Java Code Examples for org.w3c.dom.Document#getImplementation()

public void load(File f) throws ConfigPersisterException {
    try {
		DocumentBuilderFactory factory = DocumentBuilderFactory.newInstance();
		DocumentBuilder builder = factory.newDocumentBuilder();
		Document doc = builder.parse(f);

		DOMImplementationLS domImplementation = (DOMImplementationLS) doc.getImplementation();
	    LSSerializer lsSerializer = domImplementation.createLSSerializer();
	    String configString = lsSerializer.writeToString(doc);

    	_config = (Config) _xstream.fromXML(convertToCurrent(configString));
    	setConfigPath(f);
	} catch (Exception e) {
		throw new ConfigPersisterException(e);
	}
}
 

public void load(File f) throws ConfigPersisterException {
    try {
		DocumentBuilderFactory factory = DocumentBuilderFactory.newInstance();
		DocumentBuilder builder = factory.newDocumentBuilder();
		Document doc = builder.parse(f);

		DOMImplementationLS domImplementation = (DOMImplementationLS) doc.getImplementation();
	    LSSerializer lsSerializer = domImplementation.createLSSerializer();
	    String configString = lsSerializer.writeToString(doc);

    	_config = (Config) _xstream.fromXML(convertToCurrent(configString));
    	setConfigPath(f);
	} catch (Exception e) {
		throw new ConfigPersisterException(e);
	}
}
 

static public String getInnerXmlText(Node xmlNode)
{
    StringBuilder result = new StringBuilder();

    Document xmlDocument = xmlNode.getOwnerDocument();
    DOMImplementation xmlDocumentImpl = xmlDocument.getImplementation();
    DOMImplementationLS lsImpl = (DOMImplementationLS) xmlDocumentImpl.getFeature("LS", "3.0");
    LSSerializer lsSerializer = lsImpl.createLSSerializer();

    NodeList childNodes = xmlNode.getChildNodes();
    for (int i = 0; i < childNodes.getLength(); i++) {
        String childText = lsSerializer.writeToString(childNodes.item(i));
        int pos = childText.indexOf("?>");
        if (pos > -1) {
            childText = childText.substring(pos + 2);
        }
        result.append(childText);
    }

    return result.toString();
}
 

/***
 * Helper method which converts XML Document into pretty formatted string
 *
 * @param doc to convert
 * @return converted XML as String
 */
public static String documentToString(Document doc) {

    String strMsg = "";
    try {
        DOMImplementation domImpl = doc.getImplementation();
        DOMImplementationLS domImplLS = (DOMImplementationLS) domImpl.getFeature("LS", "3.0");
        LSSerializer lsSerializer = domImplLS.createLSSerializer();
        lsSerializer.getDomConfig().setParameter("format-pretty-print", true);

        Writer stringWriter = new StringWriter();
        LSOutput lsOutput = domImplLS.createLSOutput();
        lsOutput.setEncoding("UTF-8");
        lsOutput.setCharacterStream(stringWriter);
        lsSerializer.write(doc, lsOutput);
        strMsg = stringWriter.toString();
    } catch (Exception e) {
        logger.warn("Error occurred when converting document to string", e);
    }
    return strMsg;
}
 

public static String elementToString(Element element) {
	try {
		if (element == null) {
                               /* return an empty string because, the other way around works the same,
                               where if we give a empty string as the XML, we get a null element
                               from "stringToElement" */
			return "";
		}
           Document document = element.getOwnerDocument();
           DOMImplementationLS domImplLS = (DOMImplementationLS) document.getImplementation();
           LSSerializer serializer = domImplLS.createLSSerializer();
           //by default its true, so set it to false to get String without xml-declaration
           serializer.getDomConfig().setParameter(XML_DECLARATION, false);
           return serializer.writeToString(element);
	} catch (Exception e) {
		log.error("Error while convering element to string: " + e.getMessage(), e);
		return null;
	}
}
 

/**
 * Saves the process configuration.
 */
private void saveConfiguration(Document docXMLConfig) {
  String fileToSaveConf = properties.getSaveRemoteConfig();
  if (fileToSaveConf.length() > 0 && docXMLConfig != null) {
    log.info("saveConfiguration - saving the process configuration XML in a file " + fileToSaveConf + " due to user request");

    File file = new File(fileToSaveConf);
    if (file.isDirectory() || !fileToSaveConf.endsWith(".xml")) {
      throw new RuntimeException("Path to which to save remote config must end with '.xml'");
    }

    try {
      DOMImplementationLS domImplementation = (DOMImplementationLS) docXMLConfig.getImplementation();
      LSSerializer lsSerializer = domImplementation.createLSSerializer();
      lsSerializer.writeToURI(docXMLConfig, file.toURI().toURL().toString());
    } catch (java.io.IOException ex) {
      log.error("saveConfiguration - Could not save the configuration to the file " + fileToSaveConf, ex);
    }
  }
}
 

/**
 * Serialize XML Node to string
 * <p>
 * Note: this method is supposed to be faster than the Transform version but the output control
 * is limited. If node is Document node, it will output XML PI which sometimes we want to avoid.
 * 
 * @param doc XML document
 * @param node Node to be serialized
 * @param encoding encoding for the output
 * @return String representation of the Document
 * @throws IOException
 */
public static String serializeToStringLS(Document doc, Node node, String encoding) throws IOException {
	DOMImplementationLS domImpl = (DOMImplementationLS) doc.getImplementation();
       LSSerializer lsSerializer = domImpl.createLSSerializer();
       LSOutput output = domImpl.createLSOutput();
       output.setEncoding(encoding);
       StringWriter writer = new StringWriter();
       output.setCharacterStream(writer);
       lsSerializer.write(node, output);
       writer.flush();
       
       return writer.toString();
}
 

public LocalResolver() {
    final DocumentBuilderFactory documentBuilderFactory = DocumentBuilderFactory.newInstance();
    DocumentBuilder documentBuilder;
    try {
        documentBuilder = documentBuilderFactory.newDocumentBuilder();
    } catch (final ParserConfigurationException e) {
        throw new IllegalStateException(e);
    }
    final Document document = documentBuilder.newDocument();

    lsImplementation = (DOMImplementationLS) document.getImplementation();
}
 

private static String serializeTransformElement(Element xformEl) throws DOMException, LSException {
                Document document = xformEl.getOwnerDocument();
                DOMImplementationLS domImplLS = (DOMImplementationLS) document.getImplementation();
                LSSerializer serializer = domImplLS.createLSSerializer();
//        serializer.getDomConfig().setParameter("namespaces", true);
//        serializer.getDomConfig().setParameter("namespace-declarations", true);
                serializer.getDomConfig().setParameter("canonical-form", false);
                serializer.getDomConfig().setParameter("xml-declaration", false);
                String str = serializer.writeToString(xformEl);
                return str;
        }
 

public String buildXMLString(int symStd)
{
    Document xml = buildXML(symStd);
    DOMImplementationLS domImplLS = (DOMImplementationLS)xml.getImplementation();
    LSSerializer serializer = domImplLS.createLSSerializer();
    String strXML = serializer.writeToString(xml);
    return strXML;
}
 

@Test
public void testDOMErrorHandler() {

    final String XML_DOCUMENT = "<?xml version=\"1.0\"?>" + "<hello>" + "world" + "</hello>";

    StringReader stringReader = new StringReader(XML_DOCUMENT);
    InputSource inputSource = new InputSource(stringReader);
    Document doc = null;
    try {
        DocumentBuilderFactory documentBuilderFactory = DocumentBuilderFactory.newInstance();
        // LSSerializer defaults to Namespace processing
        // so parsing must also
        documentBuilderFactory.setNamespaceAware(true);
        DocumentBuilder parser = documentBuilderFactory.newDocumentBuilder();
        doc = parser.parse(inputSource);

    } catch (Throwable e) {
        e.printStackTrace();
        Assert.fail(e.toString());
    }

    DOMImplementation impl = doc.getImplementation();
    DOMImplementationLS implLS = (DOMImplementationLS) impl.getFeature("LS", "3.0");
    LSSerializer writer = implLS.createLSSerializer();

    System.out.println("Serializer is: " + implLS.getClass().getName() + " " + implLS);

    DOMErrorHandlerImpl eh = new DOMErrorHandlerImpl();
    writer.getDomConfig().setParameter("error-handler", eh);

    boolean serialized = false;
    try {
        serialized = writer.write(doc, new Output());

        // unexpected success
        Assert.fail("Serialized without raising an LSException due to " + "'no-output-specified'.");
    } catch (LSException lsException) {
        // expected exception
        System.out.println("Expected LSException: " + lsException.toString());
        // continue processing
    }

    Assert.assertFalse(serialized, "Expected writer.write(doc, new Output()) == false");

    Assert.assertTrue(eh.NoOutputSpecifiedErrorReceived, "'no-output-specified' error was expected");
}
 

/**
 * Obtain the XPath-model parent of a DOM node -- ownerElement for Attrs,
 * parent for other nodes. 
 * <p>
 * Background: The DOM believes that you must be your Parent's
 * Child, and thus Attrs don't have parents. XPath said that Attrs
 * do have their owning Element as their parent. This function
 * bridges the difference, either by using the DOM Level 2 ownerElement
 * function or by using a "silly and expensive function" in Level 1
 * DOMs.
 * <p>
 * (There's some discussion of future DOMs generalizing ownerElement 
 * into ownerNode and making it work on all types of nodes. This
 * still wouldn't help the users of Level 1 or Level 2 DOMs)
 * <p>
 *
 * @param node Node whose XPath parent we want to obtain
 *
 * @return the parent of the node, or the ownerElement if it's an
 * Attr node, or null if the node is an orphan.
 *
 * @throws RuntimeException if the Document has no root element.
 * This can't arise if the Document was created
 * via the DOM Level 2 factory methods, but is possible if other
 * mechanisms were used to obtain it
 */
public static Node getParentOfNode(Node node) throws RuntimeException
{
  Node parent;
  short nodeType = node.getNodeType();

  if (Node.ATTRIBUTE_NODE == nodeType)
  {
    Document doc = node.getOwnerDocument();
        /*
    TBD:
    if(null == doc)
    {
      throw new RuntimeException(XSLMessages.createXPATHMessage(XPATHErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT, null));//"Attribute child does not have an owner document!");
    }
    */

        // Given how expensive the tree walk may be, we should first ask 
        // whether this DOM can answer the question for us. The additional
        // test does slow down Level 1 DOMs slightly. DOMHelper2, which
        // is currently specialized for Xerces, assumes it can use the
        // Level 2 solution. We might want to have an intermediate stage,
        // which would assume DOM Level 2 but not assume Xerces.
        //
        // (Shouldn't have to check whether impl is null in a compliant DOM,
        // but let's be paranoid for a moment...)
        DOMImplementation impl=doc.getImplementation();
        if(impl!=null && impl.hasFeature("Core","2.0"))
        {
                parent=((Attr)node).getOwnerElement();
                return parent;
        }

        // DOM Level 1 solution, as fallback. Hugely expensive. 

    Element rootElem = doc.getDocumentElement();

    if (null == rootElem)
    {
      throw new RuntimeException(
        XMLMessages.createXMLMessage(
          XMLErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT_ELEMENT,
          null));  //"Attribute child does not have an owner document element!");
    }

    parent = locateAttrParent(rootElem, node);

      }
  else
  {
    parent = node.getParentNode();

    // if((Node.DOCUMENT_NODE != nodeType) && (null == parent))
    // {
    //   throw new RuntimeException("Child does not have parent!");
    // }
  }

  return parent;
}
 

/**
 * Obtain the XPath-model parent of a DOM node -- ownerElement for Attrs,
 * parent for other nodes.
 * <p>
 * Background: The DOM believes that you must be your Parent's
 * Child, and thus Attrs don't have parents. XPath said that Attrs
 * do have their owning Element as their parent. This function
 * bridges the difference, either by using the DOM Level 2 ownerElement
 * function or by using a "silly and expensive function" in Level 1
 * DOMs.
 * <p>
 * (There's some discussion of future DOMs generalizing ownerElement
 * into ownerNode and making it work on all types of nodes. This
 * still wouldn't help the users of Level 1 or Level 2 DOMs)
 * <p>
 *
 * @param node Node whose XPath parent we want to obtain
 *
 * @return the parent of the node, or the ownerElement if it's an
 * Attr node, or null if the node is an orphan.
 *
 * @throws RuntimeException if the Document has no root element.
 * This can't arise if the Document was created
 * via the DOM Level 2 factory methods, but is possible if other
 * mechanisms were used to obtain it
 */
public static Node getParentOfNode(Node node) throws RuntimeException
{
  Node parent;
  short nodeType = node.getNodeType();

  if (Node.ATTRIBUTE_NODE == nodeType)
  {
    Document doc = node.getOwnerDocument();
        /*
    TBD:
    if(null == doc)
    {
      throw new RuntimeException(XSLMessages.createXPATHMessage(XPATHErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT, null));//"Attribute child does not have an owner document!");
    }
    */

        // Given how expensive the tree walk may be, we should first ask
        // whether this DOM can answer the question for us. The additional
        // test does slow down Level 1 DOMs slightly. DOMHelper2, which
        // is currently specialized for Xerces, assumes it can use the
        // Level 2 solution. We might want to have an intermediate stage,
        // which would assume DOM Level 2 but not assume Xerces.
        //
        // (Shouldn't have to check whether impl is null in a compliant DOM,
        // but let's be paranoid for a moment...)
        DOMImplementation impl=doc.getImplementation();
        if(impl!=null && impl.hasFeature("Core","2.0"))
        {
                parent=((Attr)node).getOwnerElement();
                return parent;
        }

        // DOM Level 1 solution, as fallback. Hugely expensive.

    Element rootElem = doc.getDocumentElement();

    if (null == rootElem)
    {
      throw new RuntimeException(
        XMLMessages.createXMLMessage(
          XMLErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT_ELEMENT,
          null));  //"Attribute child does not have an owner document element!");
    }

    parent = locateAttrParent(rootElem, node);

      }
  else
  {
    parent = node.getParentNode();

    // if((Node.DOCUMENT_NODE != nodeType) && (null == parent))
    // {
    //   throw new RuntimeException("Child does not have parent!");
    // }
  }

  return parent;
}
 

/**
 * Obtain the XPath-model parent of a DOM node -- ownerElement for Attrs,
 * parent for other nodes.
 * <p>
 * Background: The DOM believes that you must be your Parent's
 * Child, and thus Attrs don't have parents. XPath said that Attrs
 * do have their owning Element as their parent. This function
 * bridges the difference, either by using the DOM Level 2 ownerElement
 * function or by using a "silly and expensive function" in Level 1
 * DOMs.
 * <p>
 * (There's some discussion of future DOMs generalizing ownerElement
 * into ownerNode and making it work on all types of nodes. This
 * still wouldn't help the users of Level 1 or Level 2 DOMs)
 * <p>
 *
 * @param node Node whose XPath parent we want to obtain
 *
 * @return the parent of the node, or the ownerElement if it's an
 * Attr node, or null if the node is an orphan.
 *
 * @throws RuntimeException if the Document has no root element.
 * This can't arise if the Document was created
 * via the DOM Level 2 factory methods, but is possible if other
 * mechanisms were used to obtain it
 */
public static Node getParentOfNode(Node node) throws RuntimeException
{
  Node parent;
  short nodeType = node.getNodeType();

  if (Node.ATTRIBUTE_NODE == nodeType)
  {
    Document doc = node.getOwnerDocument();
        /*
    TBD:
    if(null == doc)
    {
      throw new RuntimeException(XSLMessages.createXPATHMessage(XPATHErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT, null));//"Attribute child does not have an owner document!");
    }
    */

        // Given how expensive the tree walk may be, we should first ask
        // whether this DOM can answer the question for us. The additional
        // test does slow down Level 1 DOMs slightly. DOMHelper2, which
        // is currently specialized for Xerces, assumes it can use the
        // Level 2 solution. We might want to have an intermediate stage,
        // which would assume DOM Level 2 but not assume Xerces.
        //
        // (Shouldn't have to check whether impl is null in a compliant DOM,
        // but let's be paranoid for a moment...)
        DOMImplementation impl=doc.getImplementation();
        if(impl!=null && impl.hasFeature("Core","2.0"))
        {
                parent=((Attr)node).getOwnerElement();
                return parent;
        }

        // DOM Level 1 solution, as fallback. Hugely expensive.

    Element rootElem = doc.getDocumentElement();

    if (null == rootElem)
    {
      throw new RuntimeException(
        XMLMessages.createXMLMessage(
          XMLErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT_ELEMENT,
          null));  //"Attribute child does not have an owner document element!");
    }

    parent = locateAttrParent(rootElem, node);

      }
  else
  {
    parent = node.getParentNode();

    // if((Node.DOCUMENT_NODE != nodeType) && (null == parent))
    // {
    //   throw new RuntimeException("Child does not have parent!");
    // }
  }

  return parent;
}
 

/**
 * Obtain the XPath-model parent of a DOM node -- ownerElement for Attrs,
 * parent for other nodes.
 * <p>
 * Background: The DOM believes that you must be your Parent's
 * Child, and thus Attrs don't have parents. XPath said that Attrs
 * do have their owning Element as their parent. This function
 * bridges the difference, either by using the DOM Level 2 ownerElement
 * function or by using a "silly and expensive function" in Level 1
 * DOMs.
 * <p>
 * (There's some discussion of future DOMs generalizing ownerElement
 * into ownerNode and making it work on all types of nodes. This
 * still wouldn't help the users of Level 1 or Level 2 DOMs)
 * <p>
 *
 * @param node Node whose XPath parent we want to obtain
 *
 * @return the parent of the node, or the ownerElement if it's an
 * Attr node, or null if the node is an orphan.
 *
 * @throws RuntimeException if the Document has no root element.
 * This can't arise if the Document was created
 * via the DOM Level 2 factory methods, but is possible if other
 * mechanisms were used to obtain it
 */
public static Node getParentOfNode(Node node) throws RuntimeException
{
  Node parent;
  short nodeType = node.getNodeType();

  if (Node.ATTRIBUTE_NODE == nodeType)
  {
    Document doc = node.getOwnerDocument();
        /*
    TBD:
    if(null == doc)
    {
      throw new RuntimeException(XSLMessages.createXPATHMessage(XPATHErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT, null));//"Attribute child does not have an owner document!");
    }
    */

        // Given how expensive the tree walk may be, we should first ask
        // whether this DOM can answer the question for us. The additional
        // test does slow down Level 1 DOMs slightly. DOMHelper2, which
        // is currently specialized for Xerces, assumes it can use the
        // Level 2 solution. We might want to have an intermediate stage,
        // which would assume DOM Level 2 but not assume Xerces.
        //
        // (Shouldn't have to check whether impl is null in a compliant DOM,
        // but let's be paranoid for a moment...)
        DOMImplementation impl=doc.getImplementation();
        if(impl!=null && impl.hasFeature("Core","2.0"))
        {
                parent=((Attr)node).getOwnerElement();
                return parent;
        }

        // DOM Level 1 solution, as fallback. Hugely expensive.

    Element rootElem = doc.getDocumentElement();

    if (null == rootElem)
    {
      throw new RuntimeException(
        XMLMessages.createXMLMessage(
          XMLErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT_ELEMENT,
          null));  //"Attribute child does not have an owner document element!");
    }

    parent = locateAttrParent(rootElem, node);

      }
  else
  {
    parent = node.getParentNode();

    // if((Node.DOCUMENT_NODE != nodeType) && (null == parent))
    // {
    //   throw new RuntimeException("Child does not have parent!");
    // }
  }

  return parent;
}
 

/**
 * Obtain the XPath-model parent of a DOM node -- ownerElement for Attrs,
 * parent for other nodes.
 * <p>
 * Background: The DOM believes that you must be your Parent's
 * Child, and thus Attrs don't have parents. XPath said that Attrs
 * do have their owning Element as their parent. This function
 * bridges the difference, either by using the DOM Level 2 ownerElement
 * function or by using a "silly and expensive function" in Level 1
 * DOMs.
 * <p>
 * (There's some discussion of future DOMs generalizing ownerElement
 * into ownerNode and making it work on all types of nodes. This
 * still wouldn't help the users of Level 1 or Level 2 DOMs)
 * <p>
 *
 * @param node Node whose XPath parent we want to obtain
 *
 * @return the parent of the node, or the ownerElement if it's an
 * Attr node, or null if the node is an orphan.
 *
 * @throws RuntimeException if the Document has no root element.
 * This can't arise if the Document was created
 * via the DOM Level 2 factory methods, but is possible if other
 * mechanisms were used to obtain it
 */
public static Node getParentOfNode(Node node) throws RuntimeException
{
  Node parent;
  short nodeType = node.getNodeType();

  if (Node.ATTRIBUTE_NODE == nodeType)
  {
    Document doc = node.getOwnerDocument();
        /*
    TBD:
    if(null == doc)
    {
      throw new RuntimeException(XSLMessages.createXPATHMessage(XPATHErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT, null));//"Attribute child does not have an owner document!");
    }
    */

        // Given how expensive the tree walk may be, we should first ask
        // whether this DOM can answer the question for us. The additional
        // test does slow down Level 1 DOMs slightly. DOMHelper2, which
        // is currently specialized for Xerces, assumes it can use the
        // Level 2 solution. We might want to have an intermediate stage,
        // which would assume DOM Level 2 but not assume Xerces.
        //
        // (Shouldn't have to check whether impl is null in a compliant DOM,
        // but let's be paranoid for a moment...)
        DOMImplementation impl=doc.getImplementation();
        if(impl!=null && impl.hasFeature("Core","2.0"))
        {
                parent=((Attr)node).getOwnerElement();
                return parent;
        }

        // DOM Level 1 solution, as fallback. Hugely expensive.

    Element rootElem = doc.getDocumentElement();

    if (null == rootElem)
    {
      throw new RuntimeException(
        XMLMessages.createXMLMessage(
          XMLErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT_ELEMENT,
          null));  //"Attribute child does not have an owner document element!");
    }

    parent = locateAttrParent(rootElem, node);

      }
  else
  {
    parent = node.getParentNode();

    // if((Node.DOCUMENT_NODE != nodeType) && (null == parent))
    // {
    //   throw new RuntimeException("Child does not have parent!");
    // }
  }

  return parent;
}
 

private void getNotifications(Integer userId, HttpServletRequest request, HttpServletResponse response)
    throws IOException {
Document doc = NotificationServlet.docBuilder.newDocument();
Element notificationsElement = doc.createElement("Notifications");
doc.appendChild(notificationsElement);

Long lessonId = WebUtil.readLongParam(request, CentralConstants.PARAM_LESSON_ID, true);
Integer limit = WebUtil.readIntParam(request, "limit", true);
Integer offset = WebUtil.readIntParam(request, "offset", true);
Boolean pendingOnly = WebUtil.readBooleanParam(request, "pendingOnly", true);

List<Subscription> subscriptions = eventNotificationService
	.getNotificationSubscriptions(lessonId, userId, pendingOnly, limit, offset);
for (Subscription subscription : subscriptions) {
    Element notificationElement = doc.createElement("Notification");

    notificationElement.setAttribute("id", subscription.getUid().toString());

    Boolean pending = !DeliveryMethodNotification.LAST_OPERATION_SEEN
	    .equals(subscription.getLastOperationMessage());
    notificationElement.setAttribute("pending", pending.toString());

    Long notificationLessonId = subscription.getEvent().getEventSessionId();
    if (notificationLessonId != null) {
	notificationElement.setAttribute("lessonId", notificationLessonId.toString());
    }

    String message = subscription.getEvent().getMessage();
    Matcher matcher = NotificationServlet.anchorPattern.matcher(message);
    if (matcher.find()) {
	String href = StringEscapeUtils.escapeXml(matcher.group(2));
	notificationElement.setAttribute("href", href);
	message = matcher.group(3);
    }
    notificationElement.appendChild(doc.createCDATASection(message));

    notificationsElement.appendChild(notificationElement);
}

response.setContentType("text/xml");
response.setCharacterEncoding("UTF-8");

DOMImplementationLS domImplementation = (DOMImplementationLS) doc.getImplementation();
LSSerializer lsSerializer = domImplementation.createLSSerializer();
LSOutput lsOutput = domImplementation.createLSOutput();
lsOutput.setEncoding("UTF-8");
lsOutput.setByteStream(response.getOutputStream());
lsSerializer.write(doc, lsOutput);
   }
 

private CombinedQueryDefinitionImpl parseCombinedQuery(RawCombinedQueryDefinition qdef) {
  DOMHandle handle = new DOMHandle();
  HandleAccessor.receiveContent(handle, HandleAccessor.contentAsString(qdef.getHandle()));
  Document combinedQueryXml = handle.get();
  DOMImplementationLS domImplementation = (DOMImplementationLS) combinedQueryXml.getImplementation();
  LSSerializer lsSerializer = domImplementation.createLSSerializer();
  lsSerializer.getDomConfig().setParameter("xml-declaration", false);

  NodeList nl = combinedQueryXml.getElementsByTagNameNS("http://marklogic.com/appservices/search", "options");
  Node n = nl.item(0);
  String options = null;
  StringHandle optionsHandle = null;
  if (n != null) {
    options = lsSerializer.writeToString(n);
    optionsHandle = new StringHandle(options).withFormat(Format.XML);
  }

  //TODO this could be more than one string...
  nl = combinedQueryXml.getElementsByTagNameNS("http://marklogic.com/appservices/search", "qtext");
  n = nl.item(0);
  String qtext = null;
  if (n != null) {
    qtext = lsSerializer.writeToString(n);
  }

  nl = combinedQueryXml.getElementsByTagNameNS("http://marklogic.com/appservices/search", "sparql");
  n = nl.item(0);
  String sparql = null;
  if (n != null) {
    sparql = lsSerializer.writeToString(n);
  }

  nl = combinedQueryXml.getElementsByTagNameNS("http://marklogic.com/appservices/search", "query");
  n = nl.item(0);
  String query = null;
  if (n != null) {
    query = lsSerializer.writeToString(nl.item(0));
  }
  StringHandle structuredQueryHandle = new StringHandle().with(query).withFormat(Format.XML);
  RawStructuredQueryDefinition structuredQueryDefinition =
    new RawQueryDefinitionImpl.Structured(structuredQueryHandle);
  return new CombinedQueryDefinitionImpl(structuredQueryDefinition,
    optionsHandle, qtext, sparql);
}
 

/**
 * Obtain the XPath-model parent of a DOM node -- ownerElement for Attrs,
 * parent for other nodes.
 * <p>
 * Background: The DOM believes that you must be your Parent's
 * Child, and thus Attrs don't have parents. XPath said that Attrs
 * do have their owning Element as their parent. This function
 * bridges the difference, either by using the DOM Level 2 ownerElement
 * function or by using a "silly and expensive function" in Level 1
 * DOMs.
 * <p>
 * (There's some discussion of future DOMs generalizing ownerElement
 * into ownerNode and making it work on all types of nodes. This
 * still wouldn't help the users of Level 1 or Level 2 DOMs)
 * <p>
 *
 * @param node Node whose XPath parent we want to obtain
 *
 * @return the parent of the node, or the ownerElement if it's an
 * Attr node, or null if the node is an orphan.
 *
 * @throws RuntimeException if the Document has no root element.
 * This can't arise if the Document was created
 * via the DOM Level 2 factory methods, but is possible if other
 * mechanisms were used to obtain it
 */
public static Node getParentOfNode(Node node) throws RuntimeException
{
  Node parent;
  short nodeType = node.getNodeType();

  if (Node.ATTRIBUTE_NODE == nodeType)
  {
    Document doc = node.getOwnerDocument();
        /*
    TBD:
    if(null == doc)
    {
      throw new RuntimeException(XSLMessages.createXPATHMessage(XPATHErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT, null));//"Attribute child does not have an owner document!");
    }
    */

        // Given how expensive the tree walk may be, we should first ask
        // whether this DOM can answer the question for us. The additional
        // test does slow down Level 1 DOMs slightly. DOMHelper2, which
        // is currently specialized for Xerces, assumes it can use the
        // Level 2 solution. We might want to have an intermediate stage,
        // which would assume DOM Level 2 but not assume Xerces.
        //
        // (Shouldn't have to check whether impl is null in a compliant DOM,
        // but let's be paranoid for a moment...)
        DOMImplementation impl=doc.getImplementation();
        if(impl!=null && impl.hasFeature("Core","2.0"))
        {
                parent=((Attr)node).getOwnerElement();
                return parent;
        }

        // DOM Level 1 solution, as fallback. Hugely expensive.

    Element rootElem = doc.getDocumentElement();

    if (null == rootElem)
    {
      throw new RuntimeException(
        XMLMessages.createXMLMessage(
          XMLErrorResources.ER_CHILD_HAS_NO_OWNER_DOCUMENT_ELEMENT,
          null));  //"Attribute child does not have an owner document element!");
    }

    parent = locateAttrParent(rootElem, node);

      }
  else
  {
    parent = node.getParentNode();

    // if((Node.DOCUMENT_NODE != nodeType) && (null == parent))
    // {
    //   throw new RuntimeException("Child does not have parent!");
    // }
  }

  return parent;
}
 

@SuppressWarnings("unchecked")
private String createAuthnRequest(String requestId)
    throws SAMLException
{
    XMLObjectBuilderFactory builderFactory = Configuration.getBuilderFactory();

    SAMLObjectBuilder<AuthnRequest> builder =
        (SAMLObjectBuilder<AuthnRequest>) builderFactory
        .getBuilder(AuthnRequest.DEFAULT_ELEMENT_NAME);

    SAMLObjectBuilder<Issuer> issuerBuilder =
        (SAMLObjectBuilder<Issuer>) builderFactory
        .getBuilder(Issuer.DEFAULT_ELEMENT_NAME);

    AuthnRequest request = builder.buildObject();
    request.setAssertionConsumerServiceURL(spConfig.getAcs().toString());
    request.setDestination(idpConfig.getLoginUrl().toString());
    request.setIssueInstant(new DateTime());
    request.setID(requestId);

    Issuer issuer = issuerBuilder.buildObject();
    issuer.setValue(spConfig.getEntityId());
    request.setIssuer(issuer);

    try {
        // samlobject to xml dom object
        Element elem = Configuration.getMarshallerFactory()
            .getMarshaller(request)
            .marshall(request);

        // and to a string...
        Document document = elem.getOwnerDocument();
        DOMImplementationLS domImplLS = (DOMImplementationLS) document
            .getImplementation();
        LSSerializer serializer = domImplLS.createLSSerializer();
        serializer.getDomConfig().setParameter("xml-declaration", false);
        return serializer.writeToString(elem);
    }
    catch (MarshallingException e) {
        throw new SAMLException(e);
    }
}