def hash_string_to_integer(string, size=32):
return deserialize_hash(StringIO(string.decode('hex')[::-1]), size)
def __test__(self, list_, len_, result):
file_ = StringIO(result)
self.assertEqual(list(deserialize_list(file_, lambda f:deserialize_hash(f, len_))), list_)
class test_serialize(ScenarioTest):
scenarios = HASH_LIST
def __test__(self, list_, len_, result):
self.assertEqual(serialize_list(list_, lambda h:serialize_hash(h, len_)), result)
class test_deserialize(ScenarioTest):
scenarios = HASH_LIST
def __test__(self, list_, len_, result):
file_ = StringIO(result)
self.assertEqual(list(deserialize_list(file_, lambda f:deserialize_hash(f, len_))), list_)
# FIXME: test serialization of a list of inputs, outputs, transactions,
# blocks, etc.
INVALID_LIST = [
dict(invalid='030102'.decode('hex'), deserializer=deserialize_varint),
dict(invalid='040002aabb03ccddee'.decode('hex'), deserializer=deserialize_varchar),
dict(invalid='05aabbccdd'.decode('hex'), deserializer=lambda f:deserialize_hash(f,1)),
]
class TestInvalidListSerialization(unittest2.TestCase):
__metaclass__ = ScenarioMeta
class test_invalid_serialization(ScenarioTest):
scenarios = INVALID_LIST
def __test__(self, invalid, deserializer):
file_ = StringIO(invalid)
self.assertRaises(BaseException, deserialize_list, (file_, deserializer))
#
# End of File
#
def __test__(self, hash_, len_, result):
file_ = StringIO(result)
self.assertEqual(deserialize_hash(file_, len_), hash_)
def hash_string_to_integer(string, size=32):
return deserialize_hash(StringIO(string.decode('hex')[::-1]), size)
