摘 要
随着信息技术和网络技术的飞速发展，人类已进入全新信息化时代，传统管理技术已无法高效，便捷地管理信息。为了迎合时代需求，优化管理效率，各种各样的管理系统应运而生，各行各业相继进入信息管理时代，疫情防控下医护人员调度系统就是信息时代变革中的产物之一。
任何系统都要遵循系统设计的基本流程，本系统也不例外，同样需要经过市场进行调研，医院需求进行分析，概要设计，系统详细设计，测试和编码等步骤，设计并实现了疫情防控下医护人员调度系统。系统选用B/S模式，应用Python技术， MySQL为后台数据库。系统主要包括首页，个人中心，医护人员管理，操作员管理，体温数据管理，隔离治疗管理，轮班调度管理，支援信息管理等功能模块。
本文首先介绍了疫情防控下医护人员调度管理的技术发展背景与发展现状，然后遵循软件常规开发流程，首先针对系统选取适用的语言和开发平台，根据需求分析制定模块并设计数据库结构，再根据系统总体功能模块的设计绘制系统的功能模块图，流程图以及E/R图。然后，设计框架并根据设计的框架编写代码以实现系统的各个功能模块。最后，对初步完成的系统进行测试，对功能、单元和性能进行测试。测试结果表明，该系统能够实现所需的功能，运行状况尚可并无明显缺点。
关键词：医护人员调度；Python技术；MySQL数据库
Abstract
With the rapid development of information technology and network technology, human beings have entered a new information age, and traditional management techniques can no longer manage information efficiently and conveniently. In order to meet the needs of the times and optimize management efficiency, various management systems have emerged as the times require. All walks of life have entered the information management era one after another. The medical staff scheduling system under epidemic prevention and control is one of the products of the information era.
Any system must follow the basic process of system design, and this system is no exception. It also needs to go through market research, hospital demand analysis, outline design, system detailed design, testing and coding and other steps to design and realize the prevention and control of the epidemic. Medical staff scheduling system. The system adopts B/S mode, uses Python technology, and MySQL is the background database. The system mainly includes functional modules such as home page, personal center, medical staff management, operator management, body temperature data management, isolation treatment management, shift scheduling management, and support information management.
This paper first introduces the technical development background and development status of medical staff scheduling management under epidemic prevention and control, and then follows the routine software development process. First, select the appropriate language and development platform for the system, formulate modules and design database structures according to demand analysis, and then follow the routine software development process. The design of the overall function module of the system draws the function module diagram, flow chart and E/R diagram of the system. Then, design the framework and write code according to the designed framework to realize each functional module of the system. Finally, the preliminary completed system is tested for function, unit and performance. The test results show that the system can achieve the required functions, and the operating conditions are acceptable without obvious shortcomings.
Key words: Medical staff scheduling; Python technology; The MySQL database
目录
1 绪论 1
1.1课题背景 1
1.2课题研究现状 1
1.3初步设计方法与实施方案 2
1.4本文研究内容 2
2 系统开发环境 4
2.1 PYTHON简介 4
2.2MyEclipse环境配置 4
2.3 B/S结构简介 4
2.4MySQL数据库 5
2.5 DJANGO框架 5
3 系统分析 6
3.1系统可行性分析 6
3.1.1经济可行性 6
3.1.2技术可行性 6
3.1.3运行可行性 6
3.2 系统现状分析 6
3.3功能需求分析 7
3.4系统设计规则与运行环境 8
3.5系统流程分析 9
3.5.1操作流程 9
3.5.2添加信息流程 9
3.5.3删除信息流程 10
4 系统设计 11
4.1系统设计主要功能 11
4.2数据库设计 11
4.2.1数据库设计规范 11
4.2.2 E/R图 11
4.2.3数据表 12
5 系统实现 17
5.1管理员功能模块 17
5.2操作员功能模块 20
5.3医护人员功能模块 21
6 系统测试 23
6.1功能测试 23
6.2可用性测试 23
6.3性能测试 24
6.4测试结果分析 24
结 论 25
参考文献 26
致 谢 27
