Package org.infinispan.util.concurrent

Examples of org.infinispan.util.concurrent.NotifyingFutureImpl


         // push state.
         Set<Future<Void>> pushFutures = new HashSet<Future<Void>>();
         for (Map.Entry<Address, Map<Object, InternalCacheValue>> entry : statemap.getState().entrySet()) {
            if (log.isDebugEnabled()) log.debug("Pushing {0} entries to {1}", entry.getValue().size(), entry.getKey());
            RehashControlCommand push = cf.buildRehashControlCommand(RehashControlCommand.Type.PUSH_STATE, self, entry.getValue());
            NotifyingNotifiableFuture f = new NotifyingFutureImpl(null);
            pushFutures.add(f);
            rpcManager.invokeRemotelyInFuture(Collections.singleton(entry.getKey()), push, true, f, configuration.getRehashRpcTimeout());
         }

         for (Future f : pushFutures) f.get();

         completedSuccessfully = true;
         invalidateInvalidHolders(oldCH, dmi.getConsistentHash());
         if (log.isInfoEnabled())
            log.info("Completed in {0}!", Util.prettyPrintTime(System.currentTimeMillis() - start));
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      Set<Future> futures = new HashSet<Future>();

      for (Map.Entry<Address, Set<Object>> e : invalidations.entrySet()) {
         InvalidateCommand ic = cf.buildInvalidateFromL1Command(e.getValue().toArray());
         NotifyingNotifiableFuture f = new NotifyingFutureImpl(null);
         rpcManager.invokeRemotelyInFuture(Collections.singletonList(e.getKey()), ic, true, f);
         futures.add(f);
      }

      for (Future f : futures) f.get();
   }
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      Cache cache1 = cache(0,"futureRepl");

      //never mind use of KeyValueCommand, the point is that callback is called and completes without Exceptions thrown
      final AtomicBoolean futureDoneOk = new AtomicBoolean();
      NotifyingFutureImpl f = new NotifyingFutureImpl(new Integer(2));
      f.attachListener(new FutureListener<Object>() {
        
         @Override
         public void futureDone(Future<Object> future) {
            try {     
               future.get();
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      Set<Future<Object>> pushFutures = new HashSet<Future<Object>>();
      for (Map.Entry<Address, List<PrepareCommand>> e : state.getState().entrySet()) {
         if (log.isDebugEnabled())
            log.debug("Pushing {0} uncommitted prepares to {1}", e.getValue().size(), e.getKey());
         RehashControlCommand push = cf.buildRehashControlCommandTxLogPendingPrepares(self, e.getValue());
         NotifyingNotifiableFuture<Object> f = new NotifyingFutureImpl(null);
         pushFutures.add(f);
         rpcManager.invokeRemotelyInFuture(Collections.singleton(e.getKey()), push, true, f, configuration.getRehashRpcTimeout());
      }

      for (Future f : pushFutures) {
         try {
            f.get();
         } catch (InterruptedException e) {
            Thread.currentThread().interrupt();
         } catch (ExecutionException e) {
            log.error("Error pushing tx log", e);
         }
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      Set<Future<Object>> pushFutures = new HashSet<Future<Object>>();
      for (Map.Entry<Address, List<WriteCommand>> entry : state.getState().entrySet()) {
         if (log.isDebugEnabled())
            log.debug("Pushing {0} modifications to {1}", entry.getValue().size(), entry.getKey());
         RehashControlCommand push = cf.buildRehashControlCommandTxLog(self, entry.getValue());
         NotifyingNotifiableFuture<Object> f = new NotifyingFutureImpl(null);
         pushFutures.add(f);
         rpcManager.invokeRemotelyInFuture(Collections.singleton(entry.getKey()), push, true, f,
                  configuration.getRehashRpcTimeout());
      }

      for (Future f : pushFutures) {
         try {
            f.get();
         } catch (InterruptedException e) {
            Thread.currentThread().interrupt();
         } catch (ExecutionException e) {
            log.error("Error pushing tx log", e);
         }
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               });
            }
         }
      } else {
         if (trace) log.trace("No L1 caches to invalidate");
         return useNotifyingFuture ? new NotifyingFutureImpl(retval) : new NoOpFuture<Object>(retval);
      }
   }
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               });
            }
         }
      } else {
         if (trace) log.trace("No L1 caches to invalidate");
         return useNotifyingFuture ? new NotifyingFutureImpl(retval) : new NoOpFuture<Object>(retval);
      }
   }
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      populateCommandFlags(command, ctx);
      if (!isLocalModeForced(ctx) && command.isSuccessful() && ctx.isOriginLocal() && !ctx.isInTxScope()) {
         stateTransferLock.waitForStateTransferToEnd(ctx, command, -1);

         if (ctx.isUseFutureReturnType()) {
            NotifyingNotifiableFuture<Object> future = new NotifyingFutureImpl(returnValue);
            rpcManager.broadcastRpcCommandInFuture(command, future);
            return future;
         } else {
            rpcManager.broadcastRpcCommand(command, isSynchronous(ctx));
         }
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         final InvalidateCommand command = commandsFactory.buildInvalidateCommand(keys);
         if (log.isDebugEnabled())
            log.debug("Cache [" + rpcManager.getTransport().getAddress() + "] replicating " + command);
         // voila, invalidated!
         if (useFuture) {
            NotifyingNotifiableFuture<Object> future = new NotifyingFutureImpl(retvalForFuture);
            rpcManager.broadcastRpcCommandInFuture(command, future);
            return future;
         } else {
            rpcManager.broadcastRpcCommand(command, synchronous);
         }
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                 } else {
                     if (trace) log.tracef("Not performing invalidation! numCallRecipients=%s", numCallRecipients);
                  }
               if (!isSingleOwnerAndLocal(recipientGenerator)) {
                  if (useFuture) {
                     if (future == null) future = new NotifyingFutureImpl(returnValue);
                     rpcManager.invokeRemotelyInFuture(rec, command, future);
                     return future;
                  } else {
                     rpcManager.invokeRemotely(rec, command, sync);
                  }
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