Examples of org.apache.woden.wsdl20.xml.BindingFaultReferenceElement

org.apache.woden.wsdl20.xml.BindingFaultReferenceElement
Represents the WSDL 2.0 <infault> and <outfault> elements, declared as child elements of the binding <operation> element. @author John Kaputin (jkaputin@apache.org)

        addDocumentation(axisEndpoint, endpoint.toElement());
        return axisEndpoint;
    }


    private void processSOAPBindingEndpointExtensions(Endpoint endpoint, AxisEndpoint axisEndpoint) throws AxisFault {
        SOAPEndpointExtensions soapEndpointExtensions;
        try {
            soapEndpointExtensions = (SOAPEndpointExtensions) endpoint
                    .getComponentExtensionContext(new URI(WSDL2Constants.URI_WSDL2_SOAP));
        } catch (URISyntaxException e) {
            throw new AxisFault("SOAP Binding Endpoint Extension not found");
        }


        if (soapEndpointExtensions != null) {
            axisEndpoint.setProperty(WSDL2Constants.ATTR_WHTTP_AUTHENTICATION_TYPE,
                                     soapEndpointExtensions.getHttpAuthenticationScheme());
            axisEndpoint.setProperty(WSDL2Constants.ATTR_WHTTP_AUTHENTICATION_REALM,
                                     soapEndpointExtensions.getHttpAuthenticationRealm());
        }
    }

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            return null;
        }
        ArrayList soapHeaderMessages = new ArrayList();


        for (int i = 0; i < soapHeaderBlocks.length; i++) {
            SOAPHeaderBlock soapHeaderBlock = soapHeaderBlocks[i];
            ElementDeclaration elementDeclaration = soapHeaderBlock.getElementDeclaration();


            if (elementDeclaration != null) {
                QName name = elementDeclaration.getName();
                SOAPHeaderMessage soapHeaderMessage = new SOAPHeaderMessage();
                soapHeaderMessage.setElement(name);
                soapHeaderMessage.setRequired(soapHeaderBlock.isRequired().booleanValue());
                soapHeaderMessage
                        .setMustUnderstand(soapHeaderBlock.mustUnderstand().booleanValue());
                soapHeaderMessages.add(soapHeaderMessage);
            }
        }
        return soapHeaderMessages;
    }

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            return null;
        }
        ArrayList soapModuleMessages = new ArrayList();


        for (int i = 0; i < soapModules.length; i++) {
            SOAPModule soapModule = soapModules[i];
            SOAPModuleMessage soapModuleMessage = new SOAPModuleMessage();
            soapModuleMessage.setUri(soapModule.getRef().toString());
            soapModuleMessages.add(soapModuleMessage);
        }
        return soapModuleMessages;
    }

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        //Get needed properties.
        NCName binding = new NCName(bindingComp.getName().getLocalPart());
        QName interfaceOperation = interfaceOperationComp.getName();
        
        //Return a new FragmentIdentifier.
        return new FragmentIdentifier(new BindingMessageReferencePart(binding, interfaceOperation, fMessageLabel));
    }

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     * (non-Javadoc)
     * @see org.apache.woden.wsdl20.WSDLComponent#getFragmentIdentifier()
     */
    public FragmentIdentifier getFragmentIdentifier() {        
        if (fSystem == null | fSystem.toString().equals(WSDLReader.TYPE_XSD_2001)) {
            return new FragmentIdentifier(new ElementDeclarationPart(fName));
        } else {
            return new FragmentIdentifier(new ElementDeclarationPart(fName, fSystem));
        }
    }

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        //Get needed properties.
        NCName binding = new NCName(bindingComp.getName().getLocalPart());
        QName interfaceOperation = interfaceOperationComp.getName();
        
        //Return a new FragmentIdentifier.
        return new FragmentIdentifier(new BindingMessageReferencePart(binding, interfaceOperation, fMessageLabel));
    }

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     * (non-Javadoc)
     * @see org.apache.woden.wsdl20.WSDLComponent#getFragmentIdentifier()
     */
    public FragmentIdentifier getFragmentIdentifier() {        
        if (fSystem == null | fSystem.toString().equals(WSDLReader.TYPE_XSD_2001)) {
            return new FragmentIdentifier(new ElementDeclarationPart(fName));
        } else {
            return new FragmentIdentifier(new ElementDeclarationPart(fName, fSystem));
        }
    }

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    private BindingElement parseBinding(
            XMLElement bindEl,
            DescriptionElement desc)
            throws WSDLException {


        BindingElement binding = desc.addBindingElement();


        String name = bindEl.getAttributeValue(Constants.ATTR_NAME);
        if(name != null)
        {
            binding.setName(new NCName(name));
        }


        QName intfaceQN = null;
        String intface = bindEl.getAttributeValue(Constants.ATTR_INTERFACE);
        if(intface != null)
        {
            try {
                intfaceQN = bindEl.getQName(intface);
                binding.setInterfaceName(intfaceQN);
            } catch (WSDLException e) {
                getErrorReporter().reportError( 
                        new ErrorLocatorImpl(),  //TODO line&col nos.
                        "WSDL505",
                        new Object[] {intface, bindEl.getQName()},
                        ErrorReporter.SEVERITY_ERROR);
            }
        }


        String type = bindEl.getAttributeValue(Constants.ATTR_TYPE);
        if(type != null) {
            binding.setType(getURI(type));
        }


        parseExtensionAttributes(bindEl, BindingElement.class, binding, desc);


        /* Parse the child elements of <binding>. 
         * As per WSDL 2.0 spec, they must be in the following order if present:
         * <documentation>
         * <fault> <operation> or extension elements in any order
         * TODO validate that the elements are in correct order
         */ 


        XMLElement[] children = bindEl.getChildElements();
        XMLElement tempEl = null;
        QName tempElQN = null;


        for(int i=0; i<children.length; i++)
        {
            tempEl = children[i];
            tempElQN = tempEl.getQName();


            if (Constants.Q_ELEM_DOCUMENTATION.equals(tempElQN))
            {
                parseDocumentation(tempEl, desc, binding);
            }
            else if (Constants.Q_ELEM_FAULT.equals(tempElQN))
            {
                parseBindingFault(tempEl, desc, binding);
            }
            else if (Constants.Q_ELEM_OPERATION.equals(tempElQN))
            {
                parseBindingOperation(tempEl, desc, binding);
            }
            else
            {
                binding.addExtensionElement(
                        parseExtensionElement(BindingElement.class, binding, tempEl, desc) );
            }
        }


        return binding;

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            XMLElement faultRefEl,
            DescriptionElement desc,
            BindingOperationElement parent)
            throws WSDLException {


        BindingFaultReferenceElement faultRef = parent.addBindingFaultReferenceElement();


        QName refQN = null;
        String ref = faultRefEl.getAttributeValue(Constants.ATTR_REF);
        if(ref != null)
        {
            try {
                refQN = faultRefEl.getQName(ref);
                faultRef.setRef(refQN);
            } catch (WSDLException e) {
                getErrorReporter().reportError( 
                        new ErrorLocatorImpl(),  //TODO line&col nos.
                        "WSDL505",
                        new Object[] {ref, faultRefEl.getQName()},
                        ErrorReporter.SEVERITY_ERROR);
            }
        }


        String msgLabel = faultRefEl.getAttributeValue(Constants.ATTR_MESSAGE_LABEL);
        if(msgLabel != null)
        {
            faultRef.setMessageLabel(new NCName(msgLabel));
        } 
        else
        {
            //This is a limited solution supporting the 3 MEPs in the Part 2 spec. 
            //TODO generic support for user-defined, extensible MEPs.
            
            BindingOperationElement bop = (BindingOperationElement)faultRef.getParentElement();
            InterfaceOperationElement iop = bop.getInterfaceOperationElement();
            URI mep = (iop != null ? iop.getPattern() : null); //iop might be null if the WSDL is invalid
            
            if(Constants.MEP_URI_IN_OUT.equals(mep))
            {
                //Ruleset is fault-replaces-message, so fault is in same direction as msg.
                //The <output> is replaced by an <outfault>.
                //The <input> is replaced by an <infault>.
                //The <outfault> msg label should match the <output> msg label.
                if(Constants.ELEM_OUTFAULT.equals(faultRefEl.getLocalName()))
                {
                    faultRef.setMessageLabel(MessageLabel.OUT);
                }
                else
                {
                    faultRef.setMessageLabel(MessageLabel.IN);
                }
            }
            else if(Constants.MEP_URI_ROBUST_IN_ONLY.equals(mep))  
            {
                //Ruleset is message-triggers-fault, so fault is opposite direction to msg.
                //The <input> can trigger an <outfault>. 
                //The <outfault> msg label should match the <input> msg label.
                if(Constants.ELEM_OUTFAULT.equals(faultRefEl.getLocalName()))
                {
                    faultRef.setMessageLabel(MessageLabel.IN); //the <outfault> is triggered by the <input>
                }
                else
                {
                    //TODO this MEP may have only <outfault>s, not <infault>s, so treat this as an error.
                    faultRef.setMessageLabel(MessageLabel.OUT);
                }
            }
            else if(Constants.MEP_URI_IN_ONLY.equals(mep))
            {
                //TODO Ruleset is no-faults, so treat this as an error.
            }
        }


        parseExtensionAttributes(faultRefEl, BindingFaultReferenceElement.class, faultRef, desc);


        /* Parse the child elements of binding operation <infault> or <outfault>. 
         * As per WSDL 2.0 spec, they must be in the following order if present:
         * <documentation> 
         * extension elements in any order
         * TODO validate that the elements are in correct order
         */ 


        XMLElement[] children = faultRefEl.getChildElements();
        XMLElement tempEl = null;
        QName tempElQN = null;


        for(int i=0; i<children.length; i++)
        {
            tempEl = children[i];
            tempElQN = tempEl.getQName();


            if (Constants.Q_ELEM_DOCUMENTATION.equals(tempElQN))
            {
                parseDocumentation(tempEl, desc, faultRef);
            }
            else
            {
                faultRef.addExtensionElement(
                        parseExtensionElement(BindingFaultReferenceElement.class, faultRef, tempEl, desc) );
            }
        }


        return faultRef;

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      BindingElement binding = descEl.addBindingElement();
      binding.setName(name2);
      binding.setInterfaceName(name1QN);
      BindingOperationElement bindingOperation = binding.addBindingOperationElement();
      bindingOperation.setRef(name4QN);
      BindingFaultReferenceElement bindingFaultReference = bindingOperation.addBindingFaultReferenceElement();


      bindingFaultReference.setMessageLabel(MessageLabel.IN);
      bindingFaultReference.setRef(name3QN);
          
    if(!val.testAssertionBindingFaultReference1055(descEl.toComponent().getBindings()[0].getBindingOperations()[0].getBindingFaultReferences(), reporter))
    {
      fail("The testAssertionBindingFaultReference1055 method returned false with one valid binding fault reference defined.");
    }
  }
  catch(WSDLException e)
  {
    fail("There was a problem running the test assertion method " + e);
  }
  
  // Test that the assertion returns true when there are two binding fault references defined with
  // unique interface fault references.
  try
  {
      DescriptionElement descEl = factory.newDescription();
      descEl.setTargetNamespace(namespace1);
      InterfaceElement interfac = descEl.addInterfaceElement();
      interfac.setName(name1);
      InterfaceFaultElement interfaceFault = interfac.addInterfaceFaultElement();
      interfaceFault.setName(name3);
      InterfaceOperationElement interfaceOperation = interfac.addInterfaceOperationElement();
      interfaceOperation.setName(name4);
      InterfaceFaultReferenceElement interfaceFaultReference = interfaceOperation.addInterfaceFaultReferenceElement();
      interfaceFaultReference.setMessageLabel(MessageLabel.IN);
      interfaceFaultReference.setRef(name3QN);
      InterfaceFaultReferenceElement interfaceFaultReference2 = interfaceOperation.addInterfaceFaultReferenceElement();
      interfaceFaultReference2.setMessageLabel(MessageLabel.OUT);
      interfaceFaultReference2.setRef(name3QN);
      BindingElement binding = descEl.addBindingElement();
      binding.setName(name2);
      binding.setInterfaceName(name1QN);
      BindingOperationElement bindingOperation = binding.addBindingOperationElement();
      bindingOperation.setRef(name4QN);
      BindingFaultReferenceElement bindingFaultReference = bindingOperation.addBindingFaultReferenceElement();
      bindingFaultReference.setMessageLabel(MessageLabel.IN);
      bindingFaultReference.setRef(name3QN);
      BindingFaultReferenceElement bindingFaultReference2 = bindingOperation.addBindingFaultReferenceElement();
      bindingFaultReference2.setMessageLabel(MessageLabel.OUT);
      bindingFaultReference2.setRef(name3QN);
          
    if(!val.testAssertionBindingFaultReference1055(descEl.toComponent().getBindings()[0].getBindingOperations()[0].getBindingFaultReferences(), reporter))
    {
      fail("The testAssertionBindingFaultReference1055 method returned false with two valid binding fault references defined.");
    }
  }
  catch(WSDLException e)
  {
    fail("There was a problem running the test assertion method " + e);
  }
  
  
  // Test that the assertion returns false when there are two binding fault references define with
  // the same interface fault reference.
  try
  {
      DescriptionElement descEl = factory.newDescription();
      descEl.setTargetNamespace(namespace1);
      InterfaceElement interfac = descEl.addInterfaceElement();
      interfac.setName(name1);
      InterfaceFaultElement interfaceFault = interfac.addInterfaceFaultElement();
      interfaceFault.setName(name3);
      InterfaceOperationElement interfaceOperation = interfac.addInterfaceOperationElement();
      interfaceOperation.setName(name4);
      InterfaceFaultReferenceElement interfaceFaultReference = interfaceOperation.addInterfaceFaultReferenceElement();
      interfaceFaultReference.setMessageLabel(MessageLabel.IN);
      interfaceFaultReference.setRef(name3QN);
      BindingElement binding = descEl.addBindingElement();
      binding.setName(name2);
      binding.setInterfaceName(name1QN);
      BindingOperationElement bindingOperation = binding.addBindingOperationElement();
      bindingOperation.setRef(name4QN);
      BindingFaultReferenceElement bindingFaultReference = bindingOperation.addBindingFaultReferenceElement();
      bindingFaultReference.setMessageLabel(MessageLabel.IN);
      bindingFaultReference.setRef(name3QN);
      BindingFaultReferenceElement bindingFaultReference2 = bindingOperation.addBindingFaultReferenceElement();
      bindingFaultReference2.setMessageLabel(MessageLabel.IN);
      bindingFaultReference2.setRef(name3QN);
          
    if(val.testAssertionBindingFaultReference1055(descEl.toComponent().getBindings()[0].getBindingOperations()[0].getBindingFaultReferences(), reporter))
    {
      fail("The testAssertionBindingFaultReference1055 method returned true with two binding fault references defined with the same interface fault reference.");
    }

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