def test_ObservationValidator(self):
import random
from sciunit import Test
from sciunit.validators import ObservationValidator
long_test_list = [None] * 100
for index in range(100):
long_test_list[index] = random.randint(1, 1000)
q = pq.Quantity([1, 2, 3], "ft")
units = q.simplified.units
units.name = "UnitName"
testObj = Test(long_test_list)
testObj.units = units
obsVal = ObservationValidator(test=testObj)
# test constructor
self.assertRaises(BaseException, ObservationValidator)
self.assertIsInstance(obsVal, ObservationValidator)
# test _validate_iterable
obsVal._validate_iterable(True, "key", long_test_list)
self.assertRaises(
BaseException,
obsVal._validate_iterable,
is_iterable=True,
key="Test key",
value=0,
)
# test _validate_units
self.assertRaises(
BaseException,
obsVal._validate_units,
has_units=True,
key="Test Key",
value="I am not units",
)
# units in test object is q.simplified.units
obsVal._validate_units(has_units=True, key="TestKey", value=q)
# units in test object is a dict
testObj.units = {"TestKey": units}
obsVal._validate_units(has_units=True, key="TestKey", value=q)
print(
"debug here..............................................................................."
)
# Units dismatch
q2 = pq.Quantity([1], "J")
self.assertRaises(
BaseException,
obsVal._validate_units,
has_units=True,
key="TestKey",
value=q2,
)
