Package org.gatein.pc.portlet.container

Examples of org.gatein.pc.portlet.container.ContainerPortletInvoker

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      }
      RegistrationManager registrationManager = new RegistrationManagerImpl();
      registrationManager.setPersistenceManager(registrationPersistenceManager);

      // retrieve container portlet invoker from eXo kernel
      ContainerPortletInvoker containerPortletInvoker =
         (ContainerPortletInvoker)container.getComponentInstanceOfType(ContainerPortletInvoker.class);

      // The producer persistence manager
      PortletStatePersistenceManager producerPersistenceManager;
      try
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    }

    public void start() {

        // The portlet container invoker used by producer to dispatch to portlets
        ContainerPortletInvoker containerPortletInvoker = new ContainerPortletInvoker();

        // The portlet application deployer
        portletApplicationRegistry = new ExoPortletApplicationDeployer();
        portletApplicationRegistry.setContainerPortletInvoker(containerPortletInvoker);

        // activate schema validation for portlet.xml if needed
        String validation = PropertyManager.getProperty("gatein.portlet.validation");
        boolean validated = validation == null || "true".equals(validation.trim().toLowerCase());
        log.debug("portlet xml validation is " + (validated ? "enabled" : " disabled"));
        portletApplicationRegistry.setSchemaValidated(validated);

        // Container Stack
        ContainerPortletDispatcher portletContainerDispatcher = new ContainerPortletDispatcher();

        FederatingPortletInvoker federatingPortletInvoker = new FederatingPortletInvokerService();

        EventPayloadInterceptor eventPayloadInterceptor = new EventPayloadInterceptor();
        eventPayloadInterceptor.setNext(portletContainerDispatcher);
        RequestAttributeConversationInterceptor requestAttributeConversationInterceptor = new RequestAttributeConversationInterceptor();
        requestAttributeConversationInterceptor.setNext(eventPayloadInterceptor);
        CCPPInterceptor ccppInterceptor = new CCPPInterceptor();
        ccppInterceptor.setNext(requestAttributeConversationInterceptor);
        BridgeInterceptor bridgepInterceptor = new BridgeInterceptor();
        bridgepInterceptor.setNext(ccppInterceptor);
        ProducerCacheInterceptor producerCacheInterceptor = new ProducerCacheInterceptor();
        producerCacheInterceptor.setNext(bridgepInterceptor);

        // SessionInvalidatorInterceptor is not needed as we have cross-context logout at WCI level
        // SessionInvalidatorInterceptor sessionInvalidatorInterceptor = new SessionInvalidatorInterceptor();
        // sessionInvalidatorInterceptor.setNext(producerCacheInterceptor);
        ContextDispatcherInterceptor contextDispatcherInterceptor = new ContextDispatcherInterceptor();
        contextDispatcherInterceptor.setNext(producerCacheInterceptor);
        PortletLifecyclePhaseInterceptor portletLifecyclePhaseInterceptor = new PortletLifecyclePhaseInterceptor();
        portletLifecyclePhaseInterceptor.setNext(contextDispatcherInterceptor);
        SecureTransportInterceptor secureTransportInterceptor = new SecureTransportInterceptor();
        secureTransportInterceptor.setNext(portletLifecyclePhaseInterceptor);
        ValveInterceptor valveInterceptor = new ValveInterceptor();
        valveInterceptor.setPortletApplicationRegistry(portletApplicationRegistry);
        valveInterceptor.setNext(secureTransportInterceptor);

        // The portlet container invoker continued
        containerPortletInvoker.setNext(valveInterceptor);

        // register container invoker so that WSRP can use it, WSRP uses its own ProducerPortletInvoker
        container.registerComponentInstance(ContainerPortletInvoker.class, containerPortletInvoker);

        // The producer persistence manager
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    }

    public void start() {

        // The portlet container invoker used by producer to dispatch to portlets
        ContainerPortletInvoker containerPortletInvoker = new ContainerPortletInvoker();

        // The portlet application deployer
        portletApplicationRegistry = new ExoPortletApplicationDeployer();
        portletApplicationRegistry.setContainerPortletInvoker(containerPortletInvoker);

        // activate schema validation for portlet.xml if needed
        String validation = PropertyManager.getProperty("gatein.portlet.validation");
        boolean validated = validation == null || "true".equals(validation.trim().toLowerCase());
        log.debug("portlet xml validation is " + (validated ? "enabled" : " disabled"));
        portletApplicationRegistry.setSchemaValidated(validated);

        // Container Stack
        ContainerPortletDispatcher portletContainerDispatcher = new ContainerPortletDispatcher();

        FederatingPortletInvoker federatingPortletInvoker = new FederatingPortletInvokerService();

        EventPayloadInterceptor eventPayloadInterceptor = new EventPayloadInterceptor();
        eventPayloadInterceptor.setNext(portletContainerDispatcher);
        RequestAttributeConversationInterceptor requestAttributeConversationInterceptor = new RequestAttributeConversationInterceptor();
        requestAttributeConversationInterceptor.setNext(eventPayloadInterceptor);
        CCPPInterceptor ccppInterceptor = new CCPPInterceptor();
        ccppInterceptor.setNext(requestAttributeConversationInterceptor);
        BridgeInterceptor bridgepInterceptor = new BridgeInterceptor();
        bridgepInterceptor.setNext(ccppInterceptor);
        ProducerCacheInterceptor producerCacheInterceptor = new ProducerCacheInterceptor();
        producerCacheInterceptor.setNext(bridgepInterceptor);
        SessionInvalidatorInterceptor sessionInvalidatorInterceptor = new SessionInvalidatorInterceptor();
        sessionInvalidatorInterceptor.setNext(producerCacheInterceptor);
        ContextDispatcherInterceptor contextDispatcherInterceptor = new ContextDispatcherInterceptor();
        contextDispatcherInterceptor.setNext(sessionInvalidatorInterceptor);
        PortletLifecyclePhaseInterceptor portletLifecyclePhaseInterceptor = new PortletLifecyclePhaseInterceptor();
        portletLifecyclePhaseInterceptor.setNext(contextDispatcherInterceptor);
        SecureTransportInterceptor secureTransportInterceptor = new SecureTransportInterceptor();
        secureTransportInterceptor.setNext(portletLifecyclePhaseInterceptor);
        ValveInterceptor valveInterceptor = new ValveInterceptor();
        valveInterceptor.setPortletApplicationRegistry(portletApplicationRegistry);
        valveInterceptor.setNext(secureTransportInterceptor);

        // The portlet container invoker continued
        containerPortletInvoker.setNext(valveInterceptor);

        // register container invoker so that WSRP can use it, WSRP uses its own ProducerPortletInvoker
        container.registerComponentInstance(ContainerPortletInvoker.class, containerPortletInvoker);

        // The producer persistence manager
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      // **************
      // * WIRE PHASE *
      // **************

      final ContainerPortletInvoker containerPortletInvoker = new ContainerPortletInvoker();
      TestPortletApplicationDeployer portletApplicationDeployer = new TestPortletApplicationDeployer(containerPortletInvoker);

      //
      PortletInvokerInterceptor consumerPortletInvoker = new PortletInvokerInterceptor();
      consumerPortletInvoker.
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   }

   public void start()
   {
      // The portlet container invoker used by producer to dispatch to portlets
      ContainerPortletInvoker containerPortletInvoker = new ContainerPortletInvoker();

      // The portlet application deployer
      portletApplicationRegistry = new ExoPortletApplicationDeployer();
      portletApplicationRegistry.setContainerPortletInvoker(containerPortletInvoker);

      //Container Stack
      ContainerPortletDispatcher portletContainerDispatcher = new ContainerPortletDispatcher();
      EventPayloadInterceptor eventPayloadInterceptor = new EventPayloadInterceptor();
      eventPayloadInterceptor.setNext(portletContainerDispatcher);
      RequestAttributeConversationInterceptor requestAttributeConversationInterceptor =
         new RequestAttributeConversationInterceptor();
      requestAttributeConversationInterceptor.setNext(eventPayloadInterceptor);
      CCPPInterceptor ccppInterceptor = new CCPPInterceptor();
      ccppInterceptor.setNext(requestAttributeConversationInterceptor);
      BridgeInterceptor bridgepInterceptor = new BridgeInterceptor();
      bridgepInterceptor.setNext(ccppInterceptor);
      ProducerCacheInterceptor producerCacheInterceptor = new ProducerCacheInterceptor();
      producerCacheInterceptor.setNext(bridgepInterceptor);
      ContextDispatcherInterceptor contextDispatcherInterceptor = new ContextDispatcherInterceptor();
      contextDispatcherInterceptor.setNext(producerCacheInterceptor);
      SecureTransportInterceptor secureTransportInterceptor = new SecureTransportInterceptor();
      secureTransportInterceptor.setNext(contextDispatcherInterceptor);
      ValveInterceptor valveInterceptor = new ValveInterceptor();
      valveInterceptor.setPortletApplicationRegistry(portletApplicationRegistry);
      valveInterceptor.setNext(secureTransportInterceptor);

      portletApplicationRegistry.setServletContainerFactory(DefaultServletContainerFactory.getInstance());
      contextDispatcherInterceptor.setServletContainerFactory(DefaultServletContainerFactory.getInstance());

      // The portlet container invoker continued
      containerPortletInvoker.setNext(valveInterceptor);

      // register container invoker so that WSRP can use it, WSRP uses its own ProducerPortletInvoker
      container.registerComponentInstance(ContainerPortletInvoker.class, containerPortletInvoker);

      // The producer persistence manager
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         * is now.
         */
        container.registerComponentInstance(PortletConfigRegistry.class, new PortletConfigRegistry());

        // The portlet container invoker used by producer to dispatch to portlets
        ContainerPortletInvoker containerPortletInvoker = new ContainerPortletInvoker();

        // The portlet application deployer
        portletApplicationRegistry = new ExoPortletApplicationDeployer();
        portletApplicationRegistry.setContainerPortletInvoker(containerPortletInvoker);

        // activate schema validation for portlet.xml if needed
        String validation = PropertyManager.getProperty("gatein.portlet.validation");
        boolean validated = validation == null || "true".equals(validation.trim().toLowerCase());
        log.debug("portlet xml validation is " + (validated ? "enabled" : " disabled"));
        portletApplicationRegistry.setSchemaValidated(validated);

        // Container Stack
        ContainerPortletDispatcher portletContainerDispatcher = new ContainerPortletDispatcher();

        // Check if we already have a federating portlet invoker
        final ExoContainer topContainer = ExoContainerContext.getTopContainer();
        FederatingPortletInvoker federatingPortletInvoker = (FederatingPortletInvoker) topContainer
                .getComponentInstanceOfType(FederatingPortletInvoker.class);
        if (federatingPortletInvoker == null) {
            federatingPortletInvoker = new FederatingPortletInvokerService();
            topContainer.registerComponentInstance(FederatingPortletInvoker.class, federatingPortletInvoker);
        }

        EventPayloadInterceptor eventPayloadInterceptor = new EventPayloadInterceptor();
        eventPayloadInterceptor.setNext(portletContainerDispatcher);
        RequestAttributeConversationInterceptor requestAttributeConversationInterceptor = new RequestAttributeConversationInterceptor();
        requestAttributeConversationInterceptor.setNext(eventPayloadInterceptor);
        CCPPInterceptor ccppInterceptor = new CCPPInterceptor();
        ccppInterceptor.setNext(requestAttributeConversationInterceptor);
        BridgeInterceptor bridgepInterceptor = new BridgeInterceptor();
        bridgepInterceptor.setNext(ccppInterceptor);
        ProducerCacheInterceptor producerCacheInterceptor = new ProducerCacheInterceptor();
        producerCacheInterceptor.setNext(bridgepInterceptor);
        SessionInvalidatorInterceptor sessionInvalidatorInterceptor = new SessionInvalidatorInterceptor();
        sessionInvalidatorInterceptor.setNext(producerCacheInterceptor);
        ContextDispatcherInterceptor contextDispatcherInterceptor = new ContextDispatcherInterceptor();
        contextDispatcherInterceptor.setNext(sessionInvalidatorInterceptor);
        SecureTransportInterceptor secureTransportInterceptor = new SecureTransportInterceptor();
        secureTransportInterceptor.setNext(contextDispatcherInterceptor);
        ValveInterceptor valveInterceptor = new ValveInterceptor();
        valveInterceptor.setPortletApplicationRegistry(portletApplicationRegistry);
        valveInterceptor.setNext(secureTransportInterceptor);

        // The portlet container invoker continued
        containerPortletInvoker.setNext(valveInterceptor);

        // register container invoker so that WSRP can use it, WSRP uses its own ProducerPortletInvoker
        container.registerComponentInstance(ContainerPortletInvoker.class, containerPortletInvoker);

        // The producer persistence manager
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        }
        RegistrationManager registrationManager = new RegistrationManagerImpl();
        registrationManager.setPersistenceManager(registrationPersistenceManager);

        // retrieve container portlet invoker from eXo kernel
        ContainerPortletInvoker containerPortletInvoker = (ContainerPortletInvoker) container
                .getComponentInstanceOfType(ContainerPortletInvoker.class);

        // iterate over the container stack so that we can insert the WSRP-specific event payload interceptor
        PortletInvokerInterceptor previous = containerPortletInvoker;
        PortletInvokerInterceptor next = previous;
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         * is now.
         */
        container.registerComponentInstance(PortletConfigRegistry.class, new PortletConfigRegistry());

        // The portlet container invoker used by producer to dispatch to portlets
        ContainerPortletInvoker containerPortletInvoker = new ContainerPortletInvoker();

        // The portlet application deployer
        portletApplicationRegistry = new ExoPortletApplicationDeployer();
        portletApplicationRegistry.setContainerPortletInvoker(containerPortletInvoker);

        // activate schema validation for portlet.xml if needed
        String validation = PropertyManager.getProperty("gatein.portlet.validation");
        boolean validated = validation == null || "true".equals(validation.trim().toLowerCase());
        log.debug("portlet xml validation is " + (validated ? "enabled" : " disabled"));
        portletApplicationRegistry.setSchemaValidated(validated);

        // Container Stack
        ContainerPortletDispatcher portletContainerDispatcher = new ContainerPortletDispatcher();

        // Check if we already have a federating portlet invoker
        final ExoContainer topContainer = ExoContainerContext.getTopContainer();
        FederatingPortletInvoker federatingPortletInvoker = (FederatingPortletInvoker) topContainer
                .getComponentInstanceOfType(FederatingPortletInvoker.class);
        if (federatingPortletInvoker == null) {
            federatingPortletInvoker = new FederatingPortletInvokerService();
            topContainer.registerComponentInstance(FederatingPortletInvoker.class, federatingPortletInvoker);
        }

        EventPayloadInterceptor eventPayloadInterceptor = new EventPayloadInterceptor();
        eventPayloadInterceptor.setNext(portletContainerDispatcher);
        RequestAttributeConversationInterceptor requestAttributeConversationInterceptor = new RequestAttributeConversationInterceptor();
        requestAttributeConversationInterceptor.setNext(eventPayloadInterceptor);
        CCPPInterceptor ccppInterceptor = new CCPPInterceptor();
        ccppInterceptor.setNext(requestAttributeConversationInterceptor);
        BridgeInterceptor bridgepInterceptor = new BridgeInterceptor();
        bridgepInterceptor.setNext(ccppInterceptor);
        ProducerCacheInterceptor producerCacheInterceptor = new ProducerCacheInterceptor();
        producerCacheInterceptor.setNext(bridgepInterceptor);
        SessionInvalidatorInterceptor sessionInvalidatorInterceptor = new SessionInvalidatorInterceptor();
        sessionInvalidatorInterceptor.setNext(producerCacheInterceptor);
        ContextDispatcherInterceptor contextDispatcherInterceptor = new ContextDispatcherInterceptor();
        contextDispatcherInterceptor.setNext(sessionInvalidatorInterceptor);
        SecureTransportInterceptor secureTransportInterceptor = new SecureTransportInterceptor();
        secureTransportInterceptor.setNext(contextDispatcherInterceptor);
        ValveInterceptor valveInterceptor = new ValveInterceptor();
        valveInterceptor.setPortletApplicationRegistry(portletApplicationRegistry);
        valveInterceptor.setNext(secureTransportInterceptor);

        // The portlet container invoker continued
        containerPortletInvoker.setNext(valveInterceptor);

        // register container invoker so that WSRP can use it, WSRP uses its own ProducerPortletInvoker
        container.registerComponentInstance(ContainerPortletInvoker.class, containerPortletInvoker);

        // The producer persistence manager
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        }
        RegistrationManager registrationManager = new RegistrationManagerImpl();
        registrationManager.setPersistenceManager(registrationPersistenceManager);

        // retrieve container portlet invoker from eXo kernel
        ContainerPortletInvoker containerPortletInvoker = (ContainerPortletInvoker) container
                .getComponentInstanceOfType(ContainerPortletInvoker.class);

        // iterate over the container stack so that we can insert the WSRP-specific event payload interceptor
        PortletInvokerInterceptor previous = containerPortletInvoker;
        PortletInvokerInterceptor next = previous;
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   }

   public void start()
   {
      // The portlet container invoker used by producer to dispatch to portlets
      ContainerPortletInvoker containerPortletInvoker = new ContainerPortletInvoker();

      // The portlet application deployer
      portletApplicationRegistry = new ExoPortletApplicationDeployer();
      portletApplicationRegistry.setContainerPortletInvoker(containerPortletInvoker);

      // activate schema validation for portlet.xml if needed
      String validation = PropertyManager.getProperty("gatein.portlet.validation");
      boolean validated = validation == null || "true".equals(validation.trim().toLowerCase());
      log.debug("portlet xml validation is " + (validated ? "enabled" : " disabled"));
      portletApplicationRegistry.setSchemaValidated(validated);

      //Container Stack
      ContainerPortletDispatcher portletContainerDispatcher = new ContainerPortletDispatcher();
     
      // Check if we already have a federating portlet invoker
      final ExoContainer topContainer = ExoContainerContext.getTopContainer();
      FederatingPortletInvoker federatingPortletInvoker = (FederatingPortletInvoker)topContainer.getComponentInstanceOfType(FederatingPortletInvoker.class);
      if (federatingPortletInvoker == null)
      {
         federatingPortletInvoker = new FederatingPortletInvokerService();
         topContainer.registerComponentInstance(FederatingPortletInvoker.class, federatingPortletInvoker);
      }

      EventPayloadInterceptor eventPayloadInterceptor = new EventPayloadInterceptor();
      eventPayloadInterceptor.setNext(portletContainerDispatcher);
      RequestAttributeConversationInterceptor requestAttributeConversationInterceptor =
         new RequestAttributeConversationInterceptor();
      requestAttributeConversationInterceptor.setNext(eventPayloadInterceptor);
      CCPPInterceptor ccppInterceptor = new CCPPInterceptor();
      ccppInterceptor.setNext(requestAttributeConversationInterceptor);
      BridgeInterceptor bridgepInterceptor = new BridgeInterceptor();
      bridgepInterceptor.setNext(ccppInterceptor);
      ProducerCacheInterceptor producerCacheInterceptor = new ProducerCacheInterceptor();
      producerCacheInterceptor.setNext(bridgepInterceptor);
      SessionInvalidatorInterceptor sessionInvalidatorInterceptor = new SessionInvalidatorInterceptor();
      sessionInvalidatorInterceptor.setNext(producerCacheInterceptor);
      ContextDispatcherInterceptor contextDispatcherInterceptor = new ContextDispatcherInterceptor();
      contextDispatcherInterceptor.setNext(sessionInvalidatorInterceptor);
      SecureTransportInterceptor secureTransportInterceptor = new SecureTransportInterceptor();
      secureTransportInterceptor.setNext(contextDispatcherInterceptor);
      ValveInterceptor valveInterceptor = new ValveInterceptor();
      valveInterceptor.setPortletApplicationRegistry(portletApplicationRegistry);
      valveInterceptor.setNext(secureTransportInterceptor);

      portletApplicationRegistry.setServletContainerFactory(DefaultServletContainerFactory.getInstance());
      contextDispatcherInterceptor.setServletContainerFactory(DefaultServletContainerFactory.getInstance());

      // The portlet container invoker continued
      containerPortletInvoker.setNext(valveInterceptor);

      // register container invoker so that WSRP can use it, WSRP uses its own ProducerPortletInvoker
      container.registerComponentInstance(ContainerPortletInvoker.class, containerPortletInvoker);

      // The producer persistence manager
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Related Classes of org.gatein.pc.portlet.container.ContainerPortletInvoker

  • org.exoplatform.portal.pc.ExoKernelIntegration
  • org.gatein.integration.wsrp.WSRPServiceIntegration
  • org.gatein.pc.api.PortletContext
  • org.gatein.pc.api.state.PropertyMap
  • org.gatein.pc.portlet.impl.info.ContainerPortletInfo
  • org.gatein.pc.portlet.impl.info.ContainerPreferenceInfo
  • org.gatein.pc.portlet.impl.info.ContainerPreferencesInfo
  • org.gatein.pc.portlet.state.SimplePropertyMap
  • org.gatein.pc.test.bootstrap.ServletContextBootstrap
  • org.gatein.portal.wsrp.WSRPServiceIntegration
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