Package javax.wsdl

Examples of javax.wsdl.Message.addPart()


                    // create new part for the wrapper and add it to the message
                    Part part = definition.createPart();
                    part.setName("parameters");
                    part.setElementName(new QName(namespaceURI, opName, prefix));
                    inputMsg.addPart(part);
                }
            }

            // if two-way operation has no output message, add one containing an empty wrapper
            if (input != null && operation.getOutput() == null) {
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                    part.setElementName(new QName(namespaceURI, msgName, prefix));

                    // create new message for the part
                    Message outputMsg = definition.createMessage();
                    outputMsg.setQName(new QName(namespaceURI, msgName, prefix));
                    outputMsg.addPart(part);
                    outputMsg.setUndefined(false);
                    definition.addMessage(outputMsg);

                    // create output element for the operation
                    Output output = definition.createOutput();
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        for (Iterator itPart = defMessage.getParts().values().iterator(); itPart.hasNext();) {
            Part defPart = (Part) itPart.next();
            Part flatPart = flat.createPart();
            flatPart.setName(defPart.getName());
            flatPart.setElementName(defPart.getElementName());
            flatMsg.addPart(flatPart);
        }
        return flatMsg;
    }

    private URI getUri(String str) {
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        List<ElementInfo> elements = null;
        // FIXME: By default, java interface is mapped to doc-lit-wrapper style WSDL
        if (op.getWrapper() != null) {
            // Generate doc-lit-wrapper style
            inputMsg.addPart(generateWrapperPart(definition, op, helpers, wrappers, true));
        } else {
            // Bare style
            int i = 0;
            for (DataType d : op.getInputType().getLogical()) {
                inputMsg.addPart(generatePart(definition, d, "arg" + i));
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            inputMsg.addPart(generateWrapperPart(definition, op, helpers, wrappers, true));
        } else {
            // Bare style
            int i = 0;
            for (DataType d : op.getInputType().getLogical()) {
                inputMsg.addPart(generatePart(definition, d, "arg" + i));
                elements = new ArrayList<ElementInfo>();
                ElementInfo element = getElementInfo(d.getPhysical(), d, null, helpers);
                elements.add(element);
                QName elementName = ((XMLType)d.getLogical()).getElementName();
                wrappers.put(elementName, elements);
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            outputMsg.setQName(outputMsgName);
            outputMsg.setUndefined(false);
            definition.addMessage(outputMsg);

            if (op.getWrapper() != null) {
                outputMsg.addPart(generateWrapperPart(definition, op, helpers, wrappers, false));
            } else {
               
                if ((op.getOutputType() != null) && ( op.getOutputType().getLogical().size() != 0)) {
                  DataType outputType = op.getOutputType().getLogical().get(0);
                    outputMsg.addPart(generatePart(definition, outputType, "return"));
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                outputMsg.addPart(generateWrapperPart(definition, op, helpers, wrappers, false));
            } else {
               
                if ((op.getOutputType() != null) && ( op.getOutputType().getLogical().size() != 0)) {
                  DataType outputType = op.getOutputType().getLogical().get(0);
                    outputMsg.addPart(generatePart(definition, outputType, "return"));
                    elements = new ArrayList<ElementInfo>();
                    ElementInfo element = getElementInfo(outputType.getPhysical(), outputType, null, helpers);
                    elements.add(element);
                    QName elementName = ((XMLType)outputType.getLogical()).getElementName();
                    wrappers.put(elementName, elements);
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            if (faultMsg == null) {
                faultMsg = definition.createMessage();
                faultMsg.setQName(faultMsgName);
                faultMsg.setUndefined(false);
                definition.addMessage(faultMsg);
                faultMsg.addPart(generatePart(definition, faultType.getLogical(), faultName.getLocalPart()));
            }
            fault.setMessage(faultMsg);
            operation.addFault(fault);
            if (faultType.getLogical().getPhysical() != faultType.getPhysical()) {
                // create special wrapper for type indirection to real fault bean
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        Input input = definition.createInput();
        Message inputMessage = definition.createMessage();
        Part inputPart = definition.createPart();
        inputPart.setName("string");
        inputPart.setTypeName(new QName("http://www.w3.org/2001/XMLSchema", "string"));
        inputMessage.addPart(inputPart);
        operation.setInput(input);
        input.setMessage(inputMessage);
        Output output = definition.createOutput();
        Message outputMessage = definition.createMessage();
        operation.setOutput(output);
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                    part.setElementName(mpi.getElementQName());
                } else {
                    part.setTypeName(mpi.getTypeQName());
                }
                part.setName(mpi.getName().getLocalPart());
                message.addPart(part);
            }
           
            definition.addMessage(message);
        }
       
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