物流信息管理系统课程设计

2021级物流信息管理系统课程设计

题目: iphone的仓储管理系统

姓 名 蒋欣怡 周娜

学 院 自动化学院

专 业 物流工程

班 级 2021211408班

学 号 09211915 09211916

班内序号 24 25

指导老师 苏志远

2021年 5月

摘要

库存管理是一项非常繁琐复杂的工作，每天要处理大量的单据数据，包括入库、出库、退库、调库等多项货物操作流程。因此，为提高库管工作的质量和效率，就必须根据仓库管理的特点开发库存物流信息系统。

本文立足于物流信息系统开展的现状，针对为苹果公司产品提供仓储效劳的专业公司的具体情况，从实际出发设计了一款库存信息系统软件。系统建设的主要目标为:加大对产品的出入库、移库、盘点及相关的财务和员工的管理力度；全面实时地掌握仓储信息，提高仓储管理与运作的效率；初步实现物流、资金流与信息流的一体化。我们首先进行了详致的可行性分析，了解苹果公司产品的存储特性，确定开发库存物流信息系统的必要性。然后对该系统用统一建模语言(UML)做了详细周密的系统分析，描述了库存物流信息系统的各种需求、组织结构、业务流程、数据流程等，由此得到系统分析报告。

基于系统分析报告综合采用多种常用软件开发的成熟技术及软件，对该系统进行了概要设计和详细设计，如充分利用Powerdesign强大的数据库建模能力设计实现了该库管系统的后台数据库(关系型数据库MYSQL 10.0)。

最后运用面向对象功能、图形拖放功能强大的编程工具eclipse开发实现了多功能的库存物流信息系统。具体分析和设计了员工信息管理、权限管理、货品信息管理、客户信息管理、供给商信息管理、进货入库管理、出库管理、盘点管理、移库管理、库位信息管理等功能模块，同时编写好了软件开发过程中的各种重要文档。

本文分析了系统开发的背景，简要的描述了系统需要解决的主要问题以及解决方法：系统的开发目标与需求、系统的业务流程和架构设计、功能模块的详细设计、主要功能的实现界面等。本文所设计的系统将高效地管理仓库、利用仓库，使仓库作业标准化，在实时全面地掌握仓储信息，提高可视性，提高仓库管理与运作效率的方面，具有一定的现实意义和应用价值。

关键字 物流信息系统 库存管理 UML eclipse

Abstract

Inventory management is a very complex work, it demands a lot of time to deal with a

large number of documents data every day, including storage, a library, withdrawn and cold

storage, and so on. Therefore, in order to improve the quality and efficiency of inventory

management, it must be developed according to the characteristics of the warehouse

management inventory logistics information systems.

The paper, based on the status of the development of logistics information system, is

telling the process how an inventory information system software is designed for the specific circumstances of the professional company to provide warehousing services for Apple

products. The system construction of the main objectives: to increase the product out of

storage, transfer database, inventory and related financial and staff management efforts;

comprehensive master warehouse information in real time to improve warehouse management

and operational efficiency; preliminary logistics, capital flow integration and information

flow. Firstly we carried out a detailed and consistent analysis of the feasibility of storage

features of Apple products, and determine the need for development of stock logistics

information system. Then the system using the Unified Modeling Language (UML) made a

detailed and thorough system analysis, and describes the diverse needs of the inventory

logistics information systems, organizational structure, business processes, data flow, the

resulting system analysis report.

Using a combination of many commonly used software and mature technology, based on

system analysis of the system outline and detailed design, for example, we take full advantage

of the powerful database modeling capabilities of Powerdesign to achieve the back-end

database system of inventory management (relational database is MYSQL 10.0).

Finally, with the powerful object-oriented features and graphical drag and drop

programming tools, the eclipse development achieved multi-functional inventory logistics

information system. We analyzed and designed many modules such as employee information

management, rights management, goods management, client information management,

provider information management, storage management, library management, inventory

management, shift library management and library information management, at the same time,

we wrote a variety of important documents of the software development process.

This paper analyzes the background of the system, a brief description of the system

needs to solve the main problem, and solvation: development goals and needs, the system of

business processes and architecture design, detailed design of the functional modules, the

main function interface. This system is designed to efficiently manage and use the warehouse,

as so as to make the warehouse operations standardization. There is a certain practical

significance and value in real-time comprehensive grasping of the storage information,

increasing visibility, improving warehouse management and operational efficiency.

目录

前 言 ................................................................. 1

第一章 系统概况 ........................................................................................................................... 1

1．1 现有系统分析 ..................................................... 1

1．2 开发意义 ........................................................ 1

1．3 系统目标 ........................................................ 2

第二章 系统分析 ........................................................................................................................... 2

2．1．1技术可行性 ....................................................... 2