Abstract
The purpose of EE's electronic seal management system is to make it easier for users
to connect people, devices, and scenes more stereoscopically. It can enable users to use
products in a more sci-fi manner, experience the convenience brought by the high-tech era,
and also enable users to experience a different experience style from traditional products.
Compared to Android and iOS, EE's electronic seal management system has
significant advantages in terms of smoothness, battery life, and other aspects. This means
that the design of EE's electronic seal management system can have more excellent
capabilities than other systems, and can more efficiently complete the latest user
information, department information, approval process, seal information, seal type, seal
application, seal distribution, and other functions.
This system design mainly uses JAVA language for development, using SpringBoot
framework technology. The framework is divided into three layers, namely, the control
layer Controller, the business processing layer Service, and the persistence layer dao. It can
adopt multi-level management development, and has certain security for the design and
production of various modules; MySQL is mainly used for database development,
characterized by good stability, large database storage capacity, and fast processing
capabilities; The server uses Tomcat services, which can provide a stable operating
platform and ensure stable operation of the system. Through the electronic seal
management system of EE to improve the efficiency of various functions of this topic, it
provides a versatile and practical electronic seal management system of EE.
Key words: EE electronic seal management system; SpringBoot framework; JAVA
Language
目 录
摘 要 ....................................................................................................................................I
Abstract................................................................................................................................II
1 绪 论................................................................................................................................1
1.1 研究意义..................................................................................................................1
1.2 系统设计目的..........................................................................................................2
1.3 系统设计思想..........................................................................................................2
