List of usage examples for org.dom4j Node DOCUMENT_NODE
short DOCUMENT_NODE
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From source file:architecture.common.xml.XmlWriter.java
License:Apache License
protected void writeNode(Node node) throws IOException { int nodeType = node.getNodeType(); switch (nodeType) { case Node.ELEMENT_NODE: writeElement((Element) node); break;//ww w . j av a 2s. c om case Node.ATTRIBUTE_NODE: writeAttribute((Attribute) node); break; case Node.TEXT_NODE: writeNodeText(node); // write((Text) node); break; case Node.CDATA_SECTION_NODE: writeCDATA(node.getText()); break; case Node.ENTITY_REFERENCE_NODE: writeEntity((Entity) node); break; case Node.PROCESSING_INSTRUCTION_NODE: writeProcessingInstruction((ProcessingInstruction) node); break; case Node.COMMENT_NODE: writeComment(node.getText()); break; case Node.DOCUMENT_NODE: write((Document) node); break; case Node.DOCUMENT_TYPE_NODE: writeDocType((DocumentType) node); break; case Node.NAMESPACE_NODE: // Will be output with attributes // write((Namespace) node); break; default: throw new IOException("Invalid node type: " + node); } }
From source file:architecture.ee.util.xml.XmlWriter.java
License:Apache License
protected void writeNode(Node node) throws IOException { int nodeType = node.getNodeType(); switch (nodeType) { case Node.ELEMENT_NODE: writeElement((Element) node); break;//from ww w . ja v a 2s . c o m case Node.ATTRIBUTE_NODE: writeAttribute((Attribute) node); break; case Node.TEXT_NODE: writeNodeText(node); //write((Text) node); break; case Node.CDATA_SECTION_NODE: writeCDATA(node.getText()); break; case Node.ENTITY_REFERENCE_NODE: writeEntity((Entity) node); break; case Node.PROCESSING_INSTRUCTION_NODE: writeProcessingInstruction((ProcessingInstruction) node); break; case Node.COMMENT_NODE: writeComment(node.getText()); break; case Node.DOCUMENT_NODE: write((Document) node); break; case Node.DOCUMENT_TYPE_NODE: writeDocType((DocumentType) node); break; case Node.NAMESPACE_NODE: // Will be output with attributes //write((Namespace) node); break; default: throw new IOException("Invalid node type: " + node); } }
From source file:com.cladonia.xml.XMLFormatter.java
License:Mozilla Public License
protected void writeMixedNode(Node node) throws IOException { if (DEBUG)/*from w w w. j a v a2 s. co m*/ System.out.println("XMLFormatter.writeMixedNode( " + node + ")"); int nodeType = node.getNodeType(); switch (nodeType) { case Node.ELEMENT_NODE: writeMixedElement((Element) node); break; case Node.ATTRIBUTE_NODE: writeAttribute((Attribute) node); break; case Node.TEXT_NODE: writeString(node.getText()); //write((Text) node); break; case Node.CDATA_SECTION_NODE: writeCDATA(node.getText()); break; case Node.ENTITY_REFERENCE_NODE: writeEntity((Entity) node); break; case Node.PROCESSING_INSTRUCTION_NODE: writeProcessingInstruction((ProcessingInstruction) node); break; case Node.COMMENT_NODE: writeComment(node.getText()); break; case Node.DOCUMENT_NODE: write((Document) node); break; case Node.DOCUMENT_TYPE_NODE: writeDocType((DocumentType) node); break; case Node.NAMESPACE_NODE: // Will be output with attributes //write((Namespace) node); break; default: throw new IOException("Invalid node type: " + node); } }
From source file:com.cladonia.xml.XMLFormatter.java
License:Mozilla Public License
protected void writePreservedNode(Node node) throws IOException { if (DEBUG)/* w w w . j av a2 s. c om*/ System.out.println("XMLFormatter.writeMixedNode( " + node + ")"); int nodeType = node.getNodeType(); switch (nodeType) { case Node.ELEMENT_NODE: writePreservedElement((Element) node); break; case Node.ATTRIBUTE_NODE: writeAttribute((Attribute) node); break; case Node.TEXT_NODE: writeString(node.getText()); //write((Text) node); break; case Node.CDATA_SECTION_NODE: writeCDATA(node.getText()); break; case Node.ENTITY_REFERENCE_NODE: writeEntity((Entity) node); break; case Node.PROCESSING_INSTRUCTION_NODE: writeProcessingInstruction((ProcessingInstruction) node); break; case Node.COMMENT_NODE: writeComment(node.getText()); break; case Node.DOCUMENT_NODE: write((Document) node); break; case Node.DOCUMENT_TYPE_NODE: writeDocType((DocumentType) node); break; case Node.NAMESPACE_NODE: // Will be output with attributes //write((Namespace) node); break; default: throw new IOException("Invalid node type: " + node); } }
From source file:dk.netarkivet.common.utils.XmlTree.java
License:Open Source License
/** * Initialise a node in an XML tree.//from ww w .j av a 2s. c o m * * @param n The XML node for this node * @param parser The parser that can convert a leaf node to a value of type T. * @throws ArgumentNotValid on null argument, or if n is not of type element or document. */ private XmlTree(Node n, ValueParser<T> parser) { ArgumentNotValid.checkNotNull(n, "Node n"); ArgumentNotValid.checkNotNull(parser, "ValueParser<T> parser"); if (n.getNodeType() == Node.DOCUMENT_NODE) { root = (Document) n; element = null; } else if (n.getNodeType() == Node.ELEMENT_NODE) { element = (Element) n; root = null; } else { throw new ArgumentNotValid("Invalid XML node type '" + n.getNodeTypeName() + "'"); } this.parser = parser; }
From source file:freemarker.ext.xml._Dom4jNavigator.java
License:Apache License
String getType(Object node) {
switch (((Node) node).getNodeType()) {
case Node.ATTRIBUTE_NODE: {
return "attribute";
}//from www . j av a 2 s. c om
case Node.CDATA_SECTION_NODE: {
return "cdata";
}
case Node.COMMENT_NODE: {
return "comment";
}
case Node.DOCUMENT_NODE: {
return "document";
}
case Node.DOCUMENT_TYPE_NODE: {
return "documentType";
}
case Node.ELEMENT_NODE: {
return "element";
}
case Node.ENTITY_REFERENCE_NODE: {
return "entityReference";
}
case Node.NAMESPACE_NODE: {
return "namespace";
}
case Node.PROCESSING_INSTRUCTION_NODE: {
return "processingInstruction";
}
case Node.TEXT_NODE: {
return "text";
}
}
return "unknown";
}
From source file:org.orbeon.oxf.processor.pipeline.PipelineProcessor.java
License:Open Source License
public static PipelineConfig createConfigFromAST(ASTPipeline astPipeline) { // Perform sanity check on the connection in the pipeline astPipeline.getIdInfo();//from w w w. ja v a 2 s . com // Create new configuration object final PipelineConfig config = new PipelineConfig(); final PipelineBlock block = new PipelineBlock(); // Create socket info for each param for (Iterator i = astPipeline.getParams().iterator(); i.hasNext();) { ASTParam param = (ASTParam) i.next(); // Create internal top output/bottom input for this param if (param.getType() == ASTParam.INPUT) { final InternalTopOutput internalTopOutput = new InternalTopOutput(param.getName(), param.getLocationData()); block.declareOutput(param.getNode(), param.getName(), internalTopOutput); config.declareTopOutput(param.getName(), internalTopOutput); setDebugAndSchema(internalTopOutput, param); } else { final ProcessorInput internalBottomInput = new InternalBottomInput(param.getName()); block.declareBottomInput(param.getNode(), param.getName(), internalBottomInput); config.declareBottomInput(param.getName(), internalBottomInput); setDebugAndSchema(internalBottomInput, param); } // Create socket // FIXME: when we implement the full delegation model, we'll have // here to create of pass the input/output information. } // Internally connect all processors / choose / for-each for (Iterator i = astPipeline.getStatements().iterator(); i.hasNext();) { Object statement = i.next(); Processor processor = null; boolean foundOutput = false; if (statement instanceof ASTProcessorCall) { ASTProcessorCall processorCall = (ASTProcessorCall) statement; final LocationData processorLocationData = processorCall.getLocationData(); final String processorNameOrURI = Dom4jUtils.qNameToExplodedQName(processorCall.getName()); // Direct call if (processorCall.getProcessor() == null) { ProcessorFactory processorFactory = ProcessorFactoryRegistry.lookup(processorCall.getName()); if (processorFactory == null) { throw new ValidationException( "Cannot find processor factory with name \"" + processorNameOrURI + "\"", processorLocationData); } processor = processorFactory.createInstance(); } else { processor = processorCall.getProcessor(); } // Set info on processor processor.setId(processorCall.getId()); processor.setLocationData(new ExtendedLocationData(processorLocationData, "executing processor", (Element) processorCall.getNode(), new String[] { "name", processorNameOrURI })); // Process outputs for (Iterator j = processorCall.getOutputs().iterator(); j.hasNext();) { foundOutput = true; ASTOutput output = (ASTOutput) j.next(); final String nm = output.getName(); if (nm == null) throw new OXFException("Name attribute is mandatory on output"); final String id = output.getId(); final String ref = output.getRef(); if (id == null && ref == null) throw new OXFException("Either one of id or ref must be specified on output " + nm); ProcessorOutput pout = processor.createOutput(nm); if (id != null) block.declareOutput(output.getNode(), id, pout); if (ref != null) block.connectProcessorToBottomInput(output.getNode(), nm, ref, pout); setDebugAndSchema(pout, output); } // Make sure at least one of the outputs is connected if (!foundOutput && processor.getOutputsInfo().size() > 0) throw new ValidationException("The processor output must be connected", processorLocationData); // Process inputs for (Iterator j = processorCall.getInputs().iterator(); j.hasNext();) { ASTInput input = (ASTInput) j.next(); final ProcessorInput pin; LocationData inputLocationData = input.getLocationData(); if (input.getHref() != null && input.getTransform() == null) { // We just reference a URI pin = block.connectProcessorToHref(input.getNode(), processor, input.getName(), input.getHref()); } else { // We have some inline XML in the <input> tag final Node inlineNode = input.getContent(); // Create inline document final Document inlineDocument; { final int nodeType = inlineNode.getNodeType(); if (nodeType == Node.ELEMENT_NODE) { final Element element = (Element) inlineNode; inlineDocument = Dom4jUtils.createDocumentCopyParentNamespaces(element); } else if (nodeType == Node.DOCUMENT_NODE) { inlineDocument = (Document) inlineNode; } else { throw new OXFException( "Invalid type for inline document: " + inlineNode.getClass().getName()); } } // Create generator for the inline document final DOMGenerator domGenerator; { final Object validity = astPipeline.getValidity(); final LocationData pipelineLocationData = astPipeline.getLocationData(); String systemId = (pipelineLocationData == null) ? DOMGenerator.DefaultContext : pipelineLocationData.getSystemID(); if (systemId == null) systemId = DOMGenerator.DefaultContext; domGenerator = PipelineUtils.createDOMGenerator(inlineDocument, "inline input", validity, systemId); } final ProcessorOutput domProcessorDataOutput = domGenerator.createOutput(OUTPUT_DATA); // Check if there is an inline transformation final QName transform = input.getTransform(); if (transform != null) { //XPathUtils.selectBooleanValue(inlineDocument, "/*/@*[local-name() = 'version' and namespace-uri() = 'http://www.w3.org/1999/XSL/Transform'] = '2.0'").booleanValue() // Instanciate processor final Processor transformProcessor; { final ProcessorFactory processorFactory = ProcessorFactoryRegistry .lookup(transform); if (processorFactory == null) { throw new ValidationException("Cannot find processor factory with JNDI name \"" + transform.getQualifiedName() + "\"", inputLocationData); } transformProcessor = processorFactory.createInstance(); } // Add transformation to this pipeline/block, so it is appropriately reset if the block runs multiple times config.addProcessor(transformProcessor); // Set info on processor //processor.setId(processorCall.getId()); // what id, if any? transformProcessor.setLocationData(inputLocationData); // Connect config input final ProcessorInput transformConfigInput = transformProcessor .createInput(INPUT_CONFIG); domProcessorDataOutput.setInput(transformConfigInput); transformConfigInput.setOutput(domProcessorDataOutput); // Connect transform processor data input pin = block.connectProcessorToHref(input.getNode(), transformProcessor, INPUT_DATA, input.getHref()); // Connect transform processor data output final ProcessorOutput transformDataOutput = transformProcessor .createOutput(OUTPUT_DATA); final ProcessorInput processorDataInput = processor.createInput(input.getName()); transformDataOutput.setInput(processorDataInput); processorDataInput.setOutput(transformDataOutput); } else { // It is regular static text: connect directly pin = processor.createInput(input.getName()); domProcessorDataOutput.setInput(pin); pin.setOutput(domProcessorDataOutput); } } setDebugAndSchema(pin, input); } } else if (statement instanceof ASTChoose) { // Instantiate processor ASTChoose choose = (ASTChoose) statement; AbstractProcessor chooseAbstractProcessor = new AbstractChooseProcessor(choose, astPipeline.getValidity()); ConcreteChooseProcessor chooseProcessor = (ConcreteChooseProcessor) chooseAbstractProcessor .createInstance(); processor = chooseProcessor; // Connect special $data input (document on which the decision is made, or iterated on) ProcessorInput pin = block.connectProcessorToHref(choose.getNode(), processor, AbstractChooseProcessor.CHOOSE_DATA_INPUT, choose.getHref()); setDebugAndSchema(pin, choose); // Go through inputs/outputs and connect to the rest of the pipeline for (Iterator j = processor.getInputsInfo().iterator(); j.hasNext();) { // We reference a previously declared output String inputName = ((ProcessorInputOutputInfo) j.next()).getName(); if (!inputName.equals(AbstractChooseProcessor.CHOOSE_DATA_INPUT)) { ASTHrefId hrefId = new ASTHrefId(); hrefId.setId(inputName); block.connectProcessorToHref(choose.getNode(), processor, inputName, hrefId); } } for (Iterator j = processor.getOutputsInfo().iterator(); j.hasNext();) { String outputName = ((ProcessorInputOutputInfo) j.next()).getName(); foundOutput = true; ProcessorOutput pout = processor.createOutput(outputName); if (chooseProcessor.getOutputsById().contains(outputName)) block.declareOutput(choose.getNode(), outputName, pout); if (chooseProcessor.getOutputsByParamRef().contains(outputName)) block.connectProcessorToBottomInput(choose.getNode(), outputName, outputName, pout); } } else if (statement instanceof ASTForEach) { // Instantiate processor final ASTForEach forEach = (ASTForEach) statement; final LocationData forEachLocationData = forEach.getLocationData(); final AbstractProcessor forEachAbstractProcessor = new AbstractForEachProcessor(forEach, astPipeline.getValidity()); processor = (ConcreteForEachProcessor) forEachAbstractProcessor.createInstance(); // Connect special $data input (document on which the decision is made, or iterated on) final ProcessorInput pin = block.connectProcessorToHref(forEach.getNode(), processor, AbstractForEachProcessor.FOR_EACH_DATA_INPUT, forEach.getHref()); setDebugAndSchema(pin, forEach, forEachLocationData, forEach.getInputSchemaUri(), forEach.getInputSchemaHref(), forEach.getInputDebug()); // Go through inputs and connect to the rest of the pipeline for (Iterator j = processor.getInputsInfo().iterator(); j.hasNext();) { // We reference a previously declared output final String inputName = ((ProcessorInputOutputInfo) j.next()).getName(); if (!inputName.equals(AbstractForEachProcessor.FOR_EACH_DATA_INPUT)) { final ASTHrefId hrefId = new ASTHrefId(); hrefId.setId(inputName); // NOTE: Force creation of a tee so that inputs of p:for-each are not read multiple times block.connectProcessorToHref(forEach.getNode(), processor, inputName, hrefId, true); } } // Connect output final String outputName = forEach.getId() != null ? forEach.getId() : forEach.getRef(); if (outputName != null) { foundOutput = true; final ProcessorOutput forEachOutput = processor.createOutput(outputName); if (forEach.getId() != null) block.declareOutput(forEach.getNode(), forEach.getId(), forEachOutput); if (forEach.getRef() != null) block.connectProcessorToBottomInput(forEach.getNode(), forEach.getId(), forEach.getRef(), forEachOutput); setDebugAndSchema(processor.getOutputByName(outputName), forEach, forEachLocationData, forEach.getOutputSchemaUri(), forEach.getOutputSchemaHref(), forEach.getOutputDebug()); } } // Remember all processors and processor with no output (need to be started) if (processor != null) { config.addProcessor(processor); if (!foundOutput) { config.addProcessorToStart(processor); } } } // Check that all bottom inputs are connected for (Iterator i = astPipeline.getParams().iterator(); i.hasNext();) { ASTParam param = (ASTParam) i.next(); if (param.getType() == ASTParam.OUTPUT) { if (!block.isBottomInputConnected(param.getName())) throw new ValidationException( "No processor in pipeline is connected to pipeline output '" + param.getName() + "'", param.getLocationData()); } } // Add processors created for connection reasons for (Iterator i = block.getCreatedProcessors().iterator(); i.hasNext();) config.addProcessor((Processor) i.next()); return config; }
From source file:org.orbeon.oxf.xforms.function.xxforms.XXFormsCallXPL.java
License:Open Source License
public SequenceIterator iterate(XPathContext xpathContext) throws XPathException { try {/*from w ww.j a va2s .com*/ // Get XPL URL final URL xplURL; { Expression xplURIExpression = argument[0]; //xplURL = new URL(((AnyURIValue) xplURIExpression.evaluateItem(xpathContext)).getStringValue()); if (getSystemId() == null) xplURL = URLFactory.createURL(xplURIExpression.evaluateAsString(xpathContext).toString()); else xplURL = URLFactory.createURL(getSystemId(), xplURIExpression.evaluateAsString(xpathContext).toString()); } // Get list of input names final List<String> inputNames = new ArrayList<String>(); { final Expression inputNamesExpression = argument[1]; final SequenceIterator i = inputNamesExpression.iterate(xpathContext); Item currentItem; while ((currentItem = i.next()) != null) { inputNames.add(currentItem.getStringValue()); } } // Get list of input documents final List<Item> inputNodeInfos = new ArrayList<Item>(); { final Expression inputDocumentsExpression = argument[2]; final SequenceIterator i = inputDocumentsExpression.iterate(xpathContext); Item currentItem; while ((currentItem = i.next()) != null) { inputNodeInfos.add(currentItem); } } if (inputNames.size() != inputNodeInfos.size()) throw new OXFException("The length of sequence of input names (" + inputNames.size() + ") must be equal to the length of the sequence of input nodes (" + inputNodeInfos.size() + ").");//getDisplayName() // Get list of output names final List<String> outputNames = new ArrayList<String>(); { final Expression inputNamesExpression = argument[3]; final SequenceIterator i = inputNamesExpression.iterate(xpathContext); Item currentItem; while ((currentItem = i.next()) != null) { outputNames.add(currentItem.getStringValue()); } } // Create processor definition and processor Processor processor; { ProcessorDefinition processorDefinition = new ProcessorDefinition(); { processorDefinition.setName(new QName("pipeline", XMLConstants.OXF_PROCESSORS_NAMESPACE)); processorDefinition.addInput("config", xplURL.toExternalForm()); Iterator inputNodesIterator = inputNodeInfos.iterator(); for (final String inputName : inputNames) { final NodeInfo inputNodeInfo = (NodeInfo) inputNodesIterator.next(); if (!(inputNodeInfo.getNodeKind() == org.w3c.dom.Node.ELEMENT_NODE || inputNodeInfo.getNodeKind() == org.w3c.dom.Node.DOCUMENT_NODE)) throw new OXFException( "Input node must be a document or element for input name: " + inputName); // TODO: We should be able to just pass inputNodeInfo to addInput() and avoid the conversions, but that doesn't work! if (inputNodeInfo instanceof VirtualNode) { // Get reference to dom4j node final Element inputElement; final Node inputNode = (Node) ((VirtualNode) inputNodeInfo).getUnderlyingNode(); if (inputNode instanceof Document) inputElement = ((Document) inputNode).getRootElement(); else if (inputNode instanceof Element && inputNode.getParent() == null) inputElement = (Element) inputNode; else if (inputNode instanceof Element) inputElement = Dom4jUtils.createDocumentCopyParentNamespaces((Element) inputNode) .getRootElement(); else throw new OXFException( "Input node must be a document or element for input name: " + inputName); processorDefinition.addInput(inputName, inputElement); } else { // Copy to dom4j // final DocumentInfo inputDocumentInfo = TransformerUtils.readTinyTree(inputNodeInfo); // processorDefinition.addInput(inputName, inputDocumentInfo); final Document inputDocument = TransformerUtils.tinyTreeToDom4j(inputNodeInfo); processorDefinition.addInput(inputName, inputDocument.getRootElement()); } } } processor = InitUtils.createProcessor(processorDefinition); } final PipelineContext pipelineContext = PipelineContext.get(); processor.reset(pipelineContext); if (outputNames.size() == 0) { // Just run the processor processor.start(pipelineContext); return EmptyIterator.getInstance(); } else { // Create all outputs to read List<ProcessorOutput> outputs = new ArrayList<ProcessorOutput>(outputNames.size()); for (String outputName : outputNames) { ProcessorOutput output = processor.createOutput(outputName); outputs.add(output); } // Connect all DOM serializers List<DOMSerializer> domSerializers = new ArrayList<DOMSerializer>(outputNames.size()); for (ProcessorOutput output : outputs) { DOMSerializer domSerializer = new DOMSerializer(); PipelineUtils.connect(processor, output.getName(), domSerializer, "data"); domSerializers.add(domSerializer); } // Read all outputs in sequence List<DocumentWrapper> results = new ArrayList<DocumentWrapper>(outputNames.size()); for (DOMSerializer domSerializer : domSerializers) { results.add(new DocumentWrapper( (Document) Dom4jUtils.normalizeTextNodes(domSerializer.runGetDocument(pipelineContext)), null, xpathContext.getConfiguration())); } return new ListIterator(results); } } catch (XPathException e) { throw e; } catch (Exception e) { throw new OXFException(e); } }
From source file:org.orbeon.oxf.xml.dom4j.Dom4jUtils.java
License:Open Source License
/** * Convert a dom4j node to a string.// w w w . j a v a2 s. c o m * * @param node node to convert * @return resulting string */ public static String nodeToString(final Node node) { final String ret; switch (node.getNodeType()) { case Node.DOCUMENT_NODE: { ret = domToString((Branch) ((Document) node).getRootElement()); break; } case Node.ELEMENT_NODE: { ret = domToString((Branch) node); break; } case Node.TEXT_NODE: { ret = node.getText(); break; } default: ret = domToString(node, null); break; } return ret; }