Examples of org.jboss.ws.metadata.wsdl.WSDLSOAPHeader

org.jboss.ws.metadata.wsdl.WSDLSOAPHeader
Represents a WSDL 2.0 SOAP Header Block. The presence of the SOAP Header Block component indicates that the service supports headers and MAY require a web service consumer/client to use the header. It may appear up to one time in the message. @author Jason T. Greene @version $Revision: 1757 $

         {
            QName xmlName = returnParameter.getXmlName();
            String partName = returnParameter.getPartName();
            if (returnParameter.isInHeader())
            {
               WSDLSOAPHeader header = new WSDLSOAPHeader(xmlName, partName);
               header.setIncludeInSignature(true);
               bindingOutput.addSoapHeader(header);
            }
            else
            {
               output.setElement(xmlName);
               output.setPartName(partName);
            }
            addSignatureItem(interfaceOperation, returnParameter, true);
         }


         // If there is no return parameter, it will most likely be set later with an INOUT or OUT parameter.
         // Otherwise, a null element means there is a 0 body element part, which is allowed by BP 1.0
         interfaceOperation.addOutput(output);
         bindingOperation.addOutput(bindingOutput);
      }


      for (ParameterMetaData param : operation.getParameters())
      {
         if (param.isInHeader())
         {
            WSDLSOAPHeader header = new WSDLSOAPHeader(param.getXmlName(), param.getPartName());
            header.setIncludeInSignature(true);
            if (param.getMode() != ParameterMode.OUT)
               bindingInput.addSoapHeader(header);
            if (twoWay && param.getMode() != ParameterMode.IN)
               bindingOutput.addSoapHeader(header);
         }

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         {
            QName xmlName = returnParameter.getXmlName();
            String partName = returnParameter.getPartName();
            if (returnParameter.isInHeader())
            {
               WSDLSOAPHeader header = new WSDLSOAPHeader(xmlName, partName);
               header.setIncludeInSignature(true);
               bindingOutput.addSoapHeader(header);
            }
            else
            {
               QName xmlType = returnParameter.getXmlType();
               String ns = getNamespace(returnParameter.getJavaType(), xmlType.getNamespaceURI());
               QName newXmlType = new QName(ns, xmlType.getLocalPart());
               WSDLRPCPart part = new WSDLRPCPart(partName, newXmlType);


               output.addChildPart(part);
            }
            addSignatureItem(interfaceOperation, returnParameter, true);
         }


         interfaceOperation.addOutput(output);
         bindingOperation.addOutput(bindingOutput);
      }


      for (ParameterMetaData param : operation.getParameters())
      {
         if (param.isInHeader())
         {
            WSDLSOAPHeader header = new WSDLSOAPHeader(param.getXmlName(), param.getPartName());
            header.setIncludeInSignature(true);
            if (param.getMode() != ParameterMode.OUT)
               bindingInput.addSoapHeader(header);
            if (twoWay && param.getMode() != ParameterMode.IN)
               bindingOutput.addSoapHeader(header);
         }

View Full Code Here

            }


            if (elementName == null)
               throw new WSDLException(WSDLException.INVALID_WSDL, "Could not determine element name from header: " + key);


            WSDLSOAPHeader soapHeader = new WSDLSOAPHeader(elementName, headerPartName);
            soapHeader.setIncludeInSignature(!isImplicitHeader);
            reference.addSoapHeader(soapHeader);
            if (Constants.URI_STYLE_DOCUMENT == destIntfOperation.getStyle())
            {
               callback.removeReference(elementName);
            }

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            }


            if (elementName == null)
               throw new WSDLException(WSDLException.INVALID_WSDL, "Could not determine element name from header: " + key);


            WSDLSOAPHeader soapHeader = new WSDLSOAPHeader(elementName, headerPartName);
            soapHeader.setIncludeInSignature(!isImplicitHeader);
            reference.addSoapHeader(soapHeader);
            if (Constants.URI_STYLE_DOCUMENT == destIntfOperation.getStyle())
            {
               callback.removeReference(elementName);
            }

View Full Code Here

         {
            QName xmlName = returnParameter.getXmlName();
            String partName = returnParameter.getPartName();
            if (returnParameter.isInHeader())
            {
               WSDLSOAPHeader header = new WSDLSOAPHeader(xmlName, partName);
               header.setIncludeInSignature(true);
               bindingOutput.addSoapHeader(header);
            }
            else
            {
               output.setElement(xmlName);
               output.setPartName(partName);
            }
            addSignatureItem(interfaceOperation, returnParameter, true);
         }


         // If there is no return parameter, it will most likely be set later with an INOUT or OUT parameter.
         // Otherwise, a null element means there is a 0 body element part, which is allowed by BP 1.0
         interfaceOperation.addOutput(output);
         bindingOperation.addOutput(bindingOutput);
      }


      for (ParameterMetaData param : operation.getParameters())
      {
         if (param.isInHeader())
         {
            WSDLSOAPHeader header = new WSDLSOAPHeader(param.getXmlName(), param.getPartName());
            header.setIncludeInSignature(true);
            if (param.getMode() != ParameterMode.OUT)
               bindingInput.addSoapHeader(header);
            if (twoWay && param.getMode() != ParameterMode.IN)
               bindingOutput.addSoapHeader(header);
         }

View Full Code Here

         {
            QName xmlName = returnParameter.getXmlName();
            String partName = returnParameter.getPartName();
            if (returnParameter.isInHeader())
            {
               WSDLSOAPHeader header = new WSDLSOAPHeader(xmlName, partName);
               header.setIncludeInSignature(true);
               bindingOutput.addSoapHeader(header);
            }
            else
            {
               QName xmlType = returnParameter.getXmlType();
               String ns = getNamespace(returnParameter.getJavaType(), xmlType.getNamespaceURI());
               QName newXmlType = new QName(ns, xmlType.getLocalPart());
               WSDLRPCPart part = new WSDLRPCPart(partName, newXmlType);


               output.addChildPart(part);
            }
            addSignatureItem(interfaceOperation, returnParameter, true);
         }


         interfaceOperation.addOutput(output);
         bindingOperation.addOutput(bindingOutput);
      }


      for (ParameterMetaData param : operation.getParameters())
      {
         if (param.isInHeader())
         {
            WSDLSOAPHeader header = new WSDLSOAPHeader(param.getXmlName(), param.getPartName());
            header.setIncludeInSignature(true);
            if (param.getMode() != ParameterMode.OUT)
               bindingInput.addSoapHeader(header);
            if (twoWay && param.getMode() != ParameterMode.IN)
               bindingOutput.addSoapHeader(header);
         }

View Full Code Here

         {
            QName xmlName = returnParameter.getXmlName();
            String partName = returnParameter.getPartName();
            if (returnParameter.isInHeader())
            {
               WSDLSOAPHeader header = new WSDLSOAPHeader(xmlName, partName);
               header.setIncludeInSignature(true);
               bindingOutput.addSoapHeader(header);
            }
            else
            {
               output.setElement(xmlName);
               output.setPartName(partName);
            }
            addSignatureItem(interfaceOperation, returnParameter, true);
         }


         // If there is no return parameter, it will most likely be set later with an INOUT or OUT parameter.
         // Otherwise, a null element means there is a 0 body element part, which is allowed by BP 1.0
         interfaceOperation.addOutput(output);
         bindingOperation.addOutput(bindingOutput);
      }


      for (ParameterMetaData param : operation.getParameters())
      {
         if (param.isInHeader())
         {
            WSDLSOAPHeader header = new WSDLSOAPHeader(param.getXmlName(), param.getPartName());
            header.setIncludeInSignature(true);
            if (param.getMode() != ParameterMode.OUT)
               bindingInput.addSoapHeader(header);
            if (twoWay && param.getMode() != ParameterMode.IN)
               bindingOutput.addSoapHeader(header);
         }

View Full Code Here

         {
            QName xmlName = returnParameter.getXmlName();
            String partName = returnParameter.getPartName();
            if (returnParameter.isInHeader())
            {
               WSDLSOAPHeader header = new WSDLSOAPHeader(xmlName, partName);
               header.setIncludeInSignature(true);
               bindingOutput.addSoapHeader(header);
            }
            else
            {
               QName xmlType = returnParameter.getXmlType();
               String ns = getNamespace(returnParameter.getJavaType(), xmlType.getNamespaceURI());
               QName newXmlType = new QName(ns, xmlType.getLocalPart());
               WSDLRPCPart part = new WSDLRPCPart(partName, newXmlType);


               output.addChildPart(part);
            }
            addSignatureItem(interfaceOperation, returnParameter, true);
         }


         interfaceOperation.addOutput(output);
         bindingOperation.addOutput(bindingOutput);
      }


      for (ParameterMetaData param : operation.getParameters())
      {
         if (param.isInHeader())
         {
            WSDLSOAPHeader header = new WSDLSOAPHeader(param.getXmlName(), param.getPartName());
            header.setIncludeInSignature(true);
            if (param.getMode() != ParameterMode.OUT)
               bindingInput.addSoapHeader(header);
            if (twoWay && param.getMode() != ParameterMode.IN)
               bindingOutput.addSoapHeader(header);
         }

View Full Code Here

            }


            if (elementName == null)
               throw new WSDLException(WSDLException.INVALID_WSDL, "Could not determine element name from header: " + key);


            WSDLSOAPHeader soapHeader = new WSDLSOAPHeader(elementName, headerPartName);
            soapHeader.setIncludeInSignature(!isImplicitHeader);
            reference.addSoapHeader(soapHeader);
            if (Constants.URI_STYLE_DOCUMENT == destIntfOperation.getStyle())
            {
               callback.removeReference(elementName);
            }

View Full Code Here

            }


            if (elementName == null)
               throw new WSDLException(WSDLException.INVALID_WSDL, "Could not determine element name from header: " + key);


            WSDLSOAPHeader soapHeader = new WSDLSOAPHeader(elementName, headerPartName);
            soapHeader.setIncludeInSignature(!isImplicitHeader);
            reference.addSoapHeader(soapHeader);
            if (Constants.URI_STYLE_DOCUMENT == destIntfOperation.getStyle())
            {
               callback.removeReference(elementName);
            }

View Full Code Here

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