def testDividedFairly(self):
pay = divide_pay(360.0, {"Alice": 3.0, "Bob": 3.0, "Carol": 3.0, "Joyce": 3.0})
#check that the right values are returned
self.assertEqual(pay, {"Alice":90.0, "Bob": 90.0, "Carol": 90.0, "Joyce": 90.0})
pay = divide_pay(360.0, {"Alice": 3.0, "Bob": 3.0, "Carol": 6.0, "Joyce": 0.0})
# Check that the right values are returned
self.assertEqual(pay, {"Alice": 90.0, "Bob": 90.0, "Carol": 180.0, "Joyce": 0.0})
pay = divide_pay(360.0, {"Alice": 0.0, "Bob": 0.0, "Carol": 0.0, "Joyce": 0.0})
# Check that the right values are returned
self.assertEqual(pay, {"Alice": 0, "Bob": 0, "Carol": 0, "Joyce": 0.0})
def testDividedFairly_zero_total(self):
with self.assertRaises(ValueError):
function_results = divide_pay(360, {
"Alice": 0,
"Bob": 0,
"Carol": 0
})
def testDividedFairly_amountZero(self):
function_results = divide_pay(0, {
"Alice": 0,
"Bob": 3.0,
"Carol": 6.0
})
self.assertEqual(function_results, {"Alice": 0, "Bob": 0, "Carol": 0})
def testDividedFairly(self):
self.answers = {"Alice": 90, "Bob": 90, "Carol": 180}
self.amount = 360.0
self.staff_hours = {"Alice": 3.0, "Bob": 3.0, "Carol": 6.0}
result_dict = divide_pay(self.amount,self.staff_hours)
print "result_dict",result_dict
for staff, result in self.answers.iteritems():
print staff,result,result_dict[staff]
self.assertEqual(result,result_dict[staff])
def test_divided_fairly(self):
self.assertEqual(
divide_pay(360.0, {
"Alice": 3.0,
"Bob": 3.0,
"Carol": 6.0
}), {
"Alice": 90,
"Bob": 90,
"Carol": 180
})
def testDividedFairly(self):
function_results = divide_pay(360, {
"Alice": 3.0,
"Bob": 3.0,
"Carol": 6.0
})
self.assertEqual(function_results, {
"Alice": 90.0,
"Bob": 90.0,
"Carol": 180.0
})
def test_zero_values(self):
self.assertEqual(
divide_pay(360.0, {
"Alice": 3.0,
"Bob": 3.0,
"Carol": 0.0
}), {
"Alice": 120,
"Bob": 240,
"Carol": 0
})
def testDividedFairly(self):
pay = divide_pay(360.0, {
"Alice": 3.0,
"Bob": 3.0,
"Carol": 3.0,
"Joyce": 3.0
})
#check that the right values are returned
self.assertEqual(pay, {
"Alice": 90.0,
"Bob": 90.0,
"Carol": 90.0,
"Joyce": 90.0
})
pay = divide_pay(360.0, {
"Alice": 3.0,
"Bob": 3.0,
"Carol": 6.0,
"Joyce": 0.0
})
# Check that the right values are returned
self.assertEqual(pay, {
"Alice": 90.0,
"Bob": 90.0,
"Carol": 180.0,
"Joyce": 0.0
})
pay = divide_pay(360.0, {
"Alice": 0.0,
"Bob": 0.0,
"Carol": 0.0,
"Joyce": 0.0
})
# Check that the right values are returned
self.assertEqual(pay, {"Alice": 0, "Bob": 0, "Carol": 0, "Joyce": 0.0})
def test_zero_hours_total(self):
with self.assertRaises(ValueError):
pay = divide_pay(360.0, {"Alice": 0.0, "Bob": 0.0, "Carol": 0.0})
def test_zero_hour_person(self):
pay = divide_pay(360.0, {"Alice": 3.0, "Bob": 6.0, "Carol": 0.0})
self.assertEqual(pay, {"Alice": 120.0, "Bob": 240.0, "Carol": 0.0})
def testZeroHoursTotal(self):
with self.assertRaises(ValueError):
pay = divide_pay(360.0, {"Alice": 0.0, "Bob": 0.0, "Carol": 0.0})
def testZeroHourPerson(self):
pay = divide_pay(360.0, {"Alice": 3.0, "Bob": 6.0, "Carol": 0.0})
self.assertEqual(pay, {"Alice": 120.0, "Bob": 240.0, "Carol": 0.0})
def test_zero_hour_person(self):
self.assertEqual(divide_pay(360, {'Alice': 3.0, 'Bob': 6.0, 'Carol': 0.0}), {'Alice': 120.0, 'Bob': 240.0, 'Carol': 0.0})
def testDividedFairly_empty(self):
with self.assertRaises(ValueError):
function_results = divide_pay(360, {})
def test_divided_fairly(self):
self.assertEqual(divide_pay(360.0, {"Alice": 3.0, "Bob": 3.0, "Carol": 6.0}), {"Alice": 90.0, "Bob": 90.0,
"Carol": 180.0})
def test_no_people(self):
with self.assertRaises(ValueError):
pay = divide_pay(360.0, {})
def test_divided_fairly(self):
pay = divide_pay(30.0, {"Alice": 3.0, "Bob": 3.0, "Carol": 3.0})
self.assertEqual(pay, {"Alice": 10.0, "Bob": 10.0, "Carol": 10.0})
def testDividedFairly(self):
f = divide_pay(test_project_amount, test_project_hours)
self.assertEqual(f, test_expected_pay)
def test_zero_hours(self):
with self.assertRaises(ValueError):
pay = divide_pay(360.0, {"Alice": 0.0, "Bob": 0.0, "Carol": 0.0})
def test_no_people(self):
with self.assertRaises(ValueError):
pay = divide_pay(360.0, {})
def testNegativeHours(self):
with self.assertRaises(ValueError):
pay = divide_pay(360.0, {"Alice": 3, "Bob": 6, "Carol": -6.0})
def testDividedFairly(self):
staff_pay = divide_pay(360.0, {"Alice": 3.0, "Bob": 3.0, "Carol": 6.0})
self.assertEqual(staff_pay["Alice"], 90.0)
self.assertEqual(staff_pay["Bob"], 90.0)
self.assertEqual(staff_pay["Carol"], 180.0)
def testDividedPositive(self):
pay = divide_pay(360,{"Alice":3.0, "Bob": 3.0, "Carol": 6.0})
self.assertEqual(pay,{"Alice":90.0, "Bob": 90.0, "Carol": 180.0})
def test_zero_hours_total(self):
with self.assertRaises(ValueError):
pay = divide_pay(360.0, {'Alice': 0.0, 'Bob': 0.0, 'Carol': 0.0})
def testZeroHourPerson(self): # way simpler to just call the function and then assertEqual to the answers.
pay = divide_pay(360.0, {"Alice": 3.0, "Bob": 6.0, "Carol": 0.0})
self.assertEqual(pay, {"Alice": 120.0, "Bob": 240.0, "Carol": 0.0})
def test_divided_fairly(self):
self.assertEqual(divide_pay(360, {'Alice': 3.0, 'Bob': 3.0, 'Carol': 6.0}), {'Alice': 90, 'Bob': 90, 'Carol': 180})