def length_equality(self, data, schema, index, tree):
try:
data = data[index]
try:
schema = schema[index]
except KeyError:
if not hasattr(schema, 'must_validate'):
reason = 'has unexpected item in data: %s' % data_item(data)
raise Invalid(None, tree, msg=reason, reason=reason, pair='value')
except (KeyError, TypeError):
if not hasattr(schema, 'must_validate'):
reason = "has less items in schema than in data"
raise SchemaError(data, tree, reason=reason)
if hasattr(schema, '__validator_leaf__'):
return
if len(data) != len(schema):
raise SchemaError(data, tree, reason='length did not match schema')
def length_equality(self, data, schema, index, tree):
try:
data = data[index]
try:
schema = schema[index]
except KeyError:
if not hasattr(schema, 'must_validate'):
reason = 'has unexpected item in data: %s' % data_item(
data)
raise Invalid(None,
tree,
msg=reason,
reason=reason,
pair='value')
except (KeyError, TypeError):
if not hasattr(schema, 'must_validate'):
reason = "has less items in schema than in data"
raise SchemaError(data, tree, reason=reason)
if hasattr(schema, '__validator_leaf__'):
return
if len(data) != len(schema):
raise SchemaError(data, tree, reason='length did not match schema')
def test_return_key_from_ndict(self):
self.ndict[0] = ('a', 'b')
assert utils.data_item(self.ndict) == "'a'"
def test_return_key_from_non_ndict(self):
data = {'b': 'b'}
assert utils.data_item(data) == "'b'"
def test_return_first_item_in_list(self):
data = ['a', 'b', 'c']
assert utils.data_item(data) == "'a'"
def test_fallback_to_repr_of_obj(self):
assert utils.data_item(self.ndict) == "{}"
def test_return_key_from_non_ndict(self):
data = {"b": "b"}
assert utils.data_item(data) == "'b'"
def test_return_key_from_ndict(self):
self.ndict[0] = ("a", "b")
assert utils.data_item(self.ndict) == "'a'"
def test_fallback_to_repr_of_obj(self):
assert utils.data_item(self.ndict) == "{}"
def test_return_first_item_in_list(self):
data = ["a", "b", "c"]
assert utils.data_item(data) == "'a'"
def test_return_first_item_in_list(self):
data = ['a', 'b', 'c']
assert utils.data_item(data) == "'a'"
