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FIX l10n_us_sc_hr_payroll income withholding rule and refactored tests for it.
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@@ -56,7 +56,53 @@ if result_rate == 0.0:
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<field name="condition_python">result = True</field>
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<field name="condition_python">result = True</field>
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<field name="amount_select">code</field>
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<field name="amount_select">code</field>
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<field name="amount_python_compute">
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<field name="amount_python_compute">
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result = categories.EE_US_FED_INC_WITHHOLD
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wages = categories.GROSS # Must make sure sequence is after the GROSS sequence.
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# Step 1 - Convert wages to annual amount
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pay_period = 0.0
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pay_periods = {
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'weekly': 52.0,
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'bi-weekly': 26.0,
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'semi-monthly': 24.0,
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'monthly': 12.0
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}
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schedule_pay = contract.schedule_pay
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pay_period = pay_periods[schedule_pay]
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annual_wages = wages * pay_period
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# Step 2 - Deduct the personal exemption amount and standard deduction from the annual wages.
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sc_exemption_amount = 2510.00
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personal_exemption_amt = contract.w4_allowances * sc_exemption_amount
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standard_deduction = 0.00
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if contract.w4_allowances > 0:
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if annual_wages > 3470.00:
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standard_deduction = (10.0 / 100.0) * 3470.00
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else:
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standard_deduction = (10.0 / 100.0) * annual_wages
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taxable_income = annual_wages - personal_exemption_amt - standard_deduction
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# Step 3 - Use the balance (taxable_income) in the tables listed on the state pdf:
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# https://dor.sc.gov/forms-site/Forms/WH1603F_2019.pdf
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# to calculate the tax.
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tax_table = [
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(2450, 1.1, 0.0),
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(4900, 3.0, 26.95),
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(7350, 4.0, 100.45),
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(9800, 5.0, 198.45),
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(12250, 6.0, 320.95),
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(float('inf'), 7.0, 467.95)
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]
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last = 0.0
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for cap, rate, flat_amt in tax_table:
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if cap > taxable_income:
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result = ((taxable_income - last) * (rate / 100.0)) + flat_amt
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break
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last = cap
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# Step 4 - Divide the result by the number of pay periods to get withholding amount per pay period
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result = (result / pay_period)
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result = -result
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</field>
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</field>
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<field name="register_id" ref="contrib_register_sc_dor_withhold"/>
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<field name="register_id" ref="contrib_register_sc_dor_withhold"/>
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</record>
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</record>
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@@ -3,19 +3,39 @@ from odoo.addons.l10n_us_hr_payroll.models.l10n_us_hr_payroll import USHrContrac
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class TestUsSCPayslip(TestUsPayslip):
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class TestUsSCPayslip(TestUsPayslip):
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###
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# Taxes and Rates
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# Taxes and Rates
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###
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SC_UNEMP_MAX_WAGE = 14000.0
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SC_UNEMP_MAX_WAGE = 14000.0
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US_SC_UNEMP = -1.09 / 100
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US_SC_UNEMP = -1.09 / 100
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US_SC_exemption_amount = 2510.00
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def test_2019_taxes(self):
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def test_2019_taxes_weekly(self):
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salary = 10000
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# We will hand calculate the amount to test for state withholding.
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schedule_pay = 'weekly'
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salary = 50000.00 # Employee is paid 50000 per week to be in top tax bracket
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exemptions = 2
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exemptions = 2
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# Calculate annual wages
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annual = 50000 * 52.0
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# From our annual we deduct personal exemption amounts.
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# We deduct 2510.00 per exemption. Since we have two exemptions:
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personal_exemption = self.US_SC_exemption_amount * exemptions # 5020.0
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# From annual, we will also deduct a standard_deduction of 10% up to 3470.00 if 1 or more exemptions
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standard_deduction = (10.0 / 100.0) * 3470.00
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taxable_income = annual - personal_exemption - standard_deduction # 2594633.0
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# We then calculate the amounts off the SC tax pdf tables.
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# 2594633.0 is in the highest bracket
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test_amt = ((taxable_income - 12250) * (7.0 / 100.0)) + 467.95
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# test_amt = 181234.76000000004
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# Make it per period then negative
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test_amt = (test_amt / 52.0) # Divided by 52 since it is weekly.
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# test_amt = 3485.2838461538468
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test_amt = -test_amt
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employee = self._createEmployee()
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employee = self._createEmployee()
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contract = self._createContract(employee, salary,
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contract = self._createContract(employee,
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struct_id=self.ref('l10n_us_sc_hr_payroll.hr_payroll_salary_structure_us_sc_employee'))
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salary,
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struct_id=self.ref('l10n_us_sc_hr_payroll.hr_payroll_salary_structure_us_sc_employee'),
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schedule_pay=schedule_pay)
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contract.w4_allowances = exemptions
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contract.w4_allowances = exemptions
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self._log('2019 South Carolina tax first payslip:')
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self._log('2019 South Carolina tax first payslip:')
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@@ -23,34 +43,32 @@ class TestUsSCPayslip(TestUsPayslip):
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payslip.compute_sheet()
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payslip.compute_sheet()
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cats = self._getCategories(payslip)
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cats = self._getCategories(payslip)
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self.assertPayrollEqual(cats['WAGE_US_SC_UNEMP'], salary)
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self.assertPayrollEqual(cats['WAGE_US_SC_UNEMP'], self.SC_UNEMP_MAX_WAGE)
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], cats['WAGE_US_SC_UNEMP'] * self.US_SC_UNEMP)
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], cats['WAGE_US_SC_UNEMP'] * self.US_SC_UNEMP)
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self.assertPayrollEqual(cats['EE_US_SC_INC_WITHHOLD'], cats['EE_US_FED_INC_WITHHOLD'])
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self.assertPayrollEqual(cats['EE_US_SC_INC_WITHHOLD'], test_amt)
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process_payslip(payslip)
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process_payslip(payslip)
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remaining_SC_UNEMP_wages = self.SC_UNEMP_MAX_WAGE - salary if (self.SC_UNEMP_MAX_WAGE - 2*salary < salary) \
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remaining_SC_UNEMP_wages = self.SC_UNEMP_MAX_WAGE - annual if (annual < self.SC_UNEMP_MAX_WAGE) \
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else salary
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else 0.00
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# Testing Additional Income Tax Withholding
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self._log('2019 South Carolina tax second payslip:')
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self._log('2019 South Carolina tax second payslip:')
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additional_wh = 40.0
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contract.w4_additional_withholding = additional_wh
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original_witholding = cats['EE_US_SC_INC_WITHHOLD']
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payslip = self._createPayslip(employee, '2019-02-01', '2019-02-28')
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payslip = self._createPayslip(employee, '2019-02-01', '2019-02-28')
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payslip.compute_sheet()
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payslip.compute_sheet()
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cats = self._getCategories(payslip)
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cats = self._getCategories(payslip)
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self.assertPayrollEqual(cats['WAGE_US_SC_UNEMP'], remaining_SC_UNEMP_wages)
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self.assertEqual(0.0, remaining_SC_UNEMP_wages)
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], remaining_SC_UNEMP_wages * self.US_SC_UNEMP)
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], remaining_SC_UNEMP_wages * self.US_SC_UNEMP)
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self.assertPayrollEqual(cats['EE_US_SC_INC_WITHHOLD'], original_witholding - additional_wh)
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def test_2019_taxes_with_external(self):
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def test_2019_taxes_with_external(self):
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salary = 5000.0
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salary = 5000.0
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external_wages = 30000.0
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external_wages = 30000.0
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employee = self._createEmployee()
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employee = self._createEmployee()
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contract = self._createContract(employee, salary, external_wages=external_wages,
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contract = self._createContract(employee,
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salary,
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external_wages=external_wages,
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struct_id=self.ref('l10n_us_sc_hr_payroll.hr_payroll_salary_structure_us_sc_employee'))
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struct_id=self.ref('l10n_us_sc_hr_payroll.hr_payroll_salary_structure_us_sc_employee'))
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self._log('2019 South Carolina_external tax first payslip:')
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self._log('2019 South Carolina_external tax first payslip:')
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@@ -62,14 +80,25 @@ class TestUsSCPayslip(TestUsPayslip):
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], cats['WAGE_US_SC_UNEMP'] * self.US_SC_UNEMP)
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], cats['WAGE_US_SC_UNEMP'] * self.US_SC_UNEMP)
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def test_2019_taxes_filing_status(self):
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def test_2019_taxes_filing_status(self):
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salary = 4000.0
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salary = 20000.00 # Wages per pay period
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schedule_pay = 'monthly'
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annual = salary * 12
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w4_filing_status = 'married'
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w4_filing_status = 'married'
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allowances = 1
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allowances = 1
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# Hand Calculations
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personal_exemption = 2510.00
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standard_deduction = (10.0 / 100.0) * 3470.00
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taxable = annual - personal_exemption - standard_deduction
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# taxable = 237143.0
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test_amt = ((taxable - 12250) * (7.0 / 100.0)) + 467.95 # 16210.460000000003
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test_amt = test_amt / 12.0 # Put it into monthly -> 1350.871666666667
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# Make it negative
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test_amt = -test_amt
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employee = self._createEmployee()
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employee = self._createEmployee()
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contract = self._createContract(employee, salary, struct_id=self.ref(
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contract = self._createContract(employee,
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'l10n_us_sc_hr_payroll.hr_payroll_salary_structure_us_sc_employee'))
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salary,
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struct_id=self.ref('l10n_us_sc_hr_payroll.hr_payroll_salary_structure_us_sc_employee'))
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contract.w4_allowances = allowances
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contract.w4_allowances = allowances
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contract.w4_filing_status = w4_filing_status
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contract.w4_filing_status = w4_filing_status
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@@ -78,58 +107,21 @@ class TestUsSCPayslip(TestUsPayslip):
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payslip.compute_sheet()
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payslip.compute_sheet()
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cats = self._getCategories(payslip)
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cats = self._getCategories(payslip)
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self.assertPayrollEqual(cats['WAGE_US_SC_UNEMP'], salary)
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self.assertPayrollEqual(cats['WAGE_US_SC_UNEMP'], self.SC_UNEMP_MAX_WAGE)
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], cats['WAGE_US_SC_UNEMP'] * self.US_SC_UNEMP)
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], cats['WAGE_US_SC_UNEMP'] * self.US_SC_UNEMP)
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self.assertPayrollEqual(cats['EE_US_SC_INC_WITHHOLD'], cats['EE_US_FED_INC_WITHHOLD'])
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self.assertPayrollEqual(cats['EE_US_SC_INC_WITHHOLD'], test_amt)
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process_payslip(payslip)
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process_payslip(payslip)
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# Create a 2nd payslip
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# Create a 2nd payslip
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remaining_SC_UNEMP_wages = self.SC_UNEMP_MAX_WAGE - salary if (self.SC_UNEMP_MAX_WAGE - 2*salary < salary) \
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remaining_SC_UNEMP_wages = self.SC_UNEMP_MAX_WAGE - salary if (salary < self.SC_UNEMP_MAX_WAGE) \
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else salary
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else 0.00
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self._log('2019 South Carolina tax second payslip:')
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self._log('2019 South Carolina tax second payslip:')
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payslip = self._createPayslip(employee, '2019-02-01', '2019-02-28')
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payslip = self._createPayslip(employee, '2019-02-01', '2019-02-28')
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payslip.compute_sheet()
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payslip.compute_sheet()
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cats = self._getCategories(payslip)
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cats = self._getCategories(payslip)
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self.assertPayrollEqual(cats['WAGE_US_SC_UNEMP'], remaining_SC_UNEMP_wages)
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self.assertEqual(0.0, remaining_SC_UNEMP_wages)
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], remaining_SC_UNEMP_wages * self.US_SC_UNEMP)
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], remaining_SC_UNEMP_wages * self.US_SC_UNEMP)
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def test_additional_withholding(self):
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salary = 4000.0
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additional_wh = 40.0
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allowances = 1
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employee = self._createEmployee()
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contract = self._createContract(employee,
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salary,
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struct_id=self.ref('l10n_us_sc_hr_payroll.hr_payroll_salary_structure_us_sc_employee')
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)
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contract.w4_addition_withholding = additional_wh
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contract.w4_allowances = allowances
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self._log('2019 South Carolina tax first payslip: ')
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payslip = self._createPayslip(employee, '2019-01-01', '2019-01-31')
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payslip.compute_sheet()
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cats = self._getCategories(payslip)
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self.assertPayrollEqual(cats['WAGE_US_SC_UNEMP'], salary)
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], cats['WAGE_US_SC_UNEMP'] * self.US_SC_UNEMP)
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self.assertPayrollEqual(cats['EE_US_SC_INC_WITHHOLD'], cats['EE_US_FED_INC_WITHHOLD'])
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process_payslip(payslip)
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# Make a new payslip, this one will have maximums
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remaining_SC_UNEMP_wages = self.SC_UNEMP_MAX_WAGE - salary if (self.SC_UNEMP_MAX_WAGE - 2 * salary < salary) \
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else salary
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self._log('2019 South Carolina tax second payslip weekly:')
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payslip = self._createPayslip(employee, '2019-02-01', '2019-02-28')
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payslip.compute_sheet()
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cats = self._getCategories(payslip)
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self.assertPayrollEqual(cats['WAGE_US_SC_UNEMP'], remaining_SC_UNEMP_wages)
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self.assertPayrollEqual(cats['ER_US_SC_UNEMP'], remaining_SC_UNEMP_wages * self.US_SC_UNEMP)
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