Examples of org.apache.qpid.qmf2.console.AgentAddedWorkItem

org.apache.qpid.qmf2.console.Console

.apache.org/qpid/qmfv2-api-proposal.html>QMF2 API Proposal

 AGENT_ADDED: When the QMF Console receives the first heartbeat from an Agent, an AGENT_ADDED WorkItem is pushed onto the work-queue. The WorkItem's getParam() call returns a map which contains a reference to the new Console Agent instance. The reference is indexed from the map using the key string "agent". There is no handle associated with this WorkItem. Note: If a new Agent is discovered as a result of the Console findAgent() method, then no AGENT_ADDED WorkItem is generated for that Agent.

@author Fraser Adams

            {
                agent.listValues();
            }


            System.out.println("*** Test1 testing _console.getAgent(\"broker\"): ***");
            Agent agent = _console.getAgent("broker");
            agent.listValues();


            System.out.println("*** Test1 testing _console.findAgent(\"broker\"): ***");
            agent = _console.findAgent("broker");
            if (agent == null)
            {
                System.out.println("*** Test1 _console.findAgent(\"broker\") returned null : Test1 failed ***");
                System.exit(1);
            }
            else
            {
                agent.listValues();
            }




            System.out.println("*** Test1 testing _console.findAgent(\"monkey\"): ***");
            agent = _console.findAgent("monkey");
            if (agent == null)
            {
                System.out.println("*** Test1 _console.findAgent(\"monkey\") correctly returned null ***");
            }
            else
            {
                agent.listValues();
            }




            System.out.println("*** Test1 testing _console.getObjects(\"broker\"): ***");
            List<QmfConsoleData> brokers = _console.getObjects("broker");

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    public void onEvent(final WorkItem wi)
    {
        if (wi instanceof EventReceivedWorkItem)
        {
            EventReceivedWorkItem item = (EventReceivedWorkItem)wi;
            Agent agent = item.getAgent();
            QmfEvent event = item.getEvent();


            String className = event.getSchemaClassId().getClassName();
            if (className.equals("clientConnect") ||
                className.equals("clientDisconnect"))
            {
                _stateChanged = true;
            }
        }
        else if (wi instanceof AgentRestartedWorkItem)
        {
            _stateChanged = true;
        }
        else if (wi instanceof AgentHeartbeatWorkItem)
        {
            AgentHeartbeatWorkItem item = (AgentHeartbeatWorkItem)wi;
            Agent agent = item.getAgent();


            if (_stateChanged && agent.getName().contains("qpidd"))
            {
                logConnectionInformation();
                _stateChanged = false;
            }
        }

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        //System.out.println("WorkItem type: " + wi.getType());


        if (wi.getType() == AGENT_HEARTBEAT)
        {
            AgentHeartbeatWorkItem item = (AgentHeartbeatWorkItem)wi;
            Agent agent = item.getAgent();
            System.out.println(agent.getName());
        }
    }

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    {
        System.out.println("WorkItem type: " + wi.getType());


        if (wi.getType() == AGENT_ADDED)
        {
            AgentAddedWorkItem item = (AgentAddedWorkItem)wi;
            Agent agent = item.getAgent();


            // If this is the gizmo Agent we notify the main thread so processing can continue.
            if (agent.getProduct().equals("gizmo"))
            {
                synchronized(this)
                {
                    _gizmo = agent;
                    notify();
                }
            }
        }


        if (wi.getType() == AGENT_HEARTBEAT)
        {
            AgentHeartbeatWorkItem item = (AgentHeartbeatWorkItem)wi;
            Agent agent = item.getAgent();
            System.out.println(agent.getName());
        }


        if (wi.getType() == EVENT_RECEIVED)
        {
            EventReceivedWorkItem item = (EventReceivedWorkItem)wi;
            Agent agent = item.getAgent();
            QmfEvent event = item.getEvent();


            String className = event.getSchemaClassId().getClassName();
            System.out.println("Event: " + className);
//event.listValues();    
        }


        if (wi.getType() == METHOD_RESPONSE)
        {
            MethodResponseWorkItem item = (MethodResponseWorkItem)wi;
            MethodResult result = item.getMethodResult();
            String correlationId = item.getHandle().getCorrelationId();
            System.out.println("correlationId = " + correlationId);
            System.out.println(result.getStringValue("message"));
        }


        if (wi.getType() == OBJECT_UPDATE)
        {
            ObjectUpdateWorkItem item = (ObjectUpdateWorkItem)wi;
            QmfConsoleData object = item.getQmfConsoleData();
            ObjectId objectId = object.getObjectId();
            String correlationId = item.getHandle().getCorrelationId();
            System.out.println("correlationId = " + correlationId);
            System.out.println("objectId = " + objectId);
            System.out.println("MethodCount = " + object.getLongValue("methodCount"));
        }

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    public void onEvent(WorkItem wi)
    {
        if (wi instanceof AgentAddedWorkItem)
        {
            AgentAddedWorkItem item = (AgentAddedWorkItem)wi;
            Agent agent = item.getAgent();
            System.out.println("\nAgent " + agent.getName() + " added ");


            // Retrieve the List of SchemaClassIds from the Agent, these will be used to retrieve the Schema.
            List<SchemaClassId> schemaClassIds = _console.getClasses(agent);

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        {
            _stateChanged = true;
        }
        else if (wi instanceof AgentHeartbeatWorkItem)
        {
            AgentHeartbeatWorkItem item = (AgentHeartbeatWorkItem)wi;
            Agent agent = item.getAgent();


            if (_stateChanged && agent.getName().contains("qpidd"))
            {
                logConnectionInformation();
                _stateChanged = false;

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    {
        //System.out.println("WorkItem type: " + wi.getType());


        if (wi.getType() == AGENT_HEARTBEAT)
        {
            AgentHeartbeatWorkItem item = (AgentHeartbeatWorkItem)wi;
            Agent agent = item.getAgent();
            System.out.println(agent.getName());
        }
    }

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            System.out.println("*** Starting Test2 asynchronous Agent discovery using WorkQueue API ***");
                
            BlockingNotifier notifier = new BlockingNotifier();


            Connection connection = ConnectionHelper.createConnection(url, "{reconnect: true}");
            _console = new Console(notifier);
//console.disableAgentDiscovery(); // To miss all notifications this needs done before addConnection()
            _console.addConnection(connection);


            int count = 0;
            while (true)

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    {
        try
        {
            System.out.println("*** Starting Test1 synchronous Agent discovery ***");
            Connection connection = ConnectionHelper.createConnection(url, "{reconnect: true}");
            _console = new Console();
            _console.addConnection(connection);


            System.out.println("*** Test1 testing _console.getAgents(): ***");
            List<Agent> agents = _console.getAgents();

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        try
        {
            System.out.println("*** Starting PartialGetObjectsTest used to test schema retrieval ***");
                
            Connection connection = ConnectionHelper.createConnection(url, "{reconnect: true}");
            _console = new Console(this);
            _console.addConnection(connection);


            // First we create a large number of queues using the QMF2 create method on the broker object
            List<QmfConsoleData> brokers = _console.getObjects("org.apache.qpid.broker", "broker");
            if (brokers.isEmpty())

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