def test_compounded_added_taxes_complex2(prices):
(taxless_price, taxful_price) = prices
res1 = calculate_compounded_added_taxes(taxless_price, COMPLEX_TAX_GROUPS)
assert res1.taxless == taxless_price
assert res1.taxful == taxful_price
res2 = calculate_compounded_added_taxes(taxful_price, COMPLEX_TAX_GROUPS)
assert res2.taxless == taxless_price
assert res2.taxful == taxful_price
def test_compounded_added_taxes_empty(price):
result = calculate_compounded_added_taxes(price, [])
assert result.taxful == tfprice(123)
assert result.taxless == tlprice(123)
assert result.taxes == []
result2 = calculate_compounded_added_taxes(price, [[]])
assert result2.taxful == tfprice(123)
assert result2.taxless == tlprice(123)
assert result2.taxes == []
def test_compounded_added_taxes_empty(price):
result = calculate_compounded_added_taxes(price, [])
assert result.taxful == tfprice(123)
assert result.taxless == tlprice(123)
assert result.taxes == []
result2 = calculate_compounded_added_taxes(price, [[]])
assert result2.taxful == tfprice(123)
assert result2.taxless == tlprice(123)
assert result2.taxes == []
def test_compounded_added_taxes_complex2(prices):
(taxless_price, taxful_price) = prices
res1 = calculate_compounded_added_taxes(taxless_price, COMPLEX_TAX_GROUPS)
assert res1.taxless == taxless_price
assert res1.taxful == taxful_price
res2 = calculate_compounded_added_taxes(taxful_price, COMPLEX_TAX_GROUPS)
assert res2.taxless == taxless_price
assert res2.taxful == taxful_price
def test_compounded_added_taxes_simple(price):
taxes = [[tax('15%', rate=Decimal('0.15'))]]
result = calculate_compounded_added_taxes(price, taxes)
assert result.taxful == tfprice('115')
assert result.taxless == tlprice('100')
assert len(result.taxes) == 1
assert result.taxes[0].tax.code == '15%'
assert result.taxes[0].amount == money('15')
assert result.taxes[0].base_amount == money('100')
def test_compounded_added_taxes_simple(price):
taxes = [[tax('15%', rate=Decimal('0.15'))]]
result = calculate_compounded_added_taxes(price, taxes)
assert result.taxful == tfprice('115')
assert result.taxless == tlprice('100')
assert len(result.taxes) == 1
assert result.taxes[0].tax.code == '15%'
assert result.taxes[0].amount == money('15')
assert result.taxes[0].base_amount == money('100')
def test_compounded_added_taxes_simple_compound(price):
taxes = [
[tax('15%', rate=Decimal('0.15'))],
[tax('5%', rate=Decimal('0.05'))],
[tax('1%', rate=Decimal('0.01'))],
]
result = calculate_compounded_added_taxes(price, taxes)
assert result.taxful == tfprice('121.9575')
assert result.taxless == tlprice('100')
assert len(result.taxes) == 3
assert result.taxes[0].tax.code == '15%'
assert result.taxes[0].amount == money('15')
assert result.taxes[0].base_amount == money('100')
assert result.taxes[1].tax.code == '5%'
assert result.taxes[1].amount == money('5.75')
assert result.taxes[1].base_amount == money('115')
assert result.taxes[2].tax.code == '1%'
assert result.taxes[2].amount == money('1.2075')
assert result.taxes[2].base_amount == money('120.75')
def test_compounded_added_taxes_simple_compound(price):
taxes = [
[tax('15%', rate=Decimal('0.15'))],
[tax('5%', rate=Decimal('0.05'))],
[tax('1%', rate=Decimal('0.01'))],
]
result = calculate_compounded_added_taxes(price, taxes)
assert result.taxful == tfprice('121.9575')
assert result.taxless == tlprice('100')
assert len(result.taxes) == 3
assert result.taxes[0].tax.code == '15%'
assert result.taxes[0].amount == money('15')
assert result.taxes[0].base_amount == money('100')
assert result.taxes[1].tax.code == '5%'
assert result.taxes[1].amount == money('5.75')
assert result.taxes[1].base_amount == money('115')
assert result.taxes[2].tax.code == '1%'
assert result.taxes[2].amount == money('1.2075')
assert result.taxes[2].base_amount == money('120.75')
def test_compounded_added_taxes_complex(price):
result = calculate_compounded_added_taxes(price, COMPLEX_TAX_GROUPS)
result_taxes = [(line_tax.tax.code, line_tax.amount, line_tax.base_amount)
for line_tax in result.taxes]
expected_taxes = [
# code, tax_amount, base_amount
('1A', money('50.0'), money('100')),
('1B', money('24.00'), money('100')),
('1C', money('1.11'), money('100')),
('1D', money('0.89'), money('100')),
('2A', money('17.60'), money('176.0')),
('2B', money('1.760'), money('176.0')),
('2C', money('1.25'), money('176.0')),
('2D', money('0.25'), money('176.0')),
('3A', money('0.123'), money('196.860')),
('4A', money('19.6983'), money('196.983')),
]
assert result_taxes == expected_taxes
assert result.taxless == tlprice('100')
assert result.taxful == tfprice('216.6813')
def test_compounded_added_taxes_complex(price):
result = calculate_compounded_added_taxes(price, COMPLEX_TAX_GROUPS)
result_taxes = [
(line_tax.tax.code, line_tax.amount, line_tax.base_amount)
for line_tax in result.taxes]
expected_taxes = [
# code, tax_amount, base_amount
('1A', money('50.0'), money('100')),
('1B', money('24.00'), money('100')),
('1C', money('1.11'), money('100')),
('1D', money('0.89'), money('100')),
('2A', money('17.60'), money('176.0')),
('2B', money('1.760'), money('176.0')),
('2C', money('1.25'), money('176.0')),
('2D', money('0.25'), money('176.0')),
('3A', money('0.123'), money('196.860')),
('4A', money('19.6983'), money('196.983')),
]
assert result_taxes == expected_taxes
assert result.taxless == tlprice('100')
assert result.taxful == tfprice('216.6813')
def _calculate_taxes(price, taxing_context, tax_class):
rules = _get_enabled_tax_rules(taxing_context, tax_class)
tax_groups = get_taxes_of_effective_rules(taxing_context, rules)
return calculate_compounded_added_taxes(price, tax_groups)
def _calculate_taxes(price, taxing_context, tax_class):
rules = _get_enabled_tax_rules(taxing_context, tax_class)
tax_groups = get_taxes_of_effective_rules(taxing_context, rules)
return calculate_compounded_added_taxes(price, tax_groups)
