def test_lrem_steps_defined_invalid_value(self):
# LREM_STEPS_PER_INTERVAL values < 1 are not allowed.
val = ClassicalRiskValidator(dict(LREM_STEPS_PER_INTERVAL=0))
self.assertFalse(val.is_valid()[0])
val = ClassicalRiskValidator(dict(LREM_STEPS_PER_INTERVAL=-1))
self.assertFalse(val.is_valid()[0])
def test_lrem_steps_defined_valid_value(self):
# The config should be considered valid if LREM_STEPS_PER_INTERVAL is
# defined and has a valid value.
# The value must be >= 1
val = ClassicalRiskValidator(dict(LREM_STEPS_PER_INTERVAL=1))
self.assertTrue(val.is_valid()[0])
val = ClassicalRiskValidator(dict(LREM_STEPS_PER_INTERVAL=2))
self.assertTrue(val.is_valid()[0])
def test_lrem_steps_defined_invalid_value(self):
# LREM_STEPS_PER_INTERVAL values < 1 are not allowed.
val = ClassicalRiskValidator(dict(LREM_STEPS_PER_INTERVAL=0))
self.assertFalse(val.is_valid()[0])
val = ClassicalRiskValidator(dict(LREM_STEPS_PER_INTERVAL=-1))
self.assertFalse(val.is_valid()[0])
def test_lrem_steps_defined_valid_value(self):
# The config should be considered valid if LREM_STEPS_PER_INTERVAL is
# defined and has a valid value.
# The value must be >= 1
val = ClassicalRiskValidator(dict(LREM_STEPS_PER_INTERVAL=1))
self.assertTrue(val.is_valid()[0])
val = ClassicalRiskValidator(dict(LREM_STEPS_PER_INTERVAL=2))
self.assertTrue(val.is_valid()[0])
def test_lrem_steps_invalid_type(self):
# An invalid type, in this case, is something that can't be cast to an
# `int`.
val = ClassicalRiskValidator(dict(LREM_STEPS_PER_INTERVAL='one'))
self.assertFalse(val.is_valid()[0])
def test_lrem_steps_not_defined(self):
val = ClassicalRiskValidator(dict())
self.assertFalse(val.is_valid()[0])
def test_lrem_steps_invalid_type(self):
# An invalid type, in this case, is something that can't be cast to an
# `int`.
val = ClassicalRiskValidator(dict(LREM_STEPS_PER_INTERVAL='one'))
self.assertFalse(val.is_valid()[0])
def test_lrem_steps_not_defined(self):
val = ClassicalRiskValidator(dict())
self.assertFalse(val.is_valid()[0])
