def test_create_test_model_populates_string_properties_within_values_array(self):
restricted_values = [unittestutils.generateRandomString(),
unittestutils.generateRandomString(),
unittestutils.generateRandomString()]
self.test_model = unittestutils.generateTestModelInstance(TestClassModel, {
'typicalStringProp': StringGenerationValueRestriction(restricted_values)})
self.assertTrue(self.test_model.typicalStringProp in restricted_values)
def test_create_test_model_populats_string_properties_within_values_array(self):
restricted_values = [unittestutils.generateRandomString(),
unittestutils.generateRandomString(),
unittestutils.generateRandomString()]
testHash = unittestutils.generateTestHashFromModelClass(TestClassModel, {
'typicalStringProp': StringGenerationValueRestriction(restricted_values)})
self.assertTrue(testHash['typicalStringProp'] in restricted_values)
def test_generate_random_string_from_array_returns_value(self):
values = []
num_to_enter = unittestutils.generateRandomInt()
i = 0
while i < num_to_enter:
values.append(unittestutils.generateRandomString())
i += 1
self.assertTrue(unittestutils.generateRandomStringFromArray(values) in values)
def test_generate_random_string_returns_string_of_right_length(self):
length = unittestutils.generateRandomInt()
self.assertEqual(length, len(unittestutils.generateRandomString(length)))
def test_generate_random_string_returns_string(self):
returnedValue = unittestutils.generateRandomString()
self.assertEqual(returnedValue, str(returnedValue))
def test_generate_random_string_doesnt_return_null(self):
self.assertTrue(unittestutils.generateRandomString() is not None)
