def test_negative_value_hrs(self):
with self.assertRaises(ValueError):
pay = invoice.divide_pay(360.0, {
"Alice": 3.0,
"Bob": 6.0,
"Carol": -12.0
})
print("Value Error raised as expected")
def test_invalid_hrs_non_numeric(self):
with self.assertRaises(ValueError):
pay = invoice.divide_pay(360.0, {
"Alice": float("a"),
"Bob": 6.0,
"Carol": 0.0
})
print("Value Error raised as expected")
def test_divided_correctly(self):
result = invoice.divide_pay(360, {
"Alice": 3.0,
"Bob": 3.0,
"Carol": 6.0
}) #execute function with given input
self.assertEqual(result, {
"Alice": 90.0,
"Bob": 90.0,
"Carol": 180.0
}) #assert result = expected results calculated manually
def test_zero_hour_person(self):
pay = invoice.divide_pay(360.0, {
"Alice": 3.0,
"Bob": 6.0,
"Carol": 0.0
})
if not self.assertEqual(pay, {
"Alice": 120.0,
"Bob": 240.0,
"Carol": 0.0
}):
print("pass: {} = {}".format(pay, ({
"Alice": 120.0,
"Bob": 240.0,
"Carol": 0.0
})))
def test_correct_decimal_pay(self):
result = invoice.divide_pay(150.50, {
"Alice": 3.5,
"Bob": 3.5,
"Carol": 6.5
}) #execute function with given input
expected_result = {
"Alice": 39.0,
"Bob": 39.0,
"Carol": 72.0
} #expected results for given input
for key in result:
if not self.assertEqual(round(result[key]),
(expected_result[key])):
print("pass: {} rounded = {}".format((result[key]),
(expected_result[key])))
def test_no_people(self):
with self.assertRaises(ValueError):
pay = invoice.divide_pay(360.0, {})
print("Value Error raised as expected")
def test_zero_hours_total(self):
with self.assertRaises(ValueError):
invoice.divide_pay(360.0, {"Alice": 0.0, "Bob": 0.0, "Carol": 0.0})
print("Value Error raised as expected")
