新疆大学本科毕业论文(设计)
新疆大学本科毕业论文(设计)
论文题目:
基于 Springboot 的粮食仓库管
理系统的设计与实现
学生姓名:
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新疆大学本科毕业论文(设计)
I
摘 要
粮食作为人类生活的重要物质来源,在粮食流通过程中对于粮食仓库的管理
不容忽视,随着我国粮食生产能力的提升以粮食存储管理的不断革新,粮食产量
的增加为粮食仓储管理带来了挑战也带来了机遇,相比传统的粮食管理模式在管
理效率和技术应用上都相对落后,近年来我国一直积极推广数字化粮食仓库管理
平台,通过平台化和系统化的管理模式来代替人工手动记录操作模式,因仓储效
率低而导致的粮食损失占到总产的 3%左右,数字化粮食仓库管理系统平台的建
设成为了当前粮食仓库管理的重要内容,以我国推行的“粮安工程”为例,旨在
通过智能化系统平台的搭建实现粮食仓库的线上化管理,粮食仓管库管理升级势
在必行。
为了帮助更好的实现粮食仓储管理,本文借助 springboot 框架以及 JAVA 语
言的应用,利用线上平台实现了在线的粮食信息管理、出入库管理、仓库调拨管
理以及粮食库存统计等功能,同时集合 Mysql 数据库实现了数据信息的存储和调
用,通过线上平台的使用帮助粮食仓库管理员实现在线的出入库信息录入,系统
会结合出入库信息自动计算和痛殴及当前粮仓的库存情况,线上粮食仓管库管理
系统平台的应用进一步提升了粮食仓库出入库管理的效率,同时结合数据信息的
统计和提醒帮助有效避免因仓储不当导致的霉变损失的发生,同时也响应了国家
智能化粮仓管理的号召。
关 键 词:Springboot 框架;Java 语言;MySQL 数据库;粮食仓库管理系统;
新疆大学本科毕业论文(设计)
II
ABSTRACT
As an important material source of human life, the management of grain
warehouses cannot be ignored in the process of grain circulation. With the improvement
of China's grain production capacity and the continuous innovation of grain storage
management, the increase of grain production has brought challenges and opportunities
to the management of grain storage. Compared with the traditional grain management
mode, it is relatively backward in management efficiency and technology application,
In recent years, China has been actively promoting the digital grain warehouse
management platform, replacing the manual recording operation mode with the
platform-based and systematic management mode. The grain loss caused by the low
storage efficiency accounts for about 3% of the total output. The construction of the
digital grain warehouse management system platform has become an important part of
the current grain warehouse management, taking the "grain safety project" implemented
in China as an example, It aims to realize the online management of grain warehouse
through the establishment of intelligent system platform, and the upgrading of grain
warehouse management is imperative.
In order to help better realize the grain storage management, this paper uses the
spring boot framework and the application of JAVA language to realize the online grain
information management, warehousing management, warehouse allocation
management and grain inventory statistics and other functions by using the online
platform. At the same time, it collects the MySQL database to realize the storage and
transfer of data information. Through the use of the online platform, it helps the grain
warehouse administrator to realize the online warehousing and warehousing
information entry, The system will combine the automatic calculation and beating of
the in-out and in-out information and the current inventory situation of the grain
warehouse. The application of the online grain warehouse management system platform
further improves the efficiency of the in-out and in-out management of the grain
warehouse. At the same time, combined with the statistics and reminders of data
information, it helps effectively avoid the occurrence of mildew losses caused by
improper storage, and also responds to the call of the national intelligent grain
warehouse management.
Keywords: Springboot framework; Java language; MySQL database; Grain
warehouse management system;
新疆大学本科毕业论文(设计)
III
目 录
1 绪论............................................................................................................................5
1.1 研究背景 .............................................................................................................5
1.2 研究现状 .............................................................................................................5
1.3 研究的意义 .........................................................................................................6
1.4 开发的技术介绍 .................................................................................................7
1.4.1 Springboot 介绍 .............................................................................................7
1.4.2 Java 语言........................................................................................................7
1.4.3 MySQL 数据库..............................................................................................7
1.4.4 Eclipse 开发工具 ...........................................................................................8
1.5 论文的结构 .........................................................................................................8
2 需求分析....................................................................................................................9
2.1 需求设计 .............................................................................................................9
2.2 可行性分析 .........................................................................................................9
2.2.1 技术可行性...................................................................................................9
2.2.2 经济可行性...................................................................................................9
2.2.3 操作可行性.................................................................................................10
2.3 功能需求分析 ...................................................................................................10
3 系统设计..................................................................................................................11
3.1 数据库概念结构设计 .......................................................................................11
3.2 数据库表设计 ...................................................................................................12
4 系统的实现..............................................................................................................13
4.1 系统后台界面 ...................................................................................................13
4.2 仓库管理员管理 ...............................................................................................13
4.3 粮食管理界面 ...................................................................................................14
4.4 系统首页界面 ...................................................................................................14
4.5 出库信息界面 ...................................................................................................15
4.6 仓库管理员后台管理界面 ...............................................................................15
4.7 调度管理 ...........................................................................................................16
4.8 入库管理 ...........................................................................................................16
4.9 出库管理界面 ...................................................................................................17
4.10 记账管理 .........................................................................................................17
5 系统的测试..............................................................................................................18
5.1 测试的目的 .......................................................................................................18
5.2 测试的内容 .......................................................................................................18
5.3 测试的结果 .......................................................................................................18
新疆大学本科毕业论文(设计)
IV
6 结论与展望..............................................................................................................19
6.1 结论 ...................................................................................................................19
6.2 展望 ...................................................................................................................19
参考文献......................................................................................................................20
致 谢............................................................................................................................21