def cli(method, params, unsigned):
# Get unsigned transaction serialisation.
if bitcoin.is_valid(params['source']):
if bitcoin.is_mine(params['source']):
bitcoin.wallet_unlock()
else:
print('Source not in Bitcoind wallet.')
answer = input('Public key (hexadecimal) or Private key (Wallet Import Format): ')
# Public key or private key?
try:
binascii.unhexlify(answer) # Check if hex.
params['pubkey'] = answer # If hex, assume public key.
private_key_wif = None
except binascii.Error:
private_key_wif = answer # Else, assume private key.
params['pubkey'] = bitcoin.private_key_to_public_key(private_key_wif)
else:
raise exceptions.AddressError('Invalid address.')
unsigned_tx_hex = util.api(method, params)
print('Transaction (unsigned):', unsigned_tx_hex)
# Ask to sign and broadcast.
if not unsigned and input('Sign and broadcast? (y/N) ') == 'y':
if bitcoin.is_mine(params['source']):
private_key_wif = None
elif not private_key_wif: # If private key was not given earlier.
private_key_wif = input('Private key (Wallet Import Format): ')
# Sign and broadcast.
signed_tx_hex = bitcoin.sign_tx(unsigned_tx_hex, private_key_wif=private_key_wif)
print('Transaction (signed):', signed_tx_hex)
print('Hash of transaction (broadcasted):', bitcoin.broadcast_tx(signed_tx_hex))
def cli(method, params, unsigned):
# Get unsigned transaction serialisation.
if bitcoin.is_valid(params['source']):
if bitcoin.is_mine(params['source']):
bitcoin.wallet_unlock()
else:
print('Source not in Bitcoind wallet.')
answer = input('Public key (hexadecimal) or Private key (Wallet Import Format): ')
# Public key or private key?
try:
binascii.unhexlify(answer) # Check if hex.
params['pubkey'] = answer # If hex, assume public key.
private_key_wif = None
except binascii.Error:
private_key_wif = answer # Else, assume private key.
params['pubkey'] = bitcoin.private_key_to_public_key(private_key_wif)
else:
raise exceptions.AddressError('Invalid address.')
unsigned_tx_hex = util.api(method, params)
print('Transaction (unsigned):', unsigned_tx_hex)
# Ask to sign and broadcast.
if not unsigned and input('Sign and broadcast? (y/N) ') == 'y':
if bitcoin.is_mine(params['source']):
private_key_wif = None
elif not private_key_wif: # If private key was not given earlier.
private_key_wif = input('Private key (Wallet Import Format): ')
# Sign and broadcast.
signed_tx_hex = bitcoin.sign_tx(unsigned_tx_hex, private_key_wif=private_key_wif)
print('Transaction (signed):', signed_tx_hex)
print('Hash of transaction (broadcasted):', bitcoin.broadcast_tx(signed_tx_hex))
def cli(method, params, unsigned):
# Unlock wallet, as necessary.
bitcoin.wallet_unlock()
# Get unsigned transaction serialisation.
unsigned_tx_hex = util.api(method, params)
print('Transaction (unsigned):', unsigned_tx_hex)
# Ask to sign and broadcast.
if not unsigned:
if config.TESTNET: print('Attention: TESTNET!')
if config.TESTCOIN: print('Attention: TESTCOIN!\n')
if config.NO_INTERACTION or input('Sign and broadcast? (y/N) ') == 'y':
print(bitcoin.transmit(unsigned_tx_hex))
else:
print('Transaction aborted.', file=sys.stderr)
sys.exit(1)
def cli(method, params, unsigned):
# Unlock wallet, as necessary.
bitcoin.wallet_unlock()
# Get unsigned transaction serialisation.
unsigned_tx_hex = util.api(method, params)
print('Transaction (unsigned):', unsigned_tx_hex)
# Ask to sign and broadcast.
if not unsigned:
if config.TESTNET: print('Attention: TESTNET!')
if config.TESTCOIN: print('Attention: TESTCOIN!\n')
if input('Sign and broadcast? (y/N) ') == 'y':
print(bitcoin.transmit(unsigned_tx_hex))
else:
print('Transaction aborted.', file=sys.stderr)
sys.exit(1)
