network processing generate new information resources, to provide various levels of people discern, observe all the information of all kinds of dynamic business, to make decisions for combinatorial optimization of production factors, make enterprise resources reasonable configuration, to enable enterprises to adapt to rapidly changing market economic competition environment, obtain the biggest economic benefits. Enterprise management automation, computerization has become a trend, the health care industry is one part of it. The industry takes a lot of database to maintain the data of daily life problems, establish a complete database management system to a great extent, are of great help to the development of medical industry.
This technology uses C/S architecture， development tools to choose the Microsoft Corp Visual Studio 2010， SQL Server2005 as the background database， using C# language to complete the system programming.
Research present drugstore management information software， Through the investigation and Analysis on the part of pharmacy drug management in detail and user demand， clear the development of system functions， a clear understanding of the user requirements， the design and development of pharmacy management information system， system is the main function module of drug purchase， inventory and sales management， at the same time， information query and statistical functions are designed comprehensively， and to maintain the system and database backup design of auxiliary function， the system has perfect function， so as to help managers operating staff successfully completed drug Invoicing management.
In addition， the operating status of the system change the subject was tested with the summary， pointed out the shortcomings of the system and put forward some suggestions for improvement， and the application prospect of the system are discussed， providing beneficial reference for the future development of the system.
Keyword: Pharmacy management; Information system; C/S layer architecture
目 录
摘 要 III
ABSTRACT IV
目 录 VI
第1章 绪 论 1
1.1 论文背景 1
1.2研究意义 2
1.3 国内外研究现状 3
1.4 本文的主要内容与论文结构 4
1.5 本章小结 5
第2章 需求分析 7
2.1 系统概述 7
2.2 系统功能性需求 8
2.2.1 需求分析概述 8
2.2.2系统功能分析 9
2.3 非功能性需求 14
2.3.1 实用性 14
2.3.2 安全性 14
2.3.3 可维护性 14
2.3.4 可靠性 14
2.4 本章小结 14
第3章 系统设计 15
3.1 系统体系结构设计 15
3.2 系统功能模块设计 16
3.2.1 业务处理模块设计 17
3.2.2 数据管理模块设计 23
3.2.3 系统维护模块设计 24
3.3 数据库设计 26
3.3.1 数据库基本理论 26
3.3.2 概念模型设计 28
3.3.3物理模型设计 29
3.4 本章小结 35
第4章 系统实现及测试 36
4.1 系统的开发平台 36
4.2 系统功能模块的实现 37
4.2.1 日常业务模块的实现 37
4.2.2 数据管理模块实现 45
4.2.3 系统维护模块实现 51
4.3 系统测试 55
4.3.1 测试概述 55
4.3.2系统测试 55
4.3.3测试结论 58
4.4 本章小结 59
第5章 总结与展望 60
5.1 总结 60
5.2 展望 60
致 谢 62
参考文献 63 |
