List of usage examples for org.jdom2 Element getContent
@Override
public Content getContent(final int index)
From source file:ddf.catalog.source.opensearch.OpenSearchSource.java
License:Open Source License
/** * @param is//from w ww . j a v a2 s . c o m * @param queryRequest * @return * @throws ddf.catalog.source.UnsupportedQueryException */ private SourceResponseImpl processResponse(InputStream is, QueryRequest queryRequest) throws UnsupportedQueryException { List<Result> resultQueue = new ArrayList<>(); SyndFeedInput syndFeedInput = new SyndFeedInput(); SyndFeed syndFeed = null; try { syndFeed = syndFeedInput.build(new InputStreamReader(is)); } catch (FeedException e) { LOGGER.error("Unable to read RSS/Atom feed.", e); } List<SyndEntry> entries = null; long totalResults = 0; if (syndFeed != null) { entries = syndFeed.getEntries(); for (SyndEntry entry : entries) { resultQueue.addAll(createResponseFromEntry(entry)); } totalResults = entries.size(); List<Element> foreignMarkup = syndFeed.getForeignMarkup(); for (Element element : foreignMarkup) { if (element.getName().equals("totalResults")) { try { totalResults = Long.parseLong(element.getContent(0).getValue()); } catch (NumberFormatException | IndexOutOfBoundsException e) { // totalResults is already initialized to the correct value, so don't change it here. LOGGER.debug("Received invalid number of results.", e); } } } } SourceResponseImpl response = new SourceResponseImpl(queryRequest, resultQueue); response.setHits(totalResults); return response; }
From source file:ddf.catalog.source.opensearch.OpenSearchSource.java
License:Open Source License
/** * Creates a single response from input parameters. Performs XPath operations on the document to * retrieve data not passed in./*from w ww . j a va 2 s .c o m*/ * * @param entry * a single Atom entry * @return single response * @throws ddf.catalog.source.UnsupportedQueryException */ private List<Result> createResponseFromEntry(SyndEntry entry) throws UnsupportedQueryException { String id = entry.getUri(); if (id != null && !id.isEmpty()) { id = id.substring(id.lastIndexOf(':') + 1); } List<SyndContent> contents = entry.getContents(); List<SyndCategory> categories = entry.getCategories(); List<Metacard> metacards = new ArrayList<>(); List<Element> foreignMarkup = entry.getForeignMarkup(); String relevance = ""; String source = ""; for (Element element : foreignMarkup) { if (element.getName().equals("score")) { relevance = element.getContent(0).getValue(); } } //we currently do not support downloading content via an RSS enclosure, this support can be added at a later date if we decide to include it for (SyndContent content : contents) { MetacardImpl metacard = getMetacardImpl(parseContent(content.getValue(), id)); metacard.setSourceId(this.shortname); String title = metacard.getTitle(); if (StringUtils.isEmpty(title)) { metacard.setTitle(entry.getTitle()); } if (!source.isEmpty()) { metacard.setSourceId(source); } metacards.add(metacard); } for (int i = 0; i < categories.size() && i < metacards.size(); i++) { SyndCategory category = categories.get(i); Metacard metacard = metacards.get(i); if (StringUtils.isBlank(metacard.getContentTypeName())) { ((MetacardImpl) metacard).setContentTypeName(category.getName()); } } List<Result> results = new ArrayList<>(); for (Metacard metacard : metacards) { ResultImpl result = new ResultImpl(metacard); if (relevance == null || relevance.isEmpty()) { LOGGER.debug("couldn't find valid relevance. Setting relevance to 0"); relevance = "0"; } result.setRelevanceScore(new Double(relevance)); results.add(result); } return results; }
From source file:ditatools.translate.DitaTranslator.java
License:Apache License
/** * Translate an XML element by grabbing each text node * and sending it to Google Translate, and replacing the * source text with the translated text. *//*from w w w . j a v a 2 s . c o m*/ private void process(Element element) { // filter selects elements and text nodes List<Content> children = element.getContent(filter); Iterator<Content> iterator = children.iterator(); while (iterator.hasNext()) { Object o = iterator.next(); if (o instanceof Element) { Element child = (Element) o; process(child); } else { // Due to filter, the only other possibility is Text Text text = (Text) o; handleText(text); } } }
From source file:es.upm.dit.xsdinferencer.generation.generatorimpl.schemageneration.XMLSchemaDocumentGenerator.java
License:Apache License
/** * It generates the XSD file of the targetNamespace given at the constructor, taking into account that * the main namespace is the one given at the constructor. * /*from w w w . j av a 2 s . c o m*/ * @param schema the schema object * @param configuration the inference configuration * * @return a JDOM2 {@link Document} object containing the XSD contents. * * @see SchemaDocumentGenerator#generateSchemaDocument(Schema, XSDInferenceConfiguration) */ @Override public Document generateSchemaDocument(Schema schema, XSDInferenceConfiguration configuration) { // if(!configuration.getElementsGlobal()==false || // !configuration.getComplexTypesGlobal()==true || // !configuration.getSimpleTypesGlobal()==true // ) // throw new UnsupportedOperationException("Not implemented yet."); // checkArgument(schema.getNamespacesToPossiblePrefixMappingModifiable().containsKey(mainNamespace), "The main namespace must be a known namespace"); checkArgument(schema.getNamespacesToPossiblePrefixMappingModifiable().containsKey(targetNamespace), "The target namespace must be a known namespace"); // checkArgument(!schema.getNamespacesToPossiblePrefixMappingModifiable().containsKey(XSD_NAMESPACE_URI),"The XSD namespace must not be a known namespace"); // checkArgument(!schema.getNamespacesToPossiblePrefixMappingModifiable().containsKey(XSI_NAMESPACE_URI),"The XSI namespace must not be a known namespace"); Map<String, String> namespaceURIToPrefixMappings = schema.getSolvedNamespaceMappings(); if (configuration.getSkipNamespaces().contains(targetNamespace)) { throw new IllegalArgumentException("This is an skipped namespace, so its XSD should not be generated"); } if (targetNamespace.equals(XSD_NAMESPACE_URI)) System.err.println( "The XML Schema namespace is being considered as a target namespace in your documents. Independing of the inferred schemas, the only valid XSD for an XSD would be the normative one present at its first RFC"); Namespace xsdNamespace = Namespace.getNamespace(XSD_NAMESPACE_PREFIX.replace(":", ""), XSD_NAMESPACE_URI); List<Namespace> namespaceDeclarations = getNamespaceDeclarations(namespaceURIToPrefixMappings, xsdNamespace); Element elementSchema = new Element("schema", xsdNamespace); for (int i = 0; i < namespaceDeclarations.size(); i++) { Namespace currentNamespace = namespaceDeclarations.get(i); elementSchema.addNamespaceDeclaration(currentNamespace); String currentNamespaceUri = currentNamespace.getURI(); if (!targetNamespace.equals(mainNamespace) && !currentNamespaceUri.equals(mainNamespace)) continue; if (currentNamespace.equals(Namespace.XML_NAMESPACE) && (!schema.getAttributes().containsRow(XSDInferenceConfiguration.XML_NAMESPACE_URI) && !schema.getElements().containsRow(XSDInferenceConfiguration.XML_NAMESPACE_URI))) { continue; } if (currentNamespaceUri.equals(XSD_NAMESPACE_URI) && !namespaceURIToPrefixMappings.containsKey(XSD_NAMESPACE_URI)) continue; if (targetNamespace.equals(currentNamespaceUri) || (currentNamespaceUri.equals("") && (fileNameGenerator == null))) continue; if (currentNamespaceUri.equals("") && !currentNamespaceUri.equals(mainNamespace) && !schema.getElements().containsRow("")) continue; Element importElement = new Element("import", xsdNamespace); if (!currentNamespaceUri.equals("")) { Attribute namespaceAttr = new Attribute("namespace", currentNamespaceUri); importElement.setAttribute(namespaceAttr); } if (fileNameGenerator != null && !configuration.getSkipNamespaces().contains(currentNamespaceUri)) { String fileName = fileNameGenerator.getSchemaDocumentFileName(currentNamespaceUri, namespaceURIToPrefixMappings); Attribute schemaLocationAttr = new Attribute("schemaLocation", fileName); importElement.setAttribute(schemaLocationAttr); } elementSchema.addContent(importElement); } if (!targetNamespace.equals("")) { Attribute targetNamespaceAttr = new Attribute("targetNamespace", targetNamespace); elementSchema.setAttribute(targetNamespaceAttr); } SortedSet<SimpleType> sortedSimpleTypes = new TreeSet<>(new SimpleTypeComparator()); sortedSimpleTypes.addAll(schema.getSimpleTypes().values()); SortedSet<ComplexType> sortedComplexTypes = new TreeSet<>(new ComplexTypeComparator()); sortedComplexTypes.addAll(schema.getComplexTypes().values()); //CONTINUE FROM HERE: Generate sorted sets for SchemaElement and SchemaAttribute objects and use them where needed. Attribute elementFormDefault = new Attribute("elementFormDefault", "qualified"); elementSchema.setAttribute(elementFormDefault); Document resultingDocument = new Document(elementSchema); if (targetNamespace.equals(mainNamespace)) { //First, we declare global SimpleTypes. //If simpleTypesGlobal is true, any enumeration will be declared as a global simple type. //if not, simple types of complex types which have attributes but not children will be declared globally //(due to limitations of XSD, they may not be declared locally together with the attributes info) if (configuration.getSimpleTypesGlobal()) { for (SimpleType simpleType : sortedSimpleTypes) { if (!simpleType.isEnum() || simpleType.isEmpty()) continue; Element simpleTypeElement = generateSimpleType(simpleType, false, configuration, xsdNamespace); elementSchema.addContent(simpleTypeElement); } } else { for (ComplexType complexType : sortedComplexTypes) { SimpleType simpleType = complexType.getTextSimpleType(); if (complexType.getAttributeList().isEmpty() || !(complexType.getAutomaton().nodeCount() == 0) || !simpleType.isEnum() || simpleType.isEmpty()) continue; Element simpleTypeElement = generateSimpleType(simpleType, false, configuration, xsdNamespace); elementSchema.addContent(simpleTypeElement); } } //Global complexType elements are only generated in the main schema (i.e. the one whose targetNamespace is equal to mainNamespace) if (configuration.getComplexTypesGlobal()) { for (ComplexType complexType : sortedComplexTypes) { boolean hasNoChildren = complexType.getRegularExpression().equals(new EmptyRegularExpression()); boolean hasNoAttributes = complexType.getAttributeList().size() == 0; boolean hasNoComments = complexType.getComments().size() == 0; // boolean simpleTypeIsNotEmpty = !complexType.getTextSimpleType().isEmpty(); boolean simpleTypeIsWhiteSpaceOnlyOrEmpty = !(complexType.getTextSimpleType().isEmpty() || complexType.getTextSimpleType().consistOnlyOfWhitespaceCharacters()); if (hasNoChildren && hasNoAttributes && simpleTypeIsWhiteSpaceOnlyOrEmpty && hasNoComments) continue; //Because the elements which are linked to this ComplexType at our internal model //will be linked to an XSD simple type elsewhere, either a builtin or a custom one. Element complexTypeElement = generateComplexType(configuration, complexType, false, targetNamespace, namespaceURIToPrefixMappings, mainNamespace, xsdNamespace); elementSchema.addContent(complexTypeElement); } } } //If there are many namespaces and the workaround is disabled, we must declare global attributes. //If the targetNamespace is not the mainNamespace, we must declare all the attributes. //if the target namespace is the main namespace, we do not need to declare anything, because the complex types which hold the attributes //are also in the main namespace. if ((namespaceURIToPrefixMappings.size() - configuration.getSkipNamespaces().size()) > 1) { SortedMap<String, SchemaAttribute> globalAttributeCandidates = new TreeMap<>( schema.getAttributes().row(targetNamespace)); if (!targetNamespace.equals(mainNamespace) && !targetNamespace.equals("")) { globalAttributesLoop: for (Map.Entry<String, SchemaAttribute> schemaAttributeEntry : globalAttributeCandidates .entrySet()) { SchemaAttribute schemaAttribute = schemaAttributeEntry.getValue(); //First, we check if the attribute has been already declared when the workaround is disabled. //If so, we update the "use" property. //The type should have been already merged. if (!configuration.getStrictValidRootDefinitionWorkaround()) { List<Element> alreadyGeneratedAttributeElements = elementSchema.getChildren("attribute", xsdNamespace); for (int i = 0; i < alreadyGeneratedAttributeElements.size(); i++) { Element currentAttributeElement = alreadyGeneratedAttributeElements.get(i); if (currentAttributeElement.getAttributeValue("name") .equals(schemaAttribute.getName())) { continue globalAttributesLoop; } } } Element attributeOrAttributeGroupElement = generateAttribute(schemaAttribute, true, configuration, namespaceURIToPrefixMappings, targetNamespace, mainNamespace, schemaAttributeEntry.getKey(), xsdNamespace); elementSchema.addContent(attributeOrAttributeGroupElement); } } } //Now, we declare global elements. //An element will be declared globally if and only if: //1-elementsGlobal is true in the configuration //2-The element is a valid root //3-The element is in a namespace other than the main namespace. Note that the element WILL be surrounded by the corresponding group if the workaround is enabled. //Another important remark: Iterating over a set copy implies iterating over DISTINCT SchemaElements, so if two keys pointed to equal SchemaElements, we would generate it only once- SortedSet<SchemaElement> schemaElementsAtTargetNamespace = new TreeSet<>(new SchemaElementComparator()); schemaElementsAtTargetNamespace.addAll(schema.getElements().row(targetNamespace).values()); globalSchemaElementsLoop: for (SchemaElement schemaElement : schemaElementsAtTargetNamespace) { // if(!configuration.getElementsGlobal()&& // !schemaElement.isValidRoot()&& // (targetNamespace.equals(mainNamespace)||configuration.getStrictValidRootDefinitionWorkaround())) if (!configuration.getElementsGlobal() && !schemaElement.isValidRoot() && (targetNamespace.equals(mainNamespace))) continue; // for(Element currentElement:elementSchema.getContent(Filters.element("element",xsdNamespace))){ // if(schemaElement.getName().equals(currentElement.getAttributeValue("name"))) // continue globalSchemaElementsLoop; // } String possibleGroupName = schemaElement.getName() + configuration.getTypeNamesAncestorsSeparator() + schemaElement.getType().getName(); for (Element currentElement : elementSchema.getContent(Filters.element("group", xsdNamespace))) { if (possibleGroupName.equals(currentElement.getAttributeValue("name"))) continue globalSchemaElementsLoop; } Element elementOrGroupElement = generateElement(schemaElement, true, configuration, targetNamespace, mainNamespace, null, namespaceURIToPrefixMappings, xsdNamespace); if (elementOrGroupElement.getName().equals("element")) { for (Element currentElement : elementSchema.getChildren("element", xsdNamespace)) { if (schemaElement.getName().equals(currentElement.getAttributeValue("name"))) continue globalSchemaElementsLoop; } } elementSchema.addContent(elementOrGroupElement); } return resultingDocument; }
From source file:eu.himeros.hocr.HocrInfoAggregator.java
License:Open Source License
private void parseOcrWord(Element ocrWord) { String text = ocrWord.getText(); text = adjuster.adjust(new String[] { "monotonic2polytonic", "ocr2u" }, normalizer2.normalize(text)); String upText = low2upL1Trans.parse(text); if (text.endsWith("-")) { ocrWord.setAttribute("idx", "" + id++); hyphenPart1 = ocrWord;/*from w w w.j a va 2 s. c o m*/ return; } else if (hyphenPart1 != null) { text = adjuster.adjust(new String[] { "monotonic2polytonic", "ocr2u" }, normalizer2.normalize(parseOcrHyphenatedWord(hyphenPart1, ocrWord))); upText = low2upL1Trans.parse(text); } Element infoSpan = new Element("span", xmlns); infoSpan.setText(adjuster.adjust(new String[] { "monotonic2polytonic", "ocr2u" }, normalizer2.normalize(ocrWord.getText()))); upText = upText.replaceAll(l1NonAlphabeticFilter, ""); infoSpan.setAttribute("id", "" + id++); Integer occ; occ = ((occ = occHm.get(upText)) == null ? 1 : ++occ); occHm.put(upText, occ); infoSpan.setAttribute("uc", upText); try { ocrWord.getContent(0).detach(); } catch (Exception ex) { } Token token = new Token(text); token = setClassiFicationAndScore(token); infoSpan = setInfoSpanClass(token, infoSpan); ocrWord.addContent(infoSpan); l1Fm.addSuitableElement(ocrWord); l1Fm.adjustPreviousSuitableElement(); if (hyphenPart1 != null) { text = hyphenPart1.getText(); hyphenPart1.getContent(0).detach(); Element infoSpan1 = new Element("span", xmlns); infoSpan1.setAttribute("class", infoSpan.getAttributeValue("class")); infoSpan1.setText(text); hyphenPart1.addContent(infoSpan1); hyphenPart1 = null; //TODO: ??? } }
From source file:fr.crnan.videso3d.databases.aip.AIP.java
License:Open Source License
/** * Liste tous les lments dont le champ fieldParam <b>commence</b> par la chane de caractres "value", parmi les fils de l'lment racine. * <i>A n'utiliser que pour chercher des volumes par leur nom.</i> * @param root Le noeud contenant les lments parmi lesquels on effectue la recherche * @param fieldParam Le champ sur lequel porte la recherche * @param value La valeur du champ fieldParam * @return la liste des lments rpondant au critre. *///w ww .j a v a 2 s . co m public List<Element> findVolumes(Element root, String fieldParam, String value) { final String field = fieldParam; final String identity = value; Filter<Element> f = new AbstractFilter<Element>() { @Override public Element filter(Object o) { if (o instanceof Element) { Element element = (Element) o; String name = getVolumeName(element.getAttributeValue(field)); if (name.startsWith(identity)) { return element; } } return null; } }; return root.getContent(f); }
From source file:fr.crnan.videso3d.databases.aip.AIP.java
License:Open Source License
/** * Renvoie l'lment dont l'attribut "pk" correspond <code>idNumber</code> parmi les fils de l'lment <code>racine</code> * @param racine /*from w w w .j a va 2 s .c o m*/ * @param idNumber * @return L'lment demand ou <code>null</code> si celui-ci n'a pas t trouv. */ public Element findElement(Element racine, String idNumber) { final String id = idNumber; Filter<Element> f = new AbstractFilter<Element>() { @Override public Element filter(Object o) { if (o instanceof Element) { Element element = (Element) o; if (element.getAttributeValue("pk").equals(id)) { return element; } } return null; } }; List<Element> elements = racine.getContent(f); if (elements != null) { if (elements.size() > 0) return elements.get(0); } return null; }
From source file:fr.crnan.videso3d.databases.aip.AIP.java
License:Open Source License
public List<Element> findElementsByChildId(Element root, String childParam, String value) { final String child = childParam; final String childID = value; Filter<Element> f = new AbstractFilter<Element>() { @Override/*from www .j a v a 2 s . c o m*/ public Element filter(Object o) { if (o instanceof Element) { Element element = (Element) o; String pkChild = element.getChild(child).getAttributeValue("pk"); if (pkChild.equals(childID)) { return (Element) o; } } return null; } }; return root.getContent(f); }
From source file:jodtemplate.pptx.postprocessor.StylePostprocessor.java
License:Apache License
@Override public Document process(final Map<String, Object> context, final Document document, final Slide slide, final Resources resources, final Configuration configuration) throws JODTemplateException { final IteratorIterable<Element> atElements = document .getDescendants(Filters.element(PPTXDocument.T_ELEMENT, getNamespace())); final List<Element> atElementsList = new ArrayList<>(); while (atElements.hasNext()) { atElementsList.add(atElements.next()); }//from w ww . j a v a 2 s.c o m for (Element at : atElementsList) { if (at.getContentSize() != 0) { final Content content = at.getContent(0); if (content instanceof Comment) { final Comment comment = (Comment) content; processComment(comment, at, slide, configuration); } } } return document; }
From source file:jodtemplate.pptx.postprocessor.StylePostprocessor.java
License:Apache License
private List<Element> getRemainingElements(final int fromIndex, final Element ap) { final List<Element> remains = new ArrayList<>(); for (int i = fromIndex; i < ap.getContentSize(); ++i) { final Content apChild = ap.getContent(i); if (apChild instanceof Element) { final Element apChildElement = (Element) apChild; if (PPTXDocument.R_ELEMENT.equals(apChildElement.getName()) || PPTXDocument.BR_ELEMENT.equals(apChildElement.getName())) { remains.add(apChildElement); }/* w w w.j av a2 s .co m*/ } } return remains; }