C#软件项目管理Bug追踪与管理系统设计
本系统——BUG追踪与管理系统采用ASP.NET 技术作为创建应用程序的方式，以C＃作为编程语言，采用SQL Server 数据库作为后台数据库。它是一个基于Browser/Server结构下形成的、数据驱动的Web应用程序。本系统基本上遵循了软件工程方法论进行系统分析、总体设计、详细设计和软件测试。实现了管理员通过对单位人员、项目信息、项目人员、客户信息、数据字典的文护，并对人员赋予系统的角色，对BUG信息进行有效地分配管理。
毕业论文关键词：数据库，C＃，BUG追踪与管理系统
BUG track management and BUG management system
Abstract: I Along with computer's popularization, software company's starting, manages the daily life, the work system through the development more to come many, but the software testing is in the software development important link. BUG which discovered to the software testing in carries on the track management, guaranteed that each BUG which discovered can obtain promptly processing, causes between the project component member or the project member and the customer can carry on smooth, highly effective coordinated and the communication in the unified platform, plays in the software project unreplaceable role. Therefore has the necessity to develop this kind of set of systems very much to carry on the management.
This system - - BUG track management and the BUG management system management system uses the ASP.NET technology to take the foundation application procedure the way, takes the programming language by C#, uses SQL the Server database to take the backstage database. It is the data driven Web application procedure which forms based on the Browser/Server structure under. This system followed the software engineering methodology to carry on the system analysis, the system design, the detailed design and the software testing basically. Has realized the manager through to the unit personnel, the project information, the project personnel, the customer information, the data dictionary maintenance, and entrusts with system's role to the personnel, carries on to the BUG information assigns the management effectively.
Keywords: Database, C#, BUG track management and BUG management system
目录
目录 iii
1 绪论 1
1.1 国内外研究现状 1
1.2 研究背景和意义 2
2 技术背景 4
2.1 开发工具简介 4
2.1.1 开发平台和技术简介 4
2.1.2 ASP.net简介 4
2.1.3 C#简介 5
2.2 需求分析 6
2.2.1 可行性分析 6
2.2.2 系统需要解决的主要问题 7
2.2.3 系统应该具备的基本功能 7
3 本课题总体设计 9
3.1 基本简介 9
3.2 运行环境 9
3.3 系统的主要功能 9
4 关键技术详细设计 15