Abstract
Today in the 21st century, with the continuous development and progress of society, people's
understanding of information science has developed from low level to high level, from the original
perceptual knowledge to rational knowledge, and the importance of management has been gradually
recognized by people. Scientific management can make information storage accurate, fast and
perfect, improve the efficiency of work management, and promote its development development.
This paper mainly introduces the second-hand mobile phone recycling platform system, including
the research status, and the development background, and then discusses the design goal of the
system, the demand of the system, and the whole design scheme. The design and implementation of
the system are also discussed in detail. Finally, the second-hand mobile phone recycling platform
system is discussed in detail Testing.
In this paper, Java as the development technology, to achieve a second-hand mobile phone
recycling platform system. The main users of the second-hand mobile phone recycling platform
system are divided into administrator; personal center, user management, mobile phone brand
management, mobile phone mall management, mobile phone recycling management, mobile phone
valuation management, system management, order management, front page; home page, mobile
phone mall, news information, my, jump to the background, shopping cart, user; personal center,
mobile phone recycling management Mobile phone valuation management, my collection
management, order management and other functions. Through the design of these functional
modules, the whole process of the second-hand mobile phone recycling platform system is basically
realized.
Specifically in the system design, using the B / S structure, at the same time, also using Java
technology in the dynamic page design, the backstage using MySQL database, is a very excellent
second-hand mobile phone recycling platform system.
Key words: second hand mobile phone recycling platform system; Java technology; MySQL
database; B / S structure
目 录
1 概述..................................................................................................................................................1
1.1 课题背景及意义....................................................................................................................1
1.2 国内外研究现状...................................................................................................................1
1.3 本课题主要工作...................................................................................................................2
2 系统开发环境..................................................................................................................................3
