Package org.apache.qpid.server.model

Examples of org.apache.qpid.server.model.Port

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    }

    private void start() throws JMException, IOException
    {
        Broker broker = getBroker();
        Port connectorPort = null;
        Port registryPort = null;
        Collection<Port> ports = broker.getPorts();
        for (Port port : ports)
        {
            if (State.QUIESCED.equals(port.getActualState()))
            {
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    }

    public void testCreateBrokerWithPorts()
    {
        ConfigurationEntry portEntry = mock(ConfigurationEntry.class);
        Port port = mock(Port.class);
        _brokerEntryChildren.put(Port.class.getSimpleName(), Arrays.asList(portEntry));

        RecovererProvider recovererProvider = createRecoveryProvider(new ConfigurationEntry[]{portEntry, _authenticationProviderEntry1},
                                                                     new ConfiguredObject[]{port, _authenticationProvider1});
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        ConfigurationEntry authenticationProviderEntry2 = mock(ConfigurationEntry.class);
        _brokerEntryChildren.put(AuthenticationProvider.class.getSimpleName(), Arrays.asList(_authenticationProviderEntry1, authenticationProviderEntry2));

        //Add a couple ports
        ConfigurationEntry portEntry1 = mock(ConfigurationEntry.class);
        Port port1 = mock(Port.class);
        when(port1.getId()).thenReturn(UUIDGenerator.generateRandomUUID());
        when(port1.getName()).thenReturn("port1");
        when(port1.getPort()).thenReturn(5671);
        when(port1.getAttribute(Port.AUTHENTICATION_PROVIDER)).thenReturn("authenticationProvider1");
        ConfigurationEntry portEntry2 = mock(ConfigurationEntry.class);
        Port port2 = mock(Port.class);
        when(port2.getId()).thenReturn(UUIDGenerator.generateRandomUUID());
        when(port2.getName()).thenReturn("port2");
        when(port2.getPort()).thenReturn(5672);
        when(port2.getAttribute(Port.AUTHENTICATION_PROVIDER)).thenReturn("authenticationProvider2");
        _brokerEntryChildren.put(Port.class.getSimpleName(), Arrays.asList(portEntry1, portEntry2));

        RecovererProvider recovererProvider = createRecoveryProvider(
                new ConfigurationEntry[]{portEntry1, portEntry2, authenticationProviderEntry2, _authenticationProviderEntry1},
                new ConfiguredObject[]{port1, port2, authenticationProvider2, _authenticationProvider1});
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    /**
     * Called when adding a new port via the management interface
     */
    private Port createPort(Map<String, Object> attributes)
    {
        Port port = _portFactory.createPort(UUID.randomUUID(), this, attributes);
        addPort(port);

        //1. AMQP ports are disabled during ManagementMode.
        //2. The management plugins can currently only start ports at broker startup and
        //   not when they are newly created via the management interfaces.
        //3. When active ports are deleted, or their port numbers updated, the broker must be
        //   restarted for it to take effect so we can't reuse port numbers until it is.
        boolean quiesce = isManagementMode() || !(port instanceof AmqpPortAdapter) || isPreviouslyUsedPortNumber(port);

        port.setDesiredState(State.INITIALISING, quiesce ? State.QUIESCED : State.ACTIVE);

        return port;
    }
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        return super.getAttribute(name);
    }

    private boolean deletePort(State oldState, Port portAdapter)
    {
        Port removedPort = null;
        synchronized (_portAdapters)
        {
            removedPort = _portAdapters.remove(portAdapter.getId());
        }

        if (removedPort != null)
        {
            removedPort.removeChangeListener(this);

            if(oldState == State.ACTIVE)
            {
                //Record the originally used port numbers of previously-active ports being deleted, to ensure
                //when creating new ports we don't try to re-bind a port number that we are currently still using
                recordPreviouslyUsedPortNumberIfNecessary(removedPort, removedPort.getPort());
            }
        }

        return removedPort != null;
    }
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    /**
     * Called when adding a new port via the management interface
     */
    private Port createPort(Map<String, Object> attributes)
    {
        Port port = _portFactory.createPort(UUID.randomUUID(), this, attributes);
        addPort(port);

        //1. AMQP ports are disabled during ManagementMode.
        //2. The management plugins can currently only start ports at broker startup and
        //   not when they are newly created via the management interfaces.
        //3. When active ports are deleted, or their port numbers updated, the broker must be
        //   restarted for it to take effect so we can't reuse port numbers until it is.
        boolean quiesce = isManagementMode() || !(port instanceof AmqpPortAdapter) || isPreviouslyUsedPortNumber(port);

        port.setDesiredState(State.INITIALISING, quiesce ? State.QUIESCED : State.ACTIVE);

        return port;
    }
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        return super.getAttribute(name);
    }

    private boolean deletePort(State oldState, Port portAdapter)
    {
        Port removedPort = null;
        synchronized (_portAdapters)
        {
            removedPort = _portAdapters.remove(portAdapter.getId());
        }

        if (removedPort != null)
        {
            removedPort.removeChangeListener(this);

            if(oldState == State.ACTIVE)
            {
                //Record the originally used port numbers of previously-active ports being deleted, to ensure
                //when creating new ports we don't try to re-bind a port number that we are currently still using
                recordPreviouslyUsedPortNumberIfNecessary(removedPort, removedPort.getPort());
            }
        }

        return removedPort != null;
    }
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    }

    public void testCreateBrokerWithPorts()
    {
        ConfigurationEntry portEntry = mock(ConfigurationEntry.class);
        Port port = mock(Port.class);
        _brokerEntryChildren.put(Port.class.getSimpleName(), Arrays.asList(portEntry));

        RecovererProvider recovererProvider = createRecoveryProvider(new ConfigurationEntry[]{portEntry, _authenticationProviderEntry1},
                                                                     new ConfiguredObject[]{port, _authenticationProvider1});
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        ConfigurationEntry authenticationProviderEntry2 = mock(ConfigurationEntry.class);
        _brokerEntryChildren.put(AuthenticationProvider.class.getSimpleName(), Arrays.asList(_authenticationProviderEntry1, authenticationProviderEntry2));

        //Add a couple ports
        ConfigurationEntry portEntry1 = mock(ConfigurationEntry.class);
        Port port1 = mock(Port.class);
        when(port1.getId()).thenReturn(UUIDGenerator.generateRandomUUID());
        when(port1.getName()).thenReturn("port1");
        when(port1.getPort()).thenReturn(5671);
        when(port1.getAttribute(Port.AUTHENTICATION_PROVIDER)).thenReturn("authenticationProvider1");
        ConfigurationEntry portEntry2 = mock(ConfigurationEntry.class);
        Port port2 = mock(Port.class);
        when(port2.getId()).thenReturn(UUIDGenerator.generateRandomUUID());
        when(port2.getName()).thenReturn("port2");
        when(port2.getPort()).thenReturn(5672);
        when(port2.getAttribute(Port.AUTHENTICATION_PROVIDER)).thenReturn("authenticationProvider2");
        _brokerEntryChildren.put(Port.class.getSimpleName(), Arrays.asList(portEntry1, portEntry2));

        RecovererProvider recovererProvider = createRecoveryProvider(
                new ConfigurationEntry[]{portEntry1, portEntry2, authenticationProviderEntry2, _authenticationProviderEntry1},
                new ConfiguredObject[]{port1, port2, authenticationProvider2, _authenticationProvider1});
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        _attributes = new HashMap<String, Object>();
        _attributes.put(Port.PROTOCOLS, nonAmqpStringSet);
        _attributes.put(Port.AUTHENTICATION_PROVIDER, _authProviderName);
        _attributes.put(Port.PORT, _portNumber);

        Port port = _portFactory.createPort(_portId, _broker, _attributes);

        assertNotNull(port);
        assertFalse("Port should be a PortAdapter, not its AMQP-specific subclass", port instanceof AmqpPortAdapter);
        assertEquals(_portId, port.getId());
        assertEquals(_portNumber, port.getPort());
        assertEquals(Collections.singleton(PortFactory.DEFAULT_TRANSPORT), port.getTransports());
        assertEquals(nonAmqpProtocolSet, port.getProtocols());
        assertNull("Unexpected send buffer size", port.getAttribute(Port.SEND_BUFFER_SIZE));
        assertNull("Unexpected receive buffer size", port.getAttribute(Port.RECEIVE_BUFFER_SIZE));
        assertNull("Unexpected need client auth", port.getAttribute(Port.NEED_CLIENT_AUTH));
        assertNull("Unexpected want client auth", port.getAttribute(Port.WANT_CLIENT_AUTH));
        assertNull("Unexpected tcp no delay", port.getAttribute(Port.TCP_NO_DELAY));
        assertNull("Unexpected binding", port.getAttribute(Port.BINDING_ADDRESS));
    }
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Related Classes of org.apache.qpid.server.model.Port

  • org.apache.qpid.server.configuration.startup.BrokerRecovererTest
  • org.apache.qpid.server.jmx.JMXManagement
  • org.apache.qpid.server.model.adapter.BrokerAdapter
  • org.apache.qpid.server.model.adapter.PortFactory
  • org.apache.qpid.server.model.adapter.PortFactoryTest
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