def test_float_range_argument_to(self):
to_value = 9.9
f = FloatArgument(to_value=to_value)
validation_status = f.validate("%f" % to_value)
self.assertTrue(validation_status)
value = 9.91
validation_status = f.validate("%f" % value)
self.assertFalse(validation_status)
range_string = "%f <= %f" % (value, to_value)
self.assertEqual(validation_status.message(),
FloatArgument.NOT_IN_RANGE % range_string)
def test_float_range_argument_from(self):
from_value = 9.9
f = FloatArgument(from_value=from_value)
validation_status = f.validate("%f" % from_value)
self.assertTrue(validation_status)
value = 9.85
validation_status = f.validate("%f" % value)
self.assertFalse(validation_status)
range_string = "%f <= %f" % (from_value, value)
self.assertEqual(validation_status.message(),
FloatArgument.NOT_IN_RANGE % range_string)
def addEnkfTruncation(self):
enkf_truncation = ConfigurationLineDefinition(keyword=KeywordDefinition("ENKF_TRUNCATION"),
arguments=[FloatArgument()],
documentation_link="keywords/enkf_truncation",
required=False,
group=self.group)
return enkf_truncation
def addEnkfAlpha(self):
enkf_alpha = ConfigurationLineDefinition(keyword=KeywordDefinition("ENKF_ALPHA"),
arguments=[FloatArgument()],
documentation_link="keywords/enkf_alpha",
required=False,
group=self.group)
return enkf_alpha
def addStdCutoff(self):
std_cutoff = ConfigurationLineDefinition(
keyword=KeywordDefinition("STD_CUTOFF"),
arguments=[FloatArgument()],
documentation_link="keywords/std_cutoff",
required=False,
group=self.group)
return std_cutoff
def test_float_range_argument(self):
from_value = 1.0
to_value = 1.1
f = FloatArgument(from_value=from_value, to_value=to_value)
validation_status = f.validate("%f" % to_value)
self.assertTrue(validation_status)
validation_status = f.validate("%f" % from_value)
self.assertTrue(validation_status)
validation_status = f.validate("%f" % 1.05)
self.assertTrue(validation_status)
value = 0.9
validation_status = f.validate("%f" % value)
self.assertFalse(validation_status)
range_string = "%f <= %f <= %f" % (from_value, value, to_value)
self.assertEqual(
validation_status.message(), FloatArgument.NOT_IN_RANGE % range_string
)
value = 1.15
validation_status = f.validate("%f" % value)
self.assertFalse(validation_status)
range_string = "%f <= %f <= %f" % (from_value, value, to_value)
self.assertEqual(
validation_status.message(), FloatArgument.NOT_IN_RANGE % range_string
)
def test_default_float_argument(self):
f = FloatArgument()
validation_status = f.validate("45.0")
self.assertTrue(validation_status)
self.assertEqual(validation_status.value(), 45.0)
self.assertEqual(validation_status.message(), "")
validation_status = f.validate("-45.0")
self.assertTrue(validation_status)
self.assertEqual(validation_status.value(), -45)
validation_status = f.validate("45.0 ")
self.assertFalse(validation_status)
self.assertNotEqual(validation_status.message(), "")
self.assertIsNone(validation_status.value())
validation_status = f.validate("gx")
self.assertFalse(validation_status)
self.assertNotEqual(validation_status.message(), "")