def AvailableVariantAspectsVocabulary(context):
terms = list()
for definition in available_variant_aspects():
terms.append(
SimpleTerm(value=dotted_name(definition.interface),
title=definition.title))
return SimpleVocabulary(terms)
def aspects_criteria(self):
criteria = dict()
for definition in available_variant_aspects():
key = definition.attribute
value = self.request.get(key)
if value and value != 'UNSET':
criteria['{0}_aspect'.format(key)] = value.decode('utf-8')
return criteria
def aspects_criteria(self):
criteria = dict()
for definition in available_variant_aspects():
key = definition.attribute
value = self.request.get(key)
if value and value != 'UNSET':
criteria['{0}_aspect'.format(key)] = value.decode('utf-8')
return criteria
def aspects_criteria(self):
criteria = dict()
for definition in available_variant_aspects():
key = definition.attribute
value = self.request.get(key)
if value and value != "UNSET":
if six.PY2:
criteria["{0}_aspect".format(key)] = value.decode("utf-8")
else:
criteria["{0}_aspect".format(key)] = value
return criteria
def get_default_variant_aspects(context):
try:
default_aspects = getattr(context, 'default_variant_aspects')
except AttributeError:
return list()
ret = list()
for definition in available_variant_aspects():
aspect_name = dotted_name(definition.interface)
for default_name in default_aspects:
if default_name == aspect_name:
ret.append(definition.interface)
break
return ret
def get_default_variant_aspects(context):
try:
default_aspects = getattr(context, 'default_variant_aspects')
except AttributeError:
return list()
ret = list()
for definition in available_variant_aspects():
aspect_name = dotted_name(definition.interface)
for default_name in default_aspects:
if default_name == aspect_name:
ret.append(definition.interface)
break
return ret
def aspects(self):
aspects = list()
for definition in available_variant_aspects():
aspect = self.create_aspect(definition.title, definition.attribute)
options = aspect['options']
selected_value = self.variant_value(definition)
for value in self.variant_values(definition):
selected = value == selected_value
options.append(self.create_option(value, value, selected))
if options:
if not selected_value:
options.insert(0, self.create_option('-', 'UNSET', True))
aspects.append(aspect)
return aspects
def aspects(self):
aspects = list()
for definition in available_variant_aspects():
aspect = self.create_aspect(definition.title, definition.attribute)
options = aspect['options']
selected_value = self.variant_value(definition)
for value in self.variant_values(definition):
selected = value == selected_value
options.append(self.create_option(value, value, selected))
if options:
if not selected_value:
options.insert(0, self.create_option('-', 'UNSET', True))
aspects.append(aspect)
return aspects
def aspects(self):
aspects = list()
for definition in available_variant_aspects():
aspect = self.create_aspect(definition.title, definition.attribute)
options = aspect['options']
for value in self.variant_values(definition):
selected = False
from_request = self.request.get(definition.attribute)
if from_request == value.encode('utf-8'):
selected = True
options.append(self.create_option(value, value, selected))
if options:
options.insert(0, self.create_option('all', 'UNSET', False))
aspects.append(aspect)
return aspects
def aspects(self):
aspects = list()
for definition in available_variant_aspects():
aspect = self.create_aspect(definition.title, definition.attribute)
options = aspect['options']
for value in self.variant_values(definition):
selected = False
from_request = self.request.get(definition.attribute)
if from_request == value.encode('utf-8'):
selected = True
options.append(self.create_option(value, value, selected))
if options:
options.insert(0, self.create_option('all', 'UNSET', False))
aspects.append(aspect)
return aspects
def batch_params(self):
params = list()
for definition in available_variant_aspects():
params.append(definition.attribute)
return params
def batch_params(self):
params = list()
for definition in available_variant_aspects():
params.append(definition.attribute)
return params
def AvailableVariantAspectsVocabulary(context):
terms = list()
for definition in available_variant_aspects():
terms.append(SimpleTerm(value=dotted_name(definition.interface),
title=definition.title))
return SimpleVocabulary(terms)
