llama-blockchain-llamasearch 0.1.0
Blockchain components for the LlamaAI Ecosystem (verification, contracts, provenance).
License: MIT
Requires Python: >=3.8
Keywords: blockchain, contract, llama, nft, provenance, verification

# Llama Blockchain

[![License: MIT](https://img.shields.io/badge/License-MIT-blue.svg)](https://opensource.org/licenses/MIT)
[![Python Version](https://img.shields.io/badge/python-3.8+-blue.svg)]() <!-- Add appropriate Python version support -->

**Llama Blockchain** is a [brief description, e.g., blockchain interaction and analysis component] within the LlamaSearch AI ecosystem. It provides tools for [list key capabilities, e.g., interacting with smart contracts, analyzing transaction data, validating contract standards].

## Features

*   **Smart Contract Interaction:** [Describe capability, e.g., Call contract functions, deploy contracts using Web3.py].
*   **Transaction Analysis:** [Describe capability, e.g., Fetch and decode transaction data, track token transfers].
*   **Token Standard Validation:** [Describe capability, e.g., Verify ERC20, ERC721, ERC1155 compliance].
*   **[Add other relevant features, e.g., Wallet management, Event listening, Gas estimation]**

## Installation

```bash
# Ensure you are in the root of the llamasearchai-git repository
pip install -e ./batch2/llama-blockchain
```

Or, if installing dependencies listed in its `pyproject.toml` is preferred:

```bash
cd batch2/llama-blockchain
pip install .
cd ../.. 
```

## Dependencies

*   Python 3.8+
*   [List key dependencies, e.g., web3.py, eth-abi]
*   Refer to `pyproject.toml` for a complete list.

## Usage

Provide a basic example of how to use the core functionality.

```python
# Example: Basic contract interaction
# NOTE: This is a hypothetical example, adjust based on actual implementation

from llama_blockchain.contract_manager import ContractManager # Assuming this structure
# from llama_blockchain.token_manager import TokenManager # Example

# Initialize components (adjust parameters as needed)
# Ensure RPC_URL environment variable is set or passed
manager = ContractManager(rpc_url="YOUR_RPC_URL") 

# Example: Get ERC20 token balance
contract_address = "0x...TokenContractAddress..."
user_address = "0x...UserAddress..."

balance = await manager.call_function(
    contract_address,
    "balanceOf",
    user_address,
    abi_type="ERC20" # Optional: Helps find the right ABI if not automatically detected
)

if balance is not None:
    print(f"Balance: {balance}")

# Example: Check if a contract is ERC721 compliant
# token_mgr = TokenManager(manager.contract_validator)
# is_erc721 = await token_mgr.is_contract_token(contract_address, "ERC721")
# print(f"Is ERC721: {is_erc721}")
```

## Configuration

Explain any necessary configuration, such as:
*   Setting the blockchain RPC endpoint URL (e.g., via environment variable `RPC_URL`).
*   API keys for blockchain explorers or analysis services (if used).
*   Private keys/wallet configuration (mention security implications).

## Architecture

Briefly describe the main components and their interaction (e.g., `ContractManager`, `TokenManager`, `ContractValidator`, `Web3ProviderWrapper`).

## Contributing

Please refer to the main `CONTRIBUTING.md` file in the root of the LlamaSearchAI repository for contribution guidelines. Specific notes for Llama Blockchain development can be added here if necessary.

## License

This project is licensed under the MIT License - see the `LICENSE` file for details.