final class AbstractFutureBenchmarks {
  private AbstractFutureBenchmarks() {}

  interface Facade<T> extends ListenableFuture<T> {
    @CanIgnoreReturnValue
    boolean set(T t);

    @CanIgnoreReturnValue
    boolean setException(Throwable t);
  }

  private static class NewAbstractFutureFacade<T> extends AbstractFuture<T> implements Facade<T> {
    @CanIgnoreReturnValue
    @Override
    public boolean set(T t) {

        assertNotNull(result);
        assertEquals(6, result.length);
        assertEquals("Service", result[0]);
        assertEquals("ServiceImpl", result[1]);
        assertEquals("Facade", result[2]);
        assertEquals("FacadeImpl", result[3]);
        assertEquals("Logic", result[4]);
        assertEquals("LogicImpl", result[5]);
    }

    // Test toBeDisposable with null process

labels.designFileName=Nome file
labels.incrementalCrawling=Verifica ultima modifica
labels.errorCount=Numero di errori
labels.errorLog=Log errori
labels.errorName=Nome errore
labels.expiredTime=Data di scadenza
labels.expires=Scade
labels.failureCountThreshold=Soglia di fallimento
labels.fileConfigName=Nome configurazione scansione file
labels.fileName=Nome file
labels.handlerName=Nome gestore
labels.handlerParameter=Parametro

     * Before upgrading to 1.2, <strong>delete all DaemonSet alpha-version resources</strong>. If you do not want to disrupt the pods, use kubectl delete daemonset <name>
--cascade=false. Then create DaemonSet Beta resources after upgrading to 1.2.
     * Client (kubectl) and server versions must match (both 1.1 or both 1.2) for any
DaemonSet-related operations.
     * Behavior change: