Blockchain Integration with TuskLang Python SDK

Overview

TuskLang's Python SDK provides revolutionary blockchain integration capabilities that enable seamless interaction with multiple blockchain networks, smart contracts, and decentralized applications. From basic blockchain operations to advanced DeFi protocols, TuskLang makes blockchain development accessible, powerful, and production-ready.

Installation & Setup

Core Blockchain Dependencies

Install TuskLang Python SDK with blockchain extensions
pip install tuskchain[full]
Or install specific blockchain components
pip install tuskchain[ethereum]   # Ethereum/EVM integration
pip install tuskchain[bitcoin]    # Bitcoin integration
pip install tuskchain[polkadot]   # Polkadot integration
pip install tuskchain[solana]     # Solana integration

Environment Configuration

peanu.tsk configuration for blockchain workloads
blockchain_config = {
    "networks": {
        "ethereum": {
            "mainnet": "https://mainnet.infura.io/v3/YOUR_KEY",
            "testnet": "https://goerli.infura.io/v3/YOUR_KEY",
            "local": "http://localhost:8545"
        },
        "bitcoin": {
            "mainnet": "https://blockstream.info/api",
            "testnet": "https://blockstream.info/testnet/api"
        }
    },
    "wallet": {
        "default": "tusk_wallet",
        "encryption": "aes256",
        "backup_enabled": true
    },
    "fujsen_integration": {
        "enable_intelligence": true,
        "smart_contract_analysis": true,
        "gas_optimization": true
    }
}

Basic Blockchain Operations

Wallet Management

from tuskchain import WalletManager, KeyManager
from tuskchain.fujsen import @create_wallet, @import_wallet
Create new wallet
wallet_manager = WalletManager()
@new_wallet = wallet_manager.create_wallet(
    name="my_wallet",
    password="@secure_password",
    network="ethereum"
)
FUJSEN-powered wallet creation
@wallet = @create_wallet(
    name="tusk_wallet",
    network="ethereum",
    security_level="high",
    backup_enabled=True
)
Import existing wallet
@imported_wallet = @import_wallet(
    private_key="@private_key",
    name="imported_wallet",
    network="ethereum"
)
Key management
key_manager = KeyManager()
@keys = key_manager.generate_keys(
    algorithm="secp256k1",
    count=5
)

Account & Address Management

from tuskchain.accounts import AccountManager
from tuskchain.fujsen import @create_account, @get_balance
Account management
account_manager = AccountManager()
@account = account_manager.create_account(
    wallet="@wallet",
    name="primary_account"
)
FUJSEN account creation
@new_account = @create_account(
    wallet="@wallet",
    name="deployment_account",
    network="ethereum"
)
Get account balance
@balance = @get_balance(
    address="@account.address",
    network="ethereum",
    token="ETH"
)
Get multiple token balances
@token_balances = @get_balance(
    address="@account.address",
    network="ethereum",
    tokens=["ETH", "USDC", "DAI", "TUSK"]
)

Smart Contract Development

Contract Compilation & Deployment

from tuskchain.contracts import ContractCompiler, ContractDeployer
from tuskchain.fujsen import @compile_contract, @deploy_contract
Contract compilation
compiler = ContractCompiler()
@compiled_contract = compiler.compile(
    source="@contract_source",
    language="solidity",
    version="0.8.19",
    optimization=True
)
FUJSEN contract compilation
@contract_bytecode = @compile_contract(
    source="@contract_source",
    language="solidity",
    version="0.8.19",
    optimization_level=200
)
Contract deployment
deployer = ContractDeployer(
    network="ethereum",
    account="@account"
)
@deployed_contract = deployer.deploy(
    bytecode="@compiled_contract.bytecode",
    abi="@compiled_contract.abi",
    constructor_args=["@arg1", "@arg2"]
)
FUJSEN contract deployment
@contract_address = @deploy_contract(
    bytecode="@contract_bytecode",
    abi="@contract_abi",
    network="ethereum",
    account="@account",
    gas_limit=3000000
)

Contract Interaction

from tuskchain.contracts import ContractInterface
from tuskchain.fujsen import @call_contract, @send_transaction
Contract interface
contract = ContractInterface(
    address="@deployed_contract.address",
    abi="@deployed_contract.abi",
    network="ethereum"
)
Read contract data
@contract_data = contract.call(
    function="getData",
    args=["@param1"]
)
FUJSEN contract calls
@read_result = @call_contract(
    address="@contract_address",
    abi="@contract_abi",
    function="balanceOf",
    args=["@user_address"],
    network="ethereum"
)
Send transaction
@transaction = @send_transaction(
    to="@contract_address",
    function="transfer",
    args=["@recipient", "@amount"],
    account="@account",
    network="ethereum",
    gas_limit=100000
)

Advanced Blockchain Features

Multi-Chain Operations

from tuskchain.multichain import MultiChainManager
from tuskchain.fujsen import @cross_chain_transfer, @bridge_assets
Multi-chain manager
chain_manager = MultiChainManager([
    "ethereum",
    "polygon",
    "binance_smart_chain",
    "avalanche"
])
Cross-chain transfer
@cross_chain_tx = @cross_chain_transfer(
    from_chain="ethereum",
    to_chain="polygon",
    asset="USDC",
    amount="@amount",
    recipient="@recipient",
    account="@account"
)
Asset bridging
@bridge_tx = @bridge_assets(
    from_chain="ethereum",
    to_chain="avalanche",
    asset="ETH",
    amount="@amount",
    bridge_protocol="multichain"
)

DeFi Protocol Integration

from tuskchain.defi import DeFiProtocol, YieldFarming
from tuskchain.fujsen import @swap_tokens, @provide_liquidity
DeFi protocol integration
defi = DeFiProtocol(
    protocol="uniswap_v3",
    network="ethereum"
)
Token swap
@swap_result = @swap_tokens(
    protocol="uniswap_v3",
    from_token="ETH",
    to_token="USDC",
    amount="@amount",
    slippage=0.5,
    account="@account"
)
Liquidity provision
@liquidity_tx = @provide_liquidity(
    protocol="uniswap_v3",
    token_a="ETH",
    token_b="USDC",
    amount_a="@amount_a",
    amount_b="@amount_b",
    account="@account"
)
Yield farming
farming = YieldFarming(
    protocol="compound",
    network="ethereum"
)
@farming_tx = farming.deposit(
    asset="USDC",
    amount="@amount",
    account="@account"
)

Blockchain Data & Analytics

Transaction Monitoring

from tuskchain.monitoring import TransactionMonitor, EventListener
from tuskchain.fujsen import @monitor_transactions, @listen_events
Transaction monitoring
monitor = TransactionMonitor(
    network="ethereum",
    addresses=["@address1", "@address2"]
)
@transaction_alerts = monitor.start_monitoring()
FUJSEN transaction monitoring
@tx_monitor = @monitor_transactions(
    addresses=["@address1", "@address2"],
    network="ethereum",
    alert_types=["incoming", "outgoing", "contract_interaction"]
)
Event listening
@event_listener = @listen_events(
    contract="@contract_address",
    events=["Transfer", "Approval", "Mint"],
    network="ethereum"
)

Blockchain Analytics

from tuskchain.analytics import BlockchainAnalytics, GasTracker
from tuskchain.fujsen import @analyze_transactions, @track_gas
Transaction analytics
analytics = BlockchainAnalytics()
@tx_analysis = analytics.analyze_transactions(
    address="@address",
    network="ethereum",
    time_range="30d"
)
FUJSEN transaction analysis
@transaction_insights = @analyze_transactions(
    address="@address",
    network="ethereum",
    analysis_types=["volume", "frequency", "patterns", "anomalies"]
)
Gas tracking
@gas_data = @track_gas(
    network="ethereum",
    time_range="24h",
    include_predictions=True
)

Smart Contract Security

Security Analysis

from tuskchain.security import SecurityAnalyzer, AuditTool
from tuskchain.fujsen import @audit_contract, @check_vulnerabilities
Security analysis
security_analyzer = SecurityAnalyzer()
@security_report = security_analyzer.analyze(
    contract="@contract_source",
    checks=[
        "reentrancy",
        "overflow",
        "access_control",
        "logic_errors"
    ]
)
FUJSEN contract audit
@audit_result = @audit_contract(
    contract="@contract_source",
    audit_level="comprehensive",
    include_recommendations=True
)
Vulnerability checking
@vulnerabilities = @check_vulnerabilities(
    contract="@contract_source",
    known_vulnerabilities=True,
    static_analysis=True
)

Formal Verification

from tuskchain.verification import FormalVerifier
from tuskchain.fujsen import @verify_contract, @prove_correctness
Formal verification
verifier = FormalVerifier()
@verification_result = verifier.verify(
    contract="@contract_source",
    specifications="@specifications"
)
FUJSEN formal verification
@proof = @verify_contract(
    contract="@contract_source",
    properties=["safety", "liveness", "correctness"],
    method="model_checking"
)

Blockchain with TuskLang Ecosystem

Integration with TuskDB

from tuskchain.storage import TuskDBStorage
from tuskchain.fujsen import @store_transaction, @load_contract
Store blockchain data in TuskDB
@blockchain_storage = TuskDBStorage(
    database="blockchain_data",
    collection="transactions"
)
@store_tx = @store_transaction(
    transaction="@transaction",
    network="ethereum",
    metadata={
        "timestamp": "@timestamp",
        "gas_used": "@gas_used",
        "status": "@status"
    }
)
Load contracts from TuskDB
@loaded_contract = @load_contract(
    contract_name="MyToken",
    version="1.0.0",
    network="ethereum"
)

Blockchain with FUJSEN Intelligence

from tuskchain.fujsen import @blockchain_intelligence, @smart_contract_analysis
FUJSEN-powered blockchain intelligence
@intelligent_analysis = @blockchain_intelligence(
    transaction="@transaction",
    context="@context",
    intelligence_level="advanced",
    include_reasoning=True
)
Smart contract analysis
@contract_analysis = @smart_contract_analysis(
    contract="@contract_source",
    analysis_types=["security", "optimization", "gas_efficiency"],
    include_recommendations=True
)

Best Practices

Gas Optimization

from tuskchain.optimization import GasOptimizer
from tuskchain.fujsen import @optimize_gas, @estimate_gas
Gas optimization
optimizer = GasOptimizer()
@optimized_contract = optimizer.optimize(
    contract="@contract_source",
    target="gas_efficiency"
)
FUJSEN gas optimization
@gas_optimization = @optimize_gas(
    transaction="@transaction",
    network="ethereum",
    optimization_level="aggressive"
)
Gas estimation
@gas_estimate = @estimate_gas(
    transaction="@transaction",
    network="ethereum",
    include_buffer=True
)

Security Best Practices

from tuskchain.security import SecurityManager
from tuskchain.fujsen import @validate_transaction, @check_security
Transaction validation
@validation = @validate_transaction(
    transaction="@transaction",
    checks=["signature", "nonce", "gas_limit", "value"],
    network="ethereum"
)
Security checking
@security_check = @check_security(
    transaction="@transaction",
    security_level="high",
    include_warnings=True
)

Example: DeFi Yield Farming Bot

Complete DeFi yield farming bot
from tuskchain import *
Initialize wallet and accounts
@wallet = @create_wallet(name="yield_bot", network="ethereum")
@account = @create_account(wallet="@wallet", name="farming_account")
Monitor DeFi protocols
@protocols = ["compound", "aave", "yearn"]
@monitoring = @monitor_transactions(
    addresses=["@account.address"],
    network="ethereum",
    alert_types=["yield_opportunities"]
)
Automated yield farming
@yield_strategy = {
    "protocol": "compound",
    "asset": "USDC",
    "min_apy": 5.0,
    "max_risk": 0.1
}
@farming_action = @provide_liquidity(
    protocol="@yield_strategy.protocol",
    asset="@yield_strategy.asset",
    amount="@available_balance",
    account="@account"
)
Monitor and rebalance
@rebalance = @monitor_transactions(
    addresses=["@account.address"],
    network="ethereum",
    rebalance_threshold=0.05
)

Conclusion

TuskLang's Python SDK provides a comprehensive blockchain integration ecosystem that enables seamless interaction with multiple blockchain networks, smart contracts, and DeFi protocols. From basic wallet management to advanced cross-chain operations, TuskLang makes blockchain development accessible, powerful, and production-ready.

The integration with TuskDB, FUJSEN intelligence, and the broader TuskLang ecosystem creates a unique blockchain platform that scales from simple transactions to enterprise-grade DeFi applications. Whether you're building smart contracts, DeFi protocols, or cross-chain applications, TuskLang provides the tools and infrastructure you need to succeed.

Embrace the future of blockchain development with TuskLang - where decentralization meets revolutionary technology.