def test_rounding_tuples(values, expected, precision):
before, after = values
if simplejson_dumps:
# simplejson supports `namedtuple_as_object` param unlike json
assert dumps(before, precision=precision) == expected["as_object"]
assert (dumps(before, precision=precision,
namedtuple_as_object=False) == expected["as_list"])
else:
assert dumps(before, precision=precision) == expected["as_list"]
assert before == after
def test_raw_encoder_with_date_unix_time_default():
class Foo(object):
def __repr__(self):
return "<Foo>"
# by default `raw_encoder` encodes dates as ISO
assert dumps({
"foo": Foo(),
"bar": datetime.date(2018, 1, 1)
},
default=raw_encoder) == dumps({
"foo": "<Foo>",
"bar": "2018-01-01"
})
def test_dump_with_default_and_date_as_unix_time():
with pytest.raises(TypeError):
# `date_as_unix_time` leads to failing when `default` is specified
dumps(datetime.date(2018, 1, 1), default=str, date_as_unix_time=True)
def test_dump_with_default():
# by default `dumps` encodes dates as ISO
assert dumps(datetime.date(2018, 1, 1), default=str) == '"2018-01-01"'
def test_date_as_unix_time_default():
# When `date_as_unix_time` is not passed, then it is disabled and dates are converted as ISO
assert dumps(datetime.date(2018, 1, 1)) == '"2018-01-01"'
def test_rounding(values, expected, precision):
before, after = values
assert dumps(before, precision=precision) == expected
if after:
# check if object was not modified by rounding and removing of dict_items
assert before == after
def test_dumps(value, expected, date_as_unix_time):
assert dumps(value, date_as_unix_time=date_as_unix_time) == expected
def test_json_with_use_decimal_argument():
with pytest.raises(KiwiJsonError, match=r".*Decimal.*"):
dumps(Decimal(0), use_decimal=True)
def test_simplejson_encoder_with_decimal(value, expected):
assert dumps(value, use_decimal=True) == expected