ystem developed with an actual application as the development background, using software engineering development methods and jsp technology. The entire development process first analyzes the requirements of the software system and identifies the main functions of the system. Then, the overall design and detailed design of the system are carried out. The overall design mainly includes the overall structure design, system data structure design, system function design, and system security design; the detailed design mainly includes the key code implementation of the module, system database access, and the specific implementation of the main function module. Finally, the system is subjected to function testing, and the test results are analyzed and summarized, and any shortcomings are improved in a timely manner, providing convenience for future system maintenance and providing reference and assistance for the development of similar systems in the future.
The database used in this zhizhenge antique auction network is Mysql, developed using JSP technology. In the design process, it fully ensures the good readability, practicability, expansibility, versatility, ease of maintenance, convenience of operation, and simple interface of the system code.
Keywords: Zhizhenge Antique Auction Network, JSP technology, Mysql database
I. Introduction
The rapid development of science and technology has led to the integration of modern advanced technology into various aspects of society and industries. The zhizhenge antique auction network is a prime example of this integration, utilizing software engineering methods and jsp technology to develop a management system. This paper presents the development process of the zhizhenge antique auction network, starting from requirement analysis to testing and analysis of the system.
II. Background and Significance
The zhizhenge antique auction network is a platform where antique enthusiasts and collectors can buy and sell rare and valuable items. With the advancement of technology, it is essential for the platform to keep up with modern standards in order to provide an efficient and secure trading environment for its users. The development of this system not only improves the user experience but also adds value to the antique trading industry.
III. Structure of the Thesis
This thesis is structured as follows:
1. Introduction
2. Development Technology Introduction
3. Requirement Analysis
4. Feasibility Analysis
5. Function Analysis
6. Business Process Analysis
7. Database Design
8. ER Diagram
9. Data Dictionary
10. Data Flow Diagram
11. Detailed Design
12. System Screenshots
13. Testing
14. Conclusion
15. Acknowledgements
16. References
IV. Development Technology Introduction
The development of the zhizhenge antique auction network utilizes JSP technology and Mysql database. The design process ensures the readability, practicability, expansibility, versatility, ease of maintenance, operational convenience, and simple interface of the system code.
V. Requirement Analysis
The requirement analysis identifies the main functions of the system, which include user registration, item listing, bidding, payment processing, and user feedback. These requirements serve as the foundation for the design and development of the system.
VI. Feasibility Analysis
The feasibility analysis assesses the technical, operational, and economic feasibility of the system. This involves evaluating the technical capabilities, potential risks, and cost-benefit analysis of implementing the system.
VII. Function Analysis
The function analysis delves into the specific features and capabilities of the system, such as user authentication, item categorization, search functionality, and transaction management.
VIII. Business Process Analysis
The business process analysis maps out the flow of activities within the system, from user interactions to backend processes. This provides a comprehensive understanding of how the system operates.
IX. Database Design
The database design outlines the structure and relationships of the system's database, ensuring efficient data storage and retrieval.
X. ER Diagram
The ER diagram visually represents the entities and their relationships within the system, providing a clear overview of the database structure.
XI. Data Dictionary
The data dictionary defines the data elements and their attributes within the system, ensuring consistency and clarity in data management.
XII. Data Flow Diagram
The data flow diagram illustrates the movement of data within the system, showcasing the inputs, processes, and outputs of information.
XIII. Detailed Design
The detailed design entails the implementation of the system's modules, database access, and key functionality, ensuring a comprehensive and efficient system.
XIV. System Screenshots
The system screenshots showcase the user interface and functionality of the zhizhenge antique auction network, providing a visual representation of the system.
XV. Testing
The testing phase involves functional testing of the system, analyzing the results, and making necessary improvements to enhance the system's performance and reliability.
XVI. Conclusion
The conclusion summarizes the development process and the key findings of the zhizhenge antique auction network, highlighting its significance and impact on the antique trading industry.
XVII. Acknowledgements
The acknowledgements express gratitude to those who have contributed to the development and completion of the zhizhenge antique auction network.
XVIII. References
The references include the sources and materials used in the development of the zhizhenge antique auction network, providing credibility and further reading for interested readers.
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