@Test public void testCustomRequestTaskThreadNameShare() { String expectedName = "workQueueProcessorRequestTaskShare"; //NOTE: the below single executor should not be used usually as requestTask assumes it immediately gets executed ExecutorService customTaskExecutor = Executors.newSingleThreadExecutor(r -> new Thread(r, expectedName)); WorkQueueProcessor<Object> processor = WorkQueueProcessor.builder() .executor(Executors.newCachedThreadPool()) .requestTaskExecutor(customTaskExecutor) .bufferSize(8) .waitStrategy(WaitStrategy.liteBlocking()) .autoCancel(true) .build(); processor.requestTask(Operators.cancelledSubscription()); processor.subscribe(); Thread[] threads = new Thread[Thread.activeCount()]; Thread.enumerate(threads); //cleanup to avoid visibility in other tests customTaskExecutor.shutdownNow(); processor.forceShutdown(); Condition<Thread> customRequestTaskThread = new Condition<>( thread -> thread != null && expectedName.equals(thread.getName()), "a thread named \"%s\"", expectedName); Assertions.assertThat(threads) .haveExactly(1, customRequestTaskThread); }
@Test public void testCustomRequestTaskThreadNameCreate() { String expectedName = "workQueueProcessorRequestTaskCreate"; //NOTE: the below single executor should not be used usually as requestTask assumes it immediately gets executed ExecutorService customTaskExecutor = Executors.newSingleThreadExecutor(r -> new Thread(r, expectedName)); WorkQueueProcessor<Object> processor = WorkQueueProcessor.builder() .executor(Executors.newCachedThreadPool()) .requestTaskExecutor(customTaskExecutor) .bufferSize(8) .waitStrategy(WaitStrategy.liteBlocking()) .autoCancel(true) .build(); processor.requestTask(Operators.cancelledSubscription()); processor.subscribe(); Thread[] threads = new Thread[Thread.activeCount()]; Thread.enumerate(threads); //cleanup to avoid visibility in other tests customTaskExecutor.shutdownNow(); processor.forceShutdown(); Condition<Thread> customRequestTaskThread = new Condition<>( thread -> thread != null && expectedName.equals(thread.getName()), "a thread named \"%s\"", expectedName); Assertions.assertThat(threads) .haveExactly(1, customRequestTaskThread); }
@Test public void createOverrideAll() { ExecutorService executor = Executors.newSingleThreadExecutor(); ExecutorService requestTaskExecutor = Executors.newSingleThreadExecutor(); int bufferSize = 1024; WaitStrategy waitStrategy = WaitStrategy.busySpin(); boolean autoCancel = false; WorkQueueProcessor<Integer> processor = WorkQueueProcessor.<Integer>builder() .executor(executor) .requestTaskExecutor(requestTaskExecutor) .bufferSize(bufferSize) .waitStrategy(waitStrategy) .autoCancel(autoCancel) .build(); assertProcessor(processor, false, null, bufferSize, waitStrategy, autoCancel, executor, requestTaskExecutor); }
@Test public void shareOverrideAll() { ExecutorService executor = Executors.newSingleThreadExecutor(); ExecutorService requestTaskExecutor = Executors.newSingleThreadExecutor(); int bufferSize = 1024; WaitStrategy waitStrategy = WaitStrategy.busySpin(); boolean autoCancel = false; WorkQueueProcessor<Integer> processor = WorkQueueProcessor.<Integer>builder() .share(true) .executor(executor) .requestTaskExecutor(requestTaskExecutor) .bufferSize(bufferSize) .waitStrategy(waitStrategy) .autoCancel(autoCancel) .build(); assertProcessor(processor, true, null, bufferSize, waitStrategy, autoCancel, executor, requestTaskExecutor); }