def test_compare_expect_against_query(self):
start = timezone.make_aware(dt.datetime(2016, 6, 3, 6, 30))
expected_employees = ['001', '004', '006', '005', '010']
employees = get_clocked_in(start)
print(employees)
self.assertTrue(
compare_expect_against_query(expected_employees, employees))
def test_emp_man_hours(self):
"""Test for employees who clocked in before start is accurate"""
start = timezone.make_aware(dt.datetime(2016, 6, 3, 6, 30))
stop = timezone.make_aware(dt.datetime(2016, 6, 3, 10, 30))
emp_hours = 0
expected_emp_hours = 20.95
# getting employee objects that are clocked in
clocked_in_emp = get_clocked_in(start)
emp_that_left = get_emp_who_left_during_shift(start, stop)
emp_that_breaked = get_emp_who_left_on_break(start, stop)
# testing return of number of hours
for employee in clocked_in_emp:
print("EMP= ", employee.EMP_ID_TXT)
emp_hour = get_emp_man_hours(employee, start, stop)
print("EMP HOUR= ", emp_hour)
emp_hours += emp_hour
for employee in emp_that_left:
print("EMP= ", employee.EMP_ID_TXT)
emp_hour = get_emp_man_hours(employee, start, stop)
print("EMP HOUR= ", emp_hour)
emp_hours += emp_hour
for employee in emp_that_breaked:
print("EMP= ", employee.EMP_ID_TXT)
emp_hour = get_emp_man_hours(employee, start, stop)
print("EMP HOUR= ", emp_hour)
emp_hours += emp_hour
self.assertAlmostEqual(emp_hours, expected_emp_hours)
def test_emp_man_hours(self):
"""Test for employees who clocked in before start is accurate"""
start = timezone.make_aware(dt.datetime(2016, 6, 3, 6, 30))
stop = timezone.make_aware(dt.datetime(2016, 6, 3, 10, 30))
emp_hours = 0
expected_emp_hours = 20.95
# getting employee objects that are clocked in
clocked_in_emp = get_clocked_in(start)
emp_that_left = get_emp_who_left_during_shift(start, stop)
emp_that_breaked = get_emp_who_left_on_break(start, stop)
# testing return of number of hours
for employee in clocked_in_emp:
print("EMP= ", employee.EMP_ID_TXT)
emp_hour = get_emp_man_hours(employee, start, stop)
print("EMP HOUR= ", emp_hour)
emp_hours += emp_hour
for employee in emp_that_left:
print("EMP= ", employee.EMP_ID_TXT)
emp_hour = get_emp_man_hours(employee, start, stop)
print("EMP HOUR= ", emp_hour)
emp_hours += emp_hour
for employee in emp_that_breaked:
print("EMP= ", employee.EMP_ID_TXT)
emp_hour = get_emp_man_hours(employee, start, stop)
print("EMP HOUR= ", emp_hour)
emp_hours += emp_hour
self.assertAlmostEqual(emp_hours, expected_emp_hours)
def test_create_single_list_from_list_of_queryset(self):
start = timezone.make_aware(dt.datetime(2016, 6, 3, 6, 30))
stop = timezone.make_aware(dt.datetime(2016, 6, 3, 9, 39))
# can't call get_employees because that function uses create single list
currently_clocked_in = get_clocked_in(start)
emp_that_left = get_emp_who_left_during_shift(start, stop)
emp_that_break = get_emp_who_left_on_break(start, stop)
expected_employees = ['001', '004', '006', '005', '010']
result_list = create_single_list_from_list_of_queryset(
[currently_clocked_in, emp_that_break, emp_that_left])
self.assertTrue(
compare_expect_against_query(expected_employees, result_list))
def test_create_single_list_from_list_of_queryset(self):
start = timezone.make_aware(dt.datetime(2016, 6, 3, 6, 30))
stop = timezone.make_aware(dt.datetime(2016, 6, 3, 9, 39))
# can't call get_employees because that function uses create single list
currently_clocked_in = get_clocked_in(start)
emp_that_left = get_emp_who_left_during_shift(start, stop)
emp_that_break = get_emp_who_left_on_break(start, stop)
expected_employees = ['001', '004', '006', '005', '010']
result_list = create_single_list_from_list_of_queryset([
currently_clocked_in,
emp_that_break,
emp_that_left
])
self.assertTrue(compare_expect_against_query(expected_employees, result_list))
def test_get_clocked_in(self):
"""Test for employees who clocked in is accurate"""
start = timezone.make_aware(dt.datetime(2016, 6, 3, 6, 30))
expected_employees = ['001', '004', '006', '005', '010']
neg_counter = len(expected_employees)
# test that expected employees is what is found
employees = get_clocked_in(start)
for employee in employees:
print(employee.EMP_ID_TXT)
print(expected_employees)
# testing that the length of expected goes to 0 and that we are not missing things
self.assertEqual(len(expected_employees), neg_counter)
neg_counter -= 1
found_item, expected_employees = find_pop_and_return(
looking_for=employee.EMP_ID_TXT,
expected_list=expected_employees,
)
self.assertEqual(employee.EMP_ID_TXT, found_item)
def test_get_clocked_in(self):
"""Test for employees who clocked in is accurate"""
start = timezone.make_aware(dt.datetime(2016, 6, 3, 6, 30))
expected_employees = ['001', '004', '006', '005', '010']
neg_counter = len(expected_employees)
# test that expected employees is what is found
employees = get_clocked_in(start)
for employee in employees:
print(employee.EMP_ID_TXT)
print(expected_employees)
# testing that the length of expected goes to 0 and that we are not missing things
self.assertEqual(len(expected_employees), neg_counter)
neg_counter -= 1
found_item, expected_employees = find_pop_and_return(
looking_for=employee.EMP_ID_TXT,
expected_list=expected_employees,
)
self.assertEqual(employee.EMP_ID_TXT, found_item)
def test_compare_expect_against_query(self):
start = timezone.make_aware(dt.datetime(2016, 6, 3, 6, 30))
expected_employees = ['001', '004', '006', '005', '010']
employees = get_clocked_in(start)
print(employees)
self.assertTrue(compare_expect_against_query(expected_employees, employees))