/** * This method causes the resource framework master to <b>asynchronously</b>re-examine * the set of available and pending workers containers, and release or allocate * containers if needed. The method sends an actor message which will trigger the * re-examination. */ public void triggerCheckWorkers() { self().tell( decorateMessage( CheckAndAllocateContainers.get()), ActorRef.noSender()); }
/** * This method causes the resource framework master to <b>asynchronously</b>re-examine * the set of available and pending workers containers, and release or allocate * containers if needed. The method sends an actor message which will trigger the * re-examination. */ public void triggerCheckWorkers() { self().tell( decorateMessage( CheckAndAllocateContainers.get()), ActorRef.noSender()); }
/** * This method causes the resource framework master to <b>asynchronously</b>re-examine * the set of available and pending workers containers, and release or allocate * containers if needed. The method sends an actor message which will trigger the * re-examination. */ public void triggerCheckWorkers() { self().tell( decorateMessage( CheckAndAllocateContainers.get()), ActorRef.noSender()); }
/** * This method causes the resource framework master to <b>asynchronously</b>re-examine * the set of available and pending workers containers, and release or allocate * containers if needed. The method sends an actor message which will trigger the * re-examination. */ public void triggerCheckWorkers() { self().tell( decorateMessage( CheckAndAllocateContainers.get()), ActorRef.noSender()); }