毕 业 设 计（论 文）
题目：校园悬赏任务平台
I
摘 要
使用旧方法对校园悬赏任务平台的信息进行系统化管理已经不再让人们信
赖了，把现在的网络信息技术运用在校园悬赏任务平台的管理上面可以解决许多
信息管理上面的难题，比如处理数据时间很长，数据存在错误不能及时纠正等问
题。这次开发的校园悬赏任务平台对字典管理、论坛管理、任务资讯任务资讯公
告管理、接取用户管理、任务管理、任务咨询管理、任务收藏管理、任务评价管
理、任务订单管理、发布用户管理、管理员管理等进行集中化处理。经过前面自
己查阅的网络知识，加上自己在学校课堂上学习的知识，决定开发系统选择小程
序模式这种高效率的模式完成系统功能开发。这种模式让操作员基于浏览器的方
式进行网站访问，采用的主流的 Java 语言这种面向对象的语言进行校园悬赏任
务平台程序的开发，在数据库的选择上面，选择功能强大的 Mysql 数据库进行数
据的存放操作。校园悬赏任务平台的开发让用户查看任务信息变得容易，让管理
员高效管理任务信息。
关键词：校园悬赏任务平台；任务信息；任务资讯公告；自助资讯
II
Abstract
Using the old method to systematically manage the tourist attraction information
no longer makes people trust. Applying the current network information technology to
the management of tourist attraction information can solve many problems in
information management, such as processing data for a long time, data There are
problems such as errors that cannot be corrected in time. The self-guided website
developed this time centralizes the city information of attractions, tourist attractions
information, comment information, and self-help information. After learning the
network knowledge I had previously consulted and the knowledge I learned in the
school classroom, I decided to develop the system to select the 小 程 序 mode, an
efficient mode to complete system function development. This mode allows the
operator to access the website based on the browser. The mainstream Java language is
used in the object-oriented language to develop the self-guided website program. In
the database selection, select the powerful Mysql database for data. Store operation.
The development of self-guided websites makes it easy for users to view information
on attractions, allowing administrators to efficiently manage information on
attractions.
Key Words ： Self-guided tour website; tourist attractions; reviews; self-help
information
III
目 录
1 绪论 ...............................................1
1.1 研究背景 .........................................................................................................1
1.2 目的和意义 ......................................................................................................1
1.3 论文结构安排 .................................................................................................2
2 相关技术............................................3
2.1 VUE 介绍 .........................................................................................................3
2.2 MYSQL 数据库介绍..........................................................................................3
2.3 JAVA 语言介绍 ...............................................................................................5
3 系统分析............................................7
3.1 系统可行性分析 ..............................................................................................7
3.1.1 技术可行性分析 ..................................................................................7
3.1.2 经济可行性分析 ..................................................................................7
3.1.3 运行可行性分析 ..................................................................................7
3.2 系统性能分析 ..................................................................................................8
3.2.1 系统安全性 ..........................................................................................8
3.2.2 数据完整性 ..........................................................................................8
3.2.3 系统可扩展性 .......................................................................................9
3.3 系统流程分析 ..................................................................................................9
3.3.1 系统登录流程 .....................................................................................10
3.3.2 信息添加流程 .....................................................................................11
3.3.3 信息删除流程 .....................................................................................11
3.4 系统功能分析 ................................................................................................12
4 系统设计...........................................13
4.1 系统概要设计 ................................................................................................13
4.2 系统功能结构设计 ........................................................................................13
IV
4.3 数据库设计 ....................................................................................................13
4.3.1 数据库 E-R 图设计.............................................................................13
4.3.2 数据库表结构设计 ............................................................................14
5 系统实现...........................................15
5.1 管理员功能介绍 ............................................................................................15
5.1.1 管理员登录 .........................................................................................15
5.1.2 任务管理 ............................................................................................15
5.1.3 任务资讯公告信息管理 ....................................................................16
5.1.4 任务资讯公告类型管理 .....................................................................16
6 系统测试 ...........................................18
6.1 本系统测试 .................................................................................................18
6.1.1 登录功能测试 ....................................................................................18
6.1.2 注册功能测试 ....................................................................................19
6.2 测试结果分析 ................................................................................................19
结 论...............................................20
参考文献.............................................22
致 谢...............................................23
