def test_public_key_message_amino(self, wallet):
pkm = PubKeyMsg(wallet)
type_bytes = binascii.unhexlify(PubKeyMsg.AMINO_MESSAGE_TYPE)
len_bytes = varint_encode(len(wallet.public_key))
assert pkm.to_amino() == type_bytes + len_bytes + wallet.public_key
def to_amino(self):
proto = self.to_protobuf()
if type(proto) != bytes:
proto = proto.SerializeToString()
# wrap with type
type_bytes = b""
if self.AMINO_MESSAGE_TYPE:
type_bytes = binascii.unhexlify(self.AMINO_MESSAGE_TYPE)
varint_length = varint_encode(len(proto) + len(type_bytes))
else:
varint_length = varint_encode(len(proto))
msg = b""
if self.INCLUDE_AMINO_LENGTH_PREFIX:
msg += varint_length
msg += type_bytes + proto
return msg
def to_amino(self):
proto = self.to_protobuf()
type_bytes = binascii.unhexlify(self.AMINO_MESSAGE_TYPE)
varint_length = varint_encode(len(proto))
msg = type_bytes + varint_length + proto
return msg
def test_varint_encode_correct(num, expected):
assert varint_encode(num) == expected
