import { ReserveBTC } from '@reservebtc/sdk';

// Initialize the SDK
const reserveBTC = new ReserveBTC({
  network: 'mainnet', // or 'testnet'
  provider: window.ethereum, // or your Web3 provider
});

// Connect wallet
await reserveBTC.connect();

// Mint synthetic tokens
const result = await reserveBTC.mintSynth({
  btcAddress: 'bc1q...', // Your Bitcoin address
  amount: '1000000', // Amount in satoshis
  signature: '...', // BIP-322 signature
});

console.log('Minted:', result.transactionHash);

// Get user balances
const synthBalance = await reserveBTC.getSynthBalance();
const wrappedBalance = await reserveBTC.getWrappedBalance();

// Listen to events
reserveBTC.on('synthMinted', (event) => {
  console.log('Synth minted:', event);
});

// Burn tokens
await reserveBTC.burnSynth('500000'); // Burn 0.005 BTC worth

// Get Bitcoin address verification
const isValid = await reserveBTC.verifyBitcoinSignature({
  address: 'bc1q...',
  signature: '...',
  message: 'verification message'
});

from reservebtc import ReserveBTC
import asyncio

async def main():
    # Initialize the SDK
    reservebtc = ReserveBTC(
        network='mainnet',
        private_key='your_private_key'  # Or use wallet connection
    )
    
    # Mint synthetic tokens
    result = await reservebtc.mint_synth(
        btc_address='bc1q...',
        amount=1000000,  # Amount in satoshis
        signature='...'  # BIP-322 signature
    )
    
    print(f"Minted: {result['transaction_hash']}")

# Run the example
asyncio.run(main())

import pandas as pd
from reservebtc import ReserveBTC

# Get historical data
reservebtc = ReserveBTC()
events = await reservebtc.get_mint_events(
    from_block=1000000,
    to_block='latest'
)

# Convert to DataFrame for analysis
df = pd.DataFrame([{
    'timestamp': event['timestamp'],
    'amount': event['amount'],
    'user': event['user']
} for event in events])

# Analyze minting trends
daily_volume = df.groupby(df['timestamp'].dt.date)['amount'].sum()
print(daily_volume.describe())