def test_address_from_base58addr(self):
#TESTNET
addr1 = BitcoinAddress.from_base58addr(
"n4MsBRWD7VxKGsqYRSLaFZC6hQrsrKLaZo")
self.assertEquals(hexstr(addr1.get_hash160()),
'fa92e151722c0ebca07059a505252218b4c50e7a')
self.assertEquals(addr1.get_addr_version(),
AddressVersion(PUBKEY_ADDRESS_TEST))
#TESTNET script address
addr2 = BitcoinAddress.from_base58addr(
"2NG68seqhTqLnniguW6efUDKyCHm4LYEFRa")
self.assertEquals(hexstr(addr2.get_hash160()),
'fa92e151722c0ebca07059a505252218b4c50e7a')
self.assertEquals(addr2.get_addr_version(),
AddressVersion(SCRIPT_ADDRESS_TEST))
#MAIN
addr2 = BitcoinAddress.from_base58addr(
"1PqutNREJUX4VmMvhsNCRdymqRGAzifdsx")
self.assertEquals(hexstr(addr2.get_hash160()),
'fa92e151722c0ebca07059a505252218b4c50e7a')
self.assertEquals(addr2.get_addr_version(),
AddressVersion(PUBKEY_ADDRESS_MAIN))
#MAIN Script address
addr2 = BitcoinAddress.from_base58addr(
"3QXvouufrNqSaw4Mpy2nrGLhywYtXx6wsi")
self.assertEquals(hexstr(addr2.get_hash160()),
'fa92e151722c0ebca07059a505252218b4c50e7a')
self.assertEquals(addr2.get_addr_version(),
AddressVersion(SCRIPT_ADDRESS_MAIN))
def _read_names(self):
for key, key_cursor, value, value_cursor in self._read_entries("name"):
address_bytestr, _ = self.varstr_serializer.deserialize(
key, key_cursor)
name, _ = self.varstr_serializer.deserialize(value, value_cursor)
address = BitcoinAddress.from_base58addr(address_bytestr)
self.names[address] = WalletName(name, address)
def on_select_send_value(self, event):
base58addrstr = self.wallet_view.send_view.address()
amount_str = self.wallet_view.send_view.amount()
if not BitcoinAddress.is_valid(base58addrstr,
self.account.wallet.runmode):
self.messages_view.error("Incorrect bitcoin address: %s" %
(base58addrstr))
return
if not is_float(amount_str):
self.messages_view.error("Incorrect amount: %s" % (amount_str))
return
planned_tx = self.account.create_transaction(
int(float(amount_str) * COIN),
BitcoinAddress.from_base58addr(base58addrstr), 0)
self.wallet_view.send_view.close()
passphrases = []
try:
if self.account.is_passphrase_required(planned_tx):
passphrase = yield self.wallet_view.enter_passphrase_view.get_passphrase(
)
passphrases.append(passphrase)
self.account.send_transaction(planned_tx, passphrases)
except KeyDecryptException as e:
self.messages_view.error(
"Unable to decrypt the private keys: please verify the passphrase and try again."
)
except ActionCancelledException:
pass
except Exception as e:
traceback.print_exc()
self.messages_view.error("Error while sending transaction: %s" %
(str(e)))
def test_address_from_base58addr(self):
#TESTNET
addr1 = BitcoinAddress.from_base58addr("n4MsBRWD7VxKGsqYRSLaFZC6hQrsrKLaZo")
self.assertEquals(hexstr(addr1.get_hash160()), 'fa92e151722c0ebca07059a505252218b4c50e7a')
self.assertEquals(addr1.get_addr_version(), AddressVersion(PUBKEY_ADDRESS_TEST))
#TESTNET script address
addr2 = BitcoinAddress.from_base58addr("2NG68seqhTqLnniguW6efUDKyCHm4LYEFRa")
self.assertEquals(hexstr(addr2.get_hash160()), 'fa92e151722c0ebca07059a505252218b4c50e7a')
self.assertEquals(addr2.get_addr_version(), AddressVersion(SCRIPT_ADDRESS_TEST))
#MAIN
addr2 = BitcoinAddress.from_base58addr("1PqutNREJUX4VmMvhsNCRdymqRGAzifdsx")
self.assertEquals(hexstr(addr2.get_hash160()), 'fa92e151722c0ebca07059a505252218b4c50e7a')
self.assertEquals(addr2.get_addr_version(), AddressVersion(PUBKEY_ADDRESS_MAIN))
#MAIN Script address
addr2 = BitcoinAddress.from_base58addr("3QXvouufrNqSaw4Mpy2nrGLhywYtXx6wsi")
self.assertEquals(hexstr(addr2.get_hash160()), 'fa92e151722c0ebca07059a505252218b4c50e7a')
self.assertEquals(addr2.get_addr_version(), AddressVersion(SCRIPT_ADDRESS_MAIN))
def set_receive_label(self, address_base58, label):
address = BitcoinAddress.from_base58addr(address_base58)
self.wallet.begin_updates()
public_key, is_crypted = self.wallet.addresses[address] # decode_base58check(address)[1:]
self.wallet.allocate_key(public_key, label)
self.wallet.commit_updates()
new_description = self.wallet.get_address_description(public_key)
self.fire(self.EVT_NEW_ADDRESS_DESCRIPTION, public_key=public_key, description=new_description)
def set_receive_label(self, address_base58, label):
address = BitcoinAddress.from_base58addr(address_base58)
self.wallet.begin_updates()
public_key, is_crypted = self.wallet.addresses[
address] #decode_base58check(address)[1:]
self.wallet.allocate_key(public_key, label)
self.wallet.commit_updates()
new_description = self.wallet.get_address_description(public_key)
self.fire(self.EVT_NEW_ADDRESS_DESCRIPTION,
public_key=public_key,
description=new_description)
def _read_names(self):
for key, key_cursor, value, value_cursor in self._read_entries("name"):
address_bytestr, _ = self.varstr_serializer.deserialize(key, key_cursor)
name, _ = self.varstr_serializer.deserialize(value, value_cursor)
address = BitcoinAddress.from_base58addr(address_bytestr)
self.names[address] = WalletName(name, address)