django基于Python的毕业生去向反馈调查平台的设计与实现毕业论文.docx

题目： 毕业生去向反馈调查平台

摘 要

本系统为学生而设计制作毕业生去向反馈调查平台，旨在实现毕业生去向反馈调查智能

化、现代化管理。本毕业生去向反馈调查自动化系统的开发和研制的最终目的是将毕业生去

向反馈调查的运作模式从手工记录数据转变为网络信息查询管理，从而为现代管理人员的使

用提供更多的便利和条件。使毕业生去向反馈调查平台数字化、智能化，是提高工作效率的

重要举措。

为了更好地发挥本系统的技术优势，根据毕业生去向反馈调查平台的需求，本文尝试以

B/S 架构设计模式中的 Django 框架，Python 语言为基础，通过必要的编码处理、毕业生去

Abstract

This system is designed for students to make the feedback survey platform of graduates,

aiming to realize the intelligent and modern management of online experiment report management.

The ultimate goal of the development and development of the automatic system of online

management of experimental reports is to change the operation mode of online management of

experimental reports from manual data recording to network information query management, so as

to provide more convenience and conditions for the use of modern managers. It is an important

measure to improve work efficiency to make the feedback survey platform of graduates digital and

intelligent.

In order to better play the technical advantages of this system and according to the needs of the

functions of users include registration and login of students and teachers, recruitment information,

announcement information, etc., and modification of account information; The main functions of

the administrator include the information of students and teachers as well as personal resumes,

recruitment information, employment information, system management, etc. Administrators can

achieve the highest level of authority of the whole system management,

Key words: graduate destination feedback survey platform; Python language; MySQL database

目 录

摘要..................................................................................................................................I

Abstrac............................................................................................................................II

第 1 章　绪论..................................................................................................................1

　　2.3　Python 编程语言 ............................................................................................5

　　2.4 MySQL 数据库 ..............................................................................................5

第 3 章　需求分析..........................................................................................................8

　　3.1　非功能需求分析.............................................................................................9

　　3.2　技术可行性.....................................................................................................9

　　3.3　经济可行性....................................................................................................10

　　3.4　操作可行性....................................................................................................10

　　3.5 系统用例图....................................................................................................11

第 4 章　系统设计.........................................................................................................12

　　4.1　总体功能设计................................................................................................13

第 6 章　系统测试.........................................................................................................20

　　6.1　测试方法与步骤............................................................................................21

　　6.2　模块测试........................................................................................................23

　　6.3　测试用例........................................................................................................24

结论.................................................................................................................................25

参考文献.........................................................................................................................26

致谢.................................................................................................................................30

第 1 章　绪论

1.1　研究背景

近年来,类似管理类的软件数量正逐渐快速增加,人工的记录和数据统计已经变得不完全