Package org.infinispan.remoting.transport

Examples of org.infinispan.remoting.transport.Address

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      }
      return state;
   }
  
   private boolean shouldTransferOwnershipFromLeftNodes(Object k) {     
      Address self = transport.getAddress();     
      int numCopies = configuration.getNumOwners();
     
      List<Address> oldList = oldCH.locate(k, numCopies);
      boolean localToThisNode = oldList.indexOf(self) >= 0;
      boolean senderIsNewOwner = newCH.isKeyLocalToAddress(sender, k, numCopies);
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      }
      return null;
   }

   final boolean shouldTransferOwnershipToJoinNode(Object k) {    
      Address self = transport.getAddress();     
      int numCopies = configuration.getNumOwners();
      List<Address> oldOwnerList = oldCH.locate(k, numCopies);
      if (!oldOwnerList.isEmpty() && self.equals(oldOwnerList.get(0))) {
         List<Address> newOwnerList = newCH.locate(k, numCopies);
         if (newOwnerList.contains(sender)) return true;
      }
      return false;
   }
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      List<Address> members = getMembers();
      if (!members.contains(target)) {
         throw new IllegalArgumentException("Target node " + target
                  + " is not a cluster member, members are " + members);
      }
      Address me = getAddress();
      DistributedExecuteCommand<T> c = null;
      if (target.equals(me)) {
         c = factory.buildDistributedExecuteCommand(clone(task.getCallable()), me, null);
      } else {
         c = factory.buildDistributedExecuteCommand(task.getCallable(), me, null);
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      if (task == null) throw new NullPointerException();

      if(inputKeysSpecified(input)){
         Map<Address, List<K>> nodesKeysMap = keysToExecutionNodes(task.getTaskExecutionPolicy(), input);
         checkExecutionPolicy(task, nodesKeysMap, input);
         Address me = getAddress();
         DistributedExecuteCommand<T> c = factory.buildDistributedExecuteCommand(task.getCallable(), me, Arrays.asList(input));
         ArrayList<Address> nodes = new ArrayList<Address>(nodesKeysMap.keySet());
         DistributedTaskPart<T> part = createDistributedTaskPart(task, c, Arrays.asList(input), selectExecutionNode(nodes), 0);
         part.execute();
         return part;
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   public <T> List<Future<T>> submitEverywhere(DistributedTask<T> task) {
      if (task == null) throw new NullPointerException();

      List<Address> members = executionCandidates(task);
      List<Future<T>> futures = new ArrayList<Future<T>>(members.size());
      Address me = getAddress();
      for (Address target : members) {
         DistributedExecuteCommand<T> c = null;
         if (target.equals(me)) {
            c = factory.buildDistributedExecuteCommand(clone(task.getCallable()), me, null);
         } else {
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   @Override
   public <T, K> List<Future<T>> submitEverywhere(DistributedTask<T> task, K... input) {
      if (task == null) throw new NullPointerException();
      if(inputKeysSpecified(input)) {
         List<Future<T>> futures = new ArrayList<Future<T>>(input.length * 2);
         Address me = getAddress();
         Map<Address, List<K>> nodesKeysMap = keysToExecutionNodes(task.getTaskExecutionPolicy(), input);
         checkExecutionPolicy(task, nodesKeysMap, input);
         for (Entry<Address, List<K>> e : nodesKeysMap.entrySet()) {
            Address target = e.getKey();
            DistributedExecuteCommand<T> c = null;
            if (target.equals(me)) {
               c = factory.buildDistributedExecuteCommand(clone(task.getCallable()), me, e.getValue());
            } else {
               c = factory.buildDistributedExecuteCommand(task.getCallable(), me, e.getValue());
            }           
            DistributedTaskPart<T> part = createDistributedTaskPart(task, c, e.getValue(), target, 0);
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      List<Address> membersCopy = new ArrayList<Address>(members);
      List<Address> chosen = new ArrayList<Address>(numNeeded);
      Random r = new Random();
      while (!membersCopy.isEmpty() && numNeeded >= chosen.size()) {
         int count = membersCopy.size();
         Address address = membersCopy.remove(r.nextInt(count));
         chosen.add(address);
      }
      return chosen;
   }
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   protected <K> Map<Address, List<K>> keysToExecutionNodes(DistributedTaskExecutionPolicy policy, K... input) {
      DistributionManager dm = cache.getDistributionManager();
      Map<Address, List<K>> addressToKey = new HashMap<Address, List<K>>(input.length * 2);
      boolean usingREPLMode = dm == null;
      for (K key : input) {
         Address ownerOfKey = null;
         if (usingREPLMode) {
            List<Address> members = new ArrayList<Address>(getMembers());
            members =  filterMembers(policy, members);
            // using REPL mode https://issues.jboss.org/browse/ISPN-1886
            // since keys and values are on all nodes, lets just pick randomly
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      }
   }

   private boolean remoteVsRemoteDld(Object key, InvocationContext ctx, long lockTimeout, long start, long now, DeadlockDetectingGlobalTransaction lockOwnerTx) throws InterruptedException {
      TxInvocationContext remoteTxContext = (TxInvocationContext) ctx;
      Address origin = remoteTxContext.getGlobalTransaction().getAddress();
      DeadlockDetectingGlobalTransaction remoteGlobalTransaction = (DeadlockDetectingGlobalTransaction) ctx.getLockOwner();
      boolean thisShouldInterrupt = remoteGlobalTransaction.thisWillInterrupt(lockOwnerTx);
      if (trace) log.trace("Should I interrupt other transaction ? " + thisShouldInterrupt);
      boolean isDeadLock = (configuration.getCacheMode().isReplicated() || lockOwnerTx.isReplicatingTo(origin)) && !lockOwnerTx.isRemote();
      if (thisShouldInterrupt && isDeadLock) {
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      }
      return state;
   }
  
   private boolean shouldTransferOwnershipFromLeftNodes(Object k) {     
      Address self = transport.getAddress();     
      int numCopies = configuration.getNumOwners();
     
      List<Address> oldList = oldCH.locate(k, numCopies);
      boolean localToThisNode = oldList.indexOf(self) >= 0;
      boolean senderIsNewOwner = newCH.isKeyLocalToAddress(sender, k, numCopies);
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