def DeactivateSelf(self, force=False):
if not self.IsActive():
logging.info("No need to deactivate service: %s, not active",
str(self.GetServiceId()))
return []
if not force and self.GetStateProto().options.disable_deactivate:
raise errors.InternalError(
"Cannot deactivate {}, disable_deactivate is true.".format(
self.GetServiceId()))
if not force and self.GetStateProto().requested_by_others:
raise errors.InternalError(
"Cannot deactivate {}, requested by services: {}.".format(
self.GetServiceId(), ", ".join(
map(str,
self.GetStateProto().requested_by_others))))
all_delayed_actions = []
for srv_id in self.GetStateProto().options.grouped_services:
grouped_service = self._manager.GetService(
ServiceId.FromProto(srv_id))
all_delayed_actions += grouped_service.HandleReleaseService(
self._GetServiceRequest())
self.GetStateProto().requests_by_self.ClearFields()
self.GetStateProto().status = ServiceStatePb.STATUS_STOPPED
# all_delayed_actions will always be [], which is OK for now.
return all_delayed_actions
def ForceRestart(self):
raise errors.InternalError("Cannot force-restart a MetaService.")
def HandleReleaseService(self, service_request_id):
del request
raise errors.InternalError("Cannot release a MetaService")
def HandleRequestService(self, request):
del request
raise errors.InternalError("Cannot request a MetaService")
def Remove(self):
raise errors.InternalError("Cannot remove a MetaService.")
def Update(self, new_options):
raise errors.InternalError("Cannot update a MetaService.")
def ForceRestart(self):
raise errors.InternalError(
"Cannot force-restart a GroupService. Please find the groupped "
"services and restart them individually.")