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基于SSM车辆维修管理系统的设计与实现.doc
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基于SSM车辆维修管理系统的设计与实现.doc
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基于 SSM 车辆维修管理系统的设计与实现
摘要:随着改革开放的深入,我国经济的飞速发展,汽车行业也迅速发展,
汽车作为一种交通工具走进了许多家庭。这给汽车维修企业带来了无限的机会,
同时提出了新的要求,随着车辆维修业务的不断扩大,原来手工数据登记方式无
法满足不断增长的业务,在激烈的市场竞争环境中,企业不断地提出要求加快工
作信息处理速度,提高汽车维修企业的工作效率,开发出科学合理的车辆维修管
理系统,为企业提供解决问题的方案。
当今的大数据时代,充斥着信息化社会,传统的车辆维修管理造成大量的文
件和数据,不利于保存,不利于寻找,甚至造成结算不便。导致了现有的车辆维
修管理模式不能适应大数据时代,所以开发一个基于 SSM 的车辆维修管理系统具
有非常重要的意义。它将会很好的解决传统车辆维修管理数据丢失,解决难以找
到的等问题。这样不但提高了事业人员的工作效率和管理便利,也为顾客提供了
更好、更快的服务。 B/S 模式将作为车辆维修系统的实现模式。客户端运行浏览
器软件(建议使用 Google Chrome 浏览器),Bootstrap 语言作为客户端的开发
语言,eclipse 将被作为开发工具,同时将 Java 语言作为服务器的开发语言,
eclipse 也将被作为服务器的开发工具,SSM 框架—由 Spring、SpringMVC 和
MyBatis 整合而来的框架。数据库支持使用的是 MySQL 数据库,该数据库版本是
MySQL 5.7。将 Navicat Premium 12 作为数据库的开发工具。
车辆维修管理系统可以大幅缩短员工的工作时间,提高工作效率,为管理提
供便利,为客户提供更好、更快的服务,企业员工可以根据车辆维修管理系统运
行结果,改变库存和库存结构,及时改变库存满足顾客的需求,了解员工的工作
效率、每天车辆维修数、每辆车出故障和所用材料、最后用户满意度等,这将与
经济持续发展相媲美。
关键词:车辆维修管理; B/S 模式; eclipse; MySQL。
Design and implementation of vehicle maintenance
management system based on SSM
Abstract : With the deepening of the reform and opening up, China's rapid economic
development, the rapid development of the automobile industry, as a means of transportation into
many families. This enterprise has brought the infinite opportunity to car maintenance, puts
forward new requirements at the same time, with the expansion of the vehicle maintenance
business, the original manual data registration methods can not meet the growing business, in the
fierce market competition environment, enterprise continuously continuously work request to
speed up the information processing speed, improve work efficiency, vehicle maintenance and
repair enterprise to develop scientific and reasonable vehicle maintenance management system,
provides the solution to solve the problem.
In today's era of big data, full of information society, the traditional vehicle maintenance
management caused a lot of documents and data, is not conducive to save, to find, and even
settlement inconvenience, existing vehicle maintenance management mode can't adapt to the era
of big data, B/S development mode, the MVC design pattern decides the development of vehicle
maintenance system based on network platform, vehicle maintenance system has very important
significance, traditional vehicle maintenance management data loss, solves the problems such as
difficult to find, to improve the efficiency of the enterprise personnel and management
convenience, to provide customers with better and faster service. B/S mode will be used as the
implementation mode of vehicle maintenance system. The client browser software (it is
recommended to use Google Chrome), the Bootstrap language as client development language, the
eclipse will be as a development tool, at the same time, the Java language as a server for the
development of language, the eclipse will also be as a server development tool, use we learned in
school SSM framework - by Spring, for SpringMVC and MyBatis integration framework.
Database support is the use of MySQL database, the database version is MySQL 5.7. Use Navicat
Premium 12 as a database development tool.
Vehicle maintenance management system can greatly shorten the employee's work time,
improve work efficiency, to facilitate the management, to provide customers with better, faster
service, enterprise employees can according to the results of vehicle maintenance management
system operation, change the stock inventory and inventory structure, change the inventory to
meet the needs of customers, timely understanding of employee's work efficiency, vehicle
maintenance number every day, every car is out of order and the material, and finally customer
satisfaction, this will be equivalent to that of sustained economic development.
Keywords: Vehicle maintenance management; B/S mode; eclipse; MySQL
目录
第 1 章 绪论...................................................................8
1.1 系统的开发背景及意义 ....................................................8
1.2 国内外研究现状 ..........................................................8
1.3 系统的主要研究内容 ......................................................9
1.4 系统开发环境与开发工具 .................................................10
第 2 章 系统需求分析.........................................................11
2.1 可行性分析 .............................................................11
2.1.1 经济可行性 .........................................................11
2.1.2 技术可行性 .........................................................11
2.1.3 操作可行性 .........................................................11
2.2 系统的总体需求 .........................................................11
2.3 系统的业务需求 .........................................................12
2.4 系统功能的需求分析 .....................................................12
2.4.1 车辆维修管理系统功能分析 ...........................................13
2.5 UML 系统建模 ...........................................................14
2.5.1 用例图 .............................................................14
2.5.2 用例图规约表 .......................................................15
2.6 本章小结 ...............................................................24
第 3 章 系统设计.............................................................25
3.1 系统功能设计 ...........................................................25
3.1.1 维修管理子系统 .....................................................25
3.1.2 客户管理子系统 .....................................................26
3.1.3 车辆管理子系统 .....................................................26
3.1.4 回访管理子系统 .....................................................27
3.2 车辆维修管理系统类图...................................................28
3.3 车辆维修管理系统顺序图.................................................29
3.3.1 用户登录顺序图 ....................................................29
3.3.2 用户新增信息顺序图 ................................................30
3.3.3 用户编辑信息顺序图 ................................................31
3.3.4 用户删除信息顺序图 ................................................32
3.3.4 用户导出信息顺序图 ................................................33
3.3.4 用户查询信息顺序图 ................................................33
3.4 车辆维修管理系统活动图.................................................34
3.4.1 维修管理活动图 ....................................................34
3.4.2 客户管理活动图 ....................................................35
3.4.3 车辆管理活动图 ....................................................36
3.4.3 回访管理活动图 ....................................................37
3.5 车辆维修管理系统状态图.................................................38
3.4.3 维修工单状态状态图 ................................................38
3.4.3 回访工单状态状态图 ................................................39
3.6 数据库设计.............................................................39
3.6.1 user_info(用户信息表) ...........................................40
3.6.2 maintenance(维修工单信息表) .....................................40
3.6.3 maintenance(客户信息表) .........................................40
3.6.4 car(车辆信息表) .................................................41
3.6.5 callback(回访信息表) ............................................42
3.6.6 options(选项信息表) .............................................42
3.7 本章小结...............................................................42
第 4 章 系统实现..............................................................43
4.1 车辆维修管理系统界面实现...............................................43
4.2 本章小结...............................................................52
第 5 章 系统测试..............................................................53
5.1 系统测试的目的.........................................................53
5.2 系统测试的意义.........................................................53
5.3 测试用例及结果.........................................................53
5.4 本章小结...............................................................55
第 6 章 结束语................................................................56
6.1 全文总结...............................................................56
6.2 课题展望...............................................................56
参考文献.....................................................................57
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