def _make_form(self):
form_class = type(b'FeaturesForm', (IndicoForm,), {})
for name, feature in sorted(get_feature_definitions().iteritems(), key=lambda x: x[1].friendly_name):
field = BooleanField(feature.friendly_name, widget=SwitchWidget(on_label=_('On'), off_label=_('Off')),
description=feature.description)
setattr(form_class, name, field)
defaults = {name: True for name in get_enabled_features(self.event)}
return form_class(csrf_enabled=False, obj=FormDefaults(defaults))
def required_by_deep(cls):
"""All feature names depending on this feature.
This includes features which depend on a feature depending on
this feature.
"""
# This is not very efficient, but it runs exactly one on a not-very-large set
return {feature.name for feature in get_feature_definitions().itervalues() if cls.name in feature.requires_deep}
def _make_form(self):
form_class = type('FeaturesForm', (IndicoForm,), {})
disallowed = get_disallowed_features(self.event)
for name, feature in sorted(get_feature_definitions().items(), key=lambda x: x[1].friendly_name):
if name in disallowed:
continue
field = BooleanField(feature.friendly_name, widget=SwitchWidget(), description=feature.description)
setattr(form_class, name, field)
defaults = {name: True for name in get_enabled_features(self.event)}
return form_class(csrf_enabled=False, obj=FormDefaults(defaults))
def requires_deep(cls):
"""All feature names required by this feature.
This includes features required by a requirement.
"""
feature_definitions = get_feature_definitions()
todo = set(cls.requires)
features = set()
while todo:
feature = todo.pop()
features.add(feature)
todo |= feature_definitions[feature].requires
return features
def _event_created(event, **kwargs):
from indico.modules.events.features.util import get_feature_definitions, get_enabled_features
feature_definitions = get_feature_definitions()
for feature in get_enabled_features(event):
feature_definitions[feature].enabled(event)
def _check_feature_definitions(app, **kwargs):
# This will raise RuntimeError if the feature names are not unique
from indico.modules.events.features.util import get_feature_definitions
get_feature_definitions()
def _format_feature_names(self, names):
return ', '.join(sorted(unicode(f.friendly_name)
for f in get_feature_definitions().itervalues()
if f.name in names))
def _check_feature_definitions(app, **kwargs):
# This will raise RuntimeError if the feature names are not unique
from indico.modules.events.features.util import get_feature_definitions
get_feature_definitions()
def _format_feature_names(self, names):
return ', '.join(
sorted(
unicode(f.friendly_name)
for f in get_feature_definitions().itervalues()
if f.name in names))
def _event_created(event, **kwargs):
from indico.modules.events.features.util import get_feature_definitions, get_enabled_features
feature_definitions = get_feature_definitions()
for feature in get_enabled_features(event):
feature_definitions[feature].enabled(event)
