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毕业设计(论文)
基于 Spring Boot 的海滨体育馆管理系统
的设计与实现
学生姓名
XXX
学 号
XXXXXXXX
分院名称
XXXXXXXX
专业班级
XXXXX
指导教师
XXXX
填写日期
XXXX 年 XX 月
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摘 要
本基于 Spring Boot 的海滨体育馆管理系统设计目标是实现海滨体育馆的信息化管
理，提高管理效率，使得海滨体育馆管理工作规范化、高效化。
本文重点阐述了海滨体育馆管理系统的开发过程，以实际运用为开发背景，基于
Spring Boot 框架，运用了 Java 技术和 MYSQL 作为系统数据库进行开发，充分保证系
统的安全性和稳定性。本系统界面良好，操作简单方便，通过系统概述、系统分析、系
统设计、数据库设计、系统测试这几个部分，详细的说明了系统的开发过程，最后并对
整个开发过程进行了总结，实现了海滨体育馆相关信息管理的重要功能。
本系统的使用使管理人员从繁重的工作中解脱出来，实现无纸化办公，能够有效的
提高海滨体育馆管理效率。
关键词：海滨体育馆管理，Java 技术，MYSQL 数据库，Spring Boot 框架
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ABSTRACT
The design goal of the waterfront gymnasium management system based on Spring Boot
is to realize the information management of the waterfront gymnasium, improve management
efficiency, and make the management of the waterfront gymnasium standardized and
efficient.
This article focuses on the development process of the seaside gymnasium management
system, based on the actual application as the development background, based on the Spring
Boot framework, using Java technology and MYSQL as the system database for development
to fully ensure the security and stability of the system. The system has a good interface,
simple and convenient operation. Through the system overview, system analysis, system
design, database design, system testing, the development process of the system is explained in
detail. Finally, the whole development process is summarized and realized An important
function of related information management of the seaside gymnasium.
The use of this system frees managers from heavy work, realizes paperless office, and
can effectively improve the management efficiency of the seaside gymnasium.
Keywords: Waterfront gymnasium management, Java technology, MYSQL database, Spring
Boot framework
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目 录
1 引言.........................................................................................................................................1
1.1 课题背景.......................................................................................................................1
1.2 设计原则.......................................................................................................................1
1.3 论文结构安排...............................................................................................................2
2 系统关键技术.........................................................................................................................3
2.1 JAVA 技术 ....................................................................................................................3
2.2 B/S 结构.........................................................................................................................3
2.3 MYSQL 数据库.............................................................................................................4
2.4 Spring Boot 框架 ...........................................................................................................4
3 系统分析.................................................................................................................................5
3.1 可行性分析...................................................................................................................5
3.1.1 技术可行性.........................................................................................................5
3.1.2 经济可行性.........................................................................................................5
3.1.3 运行可行性.........................................................................................................5
3.1.4 法律可行性.........................................................................................................5
3.2 系统性能分析...............................................................................................................5
3.3 系统功能分析...............................................................................................................6
3.4 系统流程分析...............................................................................................................7
3.4.1 注册登录流程.....................................................................................................7
3.4.2 添加信息流程.....................................................................................................8
3.4.3 删除信息流程.....................................................................................................8
4 系统设计.................................................................................................................................9
4.1 系统概要设计...............................................................................................................9
4.2 系统结构设计...............................................................................................................9
4.3 系统顺序图设计.........................................................................................................10
4.4 数据库设计.................................................................................................................10
4.4.1 数据库 E-R 图设计 ..........................................................................................10
4.4.2 数据库表设计...................................................................................................12
5 系统的实现...........................................................................................................................15
5.1 登录模块的实现.........................................................................................................15
5.2 注册模块的实现.........................................................................................................15
5.3 学生管理模块的实现.................................................................................................16
5.4 系统主界面模块的实现.............................................................................................16
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5.5 器材管理模块的实现.................................................................................................17
5.6 器材借出管理模块的实现.........................................................................................17
5.7 活动预约管理模块的实现.........................................................................................18
6 系统测试...............................................................................................................................20
6.1 测试定义.....................................................................................................................20
6.2 测试方法.....................................................................................................................20
6.3 测试内容.....................................................................................................................20
6.4 测试结论.....................................................................................................................21
结论...........................................................................................................................................22
致谢...........................................................................................................................................23
参考文献...................................................................................................................................24
