def _assert_serialize_deserialize_equals_and_is_binary(
ejson_obj, json_obj, json_str, is_binary
):
assert json_str == ejson.stringify(ejson_obj)
assert json_str == ejson.dumps(ejson_obj)
assert json_obj == ejson.to_json_value(ejson_obj)
assert ejson_obj == ejson.parse(json_str)
assert ejson_obj == ejson.loads(json_str)
assert ejson_obj == ejson.from_json_value(json_obj)
ejson_obj2 = deepcopy(ejson_obj)
assert ejson.equals(ejson_obj, ejson_obj2)
assert ejson.equals(ejson_obj, ejson.clone(ejson_obj))
assert is_binary == ejson.is_binary(ejson_obj)
def test_clone(ejsonobj, json):
clone = ejson.clone(ejsonobj)
assert clone == ejsonobj
# clone() must return a value r such that r.__eq__(r) is always True,
# even if r is later modified.
if isinstance(ejsonobj, ejson.Date):
ejsonobj += timedelta(hours=1)
elif isinstance(ejsonobj, ejson.Binary):
ejsonobj[:0] = b'x'
elif isinstance(ejsonobj, dict): # is JSON object
# Change the value of the first key.
assert ejsonobj[ejsonobj.keys()[0]] != 'x'
ejsonobj[ejsonobj.keys()[0]] = 'x'
else:
assert False # You need to implement this for your new type.
assert clone == clone
assert clone != ejsonobj