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suite/hr_payroll_overtime/tests/test_overtime.py
Jared Kipe af837721f5 [IMP] hr_payroll_overtime: refactor calculation to allow 'recursion' or overtime on overtime 
Example.  Lets say you have 8hr/day overtime at 1.5x, and 12hr/day overtime at 2x.
Now you can create a 2x overtime rules for 12 hours/day, and use it as the overtime rules for the original overtime worktype.
2021-10-07 16:14:59 +00:00

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from odoo.tests import common
class TestOvertime(common.TransactionCase):
def setUp(self):
super().setUp()
self.overtime_rules = self.env['hr.work.entry.overtime.type'].create({
'name': 'Test',
'hours_per_week': 40.0,
'multiplier': 1.5,
})
self.work_type_overtime = self.env['hr.work.entry.type'].create({
'name': 'Test Overtime',
'code': 'TEST_OT'
})
self.work_type = self.env['hr.work.entry.type'].create({
'name': 'Test',
'code': 'TEST',
'overtime_type_id': self.overtime_rules.id,
'overtime_work_type_id': self.work_type_overtime.id,
})
self.employee = self.env.ref('hr.employee_hne')
self.payslip = self.env['hr.payslip'].create({
'name': 'test slip',
'employee_id': self.employee.id,
'date_from': '2020-06-11',
'date_to': '2020-06-15',
})
def test_02_overtime_aggregation(self):
# 38 hours in 1 week
work_data = [
((2020, 24, 1), [
(self.work_type, 4.0, None),
(self.work_type, 4.0, None),
]),
((2020, 24, 2), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
((2020, 24, 3), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
((2020, 24, 4), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
]
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertTrue(self.work_type_overtime not in result_data)
self.assertEqual(result_data[self.work_type][0], 4)
self.assertEqual(result_data[self.work_type][1], 38.0)
# 48 hours in 1 week
work_data += [
((2020, 24, 5), [
(self.work_type, 10.0, None),
]),
]
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertEqual(result_data[self.work_type][0], 5)
self.assertEqual(result_data[self.work_type][1], 40.0)
self.assertTrue(self.work_type_overtime in result_data)
self.assertEqual(result_data[self.work_type_overtime][0], 0)
self.assertEqual(result_data[self.work_type_overtime][1], 8.0)
# 52 hours in 1 week
work_data += [
((2020, 24, 6), [
(self.work_type, 4.0, None),
]),
]
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertEqual(result_data[self.work_type][0], 5)
self.assertEqual(result_data[self.work_type][1], 40.0)
self.assertTrue(self.work_type_overtime in result_data)
self.assertEqual(result_data[self.work_type_overtime][0], 1)
self.assertEqual(result_data[self.work_type_overtime][1], 12.0)
# reset and make two weeks
# 38 hours in 1 week x 2
input_work_data = [
((2020, 24, 1), [
(self.work_type, 4.0, None),
(self.work_type, 4.0, None),
]),
((2020, 24, 2), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
((2020, 24, 3), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
((2020, 24, 4), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
]
work_data = []
for data in input_work_data:
work_data.append(data)
work_data.append(((data[0][0], data[0][1]+1, data[0][2]), data[1]))
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertTrue(self.work_type_overtime not in result_data)
self.assertEqual(result_data[self.work_type][0], 8)
self.assertEqual(result_data[self.work_type][1], 76.0)
# 48 hours in 1 week, 38 hours in 1 week
work_data += [
((2020, 24, 5), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
]
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertEqual(result_data[self.work_type][0], 9)
self.assertEqual(result_data[self.work_type][1], 78.0)
self.assertTrue(self.work_type_overtime in result_data)
self.assertEqual(result_data[self.work_type_overtime][0], 0)
self.assertEqual(result_data[self.work_type_overtime][1], 8.0)
# 52 hours in 1 week, 38 hours in 1 week
work_data += [
((2020, 24, 6), [
(self.work_type, 4.0, None),
]),
]
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertEqual(result_data[self.work_type][0], 9)
self.assertEqual(result_data[self.work_type][1], 78.0)
self.assertTrue(self.work_type_overtime in result_data)
self.assertEqual(result_data[self.work_type_overtime][0], 1)
self.assertEqual(result_data[self.work_type_overtime][1], 12.0)
def test_03_overtime_aggregation_week_start(self):
self.employee.resource_calendar_id.day_week_start = '7'
self.test_02_overtime_aggregation()
def test_10_overtime_aggregation_daily(self):
self.overtime_rules.hours_per_day = 8.0
self.overtime_rules.multiplier_per_day = 1.5
# 38 hours in 1 week
work_data = [
((2020, 24, 1), [
(self.work_type, 4.0, None),
(self.work_type, 4.0, None),
]),
((2020, 24, 2), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
((2020, 24, 3), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
((2020, 24, 4), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
]
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertEqual(result_data[self.work_type][0], 4)
self.assertEqual(result_data[self.work_type][1], 32.0)
self.assertTrue(self.work_type_overtime in result_data)
self.assertEqual(result_data[self.work_type_overtime][0], 0)
self.assertEqual(result_data[self.work_type_overtime][1], 6.0)
# 48 hours in 1 week
work_data += [
((2020, 24, 5), [
(self.work_type, 10.0, None),
]),
]
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertEqual(result_data[self.work_type][0], 5)
self.assertEqual(result_data[self.work_type][1], 40.0)
self.assertTrue(self.work_type_overtime in result_data)
self.assertEqual(result_data[self.work_type_overtime][0], 0)
self.assertEqual(result_data[self.work_type_overtime][1], 8.0)
# 52 hours in 1 week
work_data += [
((2020, 24, 6), [
(self.work_type, 4.0, None),
]),
]
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertEqual(result_data[self.work_type][0], 5)
self.assertEqual(result_data[self.work_type][1], 40.0)
self.assertTrue(self.work_type_overtime in result_data)
self.assertEqual(result_data[self.work_type_overtime][0], 1)
self.assertEqual(result_data[self.work_type_overtime][1], 12.0)
# reset and make two weeks
# 38 hours in 1 week x 2
input_work_data = [
((2020, 24, 1), [
(self.work_type, 4.0, None),
(self.work_type, 4.0, None),
]),
((2020, 24, 2), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
((2020, 24, 3), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
((2020, 24, 4), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
]
work_data = []
for data in input_work_data:
work_data.append(data)
work_data.append(((data[0][0], data[0][1]+1, data[0][2]), data[1]))
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertTrue(self.work_type_overtime in result_data)
self.assertEqual(result_data[self.work_type][0], 8)
self.assertEqual(result_data[self.work_type][1], 64.0)
self.assertEqual(result_data[self.work_type_overtime][0], 0)
self.assertEqual(result_data[self.work_type_overtime][1], 12.0)
# 48 hours in 1 week, 38 hours in 1 week
work_data += [
((2020, 24, 5), [
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
]
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertEqual(result_data[self.work_type][0], 9)
self.assertEqual(result_data[self.work_type][1], 70.0)
self.assertTrue(self.work_type_overtime in result_data)
self.assertEqual(result_data[self.work_type_overtime][0], 0)
self.assertEqual(result_data[self.work_type_overtime][1], 16.0)
# 52 hours in 1 week, 38 hours in 1 week
work_data += [
((2020, 24, 6), [
(self.work_type, 4.0, None),
]),
]
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertEqual(result_data[self.work_type][0], 9)
self.assertEqual(result_data[self.work_type][1], 70.0)
self.assertTrue(self.work_type_overtime in result_data)
self.assertEqual(result_data[self.work_type_overtime][0], 1)
self.assertEqual(result_data[self.work_type_overtime][1], 20.0)
def test_11_overtime_aggregation_daily_week_start(self):
self.employee.resource_calendar_id.day_week_start = '7'
self.test_10_overtime_aggregation_daily()
def test_12_recursive_daily(self):
# recursive will use a second overtime
self.work_type_overtime2 = self.env['hr.work.entry.type'].create({
'name': 'Test Overtime 2',
'code': 'TEST_OT2'
})
self.overtime_rules2 = self.env['hr.work.entry.overtime.type'].create({
'name': 'Test2',
'hours_per_week': 999.0,
'hours_per_day': 12.0,
'multiplier': 2.0,
})
self.overtime_rules.hours_per_day = 8.0
self.overtime_rules.multiplier_per_day = 1.5
self.work_type_overtime.overtime_type_id = self.overtime_rules2
self.work_type_overtime.overtime_work_type_id = self.work_type_overtime2
work_data = [
((2020, 24, 1), [
# regular day
(self.work_type, 4.0, None),
(self.work_type, 4.0, None),
]),
((2020, 24, 2), [
# 2hr overtime
(self.work_type, 4.0, None),
(self.work_type, 6.0, None),
]),
((2020, 24, 3), [
# 4hr overtime
(self.work_type, 6.0, None),
(self.work_type, 6.0, None),
]),
((2020, 24, 4), [
# 4hr overtime
# 2hr overtime2
(self.work_type, 6.0, None),
(self.work_type, 8.0, None),
]),
]
result_data = self.payslip.aggregate_overtime(work_data)
self.assertTrue(self.work_type in result_data)
self.assertEqual(result_data[self.work_type][0], 4)
self.assertEqual(result_data[self.work_type][1], 32.0)
self.assertTrue(self.work_type_overtime in result_data)
self.assertEqual(result_data[self.work_type_overtime][0], 0)
self.assertEqual(result_data[self.work_type_overtime][1], 10.0)
self.assertTrue(self.work_type_overtime2 in result_data)
self.assertEqual(result_data[self.work_type_overtime2][0], 0)
self.assertEqual(result_data[self.work_type_overtime2][1], 2.0)
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