Package xsul.wsif

Examples of xsul.wsif.WSIFOperation

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        }
        this.client.useAsyncMessaging(correlator);
    }

     public boolean invoke() throws WorkflowException {
         final WSIFOperation  operation = this.getOperation();
         final WSIFMessage inputMessage = this.getInputMessage();
         this.setOutputMessage(null);
        try {
              new Thread() {
                @Override
                public void run() {
                    try {
                        operation.executeInputOnlyOperation(inputMessage);
                    } catch (Exception e) {
                        // Ignore the error.
                        logger.error("Error invoking GFac Service",e);
                    }
                }
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     * @throws WorkflowException
     */
    public void shutdownService() throws WorkflowException {
        WSIFService service = WSIFServiceFactory.newInstance().getService(this.serviceDefinitions);
        WSIFPort port = service.getPort();
        WSIFOperation operation = port.createOperation(SHUTDOWN_OPERATION);

        WSIFMessage inputMessage = operation.createInputMessage();
        WSIFMessage outputMessage = operation.createOutputMessage();
        WSIFMessage faultMessage = operation.createFaultMessage();

        boolean success = operation.executeRequestResponseOperation(inputMessage, outputMessage, faultMessage);
        if (!success) {
            // An implementation of WSIFMessage, WSIFMessageElement,
            // implements toString(), which serialize the message XML.
            String message = "Failed to shutdown the service: " + faultMessage.toString();
            throw new WorkflowException(message);
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                .addHandler(new StickySoapHeaderHandler("use-lead-header", leadContext)).useAsyncMessaging(correlator)
                .setAsyncResponseTimeoutInMs(33000L); // to simplify testing set to just few
        // seconds

        WSIFPort port = wclient.getPort();
        WSIFOperation operation = port.createOperation("add");
        WSIFMessage inputMessage = operation.createInputMessage();
        WSIFMessage outputMessage = operation.createOutputMessage();
        WSIFMessage faultMessage = operation.createFaultMessage();

        inputMessage.setObjectPart("x", "2");
        inputMessage.setObjectPart("y", "3");

        logger.info("Sending a message:\n" + XMLUtil.xmlElementToString((XmlElement) inputMessage));
        boolean success = operation.executeRequestResponseOperation(inputMessage, outputMessage, faultMessage);

        XmlElement result;
        if (success) {
            result = (XmlElement) outputMessage;
        } else {
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                .addHandler(new StickySoapHeaderHandler("use-lead-header", leadContext)).useAsyncMessaging(correlator)
                .setAsyncResponseTimeoutInMs(33000L); // to simplify testing set to just few
        // seconds

        WSIFPort port = wclient.getPort();
        WSIFOperation operation = port.createOperation("generate");
        WSIFMessage inputMessage = operation.createInputMessage();
        WSIFMessage outputMessage = operation.createOutputMessage();
        WSIFMessage faultMessage = operation.createFaultMessage();

        inputMessage.setObjectPart("n", "3");

        logger.info("Sending a message:\n" + XMLUtil.xmlElementToString((XmlElement) inputMessage));
        boolean success = operation.executeRequestResponseOperation(inputMessage, outputMessage, faultMessage);

        XmlElement result;
        if (success) {
            result = (XmlElement) outputMessage;
        } else {
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                .addHandler(new StickySoapHeaderHandler("use-lead-header", leadContext)).useAsyncMessaging(correlator)
                .setAsyncResponseTimeoutInMs(33000L); // to simplify testing set to just few
        // seconds

        WSIFPort port = wclient.getPort();
        WSIFOperation operation = port.createOperation("approve");
        WSIFMessage inputMessage = operation.createInputMessage();
        WSIFMessage outputMessage = operation.createOutputMessage();
        WSIFMessage faultMessage = operation.createFaultMessage();

        inputMessage.setObjectPart("amount", "100");

        logger.info("Sending a message:\n" + XMLUtil.xmlElementToString((XmlElement) inputMessage));
        boolean success = operation.executeRequestResponseOperation(inputMessage, outputMessage, faultMessage);

        XmlElement result;
        if (success) {
            result = (XmlElement) outputMessage;
        } else {
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                .addHandler(new StickySoapHeaderHandler("use-lead-header", leadContext)).useAsyncMessaging(correlator)
                .setAsyncResponseTimeoutInMs(33000L); // to simplify testing set to just few
        // seconds

        WSIFPort port = wclient.getPort();
        WSIFOperation operation = port.createOperation("echo");
        WSIFMessage inputMessage = operation.createInputMessage();
        WSIFMessage outputMessage = operation.createOutputMessage();
        WSIFMessage faultMessage = operation.createFaultMessage();

        inputMessage.setObjectPart("input", "test");

        logger.info("Using WSIF to send message:\n" + XMLUtil.xmlElementToString((XmlElement) inputMessage));
        boolean success = operation.executeRequestResponseOperation(inputMessage, outputMessage, faultMessage);

        XmlElement result;
        if (success) {
            result = (XmlElement) outputMessage;
        } else {
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                .addHandler(new StickySoapHeaderHandler("use-lead-header", leadContext)).useAsyncMessaging(correlator)
                .setAsyncResponseTimeoutInMs(33000L); // to simplify testing set to just few
        // seconds

        WSIFPort port = wclient.getPort();
        WSIFOperation operation = port.createOperation("add");
        WSIFMessage inputMessage = operation.createInputMessage();
        WSIFMessage outputMessage = operation.createOutputMessage();
        WSIFMessage faultMessage = operation.createFaultMessage();

        // Input
        XmlElement arrayElement = XmlConstants.BUILDER.newFragment("input");
        for (int i = 0; i < 5; i++) {
            XmlElement valueElement = arrayElement.addElement("value");
            valueElement.addChild("" + i);
        }

        inputMessage.setObjectPart("input", arrayElement);

        logger.info("Sending a message:\n" + XMLUtil.xmlElementToString((XmlElement) inputMessage));
        boolean success = operation.executeRequestResponseOperation(inputMessage, outputMessage, faultMessage);

        XmlElement result;
        if (success) {
            result = (XmlElement) outputMessage;
        } else {
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    public WSIFMessage sendSOAPMessage(WSIFClient wclient, Object[][] args, String opName)
            throws ComponentRegistryException {

        WSIFPort port = wclient.getPort();

        WSIFOperation operation = port.createOperation(opName);
        WSIFMessage outputMessage = operation.createOutputMessage();
        WSIFMessage faultMessage = operation.createFaultMessage();
        String messageName = operation.createInputMessage().getName();
        XmlElement inputMsgElem = builder.newFragment(this.requestNS, messageName);

        for (int i = 0; i < args.length; i++) {
            createMessage((String) args[i][0], args[i][1], inputMsgElem);
        }

        WSIFMessageElement inputMessage = new WSIFMessageElement(inputMsgElem);

        boolean success = operation.executeRequestResponseOperation(inputMessage, outputMessage, faultMessage);
        if (success) {
            logger.debug("" + outputMessage);
            return outputMessage;
        } else {
            throw new ComponentRegistryException("Excpetion at server " + faultMessage);
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        WSIFClient client = WSIFRuntime.getDefault().newClientFor(service, null);

        // null selects the first port in the first service.

        WSIFPort port = client.getPort();
        WSIFOperation operation = port.createOperation("add");
        WSIFMessage inputMessage = operation.createInputMessage();
        WSIFMessage outputMessage = operation.createOutputMessage();
        WSIFMessage faultMessage = operation.createFaultMessage();

        inputMessage.setObjectPart("x", "2");
        inputMessage.setObjectPart("y", "3");

        // not needed in XSUL 2.9+
        // XmlElementAdapter inputWrapper = (XmlElementAdapter) inputMessage;
        // XmlDocument doc =
        // Soap11Util.getInstance().wrapBodyContent(inputWrapper.getTarget());
        // inputWrapper.setParent(inputWrapper.getTarget().getParent()); // make
        // sure wrapper has right parent

        {
            XmlElement xmlEl = (XmlElement) inputMessage;
            XmlContainer top = xmlEl.getRoot();
            String xmlAsStr = XMLUtil.BUILDER3.serializeToString(top);
            System.out.println(xmlAsStr);
            // Object top2 = inputWrapper.getRoot();
            // System.out.println(XMLUtil.BUILDER3.serializeToString(top2));
        }

        { // required for my addder ...
            XmlDocument doc = (XmlDocument) (((XmlElement) inputMessage).getRoot());
            XmlElement env = doc.getDocumentElement();
            XmlElement header = env.element(env.getNamespace(), "Header");
            if (header == null) {
                header = env.newElement(env.getNamespace(), "Header");
                env.addElement(0, header);
            }
            header.addElement(LeadContextHeader.NS, LeadContextHeader.TYPE.getLocalPart());
        }

        boolean success = operation.executeRequestResponseOperation(inputMessage, outputMessage, faultMessage);

        {
            XmlElement xmlEl = (XmlElement) inputMessage;
            XmlContainer top = xmlEl.getRoot();
            String xmlAsStr = XMLUtil.BUILDER3.serializeToString(top);
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        WSIFServiceFactory factory = WSIFServiceFactory.newInstance();
        WSIFService service = factory.getService(WSDLUtil.wsdlDefinitions5ToWsdlDefintions3(definitions));
        WSIFClient client = WSIFRuntime.getDefault().newClientFor(service, null);
        WSIFPort port = client.getPort();
        WSIFOperation operation = port.createOperation(operationName);
        WSIFMessage inputMessage = operation.createInputMessage();

        for (String key : inputMap.keySet()) {
            String value = inputMap.get(key);
            inputMessage.setObjectPart(key, value);
        }

        URI myWorkflowID = null;
        URI myServiceID = URI.create(XBayaConstants.APPLICATION_SHORT_NAME);
        String myNodeID = null;
        Integer myTimestep = null;
        InvocationEntity myEntity = notifier.createEntity(myWorkflowID, myServiceID, myNodeID, myTimestep);

        URI serviceWorkflowID = null;
        URI serviceServiceID = URI.create("ServiceID");
        String serviceNodeID = nodeID;
        Integer serviceTimestep = null;
        InvocationEntity serviceEntity = notifier.createEntity(serviceWorkflowID, serviceServiceID, serviceNodeID,
                serviceTimestep);
        WorkflowTrackingContext workflowContext = notifier.createTrackingContext(new Properties(), this.configuration
                .getBrokerURL().toASCIIString(), myWorkflowID, myServiceID, myNodeID, myTimestep);

        XmlElement inputBody = (XmlElement) ((XmlElement) inputMessage).getParent();
        XmlObject inputBodyObject = XBeansUtil.xmlElementToXmlObject(inputBody);

        InvocationContext context = notifier.invokingService(workflowContext, serviceEntity, null, inputBodyObject);

        if (outputMap != null) {
            WSIFMessage outputMessage = operation.createOutputMessage();
            Soap11Util.getInstance().wrapBodyContent((XmlElement) outputMessage);
            for (String key : outputMap.keySet()) {
                String value = outputMap.get(key);
                outputMessage.setObjectPart(key, value);
            }
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