def __init__(self, name, documentation, parse_type, serialized_name):
self.argument_model = model.Shape('PageArgument', {'type': 'string'})
self._name = name
self._serialized_name = serialized_name
self._documentation = documentation
self._parse_type = parse_type
self._required = False
def __init__(self, operation, name):
self.argument_model = model.Shape('LaunchKeyArgument',
{'type': 'string'})
self._operation = operation
self._name = name
self._key_path = None
self._required = False
def test_normal_blob_parsing(self):
output_shape = model.Shape(shape_name='BlobType',
shape_model={'type': 'blob'})
parser = self.factory.create_parser('json')
hello_world_b64 = b'"aGVsbG8gd29ybGQ="'
expected_parsed = b'hello world'
parsed = parser.parse(
self.create_request_dict(with_body=hello_world_b64), output_shape)
self.assertEqual(parsed, expected_parsed)
def test_can_alias_an_argument(self):
arg = arguments.CustomArgument('foo',
dest='foo',
argument_model=model.Shape(
'FooArg', {'type': 'string'}))
self.argument_table['foo'] = arg
handler = argrename.hidden_alias('foo', 'alias-name')
handler(self.argument_table)
self.assertIn('alias-name', self.argument_table)
self.assertIn('foo', self.argument_table)
self.assertEqual(self.argument_table['alias-name'].name, 'alias-name')
def test_can_decorate_scalar_parsing(self):
output_shape = model.Shape(shape_name='BlobType',
shape_model={'type': 'blob'})
# Here we're overriding the blob parser so that
# we can change it to a noop parser.
self.factory.set_parser_defaults(blob_parser=lambda x: x)
parser = self.factory.create_parser('json')
hello_world_b64 = b'"aGVsbG8gd29ybGQ="'
expected_parsed = "aGVsbG8gd29ybGQ="
parsed = parser.parse(
self.create_request_dict(with_body=hello_world_b64), output_shape)
self.assertEqual(parsed, expected_parsed)
def test_can_decorate_timestamp_parser(self):
output_shape = model.Shape(shape_name='datetime',
shape_model={'type': 'timestamp'})
# Here we're overriding the timestamp parser so that
# we can change it to just convert a string to an integer
# instead of converting to a datetime.
self.factory.set_parser_defaults(timestamp_parser=lambda x: int(x))
parser = self.factory.create_parser('json')
timestamp_as_int = b'1407538750'
expected_parsed = int(timestamp_as_int)
parsed = parser.parse(
self.create_request_dict(with_body=timestamp_as_int), output_shape)
self.assertEqual(parsed, expected_parsed)
def test_can_parse_float_timestamps(self):
# The type "timestamp" can come back as both an integer or as a float.
# We need to make sure we handle the case where the timestamp comes
# back as a float. It might make sense to move this to protocol tests.
output_shape = model.Shape(shape_name='datetime',
shape_model={'type': 'timestamp'})
parser = parsers.JSONParser()
timestamp_as_float = b'1407538750.49'
expected_parsed = datetime.datetime(
2014, 8, 8, 22, 59, 10, 490000, tzinfo=tzutc())
parsed = parser.parse(
{'body': timestamp_as_float,
'headers': [],
'status_code': 200}, output_shape)
self.assertEqual(parsed, expected_parsed)
def __init__(self, operation, name):
self.argument_model = model.Shape('CountArgument', {'type': 'string'})
self._operation = operation
self._name = name
self._required = False
