def test_construction_with_upper_sets_only_upper(self):
validator = FloatBoundedValidator()
upper = 5.4
validator.setUpper(upper)
self.assertEqual(validator.hasUpper(), True)
self.assertEqual(validator.hasLower(), False)
self.assertEqual(validator.upper(), upper)
def test_construction_with_upper_sets_only_upper(self):
validator = FloatBoundedValidator()
upper = 5.4
validator.setUpper(upper)
self.assertEquals(validator.hasUpper(), True)
self.assertEquals(validator.hasLower(), False)
self.assertEquals(validator.upper(), upper)
def test_constructor_sets_both_Exclusive_boundary_values_correctly(self):
validator = FloatBoundedValidator(1.3, 2.6, True)
self.assertTrue(validator.hasLower())
self.assertEqual(validator.lower(), 1.3)
self.assertTrue(validator.hasUpper())
self.assertEqual(validator.upper(), 2.6)
self.assertTrue(validator.isLowerExclusive())
self.assertTrue(validator.isUpperExclusive())
def test_constructor_sets_both_Exclusive_boundary_values_correctly(self):
validator = FloatBoundedValidator(1.3, 2.6, True)
self.assertTrue(validator.hasLower())
self.assertEquals(validator.lower(), 1.3)
self.assertTrue(validator.hasUpper())
self.assertEquals(validator.upper(), 2.6)
self.assertTrue(validator.isLowerExclusive())
self.assertTrue(validator.isUpperExclusive())
def test_upper_only_keyword_in_constructor(self):
validator = FloatBoundedValidator(upper=5.5)
self.assertFalse(validator.hasLower())
self.assertTrue(validator.hasUpper())
self.assertEqual(validator.upper(), 5.5)
def test_upper_only_keyword_in_constructor(self):
validator = FloatBoundedValidator(upper=5.5)
self.assertFalse(validator.hasLower())
self.assertTrue(validator.hasUpper())
self.assertEquals(validator.upper(), 5.5)
