Design and implementation of agricultural product sales platform system based on Java (Springboot framework) graduation thesis outline reference

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I. Introduction A. Research background and significance B. Review of related research C. Research objectives and content

II. System requirements analysis A. Functional requirements 1. Agricultural product release function 2. Procurement function 3. Payment function 4. Logistics function B. Non-functional requirements 1. Security requirements 2. Performance requirements 3. Availability requirements

III. System design and architecture A. Overall system architecture design B. Database design C. Front-end design D. Back-end design

IV. Technology selection and implementation A. Introduction to Springboot framework B. Front-end technology selection C. Back-end technology selection D. System implementation steps

V. System testing and evaluation A. Functional testing B. Performance testing C. Security testing D. User evaluation

VI. Result analysis and discussion A. Analysis of system function implementation B. System performance analysis C. Analysis of security issues D. Analysis of user evaluation results

VII. Summary and Outlook A. Summary of main work B. Existing shortcomings C. Outlook for further work

references

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The outline of the graduation thesis on the design and implementation of the agricultural product sales platform system based on Java and Spring Boot framework can refer to the following structure:

1. Introduction

1. research background and meaning
   • Current status and challenges of agricultural product sales
   • Demand and development trends of agricultural product sales platforms
   • Research purpose and practical value
2. Research status and analysis at home and abroad
   • Overview of the development of domestic and foreign agricultural product sales platforms
   • Comparison and selection of related technologies
3. The main research content and methods of the paper
   • Research goals and tasks
   • Technical routes and methods adopted
   • Thesis structure arrangement

2. System requirements analysis

1. User needs analysis
   • Farmers' needs
   • consumer demand
   • Platform administrator needs
2. Functional requirements analysis
   • Agricultural product information management (publish, edit, delete)
   • User management (registration, login, information maintenance)
   • Shopping cart and order management
   • Payment and settlement functions
   • Logistics tracking and distribution management
   • Evaluation and feedback system
3. Non-functional requirements analysis
   • System performance and stability
   • Security and data protection
   • user interface friendliness
   • Scalability and maintainability

3. System design

1. System architecture design
   • Overall architecture design ideas (microservices, front-end and back-end separation, etc.)
   • Technology stack selection (Java, Spring Boot, database, front-end technology, etc.)
   • Module division and responsibilities
2. Database Design
   • Conceptual data model design (ER diagram)
   • Database table structure design
   • Data integrity and security design
3. Function module design
   • Agricultural products information management module
   • User management module
   • Shopping cart and order management module
   • Payment and settlement module
   • Logistics tracking and distribution module
   • Evaluation and feedback module
4. interface design
   • Farmer interface design
   • consumer interface design
   • Administrator interface design
5. System security design
   • Authentication and permission control
   • Data encryption and transmission security
   • Prevent malicious attacks and data recovery strategies

4. System implementation

1. Development environment setup
   • Development tools and IDE selection
   • Dependency management and version control
   • Database environment setup
2. Key technology realization
   • Spring Boot framework integration and application
   • Database access layer implementation (JPA, MyBatis, etc.)
   • Business logic layer implementation
   • Front-end technology implementation (HTML, CSS, JavaScript framework, etc.)
3. Function module implementation details
   • Specific implementation methods and code examples of each functional module

5. System testing and optimization

1. Testing strategies and methods
   • Unit testing, integration testing and system testing
   • Performance testing and stress testing
   • Safety test
2. Test case design and execution
   • Functional test cases
   • Performance test cases
   • Security test cases
3. Test result analysis and improvement
   • Defect management and repair
   • Performance optimization measures
   • Security vulnerability handling
4. System deployment and maintenance
   • Deployment environment selection and construction
   • System online and monitoring
   • Data backup and recovery strategy
   • Version control and continuous integration

6. Conclusion and outlook

1. Summary of thesis work
   • Main tasks and achievements completed
   • Problems encountered and solutions
   • Research shortcomings
2. Prospects for follow-up work
   • Further expansion and upgrade of system functions
   • Iteration and optimization of technical framework
   • Continuous collection and improvement of user feedback
   • Integration and cooperation with other agricultural information systems

7. References

[List all documents cited during the writing of the paper and format them according to academic standards]

8. Appendix

• System source code (optional)
• database script
• User manual and operating guide
• Related research materials and documents
• Test report and performance analysis report (optional)