def test_value_is_normalized_on_full_clean(self):
input_value = relativedelta(years=1, months=3, weeks=1, days=4.5, hours=5, minutes=70.5, seconds=80.100005,
microseconds=5)
obj = Interval(value=input_value)
obj.full_clean()
self.assertNotEqual(input_value, obj.value)
self.assertStrictEqual(input_value.normalized(), obj.value)
# Quick sanity check to ensure the input isn't mutated.
# Take into account that weeks are added to days though!
self.assertStrictEqual(11.5, input_value.days)
self.assertStrictEqual(1, input_value.weeks)
# Check that the values are normalized
self.assertStrictEqual(1, obj.value.years)
self.assertStrictEqual(3, obj.value.months)
self.assertStrictEqual(11, obj.value.days)
self.assertStrictEqual(18, obj.value.hours)
self.assertStrictEqual(11, obj.value.minutes)
self.assertStrictEqual(50, obj.value.seconds)
self.assertStrictEqual(100010, obj.value.microseconds)
# Derived value, from the number of days (see #2); but it's no
# longer converted to a floating-point number in newer
# versions of relativedelta....
self.assertStrictEqual(1, obj.value.weeks)
def test_weeks_value_is_derived_as_int_when_normalizing_on_full_clean(self):
input_value = relativedelta(years=1, months=3, weeks=1, days=11.5, hours=5, minutes=70.5, seconds=80.100005,
microseconds=5)
obj = Interval(value=input_value)
obj.full_clean()
self.assertNotEqual(input_value, obj.value)
self.assertStrictEqual(input_value.normalized(), obj.value)
# Quick sanity check to ensure the input isn't mutated.
# Take into account that weeks are added to days though!
self.assertStrictEqual(18.5, input_value.days)
self.assertStrictEqual(2, input_value.weeks)
# Derived value, from the number of days (see #2)
self.assertStrictEqual(2, obj.value.weeks)
def test_string_input(self):
obj = Interval(value='P1Y3M1W4.5DT5H70.5M80.10001S')
obj.full_clean()
self.assertIsInstance(obj.value, relativedelta)
# Check that the values are normalized
self.assertStrictEqual(1, obj.value.years)
self.assertStrictEqual(3, obj.value.months)
self.assertStrictEqual(11, obj.value.days)
self.assertStrictEqual(18, obj.value.hours)
self.assertStrictEqual(11, obj.value.minutes)
self.assertStrictEqual(50, obj.value.seconds)
self.assertStrictEqual(100010, obj.value.microseconds)
# Derived value, from the number of days (see #2)
self.assertStrictEqual(1, obj.value.weeks)
def test_timedelta_input(self):
td = timedelta(weeks=1, days=4.5, hours=5, minutes=70.5, seconds=80.100005, microseconds=5)
obj = Interval(value=td)
obj.full_clean()
self.assertIsInstance(obj.value, relativedelta)
# Check that the values are normalized
self.assertStrictEqual(0, obj.value.years)
self.assertStrictEqual(0, obj.value.months)
self.assertStrictEqual(11, obj.value.days)
self.assertStrictEqual(18, obj.value.hours)
self.assertStrictEqual(11, obj.value.minutes)
self.assertStrictEqual(50, obj.value.seconds)
self.assertStrictEqual(100010, int(obj.value.microseconds))
# Derived value, from the number of days (see #2)
self.assertStrictEqual(1, obj.value.weeks)
def test_filterning_non_postgres(self):
obj1 = Interval(value='P1Y3M1W4.5DT5H70.5M80.10001S')
obj1.save()
obj2 = Interval(value='P12D')
obj2.save()
q = Interval.objects.filter(value__gt='P99D')
self.assertEqual(1, q.count())
q = Interval.objects.filter(value__gt='P9D')
self.assertEqual(2, q.count())
def test_filtering_works(self):
obj1 = Interval(value='P1Y3M1W4.5DT5H70.5M80.10001S')
obj1.save()
obj2 = Interval(value='P12D')
obj2.save()
q = Interval.objects.filter(value__gt='P1Y')
self.assertEqual(1, q.count())
q = Interval.objects.filter(value__lt='P2Y')
self.assertEqual(2, q.count())
def test_empty_value_survives_db_roundtrip(self):
obj = Interval(value=relativedelta())
obj.save()
obj.refresh_from_db()
self.assertEqual(relativedelta(), obj.value)
self.assertStrictEqual(relativedelta(), obj.value)
def test_basic_value_survives_db_roundtrip(self):
input_value = relativedelta(years=2, months=3, days=4, hours=5, minutes=52, seconds=30, microseconds=5)
obj = Interval(value=input_value)
obj.save()
obj.refresh_from_db()
self.assertStrictEqual(input_value, obj.value)
def test_weeks_value_survives_db_roundtrip_as_days(self):
input_value = relativedelta(weeks=2, days=1)
obj = Interval(value=input_value)
obj.save()
obj.refresh_from_db()
self.assertStrictEqual(15, obj.value.days)
self.assertStrictEqual(2, obj.value.weeks)
def test_each_separate_value_survives_db_roundtrip(self):
values = {
'years': 501,
'months': 10,
'days': 2,
'hours': 1,
'minutes': 52,
'seconds': 12,
}
for k in values:
input_value = relativedelta(**{k: values[k]})
obj = Interval(value=input_value)
obj.save()
obj.refresh_from_db()
# Put the object in a dict to get descriptive output on failure
self.assertEqual({k: input_value}, {k: obj.value})
self.assertEqual({k: int}, {k: type(getattr(obj.value, k))})
def test_none_value_survives_full_clean(self):
obj = Interval(value=None)
obj.full_clean()
self.assertIsNone(obj.value)
def test_none_value_also_survives_db_roundtrip(self):
obj = Interval(value=None)
obj.save()
obj.refresh_from_db()
self.assertIsNone(obj.value)
def test_value_usable_as_timedelta(self):
obj1 = Interval(value='P1Y2M3W4DT5H6M7S')
sum = datetime(2019, 1, 4, 10, 11, 12, 500) + obj1.value
self.assertEqual(sum, datetime(2020, 3, 29, 15, 17, 19, 500))
def test_invalid_objects_raise_validation_errors(self):
obj = Interval()
obj.value = True
with self.assertRaises(ValidationError) as cm:
obj.full_clean()
self.assertEqual(set(['value']), set(cm.exception.message_dict.keys()))
obj.value = 1
with self.assertRaises(ValidationError) as cm:
obj.full_clean()
self.assertEqual(set(['value']), set(cm.exception.message_dict.keys()))
obj.value = 'P1M' # Check that the error is cleared when made valid again
obj.full_clean()
def test_invalid_string_inputs_raise_validation_error(self):
obj = Interval()
obj.value = 'blabla'
with self.assertRaises(ValidationError) as cm:
obj.full_clean()
self.assertEqual(set(['value']), set(cm.exception.message_dict.keys()))
obj.value = 'P1.5M' # not allowed by relativedelta because it is supposedly ambiguous
with self.assertRaises(ValidationError) as cm:
obj.full_clean()
self.assertEqual(set(['value']), set(cm.exception.message_dict.keys()))
obj.value = 'P1M' # Check that the error is cleared when made valid again
obj.full_clean()
