def _get_dynamic_catalog_values(self):
values = {}
dynamic_schema = self.get_dynamic_schema()
for key, datatype in get_product_filters().items():
register_key = 'DFT-%s' % key
if key in dynamic_schema:
value = self.get_dynamic_property(key, dynamic_schema)
if value and getattr(datatype, 'is_range', False):
value = int(value * 100)
if value:
values[register_key] = value
# Dynamic indexation
register_fields = get_register_fields()
model = self.get_product_model()
if model is None:
return {}
for key, datatype in self.get_dynamic_schema().items():
# We index dynamic properties that correspond to
# an EnumerateTable datatype.
# So we are able to know if enumerate value is used or not
if issubclass(datatype, EnumerateTable_to_Enumerate) is True:
register_key = 'DFT-%s' % datatype.enumerate_name
if register_key not in register_fields:
register_field(register_key, String(is_indexed=True))
if datatype.multiple is True:
values[register_key] = ' '.join(self.get_property(key))
else:
values[register_key] = self.get_property(key)
return values
def _get_dynamic_catalog_values(self):
values = {}
dynamic_schema = self.get_dynamic_schema()
for key, datatype in get_product_filters().items():
register_key = 'DFT-%s' % key
if key in dynamic_schema:
value = self.get_dynamic_property(key, dynamic_schema)
if value and getattr(datatype, 'is_range', False):
value = int(value * 100)
if value:
values[register_key] = value
# Dynamic indexation
register_fields = get_register_fields()
model = self.get_product_model()
if model is None:
return {}
for key, datatype in self.get_dynamic_schema().items():
# We index dynamic properties that correspond to
# an EnumerateTable datatype.
# So we are able to know if enumerate value is used or not
if issubclass(datatype, EnumerateTable_to_Enumerate) is True:
register_key = 'DFT-%s' % datatype.enumerate_name
if register_key not in register_fields:
register_field(register_key, String(is_indexed=True))
if datatype.multiple is True:
values[register_key] = ' '.join(self.get_property(key))
else:
values[register_key] = self.get_property(key)
return values
def get_options(cls):
options = [{"name": "stored_price", "value": MSG(u"Price")}, {"name": "stored_weight", "value": MSG(u"Weight")}]
for name, datatype in get_product_filters().items():
value = name
name = "DFT-%s" % name
if getattr(datatype, "is_range", False):
options.append({"name": name, "value": value})
return options
def get_options(cls):
options = [{
'name': 'stored_price',
'value': MSG(u'Price')
}, {
'name': 'stored_weight',
'value': MSG(u'Weight')
}]
for name, datatype in get_product_filters().items():
value = name
name = 'DFT-%s' % name
if getattr(datatype, 'is_range', False):
options.append({'name': name, 'value': value})
return options
def get_options(cls):
return [
{"name": x.enumerate_name, "value": x.enumerate_name}
for x in get_product_filters().values()
if hasattr(x, "enumerate_name")
]
def get_options(cls):
return [{
'name': x.enumerate_name,
'value': x.enumerate_name
} for x in get_product_filters().values()
if hasattr(x, 'enumerate_name')]
