Package org.jboss.portal.portlet.impl.jsr168

Examples of org.jboss.portal.portlet.impl.jsr168.PortletContainerImpl


      }

      //
      for (ContainerPortletInfo containerInfo : builder.getPortlets())
      {
         PortletContainerObject portletContainerObject = new PortletContainerImpl(containerInfo);
         PortletContainerContextImpl portletContainerContext = new PortletContainerContextImpl();
        
         //
         PortletContainerLifeCycle portletContainerLifeCycle = portletApplicationLifeCycle.addPortletContainer(portletContainerContext, portletContainerObject);
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      }

      //
      for (ContainerPortletInfo containerInfo : builder.getPortlets())
      {
         PortletContainerObject portletContainerObject = new PortletContainerImpl(containerInfo);
         PortletContainerContextImpl portletContainerContext = new PortletContainerContextImpl();
        
         //
         PortletContainerLifeCycle portletContainerLifeCycle = portletApplicationLifeCycle.addPortletContainer(portletContainerContext, portletContainerObject);
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      }

      //
      for (ContainerPortletInfo containerInfo : builder.getPortlets())
      {
         PortletContainerObject portletContainerObject = new PortletContainerImpl(containerInfo);
         PortletContainerContextImpl portletContainerContext = new PortletContainerContextImpl();
        
         //
         PortletContainerLifeCycle portletContainerLifeCycle = portletApplicationLifeCycle.addPortletContainer(portletContainerContext, portletContainerObject);
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      this.registry = portletApplicationRegistry;
   }

   public PortletInvocationResponse invoke(PortletInvocation invocation) throws IllegalArgumentException, PortletInvokerException
   {
      PortletContainerImpl container = (PortletContainerImpl)invocation.getAttribute(ContainerPortletInvoker.PORTLET_CONTAINER);

      //
      Valve valve = container.getValve();

      if (valve.beforeInvocation())
      {
         PortletInvocationResponse response;

         try
         {
            response = super.invoke(invocation);
         }
         finally
         {
            // Release the valve
            valve.afterInvocation();
         }

         // Stop the container if necessary
         if (response instanceof UnavailableResponse)
         {
            PortletContainerContext containerContext = container.getContext();

            // This call will wait until all the current threads have exited the component valve.
            // Perhaps this should be done asynchronously as it may lead to a long delay ?
            // It could be made parametrizable as a runtime option too, so the deployer can choose what mode is preferable
            containerContext.managedStop();
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      }

      //
      for (ContainerPortletInfo containerInfo : builder.getPortlets())
      {
         PortletContainerObject portletContainerObject = new PortletContainerImpl(containerInfo);
         PortletContainerContextImpl portletContainerContext = new PortletContainerContextImpl();
        
         //
         PortletContainerLifeCycle portletContainerLifeCycle = portletApplicationLifeCycle.addPortletContainer(portletContainerContext, portletContainerObject);
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      }

      //
      for (ContainerPortletInfo containerInfo : builder.getPortlets())
      {
         PortletContainerObject portletContainerObject = new PortletContainerImpl(containerInfo);
         PortletContainerContextImpl portletContainerContext = new PortletContainerContextImpl();
        
         //
         PortletContainerLifeCycle portletContainerLifeCycle = portletApplicationLifeCycle.addPortletContainer(portletContainerContext, portletContainerObject);
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      this.registry = portletApplicationRegistry;
   }

   public PortletInvocationResponse invoke(PortletInvocation invocation) throws IllegalArgumentException, PortletInvokerException
   {
      PortletContainerImpl container = (PortletContainerImpl)invocation.getAttribute(ContainerPortletInvoker.PORTLET_CONTAINER);

      //
      Valve valve = container.getValve();

      if (valve.beforeInvocation())
      {
         PortletInvocationResponse response;

         try
         {
            response = super.invoke(invocation);
         }
         finally
         {
            // Release the valve
            valve.afterInvocation();
         }

         // Stop the container if necessary
         if (response instanceof UnavailableResponse)
         {
            PortletContainerContext containerContext = container.getContext();

            // This call will wait until all the current threads have exited the component valve.
            // Perhaps this should be done asynchronously as it may lead to a long delay ?
            // It could be made parametrizable as a runtime option too, so the deployer can choose what mode is preferable
            containerContext.managedStop();
View Full Code Here

      }

      //
      for (ContainerPortletInfo containerInfo : builder.getPortlets())
      {
         PortletContainerObject portletContainerObject = new PortletContainerImpl(containerInfo);
         PortletContainerContextImpl portletContainerContext = new PortletContainerContextImpl();
        
         //
         PortletContainerLifeCycle portletContainerLifeCycle = portletApplicationLifeCycle.addPortletContainer(portletContainerContext, portletContainerObject);
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      PortletInfo info = preq.container.getInfo();

      // 0 means no buffering - we say no buffering
      this.bufferSize = 0;
      this.contentTypeSet = false;
      this.responseContent = new ContentBuffer();
   }
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      PortletInfo info = preq.container.getInfo();

      // 0 means no buffering - we say no buffering
      this.bufferSize = 0;
      this.contentTypeSet = false;
      this.responseContent = new ContentBuffer();
   }
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