Package org.jboss.ws.core.jaxws.handler

Examples of org.jboss.ws.core.jaxws.handler.SOAPMessageContextJAXWS


      // Get the order of pre/post handlerchains
      HandlerType[] handlerType = new HandlerType[] { HandlerType.PRE, HandlerType.ENDPOINT, HandlerType.POST };
      HandlerType[] faultType = new HandlerType[] { HandlerType.PRE, HandlerType.ENDPOINT, HandlerType.POST };

      // Associate a message context with the current thread
      CommonMessageContext msgContext = new SOAPMessageContextJAXWS();
      MessageContextAssociation.pushMessageContext(msgContext);
      msgContext.setEndpointMetaData(epMetaData);
      msgContext.setSOAPMessage(reqMsg);
      msgContext.putAll(reqContext);

      // The contents of the request context are used to initialize the message context (see section 9.4.1)
      // prior to invoking any handlers (see chapter 9) for the outbound message. Each property within the
      // request context is copied to the message context with a scope of HANDLER.
      msgContext.put(MessageContextJAXWS.MESSAGE_OUTBOUND_PROPERTY, Boolean.TRUE);
     
      QName portName = epMetaData.getPortName();
      try
      {
         // Call the request handlers
         boolean handlerPass = callRequestHandlerChain(portName, handlerType[0]);
         handlerPass = handlerPass && callRequestHandlerChain(portName, handlerType[1]);
         handlerPass = handlerPass && callRequestHandlerChain(portName, handlerType[2]);

         XOPContext.visitAndRestoreXOPData();
        
         // Handlers might have replaced the message
         reqMsg = (SOAPMessageImpl)msgContext.getSOAPMessage();

         MessageAbstraction resMsg = null;
         if (handlerPass)
         {
            Map<String, Object> callProps = new HashMap<String, Object>(getRequestContext());
            if (callProps.containsKey(BindingProvider.ENDPOINT_ADDRESS_PROPERTY)) {
               targetAddress = (String) callProps.get(BindingProvider.ENDPOINT_ADDRESS_PROPERTY);
            }
            EndpointInfo epInfo = new EndpointInfo(epMetaData, targetAddress, callProps);
            resMsg = getRemotingConnection().invoke(reqMsg, epInfo, false);

            //Pivot, switch to response ctx and save the response message there
            msgContext = MessageContextJAXWS.processPivot(msgContext);
            msgContext.setMessageAbstraction(resMsg);
           
            // Call the  response handler chain, removing the fault type entry will not call handleFault for that chain
            handlerPass = callResponseHandlerChain(portName, handlerType[2]);
            faultType[2] = null;
            handlerPass = handlerPass && callResponseHandlerChain(portName, handlerType[1]);
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      return response;
   }

   public void invokeOneWay(T msg)
   {
      CommonMessageContext msgContext = new SOAPMessageContextJAXWS();
      MessageContextAssociation.pushMessageContext(msgContext);
      msgContext.setEndpointMetaData(epMetaData);
      try
      {
         MessageAbstraction reqMsg = getRequestMessage(msg);
         String targetAddress = epMetaData.getEndpointAddress();
         getRemotingConnection().invoke(reqMsg, targetAddress, true);
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   // Invoked by the proxy invokation handler
   public Object invoke(QName opName, Object[] args, Map<String, Object> resContext) throws RemoteException
   {
      // Associate a message context with the current thread
      CommonMessageContext msgContext = new SOAPMessageContextJAXWS();
      msgContext.setConfig(this.epConfigMetaData.getConfig());
      MessageContextAssociation.pushMessageContext(msgContext);

      // The contents of the request context are used to initialize the message context (see section 9.4.1)
      // prior to invoking any handlers (see chapter 9) for the outbound message. Each property within the
      // request context is copied to the message context with a scope of HANDLER.
      Map<String, Object> reqContext = getBindingProvider().getRequestContext();
      msgContext.putAll(reqContext);

      try
      {
         Object retObj = invoke(opName, args, false);
         return retObj;
      }
      catch (Exception ex)
      {
         OperationMetaData opMetaData = getOperationMetaData();
         if (opMetaData.isOneWay())
         {
            handleOneWayException(opMetaData, ex);
         }
         else
         {
            handleRemoteException(opMetaData, ex);
         }
         return null;
      }
      finally
      {
         // Copy the inbound msg properties to the binding's response context
         msgContext = MessageContextAssociation.peekMessageContext();
         for (String key : msgContext.keySet())
         {
            Object value = msgContext.get(key);
            resContext.put(key, value);
         }

         // Reset the message context association
         MessageContextAssociation.popMessageContext();
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         msgContext = new SOAPMessageContextJAXRPC();
         invContext.addAttachment(javax.xml.rpc.handler.MessageContext.class, msgContext);
      }
      else
      {
         msgContext = new SOAPMessageContextJAXWS();
         msgContext.put(MessageContextJAXWS.MESSAGE_OUTBOUND_PROPERTY, new Boolean(false));
         msgContext.put(MessageContextJAXWS.INBOUND_MESSAGE_ATTACHMENTS, new HashMap<String, DataHandler>());
         invContext.addAttachment(javax.xml.ws.handler.MessageContext.class, msgContext);
      }
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         msgContext = new SOAPMessageContextJAXRPC();
         invContext.addAttachment(javax.xml.rpc.handler.MessageContext.class, msgContext);
      }
      else
      {
         msgContext = new SOAPMessageContextJAXWS();
         msgContext.put(MessageContextJAXWS.MESSAGE_OUTBOUND_PROPERTY, new Boolean(false));
         msgContext.put(MessageContextJAXWS.INBOUND_MESSAGE_ATTACHMENTS, new HashMap<String, DataHandler>());
         invContext.addAttachment(javax.xml.ws.handler.MessageContext.class, msgContext);
      }
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      assertEquals("text/plain", mimeType.getMimeType());
   }

    public void testXOPContext()
   {
      SOAPMessageContextJAXWS msgContext = new SOAPMessageContextJAXWS();
      MessageContextAssociation.pushMessageContext(msgContext);
      assertFalse("MTOM should be disabled", XOPContext.isMTOMEnabled());
   }
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      // Get the order of pre/post handlerchains
      HandlerType[] handlerType = new HandlerType[] { HandlerType.PRE, HandlerType.ENDPOINT, HandlerType.POST };
      HandlerType[] faultType = new HandlerType[] { HandlerType.PRE, HandlerType.ENDPOINT, HandlerType.POST };

      // Associate a message context with the current thread
      CommonMessageContext msgContext = new SOAPMessageContextJAXWS();
      MessageContextAssociation.pushMessageContext(msgContext);
      msgContext.setEndpointMetaData(epMetaData);
      msgContext.setSOAPMessage(reqMsg);
      msgContext.putAll(reqContext);

      // The contents of the request context are used to initialize the message context (see section 9.4.1)
      // prior to invoking any handlers (see chapter 9) for the outbound message. Each property within the
      // request context is copied to the message context with a scope of HANDLER.
      msgContext.put(MessageContextJAXWS.MESSAGE_OUTBOUND_PROPERTY, Boolean.TRUE);
     
      QName portName = epMetaData.getPortName();
      try
      {
         // Call the request handlers
         boolean handlerPass = callRequestHandlerChain(portName, handlerType[0]);
         handlerPass = handlerPass && callRequestHandlerChain(portName, handlerType[1]);
         handlerPass = handlerPass && callRequestHandlerChain(portName, handlerType[2]);

         // Handlers might have replaced the message
         reqMsg = (SOAPMessageImpl)msgContext.getSOAPMessage();

         MessageAbstraction resMsg = null;
         if (handlerPass)
         {
            Map<String, Object> callProps = new HashMap<String, Object>(getRequestContext());
            if (callProps.containsKey(BindingProvider.ENDPOINT_ADDRESS_PROPERTY)) {
               targetAddress = (String) callProps.get(BindingProvider.ENDPOINT_ADDRESS_PROPERTY);
            }
            EndpointInfo epInfo = new EndpointInfo(epMetaData, targetAddress, callProps);
            resMsg = getRemotingConnection().invoke(reqMsg, epInfo, false);

            //Pivot, switch to response ctx and save the response message there
            msgContext = MessageContextJAXWS.processPivot(msgContext);
            msgContext.setMessageAbstraction(resMsg);
           
            // Call the  response handler chain, removing the fault type entry will not call handleFault for that chain
            handlerPass = callResponseHandlerChain(portName, handlerType[2]);
            faultType[2] = null;
            handlerPass = handlerPass && callResponseHandlerChain(portName, handlerType[1]);
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      return response;
   }

   public void invokeOneWay(T msg)
   {
      CommonMessageContext msgContext = new SOAPMessageContextJAXWS();
      MessageContextAssociation.pushMessageContext(msgContext);
      msgContext.setEndpointMetaData(epMetaData);
      try
      {
         MessageAbstraction reqMsg = getRequestMessage(msg);
         String targetAddress = epMetaData.getEndpointAddress();
         getRemotingConnection().invoke(reqMsg, targetAddress, true);
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   // Invoked by the proxy invokation handler
   public Object invoke(QName opName, Object[] args, Map<String, Object> resContext) throws RemoteException
   {
      // Associate a message context with the current thread
      CommonMessageContext msgContext = new SOAPMessageContextJAXWS();
      MessageContextAssociation.pushMessageContext(msgContext);

      // The contents of the request context are used to initialize the message context (see section 9.4.1)
      // prior to invoking any handlers (see chapter 9) for the outbound message. Each property within the
      // request context is copied to the message context with a scope of HANDLER.
      Map<String, Object> reqContext = getBindingProvider().getRequestContext();
      msgContext.putAll(reqContext);

      try
      {
         Object retObj = invoke(opName, args, false);
         return retObj;
      }
      catch (Exception ex)
      {
         OperationMetaData opMetaData = getOperationMetaData();
         if (opMetaData.isOneWay())
         {
            handleOneWayException(opMetaData, ex);
         }
         else
         {
            handleRemoteException(opMetaData, ex);
         }
         return null;
      }
      finally
      {
         // Copy the inbound msg properties to the binding's response context
         msgContext = MessageContextAssociation.peekMessageContext();
         for (String key : msgContext.keySet())
         {
            Object value = msgContext.get(key);
            resContext.put(key, value);
         }

         // Reset the message context association
         MessageContextAssociation.popMessageContext();
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         msgContext = new SOAPMessageContextJAXRPC();
         invContext.addAttachment(javax.xml.rpc.handler.MessageContext.class, msgContext);
      }
      else
      {
         msgContext = new SOAPMessageContextJAXWS();
         msgContext.put(MessageContextJAXWS.MESSAGE_OUTBOUND_PROPERTY, new Boolean(false));
         msgContext.put(MessageContextJAXWS.INBOUND_MESSAGE_ATTACHMENTS, new HashMap<String, DataHandler>());
         invContext.addAttachment(javax.xml.ws.handler.MessageContext.class, msgContext);
      }
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