摘要课程工作是教育管理的重要组成部分，随着高等教育体制的不断改革，信息技术的不断发展，特别是深层次的信用体系，各大院校教务日常管理工作日趋复杂，因此迫切需要研制开发一套的计算机选课软件，可以减轻教务管理的压力，更好的为师生服务。本系统运行于Windows 7操作系统，采用Visual C++ 6.0作为开发工具，使用Microsoft Access文件格式作为后台数据库，运用C/S结构，设计并实现了基于该结构的选课系统，以满足用户不同的操作系统、维护学生选课管理的一些基本数据，为学生提供选课管理。管理员具有课程维护、教师信息维护、选题统计管理、现有的数据库管理的权限，提高系统的安全性。在设计完成后经过一系列的测试，确保功能完善，保证了整个系统的完整性，确实实现了所需的任务要求。51811

    该论文有图12幅，表6个，参考文献10篇。

毕业论文关键词：选课系统  VC++  Access  

Development of Course Selection System Based on VC++

Abstract   Course work is an important part of the school educational administration management, with the constant reform of higher school teaching system,  especially start and in-depth of the credit system, elective system, colleges and universities in the daily management of teaching is becoming more and more complex, so it is urgent to develop a set of computer software course, which reduces the pressure of the educational administration management and provides better services for the teachers and students. The system runs on the windows 7 operating system, using Visual C + + 6.0 as a development tool, using Microsoft Access file format as the backstage database. Design and implementation of the course selection system based on C / S structure, which can meet the different users of the system operation, preserve some of the basic data of student course management, provide student course management.administrators have the permission of curriculum maintenance, teachers' information maintenance, selection of statistical management and existing database management, which improves the security of the system.After completion of the design through a series of testing to make sure the function is perfect, and ensure the integrity of the entire system, really achieve the required task requirements.

Key Words: Course selection system   VC ++   Access  

目  录

摘  要 I

Abstract II

目  录 III

图清单 V

表清单 V

1 绪论 1

1.1 目的定义 1

1.2 研究现状 1

1.3 系统说明 2

1.4 系统特点 2

1.5 系统功能简介 2

1.6 主要工作 2

2开发环境与技术介绍 4

2.1 Visual C++ 6.0 开发环境 4

2.2 C++开发语言 5

2.3 Access介绍 6

3 系统需求分析 7

3.1 可行性分析 7

3.2 系统需求分析 7

3.3 数据库需求分析 8

3.4 系统性能需求 8

4系统设计