成都理工大学工程技术学院毕业论文
基于 JAVA 的资产管理信息系统的设计
与实现
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基于 JAVA 的资产管理信息系统的设计与实现
– I –
摘要
当下，正处于信息化的时代，许多行业顺应时代的变化，结合使用计算机技
术向数字化、信息化建设迈进。以前企业对于资产信息的管理和控制，采用人工
登记的方式保存相关数据，这种以人力为主的管理模式已然落后。本人结合使用
主流的程序开发技术，设计了一款基于 SSM 的资产管理信息系统，可以较大地
减少人力、财力的损耗，方便相关人员及时更新和保存信息。本系统主要使用 B/S
架构，在 idea 开发平台上编写相关的 Java 代码，实现对系统的功能模块的设计，
MySQL 数据库管理相关的系统数据信息，SSM 框架设计和创建系统架构，最后
通过使用 Tomcat 服务器将所研发的系统发布到网上，便于相关的用户运行和使
用本系统。本文对系统进行实现的可行性分析，设计的功能及数据库规划，以及
设计的主要功能模块测试等内容做了较为详细的介绍，并且在本文中也展示了系
统主要的功能模块设计界面和操作界面，并对其做出了必要的解释说明，方便用
户对系统进行操作和使用，以及后期的相关人员对系统进行更新和维护。本系统
的实现可以极大地提高企业的工作效率，提升用户的使用体验，因此在现实生活
中运用本系统具有很大的使用价值。
关键词：资产管理；Java 语言；B/S 结构；MySQL 数据库
基于 JAVA 的资产管理信息系统的设计与实现
– II –
Abstract
At present, we are in the era of informationization. Many industries adapt to the
changes of the times and use computer technology to move forward to digitalization
and informationization. In the past, for the management and control of asset
information, enterprises used manual registration to save relevant data. This
manpower-based management model has fallen behind. In combination with
mainstream program development technology, I designed an asset management
information system based on SSM, which can greatly reduce the loss of human and
financial resources, and facilitate relevant personnel to update and save information in
a timely manner. This system mainly uses the B/S architecture, writes the relevant
Java code on the idea development platform, realizes the design of the functional
modules of the system, manages the system data information related to the MySQL
database, designs and creates the system architecture of the SSM framework, and
finally uses Tomcat The server publishes the developed system to the Internet, which
is convenient for relevant users to run and use the system. In this paper, the feasibility
analysis of the system implementation, the design function and database planning, as
well as the main function module testing of the design are introduced in detail, and the
main function module design interface and operation interface of the system are also
shown in this paper. , and make necessary explanations for it, which is convenient for
users to operate and use the system, and relevant personnel to update and maintain the
system later. The realization of this system can greatly improve the work efficiency of
enterprises and enhance the user experience, so the application of this system in real
life has great use value.
Key words:Asset management; Java language; B/S structure; MySQL database
基于 JAVA 的资产管理信息系统的设计与实现
–III–
目录
摘要 ...................................................................................................................................................I
Abstract.............................................................................................................................................II
1 绪论 ..........................................................................................................................................- 1 -
1.1 研究背景与意义 ...........................................................................................................- 1 -
1.1.1 研究背景 ............................................................................................................- 1 -
1.1.2 研究意义 ............................................................................................................- 1 -
1.2 国内外研究现状 ...........................................................................................................- 2 -
1.2.1 国外研究现状 ....................................................................................................- 2 -
1.2.2 国内研究现状 ....................................................................................................- 2 -
1.3 研究内容与方法 ...........................................................................................................- 3 -
1.3.1 研究内容 ............................................................................................................- 3 -
1.3.2 研究方法 ............................................................................................................- 3 -
1.4 论文的组织结构 ...........................................................................................................- 3 -
2 相关技术介绍 ..........................................................................................................................- 5 -
2.1 B/S 结构 .........................................................................................................................- 5 -
2.2 Java 语言 ........................................................................................................................- 5 -
2.3 SSM 框架 .......................................................................................................................- 6 -
2.4 MySQL 数据库 ..............................................................................................................- 6 -
3 系统分析 ..................................................................................................................................- 7 -
3.1 系统的需求分析 ...........................................................................................................- 7 -
3.2 系统的可行性分析 .......................................................................................................- 7 -
3.2.1 经济可行性 ........................................................................................................- 7 -
3.2.2 技术可行性 ........................................................................................................- 7 -
3.2.3 操作可行性 ........................................................................................................- 8 -
4 系统设计 ..................................................................................................................................- 9 -
4.1 系统的总体功能设计 ...................................................................................................- 9 -
4.2 数据库设计 ...................................................................................................................- 9 -
4.2.1 概念设计 ............................................................................................................- 9 -
4.2.2 逻辑设计 ...........................................................................................................- 12 -
5 系统实现 ................................................................................................................................- 15 -
5.1 管理员角色功能设计 .................................................................................................- 15 -
5.1.1 个人中心 ..........................................................................................................- 15 -
5.1.2 管理员管理 ......................................................................................................- 16 -
5.1.3 保管人员管理 ..................................................................................................- 16 -
5.1.4 固定资产管理 ..................................................................................................- 17 -
5.1.5 资产折旧管理 ..................................................................................................- 17 -
5.1.6 资产借出管理 ..................................................................................................- 18 -
5.1.7 资产维修管理 ..................................................................................................- 19 -
5.1.8 基础数据管理 ..................................................................................................- 19 -
5.2 保管人员角色功能设计 .............................................................................................- 21 -
5.2.1 个人中心 ..........................................................................................................- 21 -
5.2.2 固定资产管理 ..................................................................................................- 22 -
基于 JAVA 的资产管理信息系统的设计与实现
–IV–
5.2.3 资产折旧管理 ..................................................................................................- 23 -
5.2.4 资产借出管理 ..................................................................................................- 23 -
5.2.5 资产维修管理 ..................................................................................................- 24 -
6 系统测试 ................................................................................................................................- 25 -
6.1 测试概述 ......................................................................................................................- 25 -
6.2 管理员登录模块测试 ..................................................................................................- 25 -
6.3 用户登录模块测试 ......................................................................................................- 29 -
6.4 固定资产管理模块测试 ..............................................................................................- 30 -
6.5 资产折旧管理模块测试 ..............................................................................................- 31 -
6.6 测试中的问题 ..............................................................................................................- 33 -
6.6 测试结果 ......................................................................................................................- 33 -
7 总结 ........................................................................................................................................- 34 -
参考文献 ....................................................................................................................................- 35 -
致谢 ............................................................................................................................................- 37 -
