def test_with_object(self):
class MyType(object):
val = 'A'
my_type_a = MyType()
object_validator = validators.equals(my_type_a)
self.assertTrue(object_validator(my_type_a))
my_type_b = MyType()
self.assertFalse((object_validator(my_type_b)))
def test_with_object(self):
class MyType(object):
val = 'A'
my_type_a = MyType()
object_validator = validators.equals(my_type_a)
self.assertTrue(object_validator(my_type_a))
my_type_b = MyType()
self.assertFalse((object_validator(my_type_b)))
def test_with_string(self):
string_validator = validators.equals('aardvark')
self.assertTrue(string_validator('aardvark'))
self.assertFalse(string_validator('aard'))
self.assertFalse(string_validator('aardvarka'))
def test_with_numbers(self):
for expected in [1, 1.0, decimal.Decimal(1), 1L]:
number_validator = validators.equals(expected)
self.assertTrue(number_validator(expected))
self.assertFalse(number_validator(0))
def test_with_string(self):
string_validator = validators.equals('aardvark')
self.assertTrue(string_validator('aardvark'))
self.assertFalse(string_validator('aard'))
self.assertFalse(string_validator('aardvarka'))
def test_with_numbers(self):
for expected in [1, 1.0, decimal.Decimal(1), int(1)]:
number_validator = validators.equals(expected)
self.assertTrue(number_validator(expected))
self.assertFalse(number_validator(0))
