wallet/freezebalancev2 - Stake TRX for Resources

class AutoStakingSystem {
  constructor(apiKey) {
    this.staking = new TronStakingManager(apiKey);
    this.minBalance = 1000; // Minimum TRX to keep unstaked
  }
  
  async autoStake(address, keepBalance = 1000) {
    // Get current balance
    const account = await this.getAccount(address);
    const availableTRX = (account.balance / 1_000_000) - keepBalance;
    
    if (availableTRX <= 0) {
      return { message: 'Insufficient balance for staking' };
    }
    
    // Split 30% bandwidth, 70% energy (typical DApp usage)
    const bandwidthTRX = Math.floor(availableTRX * 0.3);
    const energyTRX = Math.floor(availableTRX * 0.7);
    
    return await this.staking.stakeForResources(
      address,
      bandwidthTRX,
      energyTRX
    );
  }
}

async function optimizeResources(address) {
  const resources = await getAccountResource(address);
  
  // Check utilization
  const bandwidthUtil = resources.freeNetUsed / resources.freeNetLimit;
  const energyUtil = resources.EnergyUsed / resources.EnergyLimit;
  
  const recommendations = [];
  
  if (bandwidthUtil > 0.8) {
    recommendations.push({
      action: 'STAKE',
      resource: 'BANDWIDTH',
      reason: 'High bandwidth utilization',
      suggestedTRX: 1000
    });
  }
  
  if (energyUtil > 0.8) {
    recommendations.push({
      action: 'STAKE',
      resource: 'ENERGY',
      reason: 'High energy utilization',
      suggestedTRX: 5000
    });
  }
  
  return recommendations;
}

class StakingPool {
  async distributeStakes(participants, totalTRX) {
    const stakes = [];
    
    for (const participant of participants) {
      const share = (participant.contribution / 100) * totalTRX;
      
      stakes.push({
        address: participant.address,
        amount: share,
        resource: participant.preferredResource || 'ENERGY'
      });
    }
    
    return this.executeStakes(stakes);
  }
}