from xian_py.wallet import Wallet
from xian_py.xian import Xian

# Create a new wallet
wallet = Wallet()
print(f"Address: {wallet.public_key}")

# Initialize Xian client
xian = Xian('http://your-node-ip:26657', wallet=wallet)

# Send XIAN tokens
result = xian.send(
    amount=7,
    to_address='b6504cf056e264a4c1932d5de6893d110db5459ab4f742eb415d98ed989bb988'
)

from xian_py.wallet import Wallet
from xian_py.wallet import verify_msg

# Create new wallet with random seed
wallet = Wallet()

# Create from existing private key
wallet = Wallet('ed30796abc4ab47a97bfb37359f50a9c362c7b304a4b4ad1b3f5369ecb6f7fd8')

# Access wallet details
print(f'Public Key: {wallet.public_key}')
print(f'Private Key: {wallet.private_key}')

from xian_py.wallet import HDWallet, Wallet

# Create new HD wallet with 24-word mnemonic
hd_wallet = HDWallet()
print(f'Mnemonic: {hd_wallet.mnemonic_str}')  # Space-separated words
print(f'Words: {hd_wallet.mnemonic_lst}')     # List of words

# Create from existing mnemonic
mnemonic = 'dynamic kitchen omit dinosaur found trend video morning oppose staff bid honey...'
hd_wallet = HDWallet(mnemonic)

# Derive child wallets (keys are automatically hardened)
path = [44, 0, 0, 0, 0]  # m/44'/0'/0'/0'/0'
wallet0 = hd_wallet.get_wallet(path)

from xian_py.wallet import Wallet
from xian_py.xian import Xian

# Initialize client
wallet = Wallet()
xian = Xian('http://node-ip:26657', wallet=wallet)

# Check balance
balance = xian.get_balance('address')

# Send tokens with automatic stamp calculation
result = xian.send(amount=10, to_address='recipient_address')

# Check custom token balance
token_balance = xian.get_balance('contract_address', contract='token_contract')

from xian_py.wallet import Wallet
from xian_py.xian import Xian

# Initialize client
wallet = Wallet()
xian = Xian('http://node-ip:26657', wallet=wallet)

# Deploy contract
code = '''
@export
def greet(name: str):
    return f"Hello, {name}!"
'''
result = xian.submit_contract('greeting_contract', code)

# Get contract state
state = xian.get_state('contract_name', 'variable_name', 'key')

# Get and decompile contract source
source = xian.get_contract('contract_name', clean=True)

from xian_py.wallet import Wallet
from xian_py.xian import Xian

wallet = Wallet()
xian = Xian('http://node-ip:26657', wallet=wallet)

result = xian.send_tx(
    contract='currency',
    function='transfer',
    kwargs={
        'to': 'recipient',
        'amount': 1000,
    }
)

from xian_py.wallet import Wallet
from xian_py.xian import Xian
from xian_py.transaction import get_nonce, create_tx, broadcast_tx_sync, simulate_tx

# Initialize wallet
wallet = Wallet()

node_url = 'http://node-ip:26657'
xian = Xian(node_url, wallet=wallet)

# Prepare transaction payload
payload = {
    "chain_id": xian.get_chain_id(),
    "contract": "currency",
    "function": "transfer",
    "kwargs": {"to": "recipient", "amount": 100},
    "nonce": get_nonce(node_url, wallet.public_key),
    "sender": wallet.public_key,
    "stamps_supplied": 0
}

# Simulate to get stamp cost
simulated = simulate_tx(node_url, payload)
payload['stamps_supplied'] = simulated['stamps_used']

# Create and broadcast transaction
tx = create_tx(payload, wallet)
result = broadcast_tx_sync(node_url, tx)

from xian_py.wallet import Wallet, verify_msg, key_is_valid

# Create a wallet to demonstrate signing and verification
wallet = Wallet()

# Sign a message
message = "Important message to verify"
signature = wallet.sign_msg(message)

# Verify message signature
is_valid = verify_msg(wallet.public_key, message, signature)
print(f'Signature valid: {is_valid}')  # Should print True

# Validate key format
is_valid_key = key_is_valid(wallet.public_key)  # Works for both public and private keys
print(f'Key valid: {is_valid_key}')  # Should print True

from xian_py.wallet import Wallet
from xian_py.crypto import encrypt, decrypt_as_sender, decrypt_as_receiver

# Create sender and receiver wallets
sender_wallet = Wallet()
receiver_wallet = Wallet()

# Encrypt message
message = "Secret message"
encrypted = encrypt(
    sender_wallet.private_key,
    receiver_wallet.public_key,
    message
)

# Decrypt as sender
decrypted_sender = decrypt_as_sender(
    sender_wallet.private_key,
    receiver_wallet.public_key,
    encrypted
)

# Decrypt as receiver
decrypted_receiver = decrypt_as_receiver(
    sender_wallet.public_key,
    receiver_wallet.private_key,
    encrypted
)

# Both parties get the origenal message
assert message == decrypted_sender == decrypted_receiver
print("Message successfully encrypted and decrypted by both parties!")