List of usage examples for org.w3c.dom Document getDocumentURI
public String getDocumentURI();
null if undefined or if the Document was created using DOMImplementation.createDocument. From source file:de.interactive_instruments.etf.testdriver.te.TeTestTask.java
private void parseTestNgResult(final Document document) throws Exception { getLogger().info("Transforming results."); final Element result = document.getDocumentElement(); if (!"testng-results".equals(result.getNodeName())) { throw new ParseException("Expected a TestNG result XML", document.getDocumentURI(), 0); }/*from w w w.j a v a 2s .c o m*/ final String failedAssertions = XmlUtils.getAttribute(result, "failed"); final String passedAssertions = XmlUtils.getAttribute(result, "passed"); final Integer passedAssertionsInt = Integer.valueOf(passedAssertions); getLogger().info("{} of {} assertions passed", passedAssertionsInt, Integer.valueOf(passedAssertions + Integer.valueOf(failedAssertions))); final TestResultCollector resultCollector = getCollector(); final Node suiteResult = XmlUtils.getFirstChildNodeOfType(result, ELEMENT_NODE, "suite"); resultCollector.startTestTask(testTaskDto.getExecutableTestSuite().getId().getId(), getStartTimestamp(suiteResult)); // Save result document as attachment final ByteArrayOutputStream outputStream = new ByteArrayOutputStream(); final Source xmlSource = new DOMSource(document); final Result outputTarget = new StreamResult(outputStream); TransformerFactory.newInstance().newTransformer().transform(xmlSource, outputTarget); final InputStream inputStream = new ByteArrayInputStream(outputStream.toByteArray()); resultCollector.saveAttachment(inputStream, "TEAM Engine result", "text/xml", "TestNgResultXml"); // Test Modules for (Node testModule = XmlUtils.getFirstChildNodeOfType(suiteResult, ELEMENT_NODE, "test"); testModule != null; testModule = XmlUtils.getNextSiblingOfType(testModule, ELEMENT_NODE, "test")) { final String testModuleId = getItemID(testModule); resultCollector.startTestModule(testModuleId, getStartTimestamp(testModule)); // Test Cases for (Node testCase = XmlUtils.getFirstChildNodeOfType(testModule, ELEMENT_NODE, "class"); testCase != null; testCase = XmlUtils.getNextSiblingOfType(testCase, ELEMENT_NODE, "class")) { final String testCaseId = getItemID(testCase); // Get start timestamp from first test step final Node firstTestStep = XmlUtils.getFirstChildNodeOfType(testCase, ELEMENT_NODE, "test-method"); if (firstTestStep != null) { resultCollector.startTestCase(testCaseId, getStartTimestamp(firstTestStep)); } else { resultCollector.startTestCase(testCaseId); } long testCaseEndTimeStamp = 0; boolean testStepResultCollected = false; boolean oneSkippedOrNotApplicableConfigStepRecorded = false; // Test Steps (no Test Assertions are used) for (Node testStep = firstTestStep; testStep != null; testStep = XmlUtils .getNextSiblingOfType(testStep, ELEMENT_NODE, "test-method")) { final long testStepEndTimestamp = getEndTimestamp(testStep); if (testCaseEndTimeStamp < testStepEndTimestamp) { testCaseEndTimeStamp = testStepEndTimestamp; } final int status = mapStatus(testStep); final boolean configStep = "true" .equals(XmlUtils.getAttributeOrDefault(testStep, "is-config", "false")); // output only failed steps or only one skipped or not applicable config test step if (!configStep || status == 1 || (!oneSkippedOrNotApplicableConfigStepRecorded && status == 2 || status == 3)) { final long testStepStartTimestamp = getStartTimestamp(testStep); final String testStepId = getItemID(testStep); resultCollector.startTestStep(testStepId, testStepStartTimestamp); final String message = getMessage(testStep); if (!SUtils.isNullOrEmpty(message)) { resultCollector.addMessage("TR.teamEngineError", "error", message); } // Attachments for (Node attachments = XmlUtils.getFirstChildNodeOfType(testStep, ELEMENT_NODE, "attributes"); attachments != null; attachments = XmlUtils .getNextSiblingOfType(attachments, ELEMENT_NODE, "attributes")) { for (Node attachment = XmlUtils.getFirstChildNodeOfType(attachments, ELEMENT_NODE, "attribute"); attachment != null; attachment = XmlUtils .getNextSiblingOfType(attachment, ELEMENT_NODE, "attribute")) { final String type = XmlUtils.getAttribute(attachment, "name"); switch (type) { case "response": final String response = XmlUtils.nodeValue(attachment); resultCollector.saveAttachment(IOUtils.toInputStream(response, "UTF-8"), "Service Response", XmlUtils.isWellFormed(response) ? "text/xml" : null, "ServiceResponse"); break; case "request": final String request = XmlUtils.nodeValue(attachment); if (XmlUtils.isWellFormed(request)) { resultCollector.saveAttachment( IOUtils.toInputStream(XmlUtils.nodeValue(attachment), "UTF-8"), "Request Parameter", "text/xml", "PostData"); } else { resultCollector.saveAttachment(XmlUtils.nodeValue(attachment), "Request Parameter", "text/plain", "GetParameter"); } break; default: resultCollector.saveAttachment(XmlUtils.nodeValue(attachment), type, null, type); } } } resultCollector.end(testStepId, status, testStepEndTimestamp); if (configStep && (status == 2 || status == 3)) { oneSkippedOrNotApplicableConfigStepRecorded = true; } testStepResultCollected = true; } } if (testStepResultCollected) { resultCollector.end(testCaseId, testCaseEndTimeStamp); } else { // only passed config steps collected, resultCollector.end(testCaseId, 0, testCaseEndTimeStamp); } } resultCollector.end(testModuleId, getEndTimestamp(testModule)); } resultCollector.end(testTaskDto.getId().getId(), getEndTimestamp(suiteResult)); }
From source file:net.sourceforge.dita4publishers.impl.dita.InMemoryDitaLinkManagementService.java
/** * @param user//from w w w .j a v a 2 s . co m * @param keydefContext * @param key * @param seenKeyDefs * @return * @throws DitaApiException */ private DitaResource resolveKeyToResource(KeyAccessOptions keyAccessOptions, DitaKeyDefinitionContext keydefContext, String key, List<DitaKeyDefinition> seenKeyDefs) throws DitaApiException { DitaKeyDefinition keyDef = getKeyDefinition(keyAccessOptions, keydefContext, key); if (seenKeyDefs.contains(keyDef)) { Document rootMap = getRootMapForContext(keyAccessOptions, keydefContext); throw new DitaApiException("Circular reference to key \"" + key + "\" in key space defined by map " + rootMap.getDocumentURI() + "], initial" + "key definition defines the key: \"" + seenKeyDefs.get(0).getKey()); } String keyref = keyDef.getKeyref(); DitaResource res = null; if (keyref != null) { if (keyref.equals(key)) { Document rootMap = getRootMapForContext(keyAccessOptions, keydefContext); throw new DitaApiException("Key definition refers to itself: key \"" + key + "\" in key space defined by map " + rootMap.getDocumentURI()); } res = resolveKeyToResource(keyAccessOptions, keydefContext, keyref, seenKeyDefs); } if (res != null) return res; String href = keyDef.getHref(); if (href != null) return resolveHrefToResource(keyAccessOptions, keyDef, href); // If we get here, no keyref or href, look for linktext subelement. Element elem = null; return new DitaElementResourceImpl(elem); }
From source file:net.sourceforge.dita4publishers.impl.ditabos.DitaTreeWalkerBase.java
/** * @param bos/*from w w w. ja v a 2s . com*/ * @param object * @param elem * @param level * @throws Exception */ protected void walkMapCalcMapTree(BoundedObjectSet bos, XmlBosMember currentMember, Document mapDoc, int level) throws Exception { String levelSpacer = getLevelSpacer(level); log.debug("walkMap(): " + levelSpacer + "Walking map " + mapDoc.getDocumentURI() + "..."); Element mapRoot = mapDoc.getDocumentElement(); NodeList resultNl; try { resultNl = (NodeList) DitaUtil.allTopicrefsWithHrefs.evaluate(mapRoot, XPathConstants.NODESET); } catch (XPathExpressionException e) { throw new BosException( "XPath exception evaluating XPath against a DITA map managed object: " + e.getMessage(), e); } List<Document> childMaps = new ArrayList<Document>(); for (int i = 0; i < resultNl.getLength(); i++) { Element topicRef = (Element) resultNl.item(i); if (DitaUtil.isMapReference(topicRef)) { String href = topicRef.getAttribute("href"); log.debug("walkMap(): " + levelSpacer + " handling map reference to href \"" + href + "\"..."); Document targetDoc = null; try { targetDoc = AddressingUtil.resolveHrefToDoc(topicRef, href, bosConstructionOptions, this.failOnAddressResolutionFailure); } catch (Exception e) { throw new BosException("Exception resolving href: " + e.getMessage(), e); } if (targetDoc != null) { childMaps.add(targetDoc); } else { throw new BosException("Failed to resolve @href value \"" + href + "\" to a managed object from map " + mapDoc.getDocumentURI()); } } } log.debug("walkMap(): " + levelSpacer + " Found " + childMaps.size() + " child maps."); // Now we have a list of the child maps in document order by reference. // Iterate over them to update the key space: if (childMaps.size() > 0) { log.debug("walkMap(): " + levelSpacer + " Adding key definitions from child maps..."); for (Document childMap : childMaps) { keySpace.addKeyDefinitions(childMap.getDocumentElement()); } // Now walk each of the maps to process the next level in the map hierarchy: log.debug("walkMap(): " + levelSpacer + " Walking child maps..."); for (Document childMapDoc : childMaps) { XmlBosMember childMember = bos.constructBosMember(currentMember, childMapDoc); bos.addMember(currentMember, childMember); walkMapCalcMapTree(bos, childMember, childMapDoc, level + 1); } log.debug("walkMap(): " + levelSpacer + " Done walking child maps"); } }
From source file:net.sourceforge.dita4publishers.impl.dita.InMemoryDitaLinkManagementService.java
public void unRegisterRootMap(Document rootMap) throws DitaApiException { DitaKeyDefinitionContext context = this.getKeyDefinitionContext(rootMap); if (this.keyspaceCache.containsKey(context)) { log.info("unRegisterRootMap(): Key space registered, removing..."); this.keyspaceCache.remove(context); this.contexts.remove(rootMap.getDocumentURI()); } else {//from w ww .j a v a 2 s. c o m log.info("registerRootMap(): Key space for root map not found."); } }
From source file:de.unibi.techfak.bibiserv.BiBiTools.java
/** * Static Method paramdoc2list converts a param DOM document of the form : * * <pre>/*from www .j a v a 2 s . c om*/ * <param>>s * <param_key>param_value</param_key>> * <param_key>>param_value2</param_key>> * ... * <param_key2>>param_value3</param_key>> * ... * </pre> * * to a list of Pair<String,String> objects. * * @param paramdoc DOM document containing parameter as key/value pairs ... * * @return Returns a list of Pair<String,String> objects */ public static List<Pair<String, String>> paramdoc2List(Document paramdoc) { List<Pair<String, String>> list = new ArrayList<>(); /* the param document should contain only param tag, which is the root tag */ Element paramroot = (Element) paramdoc.getElementsByTagName("param").item(0); if (paramroot != null) { /* save all child node as HashMap Elements */ NodeList paramlist = paramroot.getChildNodes(); /* iterate over all element nodes */ for (int i = 0; i < paramlist.getLength(); ++i) { Node param = paramlist.item(i); if (param.getNodeType() == Node.ELEMENT_NODE) { /* the name of the tag is the name of the parameter the text content is the value */ Pair pair = new Pair(param.getNodeName(), param.getTextContent()); list.add(pair); } } } else { log.warn("Document '" + paramdoc.getDocumentURI() + "' does not contain a param tag!"); } return list; }
From source file:net.sourceforge.dita4publishers.impl.ditabos.DitaTreeWalkerBase.java
/** * @param bos/*from w w w . j a va 2 s. com*/ * @param member * @param newMembers * @throws Exception */ protected void findLinkDependencies(BoundedObjectSet bos, XmlBosMember member, Set<BosMember> newMembers) throws Exception { NodeList links; try { links = (NodeList) DitaUtil.allHrefsAndKeyrefs.evaluate(member.getElement(), XPathConstants.NODESET); } catch (XPathExpressionException e) { throw new BosException("Unexcepted exception evaluating xpath " + DitaUtil.allTopicrefs); } log.debug("findLinkDependencies(): Found " + links.getLength() + " href- or keyref-using elements"); for (int i = 0; i < links.getLength(); i++) { Element link = (Element) links.item(i); Document targetDoc = null; URI targetUri = null; String dependencyKey = null; // Original href or keyref value // If there is a key reference, attempt to resolve it, // then fall back to href, if any. String href = null; DependencyType depType = Constants.LINK_DEPENDENCY; if (DitaUtil.isDitaType(link, "topic/image")) { depType = Constants.IMAGE_DEPENDENCY; } else if (DitaUtil.isDitaType(link, "topic/xref")) { depType = Constants.XREF_DEPENDENCY; } try { if (link.hasAttribute("keyref")) { log.debug("findLinkDependencies(): resolving reference to key \"" + link.getAttribute("keyref") + "\"..."); if (!DitaUtil.targetIsADitaFormat(link) || DitaUtil.isDitaType(link, "topic/image")) { targetUri = resolveKeyrefToUri(link.getAttribute("keyref")); } else { targetDoc = resolveKeyrefToDoc(link.getAttribute("keyref")); } } if (targetUri == null && targetDoc == null && link.hasAttribute("href")) { log.debug("findLinkDependencies(): resolving reference to href \"" + link.getAttribute("href") + "\"..."); href = link.getAttribute("href"); dependencyKey = href; if (DitaUtil.isDitaType(link, "topic/image")) { targetUri = AddressingUtil.resolveHrefToUri(link, link.getAttribute("href"), this.failOnAddressResolutionFailure); } else if (!DitaUtil.targetIsADitaFormat(link) && DitaUtil.isLocalOrPeerScope(link)) { targetUri = AddressingUtil.resolveHrefToUri(link, link.getAttribute("href"), this.failOnAddressResolutionFailure); } else { // If we get here, isn't an image reference and is presumably a DITA format resource. // Don't bother with links within the same XML document. if (!href.startsWith("#") && DitaUtil.isLocalOrPeerScope(link)) { targetDoc = AddressingUtil.resolveHrefToDoc(link, link.getAttribute("href"), bosConstructionOptions, this.failOnAddressResolutionFailure); } } } else { dependencyKey = AddressingUtil.getKeyNameFromKeyref(link); } } catch (AddressingException e) { if (this.failOnAddressResolutionFailure) { throw new BosException( "Failed to resolve href \"" + link.getAttribute("href") + "\" to a managed object", e); } } if (targetDoc == null && targetUri == null || targetDoc == member.getDocument()) continue; BosMember depMember = null; if (targetDoc != null) { log.debug("findLinkDependencies(): Got document \"" + targetDoc.getDocumentURI() + "\""); depMember = bos.constructBosMember(member, targetDoc); } else if (targetUri != null) { log.debug("findLinkDependencies(): Got URI \"" + targetUri.toString() + "\""); depMember = bos.constructBosMember((BosMember) member, targetUri); } newMembers.add(depMember); bos.addMemberAsDependency(dependencyKey, depType, member, depMember); } }
From source file:org.dita2indesign.indesign.builders.InDesignFromDitaMapBuilder.java
/** * Applies the specified transform to the map document in order to generate * InCopy articles for the topics in the map. * @param mapDoc//w ww.j a v a 2s. co m * @param options Options used to configure the transform, including the URL of the * transform itself. * @throws Exception */ private void generateInCopyArticlesForTopics(Document mapDoc, Map2InDesignOptions options) throws Exception { URL xsltUrl = options.getXsltUrl(); if (xsltUrl == null) { throw new Exception("No XSLT URL option value specified."); } Source style = new StreamSource(xsltUrl.openStream()); style.setSystemId(xsltUrl.toExternalForm()); Source xmlSource = new DOMSource(mapDoc); String mapDocUri = mapDoc.getDocumentURI(); xmlSource.setSystemId(mapDocUri); if (log.isDebugEnabled()) log.debug("xmlSource.systemId=\"" + xmlSource.getSystemId() + "\""); // Create a temp file in the same directory as the real INX file so the // XSLT transform will generate its output in the right place: File resultFile = File.createTempFile("map2indesign", ".inx", options.getResultFile().getParentFile()); // NOTE: The top-level file is not used. if (log.isDebugEnabled()) log.debug("Calling transform()..."); Source xsltSource = new StreamSource(xsltUrl.openStream()); xsltSource.setSystemId(xsltUrl.toExternalForm()); XsltTransformer trans = getSaxonTransformer(xmlSource, resultFile, xsltSource); trans.setParameter(new QName("styleCatalogUrl"), new XdmAtomicValue(options.getStyleCatalogUrl())); trans.setParameter(new QName("outputPath"), new XdmAtomicValue(resultFile.getParent())); trans.setParameter(new QName("linksPath"), new XdmAtomicValue(options.getLinksPath())); trans.setParameter(new QName("debug"), new XdmAtomicValue(options.getDebug())); trans.transform(); if (log.isDebugEnabled()) log.debug("Transformation complete."); resultFile.delete(); // Don't need the result file since each article is generated as a separate file. }
From source file:org.jboss.shrinkwrap.descriptor.metadata.MetadataParser.java
/** * Parses one or more XSD schemas or DTD and produces java classes based on the parsing results. * * @param path/*from ww w . ja v a2 s. com*/ * specifies where to create the interface, implementation and test case java classes. * @param confList * list <code>MetadataParserConfiguration</code> objects. * @param verbose * if true, additional parsing information are printed out, otherwise not. * @throws Exception */ @SuppressWarnings("unchecked") public void parse(final MetadataParserPath path, final List<?> confList, final List<?> javadocTags, final boolean verbose) throws Exception { checkArguments(path, confList); pathToMetadata = createTempFile(verbose); if (log.isLoggable(Level.FINE)) { log.fine("Path to temporary metadata file: " + pathToMetadata); } for (int i = 0; i < confList.size(); i++) { final MetadataParserConfiguration metadataConf = (MetadataParserConfiguration) confList.get(i); metadata.setCurrentNamespace(metadataConf.getNameSpace()); metadata.setCurrentSchmema(metadataConf.getPathToXsd()); metadata.setCurrentPackageApi(metadataConf.getPackageApi()); metadata.setCurrentPackageImpl(metadataConf.getPackageImpl()); final MetadataDescriptor metadataDescriptor = new MetadataDescriptor(metadataConf.getDescriptorName()); metadataDescriptor.setRootElementName(metadataConf.getElementName()); metadataDescriptor.setRootElementType(metadataConf.getElementType()); metadataDescriptor.setSchemaName(metadataConf.getPathToXsd()); metadataDescriptor.setPackageApi(metadataConf.getPackageApi()); metadataDescriptor.setPackageImpl(metadataConf.getPackageImpl()); metadataDescriptor.setNamespace(metadataConf.getNameSpace()); metadataDescriptor.setNamespaces(metadataConf.getNamespaces()); metadataDescriptor.setGenerateClasses(metadataConf.generateClasses); metadataDescriptor.setPathToPackageInfoApi(metadataConf.getPathToPackageInfoApi()); metadataDescriptor.setPathToPackageInfoImpl(metadataConf.getPathToPackageInfoImpl()); metadataDescriptor.setCommon(metadataConf.getCommon()); metadataDescriptor.setCommonRef(metadataConf.getCommonRef()); metadataDescriptor.setGenerateCommonClasses(metadataConf.generateCommonClasses); metadataDescriptor.setCommonImports(metadataConf.getCommonImports()); metadata.getMetadataDescriptorList().add(metadataDescriptor); if (log.isLoggable(Level.FINE)) { log.fine(metadataConf.getPathToXsd()); } if (metadataConf.getPathToXsd().endsWith(".dtd")) { final InputSource in = new InputSource(new FileReader(metadataConf.getPathToXsd())); final MetadataDtdEventListener dtdEventListener = new MetadataDtdEventListener(metadata, verbose); final DTDParser parser = new DTDParser(); parser.setDtdHandler(dtdEventListener); parser.parse(in); } else { final DocumentBuilderFactory factory = DocumentBuilderFactory.newInstance(); final DocumentBuilder loader = factory.newDocumentBuilder(); final Document document = loader.parse(metadataConf.getPathToXsd()); if (log.isLoggable(Level.FINE)) { log.fine(document.getDocumentURI()); } final DocumentTraversal traversal = (DocumentTraversal) document; final TreeWalker walker = traversal.createTreeWalker(document.getDocumentElement(), NodeFilter.SHOW_ELEMENT, null, true); final StringBuilder sb = verbose ? new StringBuilder() : null; filterChain.traverseAndFilter(walker, "", metadata, sb); if (sb != null) { log.info(sb.toString()); } } } /** * Analyze the data types defined in the elements. If an element data types points to a type defined in the data * type section, and the data type is simple type like xsd:string then change the element data type directly * here. */ metadata.preResolveDataTypes(); if (pathToMetadata != null) { new DomWriter().write(metadata, pathToMetadata, (List<MetadataJavaDoc>) javadocTags); } if (verbose) { new MetadataUtil().log(metadata); } if (path.getPathToApi() != null && path.getPathToImpl() != null) { generateCode(path, verbose); PackageInfo.copyPackageInfo(path, metadata, verbose); } }
From source file:org.tinygroup.jspengine.xmlparser.ParserUtils.java
private static Schema getSchema(Document document) throws SAXException, JasperException { Schema schema = null;// ww w.ja v a 2 s . c o m Element root = document.getDocumentElement(); NamedNodeMap map = root.getAttributes(); for (int i = 0; map != null && i < map.getLength(); i++) { if (SCHEMA_LOCATION_ATTR.equals(map.item(i).getLocalName())) { String schemaLocation = map.item(i).getNodeValue(); if (Constants.SCHEMA_LOCATION_JSP_20.equals(schemaLocation)) { schema = getSchema(Constants.TAGLIB_SCHEMA_PUBLIC_ID_20); break; } else if (Constants.SCHEMA_LOCATION_JSP_21.equals(schemaLocation)) { schema = getSchema(Constants.TAGLIB_SCHEMA_PUBLIC_ID_21); break; } else if (Constants.SCHEMA_LOCATION_WEBAPP_24.equals(schemaLocation)) { schema = getSchema(Constants.WEBAPP_SCHEMA_PUBLIC_ID_24); break; } else if (Constants.SCHEMA_LOCATION_WEBAPP_25.equals(schemaLocation)) { schema = getSchema(Constants.WEBAPP_SCHEMA_PUBLIC_ID_25); break; } else { throw new JasperException(Localizer.getMessage("jsp.error.parse.unknownTldSchemaLocation", document.getDocumentURI(), map.item(i).getNodeValue())); } } } return schema; }
From source file:org.wso2.carbon.is.migration.service.v550.migrator.EventPublisherMigrator.java
private NodeList getEncryptedPayload(Document doc, XPath xpath) throws Exception { try {// www . j a va 2 s . c o m XPathExpression expr = xpath .compile("//*[local-name()='property'][@*[local-name()='encrypted']='true']/text()"); return (NodeList) expr.evaluate(doc, XPathConstants.NODESET); } catch (XPathExpressionException e) { throw new MigrationClientException( "Error has occurred while retriving the payload from file : " + doc.getDocumentURI(), e); } }