Examples of javax.xml.soap.SOAPMessage

javax.xml.soap.SOAPMessage
The root class for all SOAP messages. As transmitted on the "wire", a SOAP message is an XML document or a MIME message whose first body part is an XML/SOAP document. A SOAPMessage object consists of a SOAP part and optionally one or more attachment parts. The SOAP part for a SOAPMessage object is a SOAPPart object, which contains information used for message routing and identification, and which can contain application-specific content. All data in the SOAP Part of a message must be in XML format. A new SOAPMessage object contains the following by default: A SOAPPart object A SOAPEnvelope object A SOAPBody object A SOAPHeader object The SOAP part of a message can be retrieved by calling the method SOAPMessage.getSOAPPart(). The SOAPEnvelope object is retrieved from the SOAPPart object, and the SOAPEnvelope object is used to retrieve the SOAPBody and SOAPHeader objects. SOAPPart sp = message.getSOAPPart(); SOAPEnvelope se = sp.getEnvelope(); SOAPBody sb = se.getBody(); SOAPHeader sh = se.getHeader(); In addition to the mandatory SOAPPart object, a SOAPMessage object may contain zero or more AttachmentPart objects, each of which contains application-specific data. The SOAPMessage interface provides methods for creating AttachmentPart objects and also for adding them to a SOAPMessage object. A party that has received a SOAPMessage object can examine its contents by retrieving individual attachment parts. Unlike the rest of a SOAP message, an attachment is not required to be in XML format and can therefore be anything from simple text to an image file. Consequently, any message content that is not in XML format must be in an AttachmentPart object. A MessageFactory object may create SOAPMessage objects with behavior that is specialized to a particular implementation or application of SAAJ. For instance, a MessageFactory object may produce SOAPMessage objects that conform to a particular Profile such as ebXML. In this case a MessageFactory object might produce SOAPMessage objects that are initialized with ebXML headers. In order to ensure backward source compatibility, methods that are added to this class after version 1.1 of the SAAJ specification are all concrete instead of abstract and they all have default implementations. Unless otherwise noted in the JavaDocs for those methods the default implementations simply throw an UnsupportedOperationException and the SAAJ implementation code must override them with methods that provide the specified behavior. Legacy client code does not have this restriction, however, so long as there is no claim made that it conforms to some later version of the specification than it was originally written for. A legacy class that extends the SOAPMessage class can be compiled and/or run against succeeding versions of the SAAJ API without modification. If such a class was correctly implemented then it will continue to behave correctly relative the the version of the specification against which it was written. @author Scott.Stark@jboss.org

        
        String replyBuffer;
        
        public void handleResponse(Response<SOAPMessage> response) {
            try {
                SOAPMessage reply = response.get();
                replyBuffer = reply.getSOAPBody().getTextContent();
            } catch (Exception e) {
                e.printStackTrace();
            }            
        }

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    }


    public SAXSource invoke(SAXSource request) {
        SAXSource response = new SAXSource();
        try {
            SOAPMessage msg = factory.createMessage();
            msg.getSOAPPart().setContent(request);
            SOAPBody body = msg.getSOAPBody();
            Node n = body.getFirstChild();


            while (n.getNodeType() != Node.ELEMENT_NODE) {
                n = n.getNextSibling();
            }

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    public void setUp() throws IOException, SOAPException {
        is =  getClass().getResourceAsStream("GreetMeDocLiteralReq.xml");
        is2 =  getClass().getResourceAsStream("GreetMeDocLiteralReq.xml");
        is3 =  getClass().getResourceAsStream("GreetMeDocLiteralReq.xml");
        SOAPMessage msg = MessageFactory.newInstance().createMessage(null, is);
        domSource = new DOMSource(msg.getSOAPPart());
        saxSource = new SAXSource(new InputSource(is2));
        streamSource = new StreamSource(is3);
        soapMsg = MessageFactory.newInstance().createMessage();
        assertNotNull(soapMsg);
    }

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            new TestDynamicDataBindingCallback(DOMSource.class, Mode.MESSAGE);        
        TestSOAPMessageDataWriter<SOAPMessage> soapMessageDataWriter = 
            new TestSOAPMessageDataWriter<SOAPMessage>(callback);
        obj = domSource;
        soapMessageDataWriter.write(obj, soapMsg);
        SOAPMessage soapMessage = soapMessageDataWriter.getTestSOAPMessage();
        assertTrue("TextContent should be TestSOAPInputMessage", 
                   "TestSOAPInputMessage".equals(soapMessage.getSOAPBody().getFirstChild().getTextContent()));
        
    }

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            new TestDynamicDataBindingCallback(SAXSource.class, Mode.MESSAGE);        
        TestSOAPMessageDataWriter<SOAPMessage> soapMessageDataWriter = 
            new TestSOAPMessageDataWriter<SOAPMessage>(callback);
        obj = saxSource;
        soapMessageDataWriter.write(obj, soapMsg);
        SOAPMessage soapMessage = soapMessageDataWriter.getTestSOAPMessage();
        assertTrue("TextContent should be TestSOAPInputMessage", 
                   "TestSOAPInputMessage".equals(soapMessage.getSOAPBody().getFirstChild().getTextContent()));
      
    }

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            new TestDynamicDataBindingCallback(StreamSource.class, Mode.MESSAGE);        
        TestSOAPMessageDataWriter<SOAPMessage> soapMessageDataWriter = 
            new TestSOAPMessageDataWriter<SOAPMessage>(callback);
        obj = streamSource;
        soapMessageDataWriter.write(obj, soapMsg);
        SOAPMessage soapMessage = soapMessageDataWriter.getTestSOAPMessage();
        assertTrue("TextContent should be TestSOAPInputMessage", 
                   "TestSOAPInputMessage".equals(soapMessage.getSOAPBody().getFirstChild().getTextContent()));
      
    }

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        return outbound;
    }
    
    private void record(StreamMessageContext context) {        
        if (ContextUtils.isOutbound(context)) { 
            SOAPMessage sm = (SOAPMessage)context.get("org.objectweb.celtix.bindings.soap.message");
            outbound.add(sm);
        }
    }

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    }


    public StreamSource invoke(StreamSource request) {
        StreamSource response = new StreamSource();
        try {
            SOAPMessage msg = factory.createMessage();
            msg.getSOAPPart().setContent(request);
            SOAPBody body = msg.getSOAPBody();
            Node n = body.getFirstChild();


            while (n.getNodeType() != Node.ELEMENT_NODE) {
                n = n.getNextSibling();
            }

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    public void setUp() throws IOException, SOAPException {
        is =  getClass().getResourceAsStream("GreetMeDocLiteralReq.xml");
        is2 =  getClass().getResourceAsStream("GreetMeDocLiteralSOAPBodyReq.xml");
        is3 =  getClass().getResourceAsStream("GreetMeDocLiteralSOAPBodyReq.xml");
        SOAPMessage msg = MessageFactory.newInstance().createMessage(null, is);
        domSource = new DOMSource(msg.getSOAPBody().extractContentAsDocument());
        saxSource = new SAXSource(new InputSource(is2));
        streamSource = new StreamSource(is3);
        soapMsg = MessageFactory.newInstance().createMessage();
        assertNotNull(soapMsg);
    }

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            ex.printStackTrace();
        }
    }
    
    public SOAPMessage invoke(SOAPMessage request) {
        SOAPMessage response = null;        
        try {
            SOAPBody body = request.getSOAPBody();
            Node n = body.getFirstChild();


            while (n.getNodeType() != Node.ELEMENT_NODE) {

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