def acquire_label(self, field_name):
label_name = "%s__%s__%s" % (self.__class__.__name__, field_name, self.jeeves_id)
if JeevesLib.doesLabelExist(label_name):
return JeevesLib.getLabel(label_name)
else:
label = JeevesLib.mkLabel(label_name, uniquify=False)
restrictor = getattr(self, "jeeves_restrict_" + field_name)
JeevesLib.restrict(label, lambda ctxt: restrictor(self, ctxt), True)
return label
def acquire_label(self, field_name):
label_name = '%s__%s__%s' % \
(self.__class__.__name__, field_name, self.jeeves_id)
if JeevesLib.doesLabelExist(label_name):
return JeevesLib.getLabel(label_name)
else:
label = JeevesLib.mkLabel(label_name, uniquify=False)
restrictor = getattr(self, 'jeeves_restrict_' + field_name)
JeevesLib.restrict(label, lambda ctxt: restrictor(self, ctxt),
True)
return label
def acquire_label_by_name(app_label, label_name):
if JeevesLib.doesLabelExist(label_name):
return JeevesLib.getLabel(label_name)
else:
label = JeevesLib.mkLabel(label_name, uniquify=False)
model_name, field_name, jeeves_id = label_name.split('__')
model = get_model(app_label, model_name)
# TODO: optimization: most of the time this obj will be the one we are
# already fetching
obj = model.objects.get(use_base_env=True, jeeves_id=jeeves_id)
restrictor = getattr(model, 'jeeves_restrict_' + field_name)
JeevesLib.restrict(label, lambda ctxt : restrictor(obj, ctxt), True)
return label
def acquire_label_by_name(app_label, label_name):
if JeevesLib.doesLabelExist(label_name):
return JeevesLib.getLabel(label_name)
else:
label = JeevesLib.mkLabel(label_name, uniquify=False)
model_name, field_name, jeeves_id = label_name.split('__')
model = get_model(app_label, model_name)
# TODO: optimization: most of the time this obj will be the one we are
# already fetching
obj = model.objects.get(use_base_env=True, jeeves_id=jeeves_id)
restrictor = getattr(model, 'jeeves_restrict_' + field_name)
JeevesLib.restrict(label, lambda ctxt: restrictor(obj, ctxt), True)
return label
def acquire_label_by_name(app_label, label_name, obj):
"""Gets a label by name.
"""
if JeevesLib.doesLabelExist(label_name):
return JeevesLib.getLabel(label_name)
else:
label = JeevesLib.mkLabel(label_name, uniquify=False)
model_name, field_name, jeeves_id = label_name.split("__")
model = get_model(app_label, model_name)
# NOTE(JY): Optimization implemented. Make sure it's correct.
# TODO: optimization: most of the time this obj will be the one we are
# already fetching
"""
if obj == None:
obj = model.objects.get(use_base_env=True
, skip_optimize=True, jeeves_id=jeeves_id)
"""
restrictor = getattr(model, "jeeves_restrict_" + field_name)
JeevesLib.restrict(label, lambda ctxt: restrictor(obj, ctxt), True)
return label
def acquire_label_by_name(app_label, label_name, obj):
"""Gets a label by name.
"""
if JeevesLib.doesLabelExist(label_name):
return JeevesLib.getLabel(label_name)
else:
label = JeevesLib.mkLabel(label_name, uniquify=False)
model_name, field_name, jeeves_id = label_name.split('__')
model = get_model(app_label, model_name)
# NOTE(JY): Optimization implemented. Make sure it's correct.
# TODO: optimization: most of the time this obj will be the one we are
# already fetching
'''
if obj == None:
obj = model.objects.get(use_base_env=True
, skip_optimize=True, jeeves_id=jeeves_id)
'''
restrictor = getattr(model, 'jeeves_restrict_' + field_name)
JeevesLib.restrict(label, lambda ctxt: restrictor(obj, ctxt), True)
return label
def acquire_label_by_name(app_label, label_name, obj=None):
"""Gets a label by name.
"""
if JeevesLib.doesLabelExist(label_name):
return JeevesLib.getLabel(label_name)
else:
label = JeevesLib.mkLabel(label_name, uniquify=False)
model_name, field_name, jeeves_id = label_name.split('__')
# Get the model that corresponds to the application label and
# model name.
# TODO: Make get_model faster?
model = apps.get_model(app_label, model_name)
# Gets the current row so we can feed it to the policy.
# TODO: Figure out why we need the faceted value here...
obj = model.objects.get(use_base_env=True, jeeves_id=jeeves_id)
restrictor = getattr(model, 'jeeves_restrict_' + field_name)
JeevesLib.restrict(label, lambda ctxt: restrictor(obj, ctxt), True)
return label
def acquire_label_by_name(app_label, label_name, obj=None):
"""Gets a label by name.
"""
if JeevesLib.doesLabelExist(label_name):
return JeevesLib.getLabel(label_name)
else:
label = JeevesLib.mkLabel(label_name, uniquify=False)
model_name, field_name, jeeves_id = label_name.split('__')
# Get the model that corresponds to the application label and
# model name.
# TODO: Make get_model faster?
model = apps.get_model(app_label, model_name)
# Gets the current row so we can feed it to the policy.
# TODO: Figure out why we need the faceted value here...
obj = model.objects.get(use_base_env=True, jeeves_id=jeeves_id)
restrictor = getattr(model, 'jeeves_restrict_' + field_name)
JeevesLib.restrict(label, lambda ctxt: restrictor(obj, ctxt), True)
return label
