@Override public T take(final WaitStrategy.Takeable<T> t) throws InterruptedException { T result; while ((result = t.take()) == null) { Thread.yield(); } return result; }
@Override public T take(final com.oath.cyclops.async.wait.WaitStrategy.Takeable<T> t) throws InterruptedException { return t.take(); }
@Override public T take(final WaitStrategy.Takeable<T> t) throws InterruptedException { T result; while ((result = t.take()) == null) { Thread.yield(); } return result; }
@Override public T take(final WaitStrategy.Takeable<T> t) throws InterruptedException { T result; while ((result = t.take()) == null) { LockSupport.parkNanos(1l); } return result; }
@Override public T take(final WaitStrategy.Takeable<T> t) throws InterruptedException { double currentBackoff = backoffNanos; T result; while ((result = t.take()) == null) { LockSupport.parkNanos((long) currentBackoff); currentBackoff = currentBackoff * coefficient; } return result; }
@Override public T take(final com.oath.cyclops.async.wait.WaitStrategy.Takeable<T> t) throws InterruptedException { T result; while ((result = t.take()) == null) { } return result; }
@Override public T take(final com.oath.cyclops.async.wait.WaitStrategy.Takeable<T> t) throws InterruptedException { return t.take(); }
@Override public T take(final com.oath.cyclops.async.wait.WaitStrategy.Takeable<T> t) throws InterruptedException { T result; while ((result = t.take()) == null) { } return result; }
@Override public T take(final WaitStrategy.Takeable<T> t) throws InterruptedException { T result; while ((result = t.take()) == null) { LockSupport.parkNanos(1l); } return result; }
@Override public T take(final WaitStrategy.Takeable<T> t) throws InterruptedException { double currentBackoff = backoffNanos; T result; while ((result = t.take()) == null) { LockSupport.parkNanos((long) currentBackoff); currentBackoff = currentBackoff * coefficient; } return result; }