# =======================
# CROWN BITCOIN TREASURY + STAKING
# =======================

import hashlib
import json
from datetime import datetime, timedelta

class CrownBitcoinTreasury:
    def __init__(self, root_inscription_id, initial_capital=1.0):
        self.root_id = root_inscription_id
        self.treasury_hash = self.sha256(f"crown_bitcoin_treasury_{root_inscription_id}")
        
        # Enhanced allocations with Bitcoin staking
        self.allocations = {
            "bitcoin_staking": 0.35,           # 35% - Native Bitcoin staking
            "hash_yield_strategies": 0.30,     # 30% - Hash-based yield
            "ordinal_market_making": 0.20,     # 20% - Ordinal liquidity  
            "bitcoin_defi": 0.10,              # 10% - Bitcoin DeFi
            "liquid_reserve": 0.05             # 5% - Liquid reserve
        }
        
        # Initialize treasury vault
        self.bitcoin_vault = {
            "total_btc": initial_capital,
            "staking_positions": {},
            "yield_positions": {},
            "performance_history": [],
            "root_inscription": root_inscription_id
        }
        
        self.deploy_treasury()
    
    def sha256(self, data):
        return hashlib.sha256(str(data).encode()).hexdigest()
    
    def deploy_treasury(self):
        """Deploy the pure Bitcoin treasury"""
        print(f"🎯 CROWN BITCOIN TREASURY DEPLOYED")
        print(f"   Root: {self.root_id}")
        print(f"   Initial BTC: {self.bitcoin_vault['total_btc']}")
        print(f"   Treasury Hash: {self.treasury_hash[:16]}...")
        print(f"   Allocations: {self.allocations}")
    
    def stake_bitcoin(self, amount_btc, staking_duration=90):
        """Native Bitcoin staking using hash-based validation"""
        
        staking_data = {
            "type": "bitcoin_staking",
            "amount_btc": amount_btc,
            "staking_duration": staking_duration,  # days
            "annual_yield": 6.8,  # 6.8% APY for Bitcoin staking
            "start_time": datetime.now().isoformat(),
            "end_time": (datetime.now() + timedelta(days=staking_duration)).isoformat(),
            "staking_hash": self.sha256(f"staking_{amount_btc}_{datetime.now()}"),
            "validation_mechanism": "Hash-based proof-of-stake",
            "rewards_frequency": "daily"
        }
        
        # Calculate expected rewards
        daily_reward = amount_btc * (staking_data['annual_yield'] / 100 / 365)
        total_reward = daily_reward * staking_duration
        
        # Add to staking positions
        self.bitcoin_vault['staking_positions'][staking_data['staking_hash']] = staking_data
        
        print(f"🔒 BITCOIN STAKING INITIATED")
        print(f"   Amount: {amount_btc} BTC")
        print(f"   Duration: {staking_duration} days")
        print(f"   Annual Yield: {staking_data['annual_yield']}% APY")
        print(f"   Daily Rewards: {daily_reward:.8f} BTC")
        print(f"   Total Expected: {total_reward:.8f} BTC")
        print(f"   Staking Hash: {staking_data['staking_hash'][:16]}...")
        
        return staking_data
    
    def execute_hash_yield_strategy(self, amount_btc):
        """Hash-based yield farming using infinity mathematics"""
        
        strategy_data = {
            "type": "hash_recursion_yield",
            "amount_btc": amount_btc,
            "mechanism": "SHA256(parent_hash + nonce) recursive compounding",
            "target_apy": 24.5,
            "risk": "medium",
            "position_hash": self.sha256(f"hash_yield_{amount_btc}"),
            "compounding_frequency": "continuous",  # Hash recursion = continuous compounding
            "yield_source": "Hash-based derivative markets"
        }
        
        # Calculate hash-based yields
        daily_yield = amount_btc * (strategy_data['target_apy'] / 100 / 365)
        monthly_yield = daily_yield * 30
        
        self.bitcoin_vault['yield_positions'][strategy_data['position_hash']] = strategy_data
        
        print(f"🚀 HASH YIELD STRATEGY DEPLOYED")
        print(f"   Capital: {amount_btc} BTC")
        print(f"   Target APY: {strategy_data['target_apy']}%")
        print(f"   Daily Yield: {daily_yield:.8f} BTC")
        print(f"   Monthly Yield: {monthly_yield:.8f} BTC")
        print(f"   Position Hash: {strategy_data['position_hash'][:16]}...")
        
        return strategy_data
    
    def provide_ordinal_liquidity(self, amount_btc):
        """Provide liquidity for Bitcoin Ordinal markets"""
        
        liquidity_data = {
            "type": "ordinal_liquidity_pool",
            "capital_btc": amount_btc,
            "target_apy": 15.3,
            "pairings": ["ORDI/BTC", "SATS/BTC", "rare_ordinals"],
            "position_hash": self.sha256(f"ordinal_lp_{amount_btc}"),
            "fee_structure": "0.3% pool fees + liquidity incentives"
        }
        
        daily_fees = amount_btc * (liquidity_data['target_apy'] / 100 / 365)
        
        print(f"💧 ORDINAL LIQUIDITY PROVIDED")
        print(f"   Capital: {amount_btc} BTC")
        print(f"   Target APY: {liquidity_data['target_apy']}%")
        print(f"   Daily Fees: {daily_fees:.8f} BTC")
        print(f"   Pairs: {liquidity_data['pairings']}")
        
        return liquidity_data
    
    def execute_full_treasury_allocation(self):
        """Execute complete treasury strategy based on allocations"""
        total_btc = self.bitcoin_vault['total_btc']
        
        print(f"\n📈 EXECUTING FULL TREASURY ALLOCATION")
        print(f"   Total BTC: {total_btc}")
        print(f"   Deploying strategies...")
        
        # Bitcoin Staking (35%)
        staking_amount = total_btc * self.allocations["bitcoin_staking"]
        staking_position = self.stake_bitcoin(staking_amount, 90)
        
        # Hash Yield Strategies (30%)
        hash_yield_amount = total_btc * self.allocations["hash_yield_strategies"]
        hash_yield_position = self.execute_hash_yield_strategy(hash_yield_amount)
        
        # Ordinal Market Making (20%)
        ordinal_amount = total_btc * self.allocations["ordinal_market_making"]
        ordinal_position = self.provide_ordinal_liquidity(ordinal_amount)
        
        # Bitcoin DeFi (10%)
        defi_amount = total_btc * self.allocations["bitcoin_defi"]
        defi_position = self.execute_bitcoin_defi(defi_amount)
        
        # Update treasury total with projected yields
        projected_annual_yield = (
            staking_amount * (staking_position['annual_yield'] / 100) +
            hash_yield_amount * (hash_yield_position