
毕业设计(论文)
1
中文题目:
校园爱心捐赠系统

毕业设计(论文)
Ⅰ
2
摘要
当前,由于人们生活水平的提高和思想观念的改变,然后随着经济全球化的
背景之下,互联网技术将进一步提高社会综合发展的效率和速度,互联网技术也
会涉及到各个领域,于是传统的管理方式对时间、地点的限制太多,而在线管理
系统刚好能满足这些需求,在线管理系统突破了传统管理方式的局限性。
更重要的是,互联网技术和物联网技术的发展使得用户使用校园爱心捐赠系
统变得更加便捷、高效、智能。基于这种背景,本系统采用了 B/S 架构模式、使
用 springboot 框架,搭建了 Java 运行环境和 Tomcat 服务器,并选择 MySQL 轻
量级数据库作为数据存储媒介。通过这些技术手段,可以保证系统的高效性和稳
定性,并且为用户提供良好的体验和高效的管理能力。
总的来说,本系统旨在提高本行业的管理效率和信息化管理,此外,本文的
设计与实现也为相关领域的研究提供了借鉴和参考。通过实践中的应用和优化,
本系统可为用户放心使用。
关键词:校园爱心捐赠系统;springboot 框架;MySQL 数据库;

毕业设计(论文)
3
ABSTRACT
At present, due to the improvement of people's living standards and the change of
ideas, and with the background of economic globalization, Internet technology will
further improve the efficiency and speed of social comprehensive development, and
Internet technology will also involve various fields. Therefore, traditional management
methods have too many restrictions on time and place, and online management systems
can just meet these needs. Online management systems have broken through the
limitations of traditional management methods.
More importantly, the development of Internet technology and Internet of Things
technology makes it more convenient, efficient and intelligent for users to use the
campus charity donation system. Based on this background, this system adopts the B/S
architecture pattern, uses the Springboot framework, builds a Java runtime environment
and Tomcat server, and selects MySQL lightweight database as the data storage
medium. Through these technological means, the efficiency and stability of the system
can be ensured, and users can be provided with a good experience and efficient
management capabilities.
Overall, this system aims to improve the management efficiency and information
management of the industry. In addition, the design and implementation of this article
also provide reference and inspiration for research in related fields. Through practical
application and optimization, this system can be used with confidence for users.
Keywords: Campus Love Donation System; Springboot framework; MySQL
database;

毕业设计(论文)
4
目录
第 1 章 绪论 ........................................................................................1
1.1 课题背景...................................................................................................1
1.2 研究意义...................................................................................................1
1.3 论文组织结构...........................................................................................2
第 2 章 相关技术概论........................................................................3
2.1 springboot 框架..........................................................................................4
2.2 Java 语言...................................................................................................4
2.3 MySQL 数据库..........................................................................................5
第 3 章 系统需求分析........................................................................6
3.1 总体需求分析...........................................................................................6
3.1.1 用户需求分析.................................................................................7
3.1.2 项目负责人需求分析.....................................................................7
3.1.3 管理员需求分析.............................................................................7
3.2 系统用例图...............................................................................................8
3.3 可行性分析...............................................................................................8
3.3.1 技术可行性.....................................................................................9
3.3.2 经济可行性...................................................................................10
3.3.3 操作可行性...................................................................................11
第 4 章 系统设计..............................................................................11
4.1 功能模块设计.........................................................................................12
4.2 系统流程分析..........................................................................................13
4.2.1 系统开发流程................................................................................14
4.2.2 系统登录流程................................................................................17
4.2.3 系统内部流程................................................................................18
4.2.4 添加信息流程................................................................................20
4.2.5 修改信息流程................................................................................22
4.3 数据库设计.............................................................................................23
4.3.1 实体分析.......................................................................................25
4.3.2 物理分析.......................................................................................26

毕业设计(论文)
5
第 5 章 系统实现..............................................................................29
5.1 前台用户模块的实现.............................................................................30
5.2 后台管理员模块的实现.........................................................................32
5.3 后台项目负责人模块的实现.................................................................32
5.4 后台用户模块的实现.............................................................................32
第 6 章 系统测试..............................................................................36
6.1 测试环境.................................................................................................39
6.2 测试用例.................................................................................................40
6.2.1 用户登录测试...............................................................................45
6.2.2 用户管理测试...............................................................................46
6.3 测试结论.................................................................................................47
结束语 ................................................................................................48
参考文献 ............................................................................................49
致谢 ....................................................................................................49