def test_reasonable_inputs(self):
br = BMI_Retirement()
br.retirement(
32, 45000, 0.6, 1200000
) #Ensure that all inputs are reasonable based on the defined acceptable ranges.
self.assertIs(br.flag, True)
self.assertIs(br.pflag, True)
self.assertIs(br.sflag, True)
def test_underweight(self):
br = BMI_Retirement()
br.bmi(120, 72)
self.assertEqual(br.cat, 'Underweight')
def test_reasonable_income(self):
br = BMI_Retirement()
br.retirement(25, 10, 0.25, 2000000)
self.assertIs(
br.sflag, True
) #if sflag is true, then the salary is in the range (0, 500,000]
def test_reasonable_startage(self):
br = BMI_Retirement()
br.retirement(12, 500, 1, 5000)
self.assertIs(br.aflag, True)
def test_alive(self): #Ensure that the age cap of 100 is met
br = BMI_Retirement()
br.retirement(25, 100000, 0.25, 2000000)
self.assertIs(br.flag, True)
def test_real_percentage(self):
br = BMI_Retirement()
br.retirement(25, 100000, 0.9, 2000000)
self.assertIs(
br.pflag,
True) #if pflag is true, then the percentage is between [0.0, 1.0]
def test_inputheight(self):
br = BMI_Retirement()
br.bmi(300, 80)
self.assertIs(br.hflag, True)
def test_inputweight(self):
br = BMI_Retirement()
br.bmi(300, 68)
self.assertIs(br.wflag, True)
def test_overweight(self):
br = BMI_Retirement()
br.bmi(215, 73)
self.assertEqual(br.cat, 'Overweight')
def test_obese(self):
br = BMI_Retirement()
br.bmi(300, 72)
self.assertEqual(br.cat, 'Obese')
def test_normal(self):
br = BMI_Retirement()
br.bmi(180, 72)
self.assertEqual(br.cat, 'Normal')