def add_broadcast_message(self, rawtx, message, sender_wif,
dust_limit=common.DUST_LIMIT):
"""TODO add docstring"""
tx = deserialize.tx(rawtx)
message = deserialize.unicode_str(message)
sender_key = deserialize.key(self.testnet, sender_wif)
tx = control.add_broadcast_message(self.testnet, tx, message,
sender_key, dust_limit=dust_limit)
return serialize.tx(tx)
def add_broadcast_message(self, rawtx, message, sender_wif,
dust_limit=common.DUST_LIMIT):
"""TODO add docstring"""
tx = deserialize.tx(rawtx)
message = deserialize.unicode_str(message)
sender_key = deserialize.key(self.testnet, sender_wif)
tx = control.add_broadcast_message(self.testnet, tx, message,
sender_key, dust_limit=dust_limit)
return serialize.tx(tx)
def test_invalid_netcode(self):
testnet_wif = "cNf7CMEHfD2jLtiTASbCAEneVnVmD4syA4A9KhUXqAkRs26Ke6xw"
mainnet_wif = "KzU3561hXZwFPrzmHkJ6FLWvykFJMQnMEwSKXW5VPpz6HcxuvpZq"
# test positive
deserialize.key(True, testnet_wif) # testnet
deserialize.key(False, mainnet_wif) # mainnet
# testnet negative
def callback():
deserialize.key(False, testnet_wif)
self.assertRaises(exceptions.InvalidWif, callback)
# mainnet negative
def callback():
deserialize.key(True, mainnet_wif)
self.assertRaises(exceptions.InvalidWif, callback)
# testnet non string
def callback():
deserialize.key(False, None)
self.assertRaises(exceptions.InvalidInput, callback)
# mainnet non string
def callback():
deserialize.key(True, None)
self.assertRaises(exceptions.InvalidInput, callback)
# testnet garbage string
def callback():
deserialize.key(False, "garbage")
self.assertRaises(exceptions.InvalidWif, callback)
# mainnet garbage string
def callback():
deserialize.key(True, "garbage")
self.assertRaises(exceptions.InvalidWif, callback)
def split_utxos(self, wif, limit, fee=10000, max_outputs=100):
"""Split utxos of <wif> unitil <limit> or <max_outputs> reached."""
key = deserialize.key(self.testnet, wif)
limit = deserialize.positive_integer(limit)
fee = deserialize.positive_integer(fee)
max_outputs = deserialize.positive_integer(max_outputs)
spendables = control.retrieve_utxos(self.service, [key.address()])
txids = control.split_utxos(self.service, self.testnet, key,
spendables, limit, fee=fee,
max_outputs=max_outputs,
publish=(not self.dryrun))
return serialize.txids(txids)
def split_utxos(self, wif, limit, fee=10000, max_outputs=100):
"""Split utxos of <wif> unitil <limit> or <max_outputs> reached."""
key = deserialize.key(self.testnet, wif)
limit = deserialize.positive_integer(limit)
fee = deserialize.positive_integer(fee)
max_outputs = deserialize.positive_integer(max_outputs)
spendables = control.retrieve_utxos(self.service, [key.address()])
txids = control.split_utxos(self.service, self.testnet, key,
spendables, limit, fee=fee,
max_outputs=max_outputs,
publish=(not self.dryrun))
return serialize.txids(txids)
def test_invalid_netcode(self):
testnet_wif = "cNf7CMEHfD2jLtiTASbCAEneVnVmD4syA4A9KhUXqAkRs26Ke6xw"
mainnet_wif = "KzU3561hXZwFPrzmHkJ6FLWvykFJMQnMEwSKXW5VPpz6HcxuvpZq"
# test positive
deserialize.key(True, testnet_wif) # testnet
deserialize.key(False, mainnet_wif) # mainnet
# testnet negative
def callback():
deserialize.key(False, testnet_wif)
self.assertRaises(exceptions.InvalidWif, callback)
# mainnet negative
def callback():
deserialize.key(True, mainnet_wif)
self.assertRaises(exceptions.InvalidWif, callback)
# testnet non string
def callback():
deserialize.key(False, None)
self.assertRaises(exceptions.InvalidInput, callback)
# mainnet non string
def callback():
deserialize.key(True, None)
self.assertRaises(exceptions.InvalidInput, callback)
# testnet garbage string
def callback():
deserialize.key(False, "garbage")
self.assertRaises(exceptions.InvalidWif, callback)
# mainnet garbage string
def callback():
deserialize.key(True, "garbage")
self.assertRaises(exceptions.InvalidWif, callback)
def sign_data(self, wif, hexdata):
"""Signing <hexdata> with <wif> private key."""
data = deserialize.binary(hexdata)
key = deserialize.key(self.testnet, wif)
sigdata = control.sign_data(self.testnet, data, key)
return serialize.signature(sigdata)
def callback():
deserialize.key(True, "garbage")
def callback():
deserialize.key(True, "garbage")
def validate_key(self, wif): # TODO test
try:
deserialize.key(self.testnet, wif)
return True
except exceptions.InvalidInput:
return False
def callback():
deserialize.key(True, None)
def callback():
deserialize.key(False, "garbage")
def callback():
deserialize.key(True, mainnet_wif)
def callback():
deserialize.key(False, None)
def sign_data(self, wif, hexdata):
"""Signing <hexdata> with <wif> private key."""
data = deserialize.binary(hexdata)
key = deserialize.key(self.testnet, wif)
sigdata = control.sign_data(self.testnet, data, key)
return serialize.signature(sigdata)
def validate_key(self, wif): # TODO test
try:
deserialize.key(self.testnet, wif)
return True
except exceptions.InvalidInput:
return False
def callback():
deserialize.key(False, testnet_wif)
def callback():
deserialize.key(False, "garbage")
def callback():
deserialize.key(True, None)
def callback():
deserialize.key(False, None)
def callback():
deserialize.key(True, mainnet_wif)
def get_address(self, wif):
"""Return bitcoin address for given wallet. """
return deserialize.key(self.testnet, wif).address()
def callback():
deserialize.key(False, testnet_wif)
def get_address(self, wif):
"""Return bitcoin address for given wallet. """
return deserialize.key(self.testnet, wif).address()
def key_network(wif, testnet):
try:
deserialize.key(testnet, wif)
return True
except exceptions.InvalidInput:
return False