private void closeAll() { try { kqueueWaitNow(); } catch (IOException e) { // ignore on close } }
private void closeAll() { try { kqueueWaitNow(); } catch (IOException e) { // ignore on close } }
private int kqueueWait(boolean oldWakeup) throws IOException { // If a task was submitted when wakenUp value was 1, the task didn't get a chance to produce wakeup event. // So we need to check task queue again before calling kqueueWait. If we don't, the task might be pended // until kqueueWait was timed out. It might be pended until idle timeout if IdleStateHandler existed // in pipeline. if (oldWakeup && hasTasks()) { return kqueueWaitNow(); } long totalDelay = delayNanos(System.nanoTime()); int delaySeconds = (int) min(totalDelay / 1000000000L, Integer.MAX_VALUE); return kqueueWait(delaySeconds, (int) min(totalDelay - delaySeconds * 1000000000L, Integer.MAX_VALUE)); }
private int kqueueWait(boolean oldWakeup) throws IOException { // If a task was submitted when wakenUp value was 1, the task didn't get a chance to produce wakeup event. // So we need to check task queue again before calling kqueueWait. If we don't, the task might be pended // until kqueueWait was timed out. It might be pended until idle timeout if IdleStateHandler existed // in pipeline. if (oldWakeup && hasTasks()) { return kqueueWaitNow(); } long totalDelay = delayNanos(System.nanoTime()); int delaySeconds = (int) min(totalDelay / 1000000000L, Integer.MAX_VALUE); return kqueueWait(delaySeconds, (int) min(totalDelay - delaySeconds * 1000000000L, Integer.MAX_VALUE)); }
private void closeAll() { try { kqueueWaitNow(); } catch (IOException e) { // ignore on close } }
private void closeAll() { try { kqueueWaitNow(); } catch (IOException e) { // ignore on close } }
private void closeAll() { try { kqueueWaitNow(); } catch (IOException e) { // ignore on close } }
private void closeAll() { try { kqueueWaitNow(); } catch (IOException e) { // ignore on close } }
private int kqueueWait(boolean oldWakeup) throws IOException { // If a task was submitted when wakenUp value was 1, the task didn't get a chance to produce wakeup event. // So we need to check task queue again before calling kqueueWait. If we don't, the task might be pended // until kqueueWait was timed out. It might be pended until idle timeout if IdleStateHandler existed // in pipeline. if (oldWakeup && hasTasks()) { return kqueueWaitNow(); } long totalDelay = delayNanos(System.nanoTime()); int delaySeconds = (int) min(totalDelay / 1000000000L, Integer.MAX_VALUE); return kqueueWait(delaySeconds, (int) min(totalDelay - delaySeconds * 1000000000L, Integer.MAX_VALUE)); }
private int kqueueWait(boolean oldWakeup) throws IOException { // If a task was submitted when wakenUp value was 1, the task didn't get a chance to produce wakeup event. // So we need to check task queue again before calling kqueueWait. If we don't, the task might be pended // until kqueueWait was timed out. It might be pended until idle timeout if IdleStateHandler existed // in pipeline. if (oldWakeup && hasTasks()) { return kqueueWaitNow(); } long totalDelay = delayNanos(System.nanoTime()); int delaySeconds = (int) min(totalDelay / 1000000000L, Integer.MAX_VALUE); return kqueueWait(delaySeconds, (int) min(totalDelay - delaySeconds * 1000000000L, Integer.MAX_VALUE)); }
private int kqueueWait(boolean oldWakeup) throws IOException { // If a task was submitted when wakenUp value was 1, the task didn't get a chance to produce wakeup event. // So we need to check task queue again before calling kqueueWait. If we don't, the task might be pended // until kqueueWait was timed out. It might be pended until idle timeout if IdleStateHandler existed // in pipeline. if (oldWakeup && hasTasks()) { return kqueueWaitNow(); } long totalDelay = delayNanos(System.nanoTime()); int delaySeconds = (int) min(totalDelay / 1000000000L, Integer.MAX_VALUE); return kqueueWait(delaySeconds, (int) min(totalDelay - delaySeconds * 1000000000L, Integer.MAX_VALUE)); }
private int kqueueWait(boolean oldWakeup) throws IOException { // If a task was submitted when wakenUp value was 1, the task didn't get a chance to produce wakeup event. // So we need to check task queue again before calling kqueueWait. If we don't, the task might be pended // until kqueueWait was timed out. It might be pended until idle timeout if IdleStateHandler existed // in pipeline. if (oldWakeup && hasTasks()) { return kqueueWaitNow(); } long totalDelay = delayNanos(System.nanoTime()); int delaySeconds = (int) min(totalDelay / 1000000000L, Integer.MAX_VALUE); return kqueueWait(delaySeconds, (int) min(totalDelay - delaySeconds * 1000000000L, Integer.MAX_VALUE)); }