Examples of com.sun.sgs.auth.Identity

com.sun.sgs.auth.Identity
This interface represents a single identity in a form used only by Services, the kernel, and other system-level components. Implementations must also implement Serializable, equals, and hashCode.
While instances of Identity may be used by Services and other components to manage users or task ownership (including serializing and persisting Identitys), this interface is really a means for communicating with the accounting and management system. As such, any combinations of calls to notifyLoggedIn and notifyLoggedOut are valid. Note that an application may still enforce that its users are not allowed to login multiple times, or may only logout if they are logged in.

                    // Find an identity on the node
                    runTransactionally(task);
                
                    // Move it, removing old mapping
                    if (!task.done()) {
                        Identity id = task.getId().getIdentity();
                        try {
                            // If we're already trying to move the identity,
                            // but the old node failed before preparations are
                            // complete, just make the move now.
                            MoveIdTask moveTask = moveMap.remove(id);

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    public void testMyAccessCoordinator() throws Exception {
  properties.setProperty(ACCESS_COORDINATOR_PROPERTY,
             MyAccessCoordinator.class.getName());
  SgsTestNode node = new SgsTestNode(
      "TestKernelSetAccessCoordinator", null, properties);
        Identity taskOwner = node.getProxy().getCurrentOwner();
        TransactionScheduler txnScheduler =
      node.getSystemRegistry().getComponent(TransactionScheduler.class);
  final DataService dataService = node.getDataService();
  txnScheduler.runTask(
      new TestAbstractKernelRunnable() {

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        if (shuttingDown()) {
            throw new IllegalStateException("Service is shutdown");
        }


        // persist the task regardless of where it will ultimately run
        Identity owner = getTaskOwner(task);
        TaskRunner runner = getRunner(task, owner, appStartTime, PERIOD_NONE);


        // check where the owner is active to get the task running
        if (!isMappedLocally(owner)) {
            if (handoffTask(generateObjName(owner, runner.getObjId()), owner)) {

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            logger.log(Level.FINEST, "scheduling a periodic task starting " +
                       "at {0}", appStartTime);
        }


        // persist the task regardless of where it will ultimately run
        Identity owner = getTaskOwner(task);
        TaskRunner runner = getRunner(task, owner, appStartTime, period);
        BigInteger objId = runner.getObjId();


        // check where the owner is active to get the task running
        if (!isMappedLocally(owner)) {

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        if (shuttingDown()) {
            throw new IllegalStateException("Service is shutdown");
        }
        serviceStats.scheduleNDTaskOp.report();


        Identity owner = getTaskOwner(task);
        scheduleTask(new NonDurableTask(task, owner, transactional), owner,
                     START_NOW, false);
    }

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        if (shuttingDown()) {
            throw new IllegalStateException("Service is shutdown");
        }
        serviceStats.scheduleNDTaskDelayedOp.report();


        Identity owner = getTaskOwner(task);
        scheduleTask(new NonDurableTask(task, owner, transactional), owner,
                     watchdogService.currentAppTimeMillis() + delay, false);
    }

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            return;
        }


        // check that the task is supposed to run here, or if not, that
        // we were able to hand it off
        Identity identity = ptask.getIdentity();
        if (!isMappedLocally(identity)) {
            // if we handed off the task, we're done
            if (handoffTask(objName, identity)) {
                return;
            }

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        for (AffinityGroup group : sample1) {
            ArrayList<Identity> groupList =
                    new ArrayList<Identity>(group.getIdentities());
            int size = groupList.size();
            for (int i = 0; i < size - 1; i++) {
                Identity v1 = groupList.get(i);
                for (int j = i + 1; j < size; j++) {
                    Identity v2 = groupList.get(j);
                    // v1 and v2 are in the same group in sample1.  Are they
                    // in the same group in sample2?
                    if (inSameGroup(v1, v2, sample2)) {
                        a++;
                    } else {
                        b++;
                    }
                }
            }
        }


        for (AffinityGroup group : sample2) {
            ArrayList<Identity> groupList =
                    new ArrayList<Identity>(group.getIdentities());
            int size = groupList.size();
            for (int i = 0; i < size - 1; i++) {
                Identity v1 = groupList.get(i);
                for (int j = i + 1; j < size; j++) {
                    Identity v2 = groupList.get(j);
                    // v1 and v2 are in the same group in sample2.  Count those
                    // that are not in the same group in sample1.
                    if (!inSameGroup(v1, v2, sample1)) {
                        c++;
                    }

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    public void run() {
        AssertionError error = null;
        ProfileReport report = SimpleTestListener.report;
        // Check to see if we expected the sample values to be
        // updated in this report.
        Identity owner = report.getTaskOwner();
        boolean update = owner.equals(positiveOwner);
        if (!update && !owner.equals(negativeOwner)) {
            return;
        }
        List<Long> values = report.getUpdatedTaskSamples().get(name);
        try {
            if (update) {

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  props.setProperty("com.sun.sgs.txn.timeout", "10000");
  serverNode = new SgsTestNode("TestDataServicePerformance", null, props);
  final DataService service = serverNode.getDataService();
        TransactionScheduler txnScheduler = serverNode.getSystemRegistry().
            getComponent(TransactionScheduler.class);
        Identity taskOwner = serverNode.getProxy().getCurrentOwner();
        txnScheduler.runTask(new TestAbstractKernelRunnable() {
                public void run() {
                    service.setBinding("counters", new Counters(items));
                }}, taskOwner);
        for (int r = 0; r < repeat; r++) {

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