论文总字数：28814字

摘 要

电梯信息管理是电梯管理和控制的重要组成部分，对电梯进行管理不仅能够保证电梯运行时的安全，而且能够提高管理人员对电梯进行管理时的工作效率^【21】。

随着经济的全球化，网络全球化成为世界经济发展的必然趋势。现代计算机技术的快速发展，使今天的社会也步入了以计算机互联网为核心的社会。移动互联网的发展给我们带来了无限便利。在管理行业，移动互联网也同样的发挥着巨大的作用，电梯信息系统的发展给人们的生活带来了很大的变化，成为了目前城市信息化管理不可或缺的一部分。

基于B/S架构的电梯信息管理系统是目前为止整个社会对电梯进行管理的方式中最为流行的一种，人们通过管理员登录模块，对电梯实行信息化的管理^【22】。这种管理方式在最近几年的大中型城市中发展尤为迅速，通过对社会的走访调查关于电梯信息管理的存在意义以及最近几年国内电梯信息化管理的发展趋势，我最终选择了基于B/S架构的电梯信息管理系统这一毕业设计课题。

基于B/S架构的电梯信息管理系统主要是为了解决人们对电梯进行管理，并提高工作效率等问题的一个系统，管理员可以通过本系统对区域内的电梯进行信息化管理，同时也可以了解区域内电梯的健康状况。业主可以在电梯有故障时登录该系统对电梯进行报修，维修人员也可以登录该系统明确哪些电梯出现故障并且可以及时派人去维修以保证电梯的正常运行和人们的安全。这个系统以非常低的设计成本和方便的管理方式为管理员、业主以及电梯维修人员提供了一个很好的平台。

这篇文章总共分为四大部分讨论与仔细分析基于B/S架构的电梯信息管理系统的具体设计与实现，通过开发背景、系统需求、系统详细设计、系统的实现等部分完整的介绍了本系统的设计与实现^【7】。

其中电梯信息管理系统是基于B/S的软件体系结构。使用SQL Server 2008作为数据库开发工具。语言开发工具选择My Eclipse 10。

首先从系统开发背景以及开发意义出发，了解这个开发有什么意义，为什么要开发本系统，通过研究国内外电梯发展的现状对整个电梯行业发展有一个初步的了解，为之后的系统开发打下一个良好的基础。

下一步就是进行系统需求的分析。通过之前的研究以及功能要求，画出这个系统所需要的E-R图以及用例图等。下一步就是通过翻阅资料以及查找文献，了解系统开发所需要的工具如Tomcat、JSP技术等。在了解完这些技术并且会使用以后，就进行完整的系统开发，系统开发完成以后需要进行测试工作。最后按照功能的要求一步一步地进行测试，这样子整个工程就完成了。

关键字：电梯信息；My Eclipse；SQL Server 2008；软件测试

Abstract

Elevator information management is an important part of elevator management and control, the elevator management can not only guarantee the safety of the elevator operation, but also can improve the management of the elevator management efficiency "21".

With the globalization of economy, network globalization has become the inexorable trend of world economic development. The rapid development of modern computer technology, so that today's society has entered the computer network as the core of the society. The development of mobile Internet has brought us unlimited convenience. In the management industry, the mobile internet also plays a huge role, the development of elevator information system has brought great changes in people's lives, has become an integral part of urban information management.

The elevator information management system based on B/s architecture is the most popular one in the whole society to manage the elevator, people through the administrator login module, the elevator implementation of information management "22". This management method in the recent years in large and medium-sized cities, especially rapid development, through the survey of the community on the elevator information management of the existing significance and in recent years the development trend of the domestic elevator information management, I finally chose based on B/s structure of the elevator management system this graduation project.

The elevator information management system based on B/s structure is mainly to solve the people's management of elevators, and improve the efficiency of a system, the administrator can through the system to the area of the elevator information management, but also can understand the area of the elevator health status. Owners can log in when the elevator is faulty to the elevator repair, maintenance personnel can also log in to the system to determine which elevator failure and can be timely to repair to ensure the normal operation of elevators and people's safety. This system provides a good platform for administrators, owners and elevator maintenance personnel with very low design cost and convenient management.

This article is divided into four parts to discuss and carefully analyze the design and implementation of elevator information management system based on B/s framework, through the development background, system requirements, system detailed design, system implementation and other parts of the system design and implementation of the "7".

Elevator information Management system is based on B/S software architecture. Use SQL Server 2008 as a database development tool. The language development tool chooses my Eclipse 10.

First of all, from the system development background and development significance, to understand the significance of this development, why to develop this system, through the study of the current situation of elevator development in the whole elevator industry has a preliminary understanding, for the subsequent system development lay a good foundation.

The next step is to analyze the system requirements. Through the previous research and functional requirements, the system needs to draw the E-R diagram and use case diagram. The next step is to browse through the data and find the literature to understand the system development needs of tools such as Tomcat, JSP technology. After you understand these technologies and use them, complete system development and testing will be required after the system development is completed. Finally, according to the requirements of the function step-by-step test, this way the whole project is completed.

Keywords：elevator; My Eclipse; SQL Server2008；software test

目 录

诚 信 承 诺 I

摘 要 II

Abstract III

目 录 IV

第一章 前 言 1

1.1 系统设计总述 1

1.1.1 背景介绍 1

1.1.2 研究意义 1

1.1.3 研究现状 2

1.2 开发技术及数据库 4

1.2.1 JSP介绍 4

1.2.2 JAVA介绍 4

1.2.3 SQL Server 2008 技术分析 5

1.2.4 流程图画图工具：VISIO 5

1.2.5 B/S架构的优缺点 6

1.2.6 数据库连接：JDBC 6

1.2.7 运行环境 6

1.3 设计难点 7

1.4 设计方案 7

1.5 工作计划 7

1.6 本章小结 8

第二章 系统分析 9

2.1 可行性分析 9

2.1.1 技术可行性 9

2.1.2 经济可行性 9

2.1.3 操作可行性 10

2.2 功能需求分析 10

2.2.1 系统开发的目的 10

2.2.2 系统的开发要求 10

2.2.3 系统的主要功能 10

2.2.4 角色 11

2.2.5 系统功能模块图 11

2.2.6 E-R图 13

2.2.7 用例说明 14

2.3 系统静态模型的分析 16

2.3.1 类说明 16

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