This article introduces the design plan of intra-city logistics distribution management. The website is designed and implemented using the most popular SSM framework in JSP, Eclipse editor and MySQL database. The website function includes multiple modules such as system user management, news data management, commodity management, order management, logistics order management, and logistics order management. The design framework of the entire system is outlined, the construction of the system software development and compilation environment is introduced, and the function of each module and the design process of the program call relationship are explained.
This system mainly contains multiple functional modules such as news data management, order management, logistics and order taking. The following is a brief description of these functional module requirements. Different permissions correspond to the requirements of the corresponding functional modules. The administrator has the highest level of permissions, so the corresponding requirements are the most. The following briefly explains the requirements of each permission according to different permissions.
The corresponding functional requirements of the
administrator are as follows: the administrator has the highest authority, and can perform unified management of the system's news data, order information, logistics and order retrieval and other information.
Administrators can add administrators, add more administrators, and can modify and delete administrator information.
Regarding news data, the administrator can add news data, add information about the news data title, content, category, etc., the added news data will be displayed in the system, and search queries can also be made by keywords, and the administrator can also modify and delete Related news data.
Regarding logistics pickup management, the administrator can add logistics pickup, add the unit price, address, telephone, worker number, contact number, evaluation, comment, pickup address, recipient, logistics number, item type, Information such as item name, order person, name, weight, status, total price, etc., added logistics pickup orders will be displayed in the system, and search queries can be made by keywords, and the administrator can also modify and delete related logistics pickup orders .
Regarding order management, the administrator adds the order, add the address, telephone number, price, pickup address, product number, product category, product name, recipient, seller, order person and other information about the order, add Orders placed will be displayed in the system, search queries can also be made by keywords, and the administrator can also modify and delete related orders.
Regarding commodity management, the administrator adds commodities, adds related commodity prices, commodity numbers, commodity categories, commodity names, sellers, pictures and other information. The added commodities will be displayed in the system, and they can also be searched and managed by keywords. The staff can also modify and delete related products.
Regarding the logistics order management module, the administrator can add logistics orders, such as information about unit price, address, telephone number, pickup address, recipient, logistics number, item type, item name, order person, weight, total price, etc. , The added logistics orders will be displayed in the system, and you can search and query by keywords, and the administrator can also modify and delete related logistics orders.
The user's corresponding functional requirements are as follows:
users can register through the system, and users who have completed the registration and passed the system audit can query and modify their basic information, such as modifying the login password.
Users can browse online through the website, check website orders, logistics orders, news data, and place orders online.
Contents
Abstract I
ABSTRACT I
Contents III
Chapter 1 Introduction 1
1.1 Development background 1
1.2 Development significance 1
1.3 Research content 1
Chapter 2 Introduction to main technologies and tools 3
2.1 JSP technology 3
2.2 SSM framework 3
2.2.1 Spring framework 3
2.2.2 SpringMVC 4
2.2.3 MyBatis 4
2.3 MySQL Database 4
Chapter 3 System Analysis 5
3.1 Feasibility Analysis 5
3.1.1 Economic Feasibility 5
3.1.2 Technical Feasibility 5
3.1.3 Operational Feasibility 5
3.2 Demand Analysis 5
3.3 Business Process Analysis 6
3.4 Data flow analysis 7
Chapter 4 System Design 9
4.1 System Structure Design 9
4.2 Functional Module Design 9
4.3 Database Design 10
4.3.1 ER Diagram Design 10
4.3.2 Table Design 12
Chapter 5 System Implementation 17
5.1 Implementation of Main Page 17
5.2 Implementation of Registration Module 17
5.3 Realization of Login Module 18
5.4 Realization of News Data Management Module 18
5.5 Realization of
Order Management Module 19 5.6 Realization of Logistics Order Management Module 20
5.7 Realization of Logistics Order Management Module 21
5.8 Implementation of Commodity Management Module 22
Chapter 6 System Test 24
6.1 Test Purpose 24
6.2 Test Overview 24
6.3 Unit Test 24
6.3.1 Login Test 24
6.3.2 News Data Management Test 25
6.3.3 Order Management Test 26
6.4 Test Results 26
Chapter 7 Summary 28
Acknowledgements 29
References 29