private ListeningExecutorService newCachedThreadPoolNamed(String name) { return listeningDecorator(Executors.newCachedThreadPool(namedThreadFactory(name))); }
private ListeningExecutorService newCachedThreadPoolNamed(String name) { return listeningDecorator(Executors.newCachedThreadPool(namedThreadFactory(name))); }
private ListeningExecutorService newCachedThreadPoolNamed(String name) { return listeningDecorator(Executors.newCachedThreadPool(namedThreadFactory(name))); }
private ListeningExecutorService newCachedThreadPoolNamed(String name) { return listeningDecorator(Executors.newCachedThreadPool(namedThreadFactory(name))); }
private ListeningExecutorService newCachedThreadPoolNamed(String name) { return listeningDecorator(Executors.newCachedThreadPool(namedThreadFactory(name))); }
private ListeningExecutorService newCachedThreadPoolNamed(String name) { return listeningDecorator(Executors.newCachedThreadPool(namedThreadFactory(name))); }
private ListeningExecutorService newScalingThreadPoolNamed(String name, int maxCount) { return listeningDecorator(newScalingThreadPool(1, maxCount, 60L * 1000, namedThreadFactory(name))); }
private ListeningExecutorService newScalingThreadPoolNamed(String name, int maxCount) { return listeningDecorator(newScalingThreadPool(1, maxCount, 60L * 1000, namedThreadFactory(name))); }
private ListeningExecutorService newScalingThreadPoolNamed(String name, int maxCount) { return listeningDecorator(newScalingThreadPool(1, maxCount, 60L * 1000, namedThreadFactory(name))); }
private ListeningExecutorService newScalingThreadPoolNamed(String name, int maxCount) { return listeningDecorator(newScalingThreadPool(1, maxCount, 60L * 1000, namedThreadFactory(name))); }
private ListeningExecutorService newScalingThreadPoolNamed(String name, int maxCount) { return listeningDecorator(newScalingThreadPool(1, maxCount, 60L * 1000, namedThreadFactory(name))); }
private ListeningExecutorService newScalingThreadPoolNamed(String name, int maxCount) { return listeningDecorator(newScalingThreadPool(1, maxCount, 60L * 1000, namedThreadFactory(name))); }