Bitcoin Mining Simulation

Overview

This project is a simple Python simulation of Bitcoin mining. It demonstrates the core concepts of blockchain mining, such as generating transactions, calculating hashes, and solving proof-of-work problems by finding a valid nonce.

Features

Random transaction generation.
SHA-256 hashing of block data.
Proof-of-work implementation with adjustable difficulty.
Simulation of blockchain block creation.

Requirements

Python 3.6+

Installation

Clone the repository or download the source code:
```
git clone <repository-url>
```

Usage

Run the script:
```
python main.py
```
The program will generate random transactions, mine blocks, and display the resulting hashes.

Example Output

Mining Block 1 with Transactions: 12345->67890->50; 54321->09876->30; 11111->22222->20
Block found! Nonce: 45678, Hash: 00000f9d6c24...
New Hash: 00000f9d6c24...

Configuration

The script contains configurable constants to adjust the mining simulation:

MAX_NONCE: Limits the number of nonce iterations for mining. Default is 1,000,000.
DIFFICULTY: Specifies the number of leading zeros required in the hash. Default is 6.

To modify these values, edit the script directly:

MAX_NONCE = 1000000  # Set a higher or lower limit as needed
DIFFICULTY = 6       # Adjust difficulty for faster or slower mining

Project Structure

mining_simulation.py: Main script containing all functionality for the simulation.

How It Works

Transaction Generation: Random transactions are created with a sender, receiver, and amount of bitcoins.
Hash Calculation: Each block is hashed using SHA-256.
Proof-of-Work: The script iterates through possible nonce values to find a hash matching the difficulty.
Blockchain Simulation: Each block references the previous block's hash, forming a simple blockchain.

Limitations

This is a simplified simulation and does not represent the full complexity of real-world Bitcoin mining.
The script is single-threaded and not optimized for performance.

License

This project is licensed under the MIT License. See the LICENSE file for details.

Contributions

Contributions are welcome! Feel free to fork the repository and submit pull requests.

Contact

For questions or suggestions, please reach out to [your email or GitHub profile].

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