def testGetTax(self):
"""
"""
t = ITaxes(self.item1)
tax = "%.2f" % t.getTax()
self.assertEqual(tax, "7.03")
t = ITaxes(self.item2)
tax = "%.2f" % t.getTax()
self.assertEqual(tax, "9.10")
def testGetTax(self):
"""
"""
t = ITaxes(self.item1)
tax = "%.2f" % t.getTax()
self.assertEqual(tax, "7.03")
t = ITaxes(self.item2)
tax = "%.2f" % t.getTax()
self.assertEqual(tax, "9.10")
def getTax(self):
"""
"""
temp_payment_product = self._createTemporaryPaymentProduct()
taxes = ITaxes(temp_payment_product)
tax = taxes.getTax()
return tax
def getTax(self):
"""
"""
temp_payment_product = self._createTemporaryPaymentProduct()
taxes = ITaxes(temp_payment_product)
tax = taxes.getTax()
return tax
def getTax(self):
"""
"""
im = IItemManagement(self.context)
if im.hasItems() == False:
return 0.0
tax = 0.0
for cart_item in im.getItems():
taxes = ITaxes(cart_item)
tax += taxes.getTax()
# Get shop
shop = IShopManagement(self.context).getShop()
# Shipping
tax += IShippingPriceManagement(shop).getTax()
# Payment
tax += IPaymentPriceManagement(shop).getTax()
return tax
def getTax(self):
"""
"""
im = IItemManagement(self.context)
if im.hasItems() == False:
return 0.0
tax = 0.0
for cart_item in im.getItems():
taxes = ITaxes(cart_item)
tax += taxes.getTax()
# Get shop
shop = IShopManagement(self.context).getShop()
# Shipping
tax += IShippingPriceManagement(shop).getTax()
# Payment
tax += IPaymentPriceManagement(shop).getTax()
return tax
def testGetTax(self):
"""
"""
t = ITaxes(self.shop.products.product_1)
self.assertEqual("%.2f" % t.getTax(), "3.51")
class ProductPrices(object):
"""Provides IPrices for product content object.
"""
implements(IPrices)
adapts(IProduct)
def __init__(self, context):
"""
"""
pvm = IProductVariantsManagement(context)
shop = IShopManagement(context).getShop()
self.context = context
self.gross_prices = shop.getGrossPrices()
self.has_variants = pvm.hasVariants()
self.taxes = ITaxes(context)
if self.has_variants:
self.product_variant = \
pvm.getSelectedVariant() or pvm.getDefaultVariant()
def getPriceForCustomer(self, effective=True, variant_price=True):
"""
"""
if self.has_variants and variant_price and \
self.product_variant.getPrice() != 0:
return IPrices(self.product_variant).getPriceForCustomer(effective)
else:
if effective == True:
return self._getEffectivePriceForCustomer()
else:
return self._getStandardPriceForCustomer()
def getPriceNet(self, effective=True, variant_price=True):
"""
"""
if self.has_variants and variant_price and \
self.product_variant.getPrice() != 0:
return IPrices(self.product_variant).getPriceNet(effective)
else:
if effective == True:
return self._getEffectivePriceNet()
else:
return self._getStandardPriceNet()
def getPriceGross(self, effective=True, variant_price=True):
"""
"""
if self.has_variants and variant_price and \
self.product_variant.getPrice() != 0:
return IPrices(self.product_variant).getPriceGross(effective)
else:
if effective == True:
return self._getEffectivePriceGross()
else:
return self._getStandardPriceGross()
# Effective Price
def _getEffectivePriceForCustomer(self):
"""Returns the effective price for customer, dependend of the product
is for sale or not.
"""
tax_abs_customer = self.taxes.getTaxForCustomer()
return self._getEffectivePriceNet() + tax_abs_customer
def _getEffectivePriceNet(self):
"""Returns the effective price for customer, dependend of the product
is for sale or not.
"""
if self.context.getForSale() == True:
price = self.context.getSalePrice()
else:
price = self.context.getPrice()
if self.gross_prices == True:
return price - self.taxes.getTax()
else:
return price
def _getEffectivePriceGross(self):
"""Returns the effective price for customer, dependend of the product
is for sale or not.
"""
if self.context.getForSale() == True:
price = self.context.getSalePrice()
else:
price = self.context.getPrice()
if self.gross_prices == True:
return price
else:
return price + self.taxes.getTax()
# Standard Price
def _getStandardPriceForCustomer(self):
"""Returns always the standard price, independent of the product is for
sale or not. We need this in any case to display the standard price
(e.g. stroked).
"""
tax_abs_customer = self.taxes.getTaxForCustomer(False)
return self._getStandardPriceNet() + tax_abs_customer
def _getStandardPriceNet(self):
"""Returns always the standard price, independent of the product is for
sale or not. We need this in any case to display the standard price
(e.g. stroked).
"""
if self.gross_prices == True:
return self.context.getPrice() - self.taxes.getTax(False)
else:
return self.context.getPrice()
def _getStandardPriceGross(self):
"""Returns always the standard price, independent of the product is for
sale or not. We need this in any case to display the standard price
(e.g. stroked).
"""
if self.gross_prices == True:
return self.context.getPrice()
else:
return self.context.getPrice() + self.taxes.getTax(False)
class ProductPrices(object):
"""Provides IPrices for product content object.
"""
implements(IPrices)
adapts(IProduct)
def __init__(self, context):
"""
"""
pvm = IProductVariantsManagement(context)
shop = IShopManagement(context).getShop()
self.context = context
self.gross_prices = shop.getGrossPrices()
self.has_variants = pvm.hasVariants()
self.taxes = ITaxes(context)
if self.has_variants:
self.product_variant = \
pvm.getSelectedVariant() or pvm.getDefaultVariant()
def getPriceForCustomer(self, effective=True, variant_price=True):
"""
"""
if self.has_variants and variant_price and \
self.product_variant.getPrice() != 0:
return IPrices(self.product_variant).getPriceForCustomer(effective)
else:
if effective == True:
return self._getEffectivePriceForCustomer()
else:
return self._getStandardPriceForCustomer()
def getPriceNet(self, effective=True, variant_price=True):
"""
"""
if self.has_variants and variant_price and \
self.product_variant.getPrice() != 0:
return IPrices(self.product_variant).getPriceNet(effective)
else:
if effective == True:
return self._getEffectivePriceNet()
else:
return self._getStandardPriceNet()
def getPriceGross(self, effective=True, variant_price=True):
"""
"""
if self.has_variants and variant_price and \
self.product_variant.getPrice() != 0:
return IPrices(self.product_variant).getPriceGross(effective)
else:
if effective == True:
return self._getEffectivePriceGross()
else:
return self._getStandardPriceGross()
# Effective Price
def _getEffectivePriceForCustomer(self):
"""Returns the effective price for customer, dependend of the product
is for sale or not.
"""
tax_abs_customer = self.taxes.getTaxForCustomer()
return self._getEffectivePriceNet() + tax_abs_customer
def _getEffectivePriceNet(self):
"""Returns the effective price for customer, dependend of the product
is for sale or not.
"""
if self.context.getForSale() == True:
price = self.context.getSalePrice()
else:
price = self.context.getPrice()
if self.gross_prices == True:
return price - self.taxes.getTax()
else:
return price
def _getEffectivePriceGross(self):
"""Returns the effective price for customer, dependend of the product
is for sale or not.
"""
if self.context.getForSale() == True:
price = self.context.getSalePrice()
else:
price = self.context.getPrice()
if self.gross_prices == True:
return price
else:
return price + self.taxes.getTax()
# Standard Price
def _getStandardPriceForCustomer(self):
"""Returns always the standard price, independent of the product is for
sale or not. We need this in any case to display the standard price
(e.g. stroked).
"""
tax_abs_customer = self.taxes.getTaxForCustomer(False)
return self._getStandardPriceNet() + tax_abs_customer
def _getStandardPriceNet(self):
"""Returns always the standard price, independent of the product is for
sale or not. We need this in any case to display the standard price
(e.g. stroked).
"""
if self.gross_prices == True:
return self.context.getPrice() - self.taxes.getTax(False)
else:
return self.context.getPrice()
def _getStandardPriceGross(self):
"""Returns always the standard price, independent of the product is for
sale or not. We need this in any case to display the standard price
(e.g. stroked).
"""
if self.gross_prices == True:
return self.context.getPrice()
else:
return self.context.getPrice() + self.taxes.getTax(False)
def testGetTax(self):
"""
"""
t = ITaxes(self.cart)
tax = "%.2f" % t.getTax()
self.assertEqual(tax, "33.69")
