def __get_calculator(self, matrix):
calculator = Calculator()
calculator.algorithm_name = matrix.algorithm
calculator.filter_name = matrix.matrix_filter
session.add(calculator)
session.commit()
return calculator
class Test_calculator(unittest.TestCase):
def setUp(self):
self.number_1 = 3
self.number_2 = 4
self.number_3 = 8
self.calculator = Calculator("normal_calculator")
def test_calulator_adding_two_values(self):
self.assertEqual(
7, self.calculator.add_two_numbers(self.number_1, self.number_2))
def test_calulator_multiply_two_values(self):
self.assertEqual(
12,
self.calculator.multiply_two_numbers(self.number_1, self.number_2))
def test_calulator_substraction_two_values(self):
self.assertEqual(
5,
self.calculator.subtract_two_numbers(self.number_3, self.number_1))
def test_calulator_division_two_values(self):
self.assertEqual(
2, self.calculator.divide_two_numbers(self.number_3,
self.number_2))
def __get_calculator(self):
calculator = session.query(Calculator).filter(Calculator.algorithm_name == TruthEvaluator.name).first()
if calculator is not None:
return calculator
calculator = Calculator()
calculator.algorithm_name = TruthEvaluator.name
calculator.filter_name = "none"
session.add(calculator)
session.commit()
return calculator
def setUp(self):
self.number_1 = 3
self.number_2 = 4
self.number_3 = 8
self.calculator = Calculator("normal_calculator")
