def lessThan70000(cross_income):
taxrate = 30
tax_range = calculation.subtract(cross_income, 48000)
tax = calculation.multiply(tax_range, taxrate / 100)
tax = tax + lessThan48000(48000)
tax = tax + lessThan14000(14000)
return tax
def lessThan180000(gross_income):
taxrate = 33
tax_range = calculation.subtract(gross_income, 70000)
tax = calculation.multiply(tax_range, taxrate / 100)
tax = tax + lessThan70000(70000)
"""tax = tax + lessThan48000(48000)
tax = tax + lessThan14000(14000)"""
return tax
def overThan180000(gross_income):
if gross_income <= 180000:
return None
taxrate = 39
tax_range = calculation.subtract(gross_income, 180000)
tax = calculation.multiply(tax_range, taxrate / 100)
tax = tax + lessThan180000(180000)
return tax
def lessThan180000(gross_income):
if gross_income <= 70000 or gross_income > 180000:
return None
taxrate = 33
tax_range = calculation.subtract(gross_income, 70000)
tax = calculation.multiply(tax_range, taxrate / 100)
tax = tax + lessThan70000(70000)
return tax
def lessThan48000(gross_income):
if gross_income <= 14000 or gross_income > 48000:
return None
taxrate = 17.5
tax_range = calculation.subtract(gross_income, 14000)
tax = calculation.multiply(tax_range, taxrate / 100)
tax = tax + lessThan14000(14000)
return tax
def lessThan14000(cross_income):
taxrate = 10.5
tax = calculation.multiply(cross_income, taxrate / 100)
return tax
def lessThan14000(gross_income):
if gross_income < 0 or gross_income > 14000:
return None
taxrate = 10.5
tax = calculation.multiply(gross_income, taxrate / 100)
return tax
def test_multiply(self, num1, num2):
"""Test multiplication functionality."""
if multiply(num1, num2) < 0:
self.failed(f'Test failed because result of multiplication {num1} and {num2} is less then 0')