Package java.util.concurrent

Examples of java.util.concurrent.TimeUnit

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      // This is linked to keep insertion order
      Set<CacheEntry<Object, String>> valuesInserted = new HashSet<>();
      Cache<Object, String> cache = cache(0, CACHE_NAME);
      for (int i = 0; i < 3; ++i) {
         Object key = getKeyTiedToCache(cache);
         TimeUnit unit = TimeUnit.MINUTES;
         cache.put(key, key.toString(), 10, unit, i + 1, unit);

         valuesInserted.add(new TransientMortalCacheEntry(key, key.toString(), unit.toMillis(i + 1), unit.toMillis(10),
                                                          System.currentTimeMillis()));
      }

      EntryRetriever<Object, String> retriever = cache(0, CACHE_NAME).getAdvancedCache().getComponentRegistry().getComponent(
            EntryRetriever.class);
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                    config.setMaxSize(maxSize);
                } else if (PassivationStoreResourceDefinition.IDLE_TIMEOUT.getName().equals(attributeName)) {
                    long timeout = PassivationStoreResourceDefinition.IDLE_TIMEOUT.resolveModelAttribute(context, model).asLong();
                    config.setIdleTimeout(timeout);
                } else if (PassivationStoreResourceDefinition.IDLE_TIMEOUT_UNIT.getName().equals(attributeName)) {
                    TimeUnit unit = TimeUnit.valueOf(PassivationStoreResourceDefinition.IDLE_TIMEOUT_UNIT.resolveModelAttribute(context, model).asString());
                    config.setIdleTimeoutUnit(unit);
                } else {
                    this.apply(config, context, attributeName, model);
                }
            }
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        }
        if (data instanceof SessionBean31MetaData) {
            SessionBean31MetaData sessionBean31MetaData = (SessionBean31MetaData) data;
            final StatefulTimeoutMetaData statefulTimeout = sessionBean31MetaData.getStatefulTimeout();
            if (statefulTimeout != null) {
                TimeUnit unit = TimeUnit.MINUTES;
                if (statefulTimeout.getUnit() != null) {
                    unit = statefulTimeout.getUnit();
                }
                componentConfiguration.setStatefulTimeout(new StatefulTimeoutInfo(statefulTimeout.getTimeout(), unit));
            }
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    private static Integer timeout(final ContainerTransactionMetaData containerTransaction) {
        final List<TransactionTimeoutMetaData> transactionTimeouts = containerTransaction.getAny(TransactionTimeoutMetaData.class);
        if (transactionTimeouts == null || transactionTimeouts.isEmpty())
            return null;
        final TransactionTimeoutMetaData transactionTimeout = transactionTimeouts.get(0);
        final TimeUnit unit = transactionTimeout.getUnit() == null ? TimeUnit.SECONDS : transactionTimeout.getUnit();
        return (int)unit.toSeconds(transactionTimeout.getTimeout());
    }
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                            enqueueCondition.await();
                        } catch (InterruptedException e) {
                            intr = true;
                        }
                    } else {
                        final TimeUnit timeUnit = keepAliveTimeUnit;
                        final long time = keepAliveTime;
                        final long remaining = time - timeUnit.convert(elapsed, TimeUnit.MILLISECONDS);
                        if (remaining <= 0L && (allowCoreThreadTimeout || threadCount > coreThreadLimit)) {
                            // the timeout has expired
                            return pollTask();
                        }
                        try {
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      }
   }

   public void testTransactionalModificationsHappenInDiffThread(Method m) throws Exception {
      final int waitTimeout = 10;
      final TimeUnit waitUnit = TimeUnit.SECONDS;
      try {
         final TransactionFactory gtf = new TransactionFactory();
         gtf.init(false, false, true, false);
         final String k1 = k(m, 1), k2 = k(m, 2), v1 = v(m, 1), v2 = v(m, 2);
         final ConcurrentMap<Object, Modification> localMods = new ConcurrentHashMap<Object, Modification>();
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      }
   }

   public void testTransactionalModificationsAreCoalesced(Method m) throws Exception {
      final int waitTimeout = 10;
      final TimeUnit waitUnit = TimeUnit.SECONDS;
      try {
         final TransactionFactory gtf = new TransactionFactory();
         gtf.init(false, false, true, false);
         final String k1 = k(m, 1), k2 = k(m, 2), k3 = k(m, 3), v1 = v(m, 1), v2 = v(m, 2), v3 = v(m, 3);
         final AtomicInteger storeCount = new AtomicInteger();
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    @Override
    protected StatefulTimeoutInfo fromAnnotation(final AnnotationInstance annotationInstance) {
        final long value = annotationInstance.value().asLong();
        final AnnotationValue unitValue = annotationInstance.value("unit");
        final TimeUnit unit;
        if (unitValue != null) {
            unit = TimeUnit.valueOf(unitValue.asEnum());
        } else {
            unit = TimeUnit.MINUTES;
        }
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    @Override
    protected Integer fromAnnotation(final AnnotationInstance annotationInstance) {
        final long timeout = annotationInstance.value().asLong();
        AnnotationValue unitAnnVal = annotationInstance.value("unit");
        final TimeUnit unit = unitAnnVal != null ? TimeUnit.valueOf(unitAnnVal.asEnum()) : TimeUnit.SECONDS;
        return (int) unit.toSeconds(timeout);
    }
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    @Override
    protected AccessTimeoutDetails fromAnnotation(final AnnotationInstance annotationInstance) {
        final long timeout = annotationInstance.value().asLong();
        AnnotationValue unitAnnVal = annotationInstance.value("unit");
        final TimeUnit unit = unitAnnVal != null ? TimeUnit.valueOf(unitAnnVal.asEnum()) : TimeUnit.MILLISECONDS;
        return new AccessTimeoutDetails(timeout, unit);
    }
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