This project involves creating a Python script to automatically solve a sliding puzzle on 'https://www.helpfulgames.com/subjects/brain-training/sliding-puzzle.html' using Selenium for web automation. The script captures the initial state of the puzzle, calculates the solution, and then automates the moves in the web browser.
- Selenium WebDriver: Automates web browser interaction.
- Puzzle Solving Logic: Algorithm to find the solution to the sliding puzzle.
- Dynamic XPath Handling: Captures and uses XPaths of puzzle pieces to interact with the web page.
- Setup Selenium: Install Selenium and set up WebDriver for your browser.
- Capture Initial State: Use Selenium to capture the initial state of the puzzle, including the XPaths of the pieces.
- Solve the Puzzle: Implement an algorithm to solve the puzzle based on its initial state.
- Automate Puzzle Solving: Use the solution to automate the puzzle-solving process in the browser.
_main.py: Contains the main logic to initialize the WebDriver, capture the initial state, and start the puzzle-solving process._automation.py: Includes the implementation of the puzzle-solving algorithm and functions to interact with the web page.
To run the project, execute the _main.py script. Ensure that all dependencies, including Selenium and the appropriate WebDriver, are installed and configured correctly.
The puzzle solver is designed to automate solving puzzles on 'https://www.helpfulgames.com/subjects/brain-training/sliding-puzzle.html'.
- Improved Algorithm: Enhance the puzzle-solving algorithm for efficiency or to handle more complex puzzles.
- UI Enhancements: Add a graphical user interface for easier interaction and visualization.
- Error Handling: Implement robust error handling for web automation steps.
This project demonstrates skills in web automation, algorithm design, and problem-solving in Python.