General Questions

Q: What is the Match-3 Game Project? A: It’s a complete Match-3 game application built with a Vue 3 frontend and a Spring Boot backend, featuring game saving and high score recording.

Q: What technologies are used in the frontend? A: The frontend uses Vue 3, TypeScript, Pinia for state management, Vite as a build tool, and Axios for HTTP requests.

Q: What technologies are used in the backend? A: The backend uses Java 1.8, Spring Boot 2.7.x, Spring Data JPA, and an H2 database. It also provides a RESTful API.

Q: Is the project open-source? A: Yes, the project is licensed under the MIT License.

Installation and Setup

Q: What are the prerequisites for running the project? A: You need Node.js 18+, Java 1.8, and Maven installed on your system.

Q: How do I run the backend? A: Navigate to the match3-server directory in your command line and run mvn spring-boot:run.

Q: How do I run the frontend? A: Navigate to the match3-game directory in your command line, run npm install, and then npm run dev.

Q: Where can I access the H2 database console? A: The H2 console can be accessed at http://localhost:8080/h2-console with username sa and password password.

Usage and Features

Q: How do I save my game progress? A: Use the pause button in the top right corner of the game to pause and save your progress.

Q: How do I access the high score leaderboard? A: The high score leaderboard is available within the game interface.

Q: Can I customize the game? A: Yes, the project is designed to be customizable. You can modify the game logic, add new features, or integrate it with other applications.

API Related Questions

Q: What is the endpoint for getting all high scores? A: GET /api/scores

Q: What is the endpoint for saving a new score record? A: POST /api/scores

Q: What is the endpoint for loading a saved game? A: GET /api/saves/load/{playerName}

Integration with UBOS

Q: How can this game be integrated with UBOS? A: The Match-3 game project can be integrated with UBOS to create AI-powered gaming experiences, such as AI opponents, personalized gameplay, automated testing, or dynamic content generation.

Q: What kind of AI agents can be implemented in this game using UBOS? A: You can implement AI agents for playing against human players, analyzing player behavior for personalized gameplay, automating testing of new game features, or generating dynamic game content.