Sandbox Wallet is a Python package that simulates a cryptocurrency wallet system for a fictional cryptocurrency called SandboxCoin (SBC). The project demonstrates comprehensive wallet functionality, including secure transactions, microtransactions, and detailed logging mechanisms.
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Wallet Management:
- Create wallets with unique addresses
- Manage and track wallet balances
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Fund Transfers:
- Securely send and receive transactions between wallets
- Robust error handling for insufficient funds
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Microtransactions:
- Perform transactions for individual data chunks
- Verify sender wallet has sufficient funds before processing
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Comprehensive Logging:
- Detailed tracking of all wallet and transaction operations
- Supports thorough audit and verification processes
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Extensible Design:
- Modular architecture allows easy feature expansion
- Flexible implementation for future enhancements
sandbox_wallet/
├── sandbox_wallet/
│ ├── __init__.py # Package initializer
│ ├── wallet.py # Wallet class for managing balances
│ ├── transaction.py # Transaction class for transfers
│ ├── microtransaction.py # MicroTransaction class for chunked data transfers
│ └── coin.py # Coin details and formatting
├── tests/
│ ├── test_wallet.py # Unit tests for Wallet functionality
│ └── test_microtransaction.py # Unit tests for MicroTransaction
├── setup.py # Package installation setup
├── README.md # Project documentation
└── requirements.txt # Required dependencies
Clone the repository and install using pip:
git clone https://github.com/M1ndSmith/sandbox-wallet.git
cd sandbox-wallet
pip install .
Alternatively
Install the package using the setup.py file
python setup.py install
Install the required Python libraries using pip:
pip install -r requirements.txtfrom sandbox_wallet import Wallet
# Create wallets
wallet_a = Wallet()
wallet_b = Wallet()
# Deposit funds
wallet_a.deposit(10000) # 100 SBC
# Transfer funds
transaction = wallet_a.send(wallet_b.address, 5000) # 50 SBC
wallet_b.receive(transaction)
# Check balances
print(wallet_a.get_balance()) # 50 SBC remainingfrom sandbox_wallet import MicroTransaction
# Define data chunks and cost per chunk
data_chunks = ["Chunk1", "Chunk2", "Chunk3"]
cost_per_chunk = 2000 # 20 SBC per chunk
# Perform microtransactions
micro_tx = MicroTransaction(wallet_a, wallet_b)
success = micro_tx.send_data(data_chunks, cost_per_chunk)
if success:
print("All data chunks sent successfully!")
else:
print("Transaction failed due to insufficient funds.")Run unit tests to ensure package functionality:
python -m unittest discover testsContributions are welcome! Feel free to fork the repository, make your changes, and submit a pull request.