def render(self, context):
try:
show_tax = self.show_tax.resolve(context)
except template.VariableDoesNotExist:
show_tax = self.raw_tax
if show_tax:
tag = CartitemLineTaxedTotalNode(self.raw_cartitem,
self.raw_currency)
return tag.render(context)
try:
cartitem = self.cartitem.resolve(context)
except template.VariableDoesNotExist:
log.warn("Could not resolve template variable: %s", self.cartitem)
return ""
try:
show_currency = self.show_currency.resolve(context)
except template.VariableDoesNotExist:
show_currency = self.raw_currency
if show_currency:
request = context.get("request")
currency_code = currency_for_request(request)
return money_format(cartitem.line_total, currency_code)
else:
return cartitem.line_total
def test_geoip__no_ip(self, mock_get_real_ip):
mock_get_real_ip.return_value = None
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "EUR")
def test_geoip__no_ip(self, mock_get_real_ip):
mock_get_real_ip.return_value = None
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "EUR")
def render(self, context):
try:
show_tax = self.show_tax.resolve(context)
except template.VariableDoesNotExist:
show_tax = self.raw_tax
if show_tax:
tag = CartitemLineTaxedTotalNode(self.raw_cartitem, self.raw_currency)
return tag.render(context)
try:
cartitem = self.cartitem.resolve(context)
except template.VariableDoesNotExist:
log.warn("Could not resolve template variable: %s", self.cartitem)
return ""
try:
show_currency = self.show_currency.resolve(context)
except template.VariableDoesNotExist:
show_currency = self.raw_currency
if show_currency:
request = context.get("request")
currency_code = currency_for_request(request)
return money_format(cartitem.line_total, currency_code)
else:
return cartitem.line_total
def get(self, request, *args, **kwargs):
"""
Return the currency for the request.
"""
currency_code = currency_for_request(request)
currency = Currency.objects.all_accepted().get(iso_4217_code=currency_code)
serializer = CurrencySerializer(currency)
return Response(serializer.data)
def _get_shipping_choices(request,
paymentmodule,
cart,
contact,
default_view_tax=False):
"""Iterate through legal shipping modules, building the list for display to the user.
Returns the shipping choices list, along with a dictionary of shipping choices, useful
for building javascript that operates on shipping choices.
"""
shipping_options = []
shipping_dict = {}
if not cart.is_shippable:
methods = [shipping_method_by_key("NoShipping")]
else:
methods = shipping_methods()
valid_methods = []
for method in methods:
method.calculate(cart, contact)
if method.valid():
valid_methods.append((method, method.cost()))
# sort methods by cost
valid_methods.sort(key=lambda method_cost: int(method_cost[1]))
for method, shipcost in valid_methods:
template = lookup_template(paymentmodule, "shipping_options.html")
t = loader.get_template(template)
shipping_tax = None
taxed_shipping_price = None
if config_value("TAX", "TAX_SHIPPING"):
shipping_tax = config_value("TAX", "TAX_CLASS")
taxer = _get_taxprocessor(request)
total = shipcost + taxer.by_price(shipping_tax, shipcost)
currency_code = currency_for_request(request)
taxed_shipping_price = money_format(total, currency_code)
data = {
"amount": shipcost,
"description": method.description(),
"method": method.method(),
"expected_delivery": method.expectedDelivery(),
"default_view_tax": default_view_tax,
"shipping_tax": shipping_tax,
"taxed_shipping_price": taxed_shipping_price,
}
if hasattr(method, "shipping_discount"):
data["discount"] = method.shipping_discount()
shipping_options.append((method.id, t.render(data)))
shipping_dict[method.id] = shipcost
return shipping_options, shipping_dict
def get(self, request, *args, **kwargs):
"""
Return the currency for the request.
"""
currency_code = currency_for_request(request)
currency = Currency.objects.all_accepted().get(
iso_4217_code=currency_code)
serializer = CurrencySerializer(currency)
return Response(serializer.data)
def _get_shipping_choices(
request, paymentmodule, cart, contact, default_view_tax=False
):
"""Iterate through legal shipping modules, building the list for display to the user.
Returns the shipping choices list, along with a dictionary of shipping choices, useful
for building javascript that operates on shipping choices.
"""
shipping_options = []
shipping_dict = {}
if not cart.is_shippable:
methods = [shipping_method_by_key("NoShipping")]
else:
methods = shipping_methods()
valid_methods = []
for method in methods:
method.calculate(cart, contact)
if method.valid():
valid_methods.append((method, method.cost()))
# sort methods by cost
valid_methods.sort(key=lambda method_cost: int(method_cost[1]))
for method, shipcost in valid_methods:
template = lookup_template(paymentmodule, "shipping_options.html")
t = loader.get_template(template)
shipping_tax = None
taxed_shipping_price = None
if config_value("TAX", "TAX_SHIPPING"):
shipping_tax = config_value("TAX", "TAX_CLASS")
taxer = _get_taxprocessor(request)
total = shipcost + taxer.by_price(shipping_tax, shipcost)
currency_code = currency_for_request(request)
taxed_shipping_price = money_format(total, currency_code)
data = {
"amount": shipcost,
"description": method.description(),
"method": method.method(),
"expected_delivery": method.expectedDelivery(),
"default_view_tax": default_view_tax,
"shipping_tax": shipping_tax,
"taxed_shipping_price": taxed_shipping_price,
}
if hasattr(method, "shipping_discount"):
data["discount"] = method.shipping_discount()
shipping_options.append((method.id, t.render(data)))
shipping_dict[method.id] = shipcost
return shipping_options, shipping_dict
def full_product(context, product):
""" Renders a product in a way that is useful for the product detail page """
context["product"] = product
current_currency = currency_for_request(context.get("request"))
context["other_prices"] = [
money_format(
convert_to_currency(product.unit_price, currency.iso_4217_code),
currency.iso_4217_code,
) for currency in Currency.objects.filter(accepted=True).exclude(
iso_4217_code=current_currency).order_by("iso_4217_code")
]
return context
def test_geoip__no_country(self, mock_get_real_ip, mock_geoip):
mock_get_real_ip.return_value = "127.0.0.1"
class MockGeoIP(object):
def country(self, ip):
return {"country_name": None, "country_code": None}
mock_geoip.return_value = MockGeoIP()
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "EUR")
def test_geoip__no_country(self, mock_get_real_ip, mock_geoip):
mock_get_real_ip.return_value = "127.0.0.1"
class MockGeoIP(object):
def country(self, ip):
return {"country_name": None, "country_code": None}
mock_geoip.return_value = MockGeoIP()
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "EUR")
def discount_saved(context, product, discount):
"""Returns the amount saved by the discount"""
request = context.get("request")
currency = currency_for_request(request)
if discount and discount.valid_for_product(product):
unit_price = convert_to_currency(product.unit_price, currency)
discounted = calc_by_percentage(unit_price, discount.percentage)
saved = unit_price - discounted
cents = Decimal("0.01")
price = saved.quantize(cents)
else:
price = Decimal("0.00")
return money_format(price, currency)
def get_price_detail(request, product_slug):
"""Get all price details for a product, returning the response encoded as JSON."""
results = {"success": False, "message": _("not available")}
price = None
if request.method == "POST":
reqdata = request.POST
else:
reqdata = request.GET
try:
product = Product.objects.get_by_site(active=True, slug=product_slug)
found = True
if "quantity" in reqdata:
quantity = int(reqdata["quantity"])
else:
quantity = 1
if "ConfigurableProduct" in product.get_subtypes():
cp = product.configurableproduct
chosen_options = optionids_from_post(cp, reqdata)
product = cp.get_product_from_options(chosen_options)
if product:
price = product.get_qty_price(quantity)
base_tax = get_tax(request.user, product, quantity)
price_with_tax = price + base_tax
currency_code = currency_for_request(request)
results["slug"] = product.slug
results["currency_price"] = money_format(price, currency_code)
results["price"] = float(price)
results["tax"] = float(base_tax)
results["currency_tax"] = money_format(base_tax, currency_code)
results["currency_price_with_tax"] = money_format(
price_with_tax, currency_code
)
results["price_with_tax"] = float(price_with_tax)
results["success"] = True
results["message"] = ""
except Product.DoesNotExist:
found = False
data = json_encode(results)
if found:
return http.HttpResponse(data, mimetype="text/javascript")
else:
return http.HttpResponseNotFound(data, mimetype="text/javascript")
def render(self, context):
taxer = _get_taxprocessor(context["request"])
try:
item = template.resolve_variable(self.cartitem, context)
except template.VariableDoesNotExist:
raise template.TemplateSyntaxError("No such variable: %s", self.cartitem)
total = item.line_total + taxer.by_price(item.product.taxClass, item.line_total)
if self.currency:
request = context.get("request")
currency_code = currency_for_request(request)
return money_format(total, currency_code)
return total
def test_geoip__country_doesnt_match_accepted_country(
self, mock_get_real_ip, mock_geoip):
mock_get_real_ip.return_value = "163.44.191.38"
class MockGeoIP(object):
def country(self, ip):
return {"country_name": "Japan", "country_code": "JP"}
mock_geoip.return_value = MockGeoIP()
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "EUR")
def isValid(self, cart=None, request=None):
"""
Make sure this discount still has available uses and is in the current date range.
If a cart has been populated, validate that it does apply to the products we have selected.
"""
if not self.active:
return (False, ugettext("This coupon is disabled."))
if self.startDate > datetime.date.today():
return (False, ugettext("This coupon is not active yet."))
if self.endDate < datetime.date.today():
return (False, ugettext("This coupon has expired."))
if self.numUses > self.allowedUses:
return (
False,
ugettext(
"This discount has exceeded the number of allowed uses."),
)
if not cart:
return (True, ugettext("Valid."))
minOrder = self.minOrder or 0
if cart.total < minOrder:
currency_code = currency_for_request(request)
return (
False,
ugettext(
"This discount only applies to orders of at least %s." %
money_format(minOrder, currency_code)),
)
validItems = False
validproducts = self._get_valid_product_dict()
if validproducts:
for cart_item in cart.cartitem_set.all():
if cart_item.product.id in validproducts:
validItems = True
break # Once we have 1 valid item, we exit
else:
validItems = True
if validItems:
return (True, ugettext("Valid."))
else:
return (
False,
ugettext(
"This discount cannot be applied to the products in your cart."
),
)
def get_price_detail(request, product_slug):
"""Get all price details for a product, returning the response encoded as JSON."""
results = {"success": False, "message": _("not available")}
price = None
if request.method == "POST":
reqdata = request.POST
else:
reqdata = request.GET
try:
product = Product.objects.active().get(slug=product_slug)
found = True
if "quantity" in reqdata:
quantity = int(reqdata["quantity"])
else:
quantity = 1
if "ConfigurableProduct" in product.get_subtypes():
cp = product.configurableproduct
chosen_options = optionids_from_post(cp, reqdata)
product = cp.get_product_from_options(chosen_options)
if product:
price = product.get_qty_price(quantity)
base_tax = get_tax(request.user, product, quantity)
price_with_tax = price + base_tax
currency_code = currency_for_request(request)
results["slug"] = product.slug
results["currency_price"] = money_format(price, currency_code)
results["price"] = float(price)
results["tax"] = float(base_tax)
results["currency_tax"] = money_format(base_tax, currency_code)
results["currency_price_with_tax"] = money_format(
price_with_tax, currency_code)
results["price_with_tax"] = float(price_with_tax)
results["success"] = True
results["message"] = ""
except Product.DoesNotExist:
found = False
data = json_encode(results)
if found:
return http.HttpResponse(data, mimetype="text/javascript")
else:
return http.HttpResponseNotFound(data, mimetype="text/javascript")
def isValid(self, cart=None, request=None):
"""
Make sure this discount still has available uses and is in the current date range.
If a cart has been populated, validate that it does apply to the products we have selected.
"""
if not self.active:
return (False, ugettext("This coupon is disabled."))
if self.startDate > datetime.date.today():
return (False, ugettext("This coupon is not active yet."))
if self.endDate < datetime.date.today():
return (False, ugettext("This coupon has expired."))
if self.numUses > self.allowedUses:
return (
False,
ugettext("This discount has exceeded the number of allowed uses."),
)
if not cart:
return (True, ugettext("Valid."))
minOrder = self.minOrder or 0
if cart.total < minOrder:
currency_code = currency_for_request(request)
return (
False,
ugettext(
"This discount only applies to orders of at least %s."
% money_format(minOrder, currency_code)
),
)
validItems = False
validproducts = self._get_valid_product_dict()
if validproducts:
for cart_item in cart.cartitem_set.all():
if cart_item.product.id in validproducts:
validItems = True
break # Once we have 1 valid item, we exit
else:
validItems = True
if validItems:
return (True, ugettext("Valid."))
else:
return (
False,
ugettext(
"This discount cannot be applied to the products in your cart."
),
)
def discount_price(context, product, discount):
"""Returns the product price with the discount applied.
Ex: {% discount_price product sale %}
"""
request = context.get("request")
currency = currency_for_request(request)
unit_price = convert_to_currency(product.unit_price, currency)
if discount and discount.valid_for_product(product):
price = calc_by_percentage(unit_price, discount.percentage)
else:
price = unit_price
return money_format(price, currency)
def test_geoip__country_doesnt_match_accepted_country(
self, mock_get_real_ip, mock_geoip
):
mock_get_real_ip.return_value = "163.44.191.38"
class MockGeoIP(object):
def country(self, ip):
return {"country_name": "Japan", "country_code": "JP"}
mock_geoip.return_value = MockGeoIP()
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "EUR")
def render(self, context):
taxer = _get_taxprocessor(context["request"])
try:
price = template.resolve_variable(self.price, context)
except template.VariableDoesNotExist:
raise template.TemplateSyntaxError("No such variable: %s", self.price)
total = price + taxer.by_price(self.taxclass, price)
if self.currency:
request = context.get("request")
currency_code = currency_for_request(request)
return money_format(total, currency_code)
return total
def option_total_price(context, product, option_item):
"""
Returns the price as (+$1.00)
or (-$1.00) depending on the sign of the price change
The currency format is base upon locale
"""
if option_item.price_change:
val = product.unit_price + option_item.price_change
else:
val = product.unit_price
request = context.get("request")
currency_code = currency_for_request(request)
return money_format(val, currency_code)
def render(self, context):
taxer = _get_taxprocessor(context["request"])
try:
item = template.resolve_variable(self.cartitem, context)
except template.VariableDoesNotExist:
raise template.TemplateSyntaxError("No such variable: %s",
self.cartitem)
total = item.line_total + taxer.by_price(item.product.taxClass,
item.line_total)
if self.currency:
request = context.get("request")
currency_code = currency_for_request(request)
return money_format(total, currency_code)
return total
def render(self, context):
taxer = _get_taxprocessor(context["request"])
try:
price = template.resolve_variable(self.price, context)
except template.VariableDoesNotExist:
raise template.TemplateSyntaxError("No such variable: %s",
self.price)
total = price + taxer.by_price(self.taxclass, price)
if self.currency:
request = context.get("request")
currency_code = currency_for_request(request)
return money_format(total, currency_code)
return total
def test_geoip__country_matches_accepted_country(self, mock_get_real_ip,
mock_geoip):
mock_get_real_ip.return_value = "88.97.34.8"
gbp = GBPCurrencyFactory()
gbp.accepted = True
gbp.save()
class MockGeoIP(object):
def country(self, ip):
return {"country_name": "United Kingdom", "country_code": "GB"}
mock_geoip.return_value = MockGeoIP()
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "GBP")
def option_price(context, option_item):
"""
Returns the price as (+$1.00)
or (-$1.00) depending on the sign of the price change
The currency format is base upon locale
"""
output = ""
if option_item.price_change != 0:
request = context.get("request")
currency_code = currency_for_request(request)
amount = money_format(abs(option_item.price_change), currency_code)
if option_item.price_change < 0:
output = "(- %s)" % amount
elif option_item.price_change > 0:
output = "(+ %s)" % amount
return output
def test_geoip__country_matches_accepted_country(
self, mock_get_real_ip, mock_geoip
):
mock_get_real_ip.return_value = "88.97.34.8"
gbp = GBPCurrencyFactory()
gbp.accepted = True
gbp.save()
class MockGeoIP(object):
def country(self, ip):
return {"country_name": "United Kingdom", "country_code": "GB"}
mock_geoip.return_value = MockGeoIP()
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "GBP")
def currency(context, value, currency_code=None):
"""Convert a value to a money formatted string.
If a currency is not supplied, one will selected based on the
request.
Usage:
{% currency val %}
"""
if value == "" or value is None:
return value
if currency_code is None:
request = context.get("request")
currency_code = currency_for_request(request)
value = convert_to_currency(value, currency_code)
return mark_safe(money_format(value, currency_code))
def get_price(request, product_slug):
"""Get base price for a product, returning the answer encoded as JSON."""
quantity = 1
try:
product = Product.objects.get_by_site(active=True, slug=product_slug)
except Product.DoesNotExist:
return http.HttpResponseNotFound(
json_encode(("", _("not available"))), mimetype="text/javascript"
)
prod_slug = product.slug
if request.method == "POST" and "quantity" in request.POST:
quantity = int(request.POST["quantity"])
currency_code = currency_for_request(request)
if "ConfigurableProduct" in product.get_subtypes():
cp = product.configurableproduct
chosen_options = optionids_from_post(cp, request.POST)
pvp = cp.get_product_from_options(chosen_options)
if not pvp:
return http.HttpResponse(
json_encode(("", _("not available"))), mimetype="text/javascript"
)
prod_slug = pvp.slug
price = money_format(pvp.get_qty_price(quantity), currency_code)
else:
price = money_format(product.get_qty_price(quantity), currency_code)
if not price:
return http.HttpResponse(
json_encode(("", _("not available"))), mimetype="text/javascript"
)
return http.HttpResponse(
json_encode((prod_slug, price)), mimetype="text/javascript"
)
def get_or_create_order(request, working_cart, contact, data):
"""Get the existing order from the session, else create using
the working_cart, contact and data"""
shipping = data["shipping"]
discount = data["discount"]
try:
newOrder = Order.objects.from_request(request)
pay_ship_save(
newOrder,
working_cart,
contact,
shipping=shipping,
discount=discount,
update=True,
)
except Order.DoesNotExist:
# Get currency from request
iso_4217_code = currency_for_request(request)
currency = Currency.objects.all_accepted().get(
iso_4217_code=iso_4217_code)
try:
exchange_rate = currency.exchange_rates.latest().rate
except ExchangeRate.DoesNotExist:
exchange_rate = Decimal("1.00")
# Create a new order.
newOrder = Order(contact=contact,
currency=currency,
exchange_rate=exchange_rate)
pay_ship_save(newOrder,
working_cart,
contact,
shipping=shipping,
discount=discount)
request.session["orderID"] = newOrder.id
return newOrder
def get_or_create_order(request, working_cart, contact, data):
"""Get the existing order from the session, else create using
the working_cart, contact and data"""
shipping = data["shipping"]
discount = data["discount"]
try:
newOrder = Order.objects.from_request(request)
pay_ship_save(
newOrder,
working_cart,
contact,
shipping=shipping,
discount=discount,
update=True,
)
except Order.DoesNotExist:
# Get currency from request
iso_4217_code = currency_for_request(request)
currency = Currency.objects.all_accepted().get(iso_4217_code=iso_4217_code)
try:
exchange_rate = currency.exchange_rates.latest().rate
except ExchangeRate.DoesNotExist:
exchange_rate = Decimal("1.00")
# Create a new order.
newOrder = Order(
contact=contact, currency=currency, exchange_rate=exchange_rate
)
pay_ship_save(
newOrder, working_cart, contact, shipping=shipping, discount=discount
)
request.session["orderID"] = newOrder.id
return newOrder
def get_price(request, product_slug):
"""Get base price for a product, returning the answer encoded as JSON."""
quantity = 1
try:
product = Product.objects.active().get(slug=product_slug)
except Product.DoesNotExist:
return http.HttpResponseNotFound(json_encode(("", _("not available"))),
mimetype="text/javascript")
prod_slug = product.slug
if request.method == "POST" and "quantity" in request.POST:
quantity = int(request.POST["quantity"])
currency_code = currency_for_request(request)
if "ConfigurableProduct" in product.get_subtypes():
cp = product.configurableproduct
chosen_options = optionids_from_post(cp, request.POST)
pvp = cp.get_product_from_options(chosen_options)
if not pvp:
return http.HttpResponse(json_encode(("", _("not available"))),
mimetype="text/javascript")
prod_slug = pvp.slug
price = money_format(pvp.get_qty_price(quantity), currency_code)
else:
price = money_format(product.get_qty_price(quantity), currency_code)
if not price:
return http.HttpResponse(json_encode(("", _("not available"))),
mimetype="text/javascript")
return http.HttpResponse(json_encode((prod_slug, price)),
mimetype="text/javascript")
def test_fallback_to_primary(self):
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "EUR")
def productvariation_details(product, include_tax, user, request, create=False):
"""Build the product variation details, for conversion to javascript.
Returns variation detail dictionary built like so:
details = {
"OPTION_KEY" : {
"SLUG": "Variation Slug",
"PRICE" : {"qty" : "$price", [...]},
"TAXED" : "$taxed price", # omitted if no taxed price requested
"QTY" : 1
},
[...]
}
"""
config = Config.objects.get_current()
ignore_stock = config.no_stock_checkout
if include_tax:
taxer = get_taxprocessor(user)
tax_class = product.taxClass
details = {}
variations = ProductPriceLookup.objects.filter(parentid=product.id)
if variations.count() == 0:
if create:
log.debug("Creating price lookup for %s", product)
ProductPriceLookup.objects.smart_create_for_product(product)
variations = ProductPriceLookup.objects.filter(parentid=product.id)
else:
log.warning(
"You must run satchmo_rebuild_pricing and add it to a cron-job to run every day, or else the product details will not work for product detail pages."
)
for detl in variations:
key = detl.key
if key in details:
detail = details[key]
else:
detail = {}
detail["SLUG"] = detl.productslug
if not detl.active:
qty = -1
elif ignore_stock:
qty = 10000
else:
qty = detl.items_in_stock
detail["QTY"] = qty
detail["PRICE"] = {}
if include_tax:
detail["TAXED"] = {}
details[key] = detail
price = detl.dynamic_price
currency_code = currency_for_request(request)
detail["PRICE"][detl.quantity] = money_format(price, currency_code)
if include_tax:
tax_price = taxer.by_price(tax_class, price) + price
detail["TAXED"][detl.quantity] = money_format(tax_price, currency_code)
return details
def test_geoip__not_set_up(self):
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "EUR")
def test_currency_code_in_session(self):
GBPCurrencyFactory()
request = self.request_factory.get("/")
request.session = {"currency_code": "GBP"}
self.assertEqual(currency_for_request(request), "GBP")
def test_no_request(self):
self.assertEqual(currency_for_request(None), "EUR")
def test_fallback_to_primary(self):
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "EUR")
def productvariation_details(product,
include_tax,
user,
request,
create=False):
"""Build the product variation details, for conversion to javascript.
Returns variation detail dictionary built like so:
details = {
"OPTION_KEY" : {
"SLUG": "Variation Slug",
"PRICE" : {"qty" : "$price", [...]},
"TAXED" : "$taxed price", # omitted if no taxed price requested
"QTY" : 1
},
[...]
}
"""
config = Config.objects.get_current()
ignore_stock = config.no_stock_checkout
if include_tax:
taxer = get_taxprocessor(user)
tax_class = product.taxClass
details = {}
variations = ProductPriceLookup.objects.filter(parentid=product.id)
if variations.count() == 0:
if create:
log.debug("Creating price lookup for %s", product)
ProductPriceLookup.objects.smart_create_for_product(product)
variations = ProductPriceLookup.objects.filter(parentid=product.id)
else:
log.warning(
"You must run satchmo_rebuild_pricing and add it to a cron-job to run every day, or else the product details will not work for product detail pages."
)
for detl in variations:
key = detl.key
if key in details:
detail = details[key]
else:
detail = {}
detail["SLUG"] = detl.productslug
if not detl.active:
qty = -1
elif ignore_stock:
qty = 10000
else:
qty = detl.items_in_stock
detail["QTY"] = qty
detail["PRICE"] = {}
if include_tax:
detail["TAXED"] = {}
details[key] = detail
price = detl.dynamic_price
currency_code = currency_for_request(request)
detail["PRICE"][detl.quantity] = money_format(price, currency_code)
if include_tax:
tax_price = taxer.by_price(tax_class, price) + price
detail["TAXED"][detl.quantity] = money_format(
tax_price, currency_code)
return details
def test_no_request(self):
self.assertEqual(currency_for_request(None), "EUR")
def test_geoip__not_set_up(self):
request = self.request_factory.get("/")
request.session = {}
self.assertEqual(currency_for_request(request), "EUR")
def test_currency_code_in_session(self):
GBPCurrencyFactory()
request = self.request_factory.get("/")
request.session = {"currency_code": "GBP"}
self.assertEqual(currency_for_request(request), "GBP")
