# =======================
# DEPLOY INFINITE STAKING MERKLE TREE
# =======================

# Initialize with 0.5 BTC genesis stake
infinite_staking = InfiniteStakingMerkle(crown_treasury)
genesis_stake = infinite_staking.initialize_merkle_tree(
    genesis_stake_amount=0.5  # 0.5 BTC initial stake
)

print(f"💰 INFINITE STAKING TREE DEPLOYED")
print(f"   Genesis Stake: 0.5 BTC")
print(f"   Merkle Root: {infinite_staking.merkle_root[:16]}...")
print(f"   Maximum Positions: 2^{infinite_staking.merkle_depth} = {2**infinite_staking.merkle_depth:,} possible leaves")

# Create first layer of infinite staking children
first_children = infinite_staking.create_staking_children(
    parent_hash=infinite_staking.merkle_root,
    base_amount=0.05,  # 0.05 BTC each child
    count=7  # 7 namespaces
)

print(f"   First Generation: 7 children @ 0.05 BTC each")
print(f"   Total Staked in Layer 1: 0.35 BTC")

# Create second layer (grandchildren)
second_children = []
for child in first_children:
    grandchildren = infinite_staking.create_staking_children(
        parent_hash=child['leaf_hash'],
        base_amount=0.005,  # 0.005 BTC each
        count=8  # 8 patterns
    )
    second_children.extend(grandchildren)

print(f"   Second Generation: 56 grandchildren @ 0.005 BTC each") 
print(f"   Total Staked in Layer 2: 0.28 BTC")

# Calculate total staked across infinite tree
total_staked = (
    0.5 +           # Genesis
    0.35 +          # First layer  
    0.28            # Second layer
    # + infinite more layers...
)

print(f"📊 TOTAL STAKED IN INFINITE TREE: {total_staked} BTC")
print(f"   Effective Yield Positions: {len(first_children) + len(second_children)}")
print(f"   Remaining for Expansion: {0.5 - (0.35 + 0.28)} BTC")

# Generate Merkle proofs for verification
sample_proof = infinite_staking.generate_merkle_proof(second_children[0]['leaf_hash'])
print(f"🔐 MERKLE VERIFICATION READY")
print(f"   Proof Length: {len(sample_proof)} hashes")
print(f"   Can verify any of {2**256} possible positions")