Blogger introduction : Teacher Huang Juhua is the author of the books "Introduction to Vue.js and Practical Mall Development" and "WeChat Mini Program Mall Development", CSDN blog expert, online education expert, CSDN diamond lecturer; specializes in graduation design education and tutoring for college students.
All projects are equipped with video courses on basic knowledge from entry to mastery, and you can prepare for the graduation project defense after learning.
The project is equipped with corresponding development documents, proposal report, task statement, PPT, thesis template, etc.The project has recorded release and functional operation demonstration videos; the interface and functions of the project can be customized, and installation and operation are included! ! !
If you need to contact me, you can check Teacher Huang Juhua on the CSDN website.
You can get the contact information at the end of the article.
1. Introduction 1.1 Research background 1.2 Research purpose and significance 1.3 Research content and methods
2. Requirements analysis 2.1 Functional requirements 2.1.1 User login and registration 2.1.2 E-book category browsing 2.1.3 E-book search and recommendation 2.1.4 E-book reading and comments 2.1.5 Personal center management 2.2 Performance requirements 2.3 Reliability requirements 2.4 Security requirements 2.5 Interface requirements
3. System design 3.1 Overall system architecture 3.2 System module design 3.2.1 User management module 3.2.2 E-book management module 3.2.3 Comment management module 3.2.4 Recommendation management module 3.2.5 Reading management module 3.2.6 Database design 3.3 System interface design
4. System implementation 4.1 Development environment and tool selection 4.2 System function implementation 4.2.1 User login and registration function implementation 4.2.2 E-book classification browsing function implementation 4.2.3 E-book search and recommendation function implementation 4.2.4 E-book reading and commenting Functional realization 4.2.5 Personal center management function realization 4.3 System performance testing and optimization
5. System evaluation and summary 5.1 System performance evaluation 5.2 System function evaluation 5.3 System problems and improvement directions 5.4 Summary and outlook
6. References
appendix
The above is a graduation thesis outline reference based on the system design and implementation of Java online e-book reading novel website (Springboot framework), which can be appropriately adjusted and supplemented according to specific needs.
Design and implementation of online e-book reading novel website system based on Java (Spring Boot framework) Graduation Thesis Outline Reference
I. Introduction
- research background and meaning
- The development trend of e-books and online reading
- Market demand and user analysis of novel websites
- Practical application value and expected results of the research
- Research status and development trends at home and abroad
- The development status of e-book reading websites at home and abroad
- Development and application of related technologies (such as cloud computing, big data, etc.)
- Analysis of the advantages and disadvantages of existing novel reading websites
- The main work and innovation points of the paper
- Design and implement a Java-based online e-book reading novel website system
- Use the Spring Boot framework for efficient development
- Introduction to the paper’s innovations and special functions (such as personalized recommendations, reading statistics, etc.)
2. System requirements analysis
- Business needs analysis
- Uploading, storing and managing e-books
- User registration, login and personal information management
- Classification, search and reading functions of novels
- Comments, ratings and paid reading mechanism
- Functional requirements analysis
- Front-end display function: home page, novel list page, novel details page, reading page, etc.
- User functions: registration, login, logout, personal information editing, recharge and withdrawal, etc.
- E-book functions: uploading, editing (cover, introduction, etc.), publishing, removal, chapter management, etc.
- Reading functions: online reading, chapter jump, bookmark management, reading settings (font, background, etc.)
- Social functions: comments, ratings, sharing, private messages, etc.
- Non-functional requirements analysis
- System performance: response time, number of concurrent users, data throughput, etc.
- Security: data encryption, preventing SQL injection, XSS attacks, etc.
- Extensibility: easy to add new functionality or modify existing functionality
- Ease of use: user-friendly interface, easy to operate, adaptable to different devices
3. System design
- System architecture design
- MVC architecture based on Spring Boot
- Front-end and back-end separation design ideas
- Database selection and design (such as MySQL, MongoDB, etc.)
- Caching and static resource processing strategies (such as Redis, CDN, etc.)
- Function module design
- User module: user registration, login, personal information management, etc.
- E-book module: e-book upload, processing, storage and display, etc.
- Reading module: online reading, bookmark management, reading settings, etc.
- Social module: comments, ratings, sharing, etc.
- Backend management module: data statistics, content review, user management, etc.
- Database Design
- ER diagram design
- Data table structure design (user table, e-book table, chapter table, comment table, etc.)
- Data association and index optimization
- Interface design
- RESTful API design principles
- Front-end and back-end data interaction interface definition
- Third-party interface integration (such as payment interface, SMS interface, etc.)
4. System implementation
- Development environment setup
- Java development environment configuration
- Spring Boot project creation and configuration
- Database environment setup and connection configuration
- Front-end development tools and environment configuration (such as Vue.js, React, etc.)
- Key technology realization
- Spring Boot core technologies: automatic configuration, dependency injection, AOP, etc.
- Database access technology: JPA, MyBatis, etc.
- Front-end technology: HTML5, CSS3, JavaScript framework (such as Vue.js)
- File upload and processing technology: MultipartFile, file storage strategy, etc.
- Function module implementation details
- User module implementation details (registration, login verification, etc.)
- E-book module implementation details (e-book uploading, processing, etc.)
- Reading module implementation details (reader implementation, bookmark function, etc.)
- Social module implementation details (comment function, sharing function, etc.)
- Implementation details of the background management module (data statistics and analysis, etc.)
5. System testing and optimization
- Testing strategies and methods
- Unit testing and integration testing
- Functional testing and performance testing (such as JMeter)
- Security testing and vulnerability scanning
- Test case design and execution
- Write detailed test cases (including normal and abnormal conditions)
- Test using automated testing tools (such as Selenium)
- Record test results and problems, and perform regression testing
- Performance optimization and tuning
- Analyze system bottlenecks (such as database query optimization)
- Cache strategy optimization (such as Redis cache use)
- Code-level optimization (such as multi-threading, lazy loading, etc.)
- Server deployment optimization (such as load balancing, CDN acceleration, etc.)
- Security hardening and deployment
- Strengthen system security (such as HTTPS configuration, firewall settings, etc.)
- System deployment solutions (such as Docker container deployment, Kubernetes cluster management, etc.)
- Data backup and recovery strategy
6. Conclusion and outlook
- Summary of thesis work
- Summary of research results (functions implemented, problems solved, etc.)
- Analysis of work highlights and shortcomings
- Review of problems encountered and solutions
- Job Prospects
- Further expansion of system functions (such as adding book listening functions, AI recommendations, etc.)
- Suggestions for upgrading and improving the technical framework (such as utilizing features of new versions of Spring Boot, etc.)
- User experience optimization and continuous improvement strategies (such as interface optimization, response speed improvement, etc.)
- Possible future research directions and application prospects (such as combining big data to analyze user behavior, etc.)
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 file
- User manual and operating guide
- Test report and performance analysis report (optional)
- Relevant technical documents and information