class TestGetApartmentsNeeded(unittest.TestCase):
def setUp(self):
self._calculator_obj_one = Calculator(150000, 70000, 2019, 80000, 6666)
self._calculator_obj_two = Calculator(150000, 80000, 2019, 80000, 6666)
self._calculator_obj_three = Calculator(150000, 90000, 2019, 80000,
6666)
def test_apartments_needed_easy_first(self):
self.assertEqual(self._calculator_obj_one.get_apartments_needed(), 23)
def test_apartments_needed_easy_second(self):
self.assertEqual(self._calculator_obj_two.get_apartments_needed(), 24)
def test_apartments_needed_easy_third(self):
self.assertEqual(self._calculator_obj_three.get_apartments_needed(),
23)
def test_apartments_needed_medium_first(self):
pass
def test_apartments_needed_medium_second(self):
pass
def test_apartments_needed_medium_third(self):
pass
def test_apartments_needed_hard_first(self):
pass
def test_apartments_needed_hard_second(self):
pass
def test_apartments_needed_hard_third(self):
pass
class TestGetNetWorth(unittest.TestCase):
def setUp(self):
self._calculator_obj_one = Calculator(150000, 70000, 2019, 80000, 6666)
self._calculator_obj_two = Calculator(150000, 80000, 2019, 80000, 6666)
self._calculator_obj_three = Calculator(150000, 90000, 2019, 80000,
6666)
def test_net_worth_easy_first(self):
self.assertEqual(self._calculator_obj_one.get_net_worth(), 1840000)
def test_net_worth_easy_second(self):
self.assertEqual(self._calculator_obj_two.get_net_worth(), 1920000)
def test_net_worth_easy_third(self):
self.assertEqual(self._calculator_obj_three.get_net_worth(), 1840000)
def test_net_worth_medium_first(self):
pass
def test_net_worth_medium_second(self):
pass
def test_net_worth_medium_third(self):
pass
def test_net_worth_hard_first(self):
pass
def test_net_worth_hard_second(self):
pass
def test_net_worth_hard_third(self):
pass
class TestGetApartmentsNeeded(unittest.TestCase):
def setUp(self):
self._calculator_obj_one = Calculator(150000, 70000, 2019, 80000, 6666)
self._calculator_obj_two = Calculator(150000, 80000, 2019, 80000, 6666)
self._calculator_obj_three = Calculator(150000, 90000, 2019, 80000,
6666)
@unittest.skipIf(int(sys.version[0]) > 2, "needs to be version 4"
) # skip z warunkiem dla wersji pythona
def test_apartments_needed_easy_first(self):
self.assertEqual(self._calculator_obj_one.get_apartments_needed(), 23)
# test BEDZIE sie uruchamiac TYLKO na windzie
@unittest.skipUnless(sys.platform.startswith("win"), "Requires Windows"
) #skip ze wzgledu na system operacyjny
def test_apartments_needed_easy_second(self):
self.assertEqual(self._calculator_obj_two.get_apartments_needed(), 24)
@unittest.expectedFailure #uzywac tylko gdy
def test_apartments_needed_easy_third(self):
self.assertEqual(self._calculator_obj_three.get_apartments_needed(),
23)
def test_apartments_needed_medium_first(self):
pass
def test_apartments_needed_medium_second(self):
pass
def test_apartments_needed_medium_third(self):
pass
def test_apartments_needed_hard_first(self):
pass
def test_apartments_needed_hard_second(self):
pass
def test_apartments_needed_hard_third(self):
pass
def setUp(self):
self._calculator_obj_one = Calculator(150000, 70000, 2019, 80000, 6666)
self._calculator_obj_two = Calculator(150000, 80000, 2019, 80000, 6666)
self._calculator_obj_three = Calculator(150000, 90000, 2019, 80000,
6666)
self._calculator_data_one = {
2019: [0, 70000],
2020: [1.0, 66666],
2021: [2.0, 69998],
2022: [3.0, 79996],
2023: [4.0, 96660],
2024: [6.0, 46656],
2025: [7.0, 83318],
2026: [8.0, 126646],
2027: [10.0, 103306],
2028: [12.0, 93298],
2029: [14.0, 96622],
2030: [16.0, 113278],
2031: [18.0, 143266],
2032: [20.0, 186586],
2033: [23.0, 169904]
}
self._calculator_data_two = {
2019: [1.0, 6666],
2020: [2.0, 19998],
2021: [3.0, 39996],
2022: [4.0, 66660],
2023: [5.0, 99990],
2024: [7.0, 66652],
2025: [8.0, 119980],
2026: [10.0, 106640],
2027: [12.0, 106632],
2028: [14.0, 119956],
2029: [16.0, 146612],
2030: [18.0, 186600],
2031: [21.0, 166586],
2032: [24.0, 166570]
}
self._calculator_data_three = {
2019: [1.0, 16666],
2020: [2.0, 39998],
2021: [3.0, 69996],
2022: [4.0, 106660],
2023: [6.0, 76656],
2024: [8.0, 59984],
2025: [9.0, 129978],
2026: [11.0, 133304],
2027: [13.0, 149962],
2028: [15.0, 179952],
2029: [18.0, 149940],
2030: [20.0, 213260],
2031: [23.0, 216578]
}
class TestCalculate(unittest.TestCase):
"""
Testowanie tylko konstruktora klasy
"""
def setUp(self):
self._calculator_obj_one = Calculator(150000, 70000, 2019, 80000, 6666)
self._calculator_obj_two = Calculator(150000, 80000, 2019, 80000, 6666)
self._calculator_obj_three = Calculator(150000, 90000, 2019, 80000,
6666)
self._calculator_data_one = {
2019: [0, 70000],
2020: [1.0, 66666],
2021: [2.0, 69998],
2022: [3.0, 79996],
2023: [4.0, 96660],
2024: [6.0, 46656],
2025: [7.0, 83318],
2026: [8.0, 126646],
2027: [10.0, 103306],
2028: [12.0, 93298],
2029: [14.0, 96622],
2030: [16.0, 113278],
2031: [18.0, 143266],
2032: [20.0, 186586],
2033: [23.0, 169904]
}
self._calculator_data_two = {
2019: [1.0, 6666],
2020: [2.0, 19998],
2021: [3.0, 39996],
2022: [4.0, 66660],
2023: [5.0, 99990],
2024: [7.0, 66652],
2025: [8.0, 119980],
2026: [10.0, 106640],
2027: [12.0, 106632],
2028: [14.0, 119956],
2029: [16.0, 146612],
2030: [18.0, 186600],
2031: [21.0, 166586],
2032: [24.0, 166570]
}
self._calculator_data_three = {
2019: [1.0, 16666],
2020: [2.0, 39998],
2021: [3.0, 69996],
2022: [4.0, 106660],
2023: [6.0, 76656],
2024: [8.0, 59984],
2025: [9.0, 129978],
2026: [11.0, 133304],
2027: [13.0, 149962],
2028: [15.0, 179952],
2029: [18.0, 149940],
2030: [20.0, 213260],
2031: [23.0, 216578]
}
def test_calculate_easy_first(self):
"""Year number: 2019, Apt number owned 0 Passive Income $70000
Year number: 2020, Apt number owned 1.0 Passive Income $66666
Year number: 2021, Apt number owned 2.0 Passive Income $69998
Year number: 2022, Apt number owned 3.0 Passive Income $79996
Year number: 2023, Apt number owned 4.0 Passive Income $96660
Year number: 2024, Apt number owned 6.0 Passive Income $46656
Year number: 2025, Apt number owned 7.0 Passive Income $83318
Year number: 2026, Apt number owned 8.0 Passive Income $126646
Year number: 2027, Apt number owned 10.0 Passive Income $103306
Year number: 2028, Apt number owned 12.0 Passive Income $93298
Year number: 2029, Apt number owned 14.0 Passive Income $96622
Year number: 2030, Apt number owned 16.0 Passive Income $113278
Year number: 2031, Apt number owned 18.0 Passive Income $143266
Year number: 2032, Apt number owned 20.0 Passive Income $186586
Year number: 2033, Apt number owned 23.0 Passive Income $169904
You can reach a passive income of $150000, but it will take: 15 years
"""
for k in self._calculator_obj_one.get_results().keys():
self.assertEqual(self._calculator_obj_one.get_results().get(k),
self._calculator_data_one.get(k))
def test_calculate_easy_second(self):
"""Year number: 2019, Apt number owned 1.0 Passive Income $6666
Year number: 2020, Apt number owned 2.0 Passive Income $19998
Year number: 2021, Apt number owned 3.0 Passive Income $39996
Year number: 2022, Apt number owned 4.0 Passive Income $66660
Year number: 2023, Apt number owned 5.0 Passive Income $99990
Year number: 2024, Apt number owned 7.0 Passive Income $66652
Year number: 2025, Apt number owned 8.0 Passive Income $119980
Year number: 2026, Apt number owned 10.0 Passive Income $106640
Year number: 2027, Apt number owned 12.0 Passive Income $106632
Year number: 2028, Apt number owned 14.0 Passive Income $119956
Year number: 2029, Apt number owned 16.0 Passive Income $146612
Year number: 2030, Apt number owned 18.0 Passive Income $186600
Year number: 2031, Apt number owned 21.0 Passive Income $166586
Year number: 2032, Apt number owned 24.0 Passive Income $166570
You can reach a passive income of $150000, but it will take: 14 years
"""
for k in self._calculator_obj_two.get_results().keys():
self.assertEqual(self._calculator_obj_two.get_results().get(k),
self._calculator_data_two.get(k))
def test_calculate_easy_third(self):
"""Year number: 2019, Apt number owned 1.0 Passive Income $16666
Year number: 2020, Apt number owned 2.0 Passive Income $39998
Year number: 2021, Apt number owned 3.0 Passive Income $69996
Year number: 2022, Apt number owned 4.0 Passive Income $106660
Year number: 2023, Apt number owned 6.0 Passive Income $76656
Year number: 2024, Apt number owned 8.0 Passive Income $59984
Year number: 2025, Apt number owned 9.0 Passive Income $129978
Year number: 2026, Apt number owned 11.0 Passive Income $133304
Year number: 2027, Apt number owned 13.0 Passive Income $149962
Year number: 2028, Apt number owned 15.0 Passive Income $179952
Year number: 2029, Apt number owned 18.0 Passive Income $149940
Year number: 2030, Apt number owned 20.0 Passive Income $213260
Year number: 2031, Apt number owned 23.0 Passive Income $216578
You can reach a passive income of $150000, but it will take: 13 years
"""
for k in self._calculator_obj_three.get_results().keys():
self.assertEqual(self._calculator_obj_three.get_results().get(k),
self._calculator_data_three.get(k))
def test_calculate_medium_first(self):
with self.assertRaises(TypeError):
Calculator("111111", "111111", "111111", "111111", "111111")
def test_calculate_medium_second(self):
with self.assertRaises(TypeError):
Calculator(150000, 70000, 2019.12345, 80000,
6666) #rok nie moze być float
def test_calculate_medium_third(self):
with self.assertRaises(TypeError):
Calculator(150000, 70000, 2019.12345, 80000,
True) # True to nie liczba
def test_calculate_hard_first(self):
with self.assertRaises(TypeError):
Calculator(None, None, None, None,
None) # None nie może być wartością
def test_calculate_hard_second(self):
with self.assertRaises(TypeError):
Calculator(111111, None, None, None, None)
def test_calculate_hard_third(self):
with self.assertRaises(TypeError):
Calculator(111111, 23, 2323, 4334,
Exception) #dane ktore sie typem nie zgadzaja
def setUp(self):
self._calculator_obj_one = Calculator(150000, 70000, 2019, 80000, 6666)
self._calculator_obj_two = Calculator(150000, 80000, 2019, 80000, 6666)
self._calculator_obj_three = Calculator(150000, 90000, 2019, 80000,
6666)
def test_calculate_hard_third(self):
with self.assertRaises(TypeError):
Calculator(111111, 23, 2323, 4334,
Exception) #dane ktore sie typem nie zgadzaja
def test_calculate_hard_second(self):
with self.assertRaises(TypeError):
Calculator(111111, None, None, None, None)
def test_calculate_hard_first(self):
with self.assertRaises(TypeError):
Calculator(None, None, None, None,
None) # None nie może być wartością
def test_calculate_medium_third(self):
with self.assertRaises(TypeError):
Calculator(150000, 70000, 2019.12345, 80000,
True) # True to nie liczba
def test_calculate_medium_second(self):
with self.assertRaises(TypeError):
Calculator(150000, 70000, 2019.12345, 80000,
6666) #rok nie moze być float
def test_calculate_medium_first(self):
with self.assertRaises(TypeError):
Calculator("111111", "111111", "111111", "111111", "111111")
