论文总字数：17507字

摘 要

随着科学技术的发展，计算机行业也越来越强大，如今，计算机已经广泛的应用于信息交流、图像处理、文字识别，教学管理和我们的日常生活中。在高校教育中，排课是一项重要的工作，也是保证高校教学工作正常开展的必要所在。随着计算机技术的日新月异，高校也已进入了计算机时代。为了让高校的排课管理工作更高效、更合理、使得教学工作更好开展，因此开发排课管理系统迫在眉睫。本文在这种背景下，以成贤学院现有的教学资源为基础，给出了成贤学院排课系统的分析与设计。

本文是基于成贤学院的教务排课系统的设计与实现。本文介绍了成贤学院排课管理系统的项目背景，对当今排课管理系统的国内外现状进行了论述。然后确定了排课管理系统要研究和设计的内容，对本次设计的主要工作进行了界定。在进行系统开发之前，对系统所需要的开发技术进行了总结。在系统需求分析阶段，通过流程图了解了系统的业务流程，然后对每个模块的功能进行了划分，确定了功能需求。通过绘制实体属性图和E-R图，以及基本表的建立完成了数据库的设计。设计并实现了成贤学院教务排课系统，测试了系统功能，并且对后续工作进行了展望。

系统使用Spring Boot作为框架，用Layui技术实现前端页面设计，把数据存储在MySQL中，用Java语言进行开发。本系统的研究与设计为排课管理工作带来了新的方法，提高了工作效率。

关键词：排课管理系统；Spring Boot；Java；MySQL

The Design and Realization of the Teaching Arrangement System in Chengxian College

Abstract

With the development of science and technology, the computer industry has become more and more powerful. Nowadays, computers have been widely used in information exchange, image processing, character recognition, teaching management and our daily lives. In college education, arranging classes is an important task, and it is also necessary to ensure the normal development of college teaching. With the rapid development of computer technology, colleges and universities have also entered the computer age. In order to make the scheduling management of colleges and universities more efficient and reasonable, and to make teaching work better, it is urgent to develop a scheduling management system. In this context, this article gives the analysis and design of the arranging system of Chengxian College based on the existing teaching resources of Chengxian College.

This article is based on the design and implementation of the teaching affairs scheduling system of Chengxian College. This article introduces the project background of the schedule management system of Chengxian College, and discusses the current situation of the current schedule management system at home and abroad. Then it determined the content to be researched and designed for the scheduling management system, and defined the main work of this design. Before the system development, the development technology required by the system was summarized. In the system requirements analysis stage, the business process of the system was understood through the flowchart, and then the function of each module was divided to determine the functional requirements. The database design is completed by drawing entity attribute diagrams and E-R diagrams, as well as the establishment of basic tables. Through the system test, the research work of the system is summarized, and the follow-up work is prospected.

The system uses Spring Boot as the framework, uses Layui technology to implement front-end page design, stores data in MySQL, and uses Java language for development. The research and design of this system has brought new methods to the management of class schedule and improved work efficiency.

Keywords: course management system,Spring Boot,Java ,MySQL

目 录

摘 要..................................................................................................................................................................I

Abstract.................................................................................................................................................................II

第一章 引 言 1

1.1项目背景 1

1.2国内外现状 1

1.2.1自动排课系统应用现状 1

1.2.2系统开发技术研究现状 2

1.3 研究内容及主要工作 2

1.3.1研究内容 2

1.3.2主要工作 2

第二章 系统相关技术 4

2.1Spring Boot概述 4

2.2Layui框架概述 4

2.3MySQL 4

2.4JAVA语言 5

2.5系统开发模式 5

第三章 需求分析 6

3.1可行性分析 6

3.2业务流程分析 6

3.2.1业务流程描述 6

3.2.2业务流程分析 6

3.3系统功能模块分析 7

第四章 系统设计 9

4.1系统总体功能设计 9

4.2系统模块结构设计 10

4.3系统E-R图 10

4.4系统数据库设计 13

4.5系统类图的设计....................................................................................................................................16

第五章 系统实现与测试 16

5.1 系统开发环境 17

5.2系统关键部分实现 17

5.2.1登录页面 17

5.2.2班级管理页面 18

5.2.3教室管理页面 19

5.2.4课程管理页面 19

5.2.5教师管理页面 19

5.2.6排课管理页面 20

5.2.7查看课表页面 20

5.2.8排课介绍.....................................................................................................................................21

5.3系统测试 22

第六章 总结与展望 23

致谢 24

参考文献 25

第一章 引 言

1.1项目背景

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