List of usage examples for org.w3c.dom Element removeChild
public Node removeChild(Node oldChild) throws DOMException;
oldChild from the list of children, and returns it. From source file:es.bsc.servicess.ide.ProjectMetadata.java
/**Remove element from all the elements packages * @param elementLabel Label of a service element *///from ww w .ja v a 2s .c o m public void removeElementFromPackages(String elementLabel) { NodeList nl = projectElement.getElementsByTagName(PACKAGE_TAG); if (nl != null && nl.getLength() > 0) { for (int i = 0; i < nl.getLength(); i++) { Element dependency = (Element) nl.item(i); NodeList childs = dependency.getElementsByTagName(ELEMENT_TAG); if (childs != null && childs.getLength() > 0) { for (int j = 0; j < childs.getLength(); j++) { Element el = (Element) childs.item(j); if (el.getAttribute(LABEL_ATTR).equals(elementLabel)) { dependency.removeChild(childs.item(j)); return; } } } } } }
From source file:es.bsc.servicess.ide.ProjectMetadata.java
/**Remove an element form all the dependencies of the project * @param elementLabel Label of a service element *///from ww w .j a v a 2 s. c om public void removeElementFromDepencies(String elementLabel) { NodeList nl = projectElement.getElementsByTagName(DEPENDENCY_TAG); if (nl != null && nl.getLength() > 0) { for (int i = 0; i < nl.getLength(); i++) { Element dependency = (Element) nl.item(i); NodeList childs = dependency.getElementsByTagName(ELEMENT_TAG); if (childs != null && childs.getLength() > 0) { for (int j = 0; j < childs.getLength(); j++) { Element el = (Element) childs.item(j); if (el.getAttribute(LABEL_ATTR).equals(elementLabel)) { dependency.removeChild(childs.item(j)); return; } } } } } }
From source file:com.mirth.connect.model.util.ImportConverter.java
private static String convertChannel(Document document) throws Exception { String channelXML = ""; Element channelRoot = document.getDocumentElement(); String version = channelRoot.getElementsByTagName("version").item(0).getTextContent(); int majorVersion = Integer.parseInt(version.split("\\.")[0]); int minorVersion = Integer.parseInt(version.split("\\.")[1]); int patchVersion = Integer.parseInt(version.split("\\.")[2]); if (majorVersion < 2) { if (minorVersion < 4) { Direction direction = null;//from ww w. ja v a 2 s. co m Element sourceConnectorRoot = (Element) document.getDocumentElement() .getElementsByTagName("sourceConnector").item(0); Element destinationConnectorRoot = (Element) document.getDocumentElement() .getElementsByTagName("destinationConnectors").item(0); NodeList destinationsConnectors = getElements(destinationConnectorRoot, "connector", "com.mirth.connect.model.Connector"); Node channelDirection = channelRoot.getElementsByTagName("direction").item(0); if (channelDirection.getTextContent().equals("INBOUND")) direction = Direction.INBOUND; else if (channelDirection.getTextContent().equals("OUTBOUND")) direction = Direction.OUTBOUND; channelRoot.removeChild(channelDirection); NodeList modeElements = channelRoot.getElementsByTagName("mode"); for (int i = 0; i < modeElements.getLength(); i++) { if (((Element) modeElements.item(i)).getParentNode() == channelRoot) { channelRoot.removeChild(modeElements.item(i)); } } channelRoot.removeChild(channelRoot.getElementsByTagName("protocol").item(0)); NodeList transportNames = channelRoot.getElementsByTagName("transportName"); for (int i = 0; i < transportNames.getLength(); i++) { if (transportNames.item(i).getTextContent().equals("PDF Writer")) { transportNames.item(i).setTextContent("Document Writer"); } } NodeList properyNames = channelRoot.getElementsByTagName("property"); for (int i = 0; i < properyNames.getLength(); i++) { Node nameAttribute = properyNames.item(i).getAttributes().getNamedItem("name"); if (properyNames.item(i).getAttributes().getLength() > 0 && nameAttribute != null) { if (nameAttribute.getNodeValue().equals("DataType")) { if (properyNames.item(i).getTextContent().equals("PDF Writer")) { properyNames.item(i).setTextContent("Document Writer"); } } } } Element modeElement = document.createElement("mode"); modeElement.setTextContent("SOURCE"); sourceConnectorRoot.appendChild(modeElement); updateFilterFor1_4((Element) sourceConnectorRoot.getElementsByTagName("filter").item(0)); if (direction == Direction.OUTBOUND) updateTransformerFor1_4(document, (Element) sourceConnectorRoot.getElementsByTagName("transformer").item(0), XML, XML); else updateTransformerFor1_4(document, (Element) sourceConnectorRoot.getElementsByTagName("transformer").item(0), HL7V2, HL7V2); for (int i = 0; i < destinationsConnectors.getLength(); i++) { modeElement = document.createElement("mode"); modeElement.setTextContent("DESTINATION"); Element destinationsConnector = (Element) destinationsConnectors.item(i); destinationsConnector.appendChild(modeElement); updateFilterFor1_4((Element) destinationsConnector.getElementsByTagName("filter").item(0)); if (direction == Direction.OUTBOUND) updateTransformerFor1_4(document, (Element) destinationsConnector.getElementsByTagName("transformer").item(0), XML, HL7V2); else updateTransformerFor1_4(document, (Element) destinationsConnector.getElementsByTagName("transformer").item(0), HL7V2, HL7V2); } } if (minorVersion < 5) { updateTransformerFor1_5(document); } if (minorVersion < 6) { // Go through each connector and set it to enabled if that // property doesn't exist. Element sourceConnectorRoot = (Element) document.getDocumentElement() .getElementsByTagName("sourceConnector").item(0); Element destinationConnectorRoot = (Element) document.getDocumentElement() .getElementsByTagName("destinationConnectors").item(0); NodeList destinationsConnectors = getElements(destinationConnectorRoot, "connector", "com.mirth.connect.model.Connector"); // Check SOURCE CONNECTOR node for "enabled" element which is // added by migration automatically. Add it if not found. if (!nodeChildrenContains(sourceConnectorRoot, "enabled")) { Element enabledSource = document.createElement("enabled"); enabledSource.setTextContent("true"); sourceConnectorRoot.appendChild(enabledSource); } else { // set it anyway, in case xstream auto set it to false. setBooleanNode(sourceConnectorRoot, "enabled", true); } // Check CONNECTOR node for "enabled" element which is added by // migration automatically. Add it if not found. for (int i = 0; i < destinationsConnectors.getLength(); i++) { Element destinationConnector = (Element) destinationsConnectors.item(i); if (!nodeChildrenContains(destinationConnector, "enabled")) { Element enabledDestination = document.createElement("enabled"); enabledDestination.setTextContent("true"); destinationConnector.appendChild(enabledDestination); } else { // set it anyway, in case xstream auto set it to false. setBooleanNode(destinationConnector, "enabled", true); } } if (!nodeChildrenContains(channelRoot, "deployScript")) { Element deployScript = document.createElement("deployScript"); deployScript.setTextContent( "// This script executes once when the channel is deployed\n// You only have access to the globalMap and globalChannelMap here to persist data\nreturn;"); channelRoot.appendChild(deployScript); } if (!nodeChildrenContains(channelRoot, "shutdownScript")) { Element shutdownScript = document.createElement("shutdownScript"); shutdownScript.setTextContent( "// This script executes once when the channel is undeployed\n// You only have access to the globalMap and globalChannelMap here to persist data\nreturn;"); channelRoot.appendChild(shutdownScript); } if (!nodeChildrenContains(channelRoot, "postprocessingScript")) { Element postprocessorScript = document.createElement("postprocessingScript"); postprocessorScript.setTextContent( "// This script executes once after a message has been processed\nreturn;"); channelRoot.appendChild(postprocessorScript); } } if (minorVersion < 7) { if (!nodeChildrenContains(channelRoot, "lastModified")) { Element lastModified = document.createElement("lastModified"); Element time = document.createElement("time"); Element timezone = document.createElement("timezone"); Calendar calendar = Calendar.getInstance(); time.setTextContent(calendar.getTimeInMillis() + ""); timezone.setTextContent(calendar.getTimeZone().getDisplayName()); lastModified.appendChild(time); lastModified.appendChild(timezone); channelRoot.appendChild(lastModified); } updateFilterFor1_7(document); updateTransformerFor1_7(document); } if (minorVersion < 8) { // Run for all versions prior to 1.7.1 if (minorVersion < 7 || (minorVersion == 7 && patchVersion < 1)) { updateTransformerFor1_7_1(document); } convertChannelConnectorsFor1_8(document, channelRoot); } // Run for all versions prior to 1.8.2 if (minorVersion < 8 || (minorVersion == 8 && patchVersion < 1)) { updateTransformerFor1_8_1(document); } // Run for all versions prior to 2.0 // MIRTH-1402 - Fix old channels from oracle that did not have // description because they were blank if (channelRoot.getElementsByTagName("description").getLength() == 0) { Element descriptionElement = document.createElement("description"); channelRoot.appendChild(descriptionElement); } convertChannelConnectorsFor2_0(document, channelRoot); updateFilterFor2_0(document); } // Run for all versions prior to 3.x if (majorVersion < 3) { // Run for all versions prior to 2.2 if (minorVersion < 2) { convertChannelConnectorsFor2_2(document, channelRoot); } } DocumentSerializer docSerializer = new DocumentSerializer(); channelXML = docSerializer.toXML(document); return updateLocalAndGlobalVariables(channelXML); }
From source file:es.bsc.servicess.ide.ProjectMetadata.java
private void deleteConstraintFromElement(Element oe, String constraintName) { NodeList consElements = oe.getElementsByTagName(CONSTRAINT_TAG); if (consElements != null) { for (int i = 0; i < consElements.getLength(); i++) { Element cons = (Element) (consElements.item(i)); if (cons.getAttribute(NAME_ATTR).equals(constraintName)) { log.debug("Constraint " + constraintName + " found. Removing..."); oe.removeChild(cons); return; }//from w w w.j a v a 2 s . com } } log.warn("Constraint " + constraintName + " not found. Nothing done"); }
From source file:com.enonic.vertical.engine.handlers.SectionHandler.java
public Document getSections(User user, SectionCriteria criteria) { Connection con = null;// w w w . j a va2 s .c om PreparedStatement preparedStmt = null; ResultSet resultSet = null; Document doc = null; SectionView sectionView = SectionView.getInstance(); try { con = getConnection(); StringBuffer sql; SiteKey[] siteKeys = criteria.getSiteKeys(); MenuItemKey[] menuItemKeys = criteria.getMenuItemKeys(); int sectionKey = criteria.getSectionKey(); int superSectionKey = criteria.getSuperSectionKey(); boolean includeSection = criteria.isIncludeSection(); int level = criteria.getLevel(); int[] sectionKeys = criteria.getSectionKeys(); int contentKey = criteria.getContentKey(); int contentKeyExcludeFilter = criteria.getContentKeyExcludeFilter(); int contentTypeKeyFilter = criteria.getContentTypeKeyFilter(); boolean treeStructure = criteria.isTreeStructure(); boolean markContentFilteredSections = criteria.isMarkContentFilteredSections(); boolean includeAll = criteria.isIncludeAll(); // Generate SQL if (siteKeys != null) { if (siteKeys.length == 0) { return XMLTool.createDocument("sections"); } sql = XDG.generateSelectWhereInSQL(sectionView, (Column[]) null, false, sectionView.mei_men_lKey, siteKeys.length); } else if (menuItemKeys != null) { if (menuItemKeys.length == 0) { return XMLTool.createDocument("sections"); } sql = XDG.generateSelectWhereInSQL(sectionView, (Column[]) null, false, sectionView.mei_lKey, menuItemKeys.length); } else if (sectionKey != -1) { sql = XDG.generateSelectSQL(sectionView, sectionView.mei_lKey); } else if (sectionKeys != null) { if (sectionKeys.length == 0) { return XMLTool.createDocument("sections"); } sql = XDG.generateSelectWhereInSQL(sectionView, (Column[]) null, false, sectionView.mei_lKey, sectionKeys.length); } else if (superSectionKey != -1) { if (includeSection) { sql = XDG.generateSelectSQL(sectionView, sectionView.mei_lKey); if (level > 0) { level += 1; } } else { sql = XDG.generateSelectSQL(sectionView, sectionView.mei_lParent); } } else if (contentKey != -1) { sql = XDG.generateSelectSQL(sectionView); sql.append(" WHERE mei_lKey IN (SELECT sco_mei_lKey FROM tSectionContent2 WHERE sco_con_lKey = ?)"); } else { sql = XDG.generateSelectSQL(sectionView); } if (contentKeyExcludeFilter > -1 && !markContentFilteredSections) { if (sql.toString().toLowerCase().indexOf("where") < 0) { sql.append(" WHERE"); } else { sql.append(" AND"); } sql.append(" mei_lKey NOT IN (SELECT sco_mei_lKey FROM tSectionContent2 WHERE sco_con_lKey = ?)"); } if (contentTypeKeyFilter > -1) { if (sql.toString().toLowerCase().indexOf("where") < 0) { sql.append(" WHERE"); } else { sql.append(" AND"); } sql.append(" ("); sql.append(" mei_lKey IN (SELECT sctf_mei_lKey FROM tSecConTypeFilter2 WHERE sctf_cty_lkey = ?)"); if (criteria.isIncludeSectionsWithoutContentTypeEvenWhenFilterIsSet()) { sql.append( " OR NOT EXISTS (SELECT sctf_mei_lKey FROM tSecConTypeFilter2 WHERE sctf_mei_lkey = mei_lKey)"); } sql.append(" )"); } SecurityHandler securityHandler = getSecurityHandler(); if (!includeAll) { securityHandler.appendSectionSQL(user, sql, criteria); } sql.append(" ORDER BY mei_sName"); preparedStmt = con.prepareStatement(sql.toString()); int index = 1; // Set parameters if (siteKeys != null) { for (SiteKey siteKey : siteKeys) { preparedStmt.setInt(index++, siteKey.toInt()); } } else if (menuItemKeys != null) { for (MenuItemKey menuItemKey : menuItemKeys) { preparedStmt.setInt(index++, menuItemKey.toInt()); } } else if (sectionKey != -1) { preparedStmt.setInt(index++, sectionKey); } else if (sectionKeys != null) { for (int loopSectionKey : sectionKeys) { preparedStmt.setInt(index++, loopSectionKey); } } else if (superSectionKey != -1) { preparedStmt.setInt(index++, superSectionKey); } else if (contentKey != -1) { preparedStmt.setInt(index++, contentKey); } if (contentKeyExcludeFilter > -1 && !markContentFilteredSections) { preparedStmt.setInt(index++, contentKeyExcludeFilter); } if (contentTypeKeyFilter > -1) { preparedStmt.setInt(index, contentTypeKeyFilter); } resultSet = preparedStmt.executeQuery(); ElementProcessor childCountProcessor = null; if (criteria.getIncludeChildCount()) { childCountProcessor = new ChildCountProcessor(); } Map<String, Element> elemMap = new HashMap<String, Element>(); CollectionProcessor collectionProcessor = new CollectionProcessor(elemMap, null); ElementProcessor[] processors; ElementProcessor aep = null; if (contentKeyExcludeFilter >= 0) { if (markContentFilteredSections) { int[] keys = getSectionKeysByContent(contentKeyExcludeFilter, -1); aep = new FilteredAttributeElementProcessor("filtered", "true", keys); } } if (contentKey >= 0 && markContentFilteredSections) { int[] keys = getSectionKeysByContent(contentKey, -1); aep = new FilteredAttributeElementProcessor("filtered", "true", keys); } SectionProcessor sectionProcessorThatIncludesContentTypes = null; if (criteria.isIncludeSectionContentTypesInfo()) { sectionProcessorThatIncludesContentTypes = new SectionProcessor(); } processors = new ElementProcessor[] { aep, // mark content in original query new AttributeElementProcessor("marked", "true"), sectionProcessorThatIncludesContentTypes, collectionProcessor, childCountProcessor }; doc = XDG.resultSetToXML(sectionView, resultSet, null, processors, null, -1); close(resultSet); close(preparedStmt); // If treeStructure is true, all parents of the retrieved section // are retrieved: if (treeStructure) { sql = XDG.generateSelectSQL(sectionView, sectionView.mei_lKey); preparedStmt = con.prepareStatement(sql.toString()); Element sectionsRootElement = doc.getDocumentElement(); List<Element> sectionsElementList = XMLTool.getElementsAsList(sectionsRootElement); collectionProcessor.elemList = sectionsElementList; // remove marking of sections ("filtered"(0) and "marked"(1) attributes) processors[0] = null; processors[1] = null; for (int i = 0; i < sectionsElementList.size(); i++) { Element sectionElement = sectionsElementList.get(i); String superKey = sectionElement.getAttribute("supersectionkey"); if (superKey != null && superKey.length() > 0) { sectionsRootElement.removeChild(sectionElement); // find parent element and append current element Element parentElem = elemMap.get("section_" + superKey); if (parentElem == null) { int key = Integer.parseInt(superKey); preparedStmt.setInt(1, key); resultSet = preparedStmt.executeQuery(); XDG.resultSetToXML(sectionView, resultSet, doc.getDocumentElement(), processors, "name", -1); close(resultSet); parentElem = collectionProcessor.lastElem; } Element elem = XMLTool.createElementIfNotPresent(doc, parentElem, "sections"); elem.appendChild(sectionElement); } } } // If specified, get sections recursivly, i.e. retrieve all sections below the // the retrieved sections: else if (criteria.getSectionsRecursivly()) { if (level > 1 || level == 0) { Element sectionsElement = doc.getDocumentElement(); Element[] sections = XMLTool.getElements(sectionsElement, "section"); for (Element section : sections) { int currentSectionKey = Integer.parseInt(section.getAttribute("key")); int[] subSectionKeys = getSectionKeysBySuperSection(currentSectionKey, false); if (subSectionKeys.length > 0) { criteria.setSectionKey(-1); criteria.setSectionKeys(subSectionKeys); criteria.setLevel((level > 1 ? level - 1 : 0)); Document subSectionsDoc = getSections(user, criteria); section.appendChild(doc.importNode(subSectionsDoc.getDocumentElement(), true)); } } } } if (criteria.appendAccessRights()) { securityHandler.appendAccessRights(user, doc, true, true); } } catch (SQLException sqle) { String message = "Failed to get sections: %t"; VerticalEngineLogger.error(this.getClass(), 1, message, sqle); doc = XMLTool.createDocument("sections"); } finally { close(resultSet); close(preparedStmt); close(con); } return doc; }
From source file:edu.uams.clara.webapp.xml.processor.impl.DefaultXmlProcessorImpl.java
/** * based on our use case, it only check the children of the root node... * //from ww w. j ava 2 s .c o m * @param originalDom * @param modifiedDom * @return Document */ private Document replace(final Document originalDom, final Document modifiedDom) { /** * the children nodes of a xml Document is the first level nodes in the * xml doc, for example, for a protocol xml, the children nodes of the * doc is <code><protocol></code> */ // it needs to find the latest identical node then start replacing // whatever under it... Element rootNode = (Element) modifiedDom.getFirstChild(); Document finalDom = originalDom; Element finalDomRoot = (Element) finalDom.getFirstChild(); NodeList modifiedNodes = rootNode.getChildNodes(); int l = modifiedNodes.getLength(); logger.trace("lenght: " + l); for (int i = 0; i < l; i++) { Node currentNode = modifiedNodes.item(i); logger.trace("currentNode: " + currentNode.getNodeName()); NodeList matchedNodes = finalDomRoot.getElementsByTagName(currentNode.getNodeName()); for (int j = 0; j < matchedNodes.getLength(); j++) { try { finalDomRoot.removeChild(matchedNodes.item(j)); } catch (Exception e) { logger.debug("Failed to remove node: " + matchedNodes.item(j).getNodeName()); } } finalDomRoot.appendChild(finalDom.importNode(currentNode, true)); } logger.trace("finalDom: " + DomUtils.elementToString(finalDom)); return finalDom; }
From source file:loci.formats.in.LIFReader.java
private void translateMetadata(Element root) throws FormatException { Element realRoot = (Element) root.getChildNodes().item(0); NodeList toPrune = getNodes(realRoot, "LDM_Block_Sequential_Master"); if (toPrune != null) { for (int i = 0; i < toPrune.getLength(); i++) { Element prune = (Element) toPrune.item(i); Element parent = (Element) prune.getParentNode(); parent.removeChild(prune); }//from w w w .java 2 s.com } NodeList images = getNodes(realRoot, "Image"); List<Element> imageNodes = new ArrayList<Element>(); Long[] oldOffsets = null; if (images.getLength() > offsets.size()) { oldOffsets = offsets.toArray(new Long[offsets.size()]); offsets.clear(); } int nextOffset = 0; for (int i = 0; i < images.getLength(); i++) { Element image = (Element) images.item(i); Element grandparent = (Element) image.getParentNode(); if (grandparent == null) { continue; } grandparent = (Element) grandparent.getParentNode(); if (grandparent == null) { continue; } if (!"ProcessingHistory".equals(grandparent.getNodeName())) { // image is being referenced from an event list imageNodes.add(image); if (oldOffsets != null && nextOffset < oldOffsets.length) { offsets.add(oldOffsets[nextOffset]); } } grandparent = (Element) grandparent.getParentNode(); if (grandparent == null) { continue; } grandparent = (Element) grandparent.getParentNode(); if (grandparent != null) { if (!"Image".equals(grandparent.getNodeName())) { nextOffset++; } } } tileCount = new int[imageNodes.size()]; Arrays.fill(tileCount, 1); core = new ArrayList<CoreMetadata>(imageNodes.size()); acquiredDate = new double[imageNodes.size()]; descriptions = new String[imageNodes.size()]; laserWavelength = new List[imageNodes.size()]; laserIntensity = new List[imageNodes.size()]; laserActive = new List[imageNodes.size()]; laserFrap = new List[imageNodes.size()]; timestamps = new double[imageNodes.size()][]; activeDetector = new List[imageNodes.size()]; serialNumber = new String[imageNodes.size()]; lensNA = new Double[imageNodes.size()]; magnification = new Double[imageNodes.size()]; immersions = new String[imageNodes.size()]; corrections = new String[imageNodes.size()]; objectiveModels = new String[imageNodes.size()]; posX = new Length[imageNodes.size()]; posY = new Length[imageNodes.size()]; posZ = new Length[imageNodes.size()]; refractiveIndex = new Double[imageNodes.size()]; cutIns = new List[imageNodes.size()]; cutOuts = new List[imageNodes.size()]; filterModels = new List[imageNodes.size()]; microscopeModels = new String[imageNodes.size()]; detectorModels = new List[imageNodes.size()]; detectorIndexes = new HashMap[imageNodes.size()]; zSteps = new Double[imageNodes.size()]; tSteps = new Double[imageNodes.size()]; pinholes = new Double[imageNodes.size()]; zooms = new Double[imageNodes.size()]; expTimes = new Double[imageNodes.size()][]; gains = new Double[imageNodes.size()][]; detectorOffsets = new Double[imageNodes.size()][]; channelNames = new String[imageNodes.size()][]; exWaves = new Double[imageNodes.size()][]; imageROIs = new ROI[imageNodes.size()][]; imageNames = new String[imageNodes.size()]; core.clear(); for (int i = 0; i < imageNodes.size(); i++) { Element image = imageNodes.get(i); CoreMetadata ms = new CoreMetadata(); core.add(ms); int index = core.size() - 1; setSeries(index); translateImageNames(image, index); translateImageNodes(image, index); translateAttachmentNodes(image, index); translateScannerSettings(image, index); translateFilterSettings(image, index); translateTimestamps(image, index); translateLaserLines(image, index); translateROIs(image, index); translateSingleROIs(image, index); translateDetectors(image, index); final Deque<String> nameStack = new ArrayDeque<String>(); populateOriginalMetadata(image, nameStack); addUserCommentMeta(image, i); } setSeries(0); int totalSeries = 0; for (int count : tileCount) { totalSeries += count; } ArrayList<CoreMetadata> newCore = new ArrayList<CoreMetadata>(); for (int i = 0; i < core.size(); i++) { for (int tile = 0; tile < tileCount[i]; tile++) { newCore.add(core.get(i)); } } core = newCore; }
From source file:es.bsc.servicess.ide.ProjectMetadata.java
/** Remove element from a elements package * @param name Package name/* ww w .ja va 2 s . co m*/ * @param elementLabel Label of a service element */ public void removeElementFromPackage(String name, String elementLabel) { NodeList nl = projectElement.getElementsByTagName(PACKAGE_TAG); if (nl != null && nl.getLength() > 0) { for (int i = 0; i < nl.getLength(); i++) { Element dependency = (Element) nl.item(i); if (dependency.getAttribute(NAME_ATTR).equals(name)) { NodeList childs = dependency.getElementsByTagName(ELEMENT_TAG); if (childs != null && childs.getLength() > 0) { for (int j = 0; j < childs.getLength(); j++) { Element el = (Element) childs.item(j); if (el.getAttribute(LABEL_ATTR).equals(elementLabel)) { dependency.removeChild(childs.item(j)); return; } } } } } } }
From source file:es.bsc.servicess.ide.ProjectMetadata.java
/**Remove an element form a the dependency * @param loc Dependency location (file or folder location) * @param elementLabel Label of a service element *///from www . j a v a 2s . c o m public void removeElementFromDependency(String loc, String elementLabel) { NodeList nl = projectElement.getElementsByTagName(DEPENDENCY_TAG); if (nl != null && nl.getLength() > 0) { for (int i = 0; i < nl.getLength(); i++) { Element dependency = (Element) nl.item(i); if (dependency.getAttribute(LOCATION_ATTR).equals(loc)) { NodeList childs = dependency.getElementsByTagName(ELEMENT_TAG); if (childs != null && childs.getLength() > 0) { for (int j = 0; j < childs.getLength(); j++) { Element el = (Element) childs.item(j); if (el.getAttribute(LABEL_ATTR).equals(elementLabel)) { dependency.removeChild(childs.item(j)); return; } } } } } } }
From source file:io.fabric8.tooling.archetype.builder.ArchetypeBuilder.java
/** * This method:<ul>/* w w w . j a va 2 s . co m*/ * <li>Copies POM from original project to archetype-resources</li> * <li>Generates <code></code>archetype-descriptor.xml</code></li> * <li>Generates Archetype's <code>pom.xml</code> if not present in target directory.</li> * </ul> * * @param projectPom POM file of original project * @param archetypeDir target directory of created Maven Archetype project * @param archetypePom created POM file for Maven Archetype project * @param metadataXmlOutFile generated archetype-metadata.xml file * @param replaceFn replace function * @throws IOException */ private void createArchetypeDescriptors(File projectPom, File archetypeDir, File archetypePom, File metadataXmlOutFile, Replacement replaceFn) throws IOException { LOG.debug("Parsing " + projectPom); String text = replaceFn.replace(FileUtils.readFileToString(projectPom)); // lets update the XML Document doc = archetypeUtils.parseXml(new InputSource(new StringReader(text))); Element root = doc.getDocumentElement(); // let's get some values from the original project String originalArtifactId, originalName, originalDescription; Element artifactIdEl = (Element) findChild(root, "artifactId"); Element nameEl = (Element) findChild(root, "name"); Element descriptionEl = (Element) findChild(root, "description"); if (artifactIdEl != null && artifactIdEl.getTextContent() != null && artifactIdEl.getTextContent().trim().length() > 0) { originalArtifactId = artifactIdEl.getTextContent().trim(); } else { originalArtifactId = archetypeDir.getName(); } if (nameEl != null && nameEl.getTextContent() != null && nameEl.getTextContent().trim().length() > 0) { originalName = nameEl.getTextContent().trim(); } else { originalName = originalArtifactId; } if (descriptionEl != null && descriptionEl.getTextContent() != null && descriptionEl.getTextContent().trim().length() > 0) { originalDescription = descriptionEl.getTextContent().trim(); } else { originalDescription = originalName; } Set<String> propertyNameSet = new TreeSet<String>(); if (root != null) { // remove the parent element and the following text Node NodeList parents = root.getElementsByTagName("parent"); if (parents.getLength() > 0) { if (parents.item(0).getNextSibling().getNodeType() == Node.TEXT_NODE) { root.removeChild(parents.item(0).getNextSibling()); } root.removeChild(parents.item(0)); } // lets load all the properties defined in the <properties> element in the pom. Set<String> pomPropertyNames = new LinkedHashSet<String>(); NodeList propertyElements = root.getElementsByTagName("properties"); if (propertyElements.getLength() > 0) { Element propertyElement = (Element) propertyElements.item(0); NodeList children = propertyElement.getChildNodes(); for (int cn = 0; cn < children.getLength(); cn++) { Node e = children.item(cn); if (e instanceof Element) { pomPropertyNames.add(e.getNodeName()); } } } LOG.debug("Found <properties> in the pom: {}", pomPropertyNames); // lets find all the property names NodeList children = root.getElementsByTagName("*"); for (int cn = 0; cn < children.getLength(); cn++) { Node e = children.item(cn); if (e instanceof Element) { //val text = e.childrenText String cText = e.getTextContent(); String prefix = "${"; if (cText.startsWith(prefix)) { int offset = prefix.length(); int idx = cText.indexOf("}", offset + 1); if (idx > 0) { String name = cText.substring(offset, idx); if (!pomPropertyNames.contains(name) && isValidRequiredPropertyName(name)) { propertyNameSet.add(name); } } } } } // now lets replace the contents of some elements (adding new elements if they are not present) List<String> beforeNames = Arrays.asList("artifactId", "version", "packaging", "name", "properties"); replaceOrAddElementText(doc, root, "version", "${version}", beforeNames); replaceOrAddElementText(doc, root, "artifactId", "${artifactId}", beforeNames); replaceOrAddElementText(doc, root, "groupId", "${groupId}", beforeNames); } archetypePom.getParentFile().mkdirs(); archetypeUtils.writeXmlDocument(doc, archetypePom); // lets update the archetype-metadata.xml file String archetypeXmlText = defaultArchetypeXmlText(); Document archDoc = archetypeUtils.parseXml(new InputSource(new StringReader(archetypeXmlText))); Element archRoot = archDoc.getDocumentElement(); // replace @name attribute on root element archRoot.setAttribute("name", archetypeDir.getName()); LOG.debug(("Found property names: {}"), propertyNameSet); // lets add all the properties Element requiredProperties = replaceOrAddElement(archDoc, archRoot, "requiredProperties", Arrays.asList("fileSets")); // lets add the various properties in for (String propertyName : propertyNameSet) { requiredProperties.appendChild(archDoc.createTextNode("\n" + indent + indent)); Element requiredProperty = archDoc.createElement("requiredProperty"); requiredProperties.appendChild(requiredProperty); requiredProperty.setAttribute("key", propertyName); requiredProperty.appendChild(archDoc.createTextNode("\n" + indent + indent + indent)); Element defaultValue = archDoc.createElement("defaultValue"); requiredProperty.appendChild(defaultValue); defaultValue.appendChild(archDoc.createTextNode("${" + propertyName + "}")); requiredProperty.appendChild(archDoc.createTextNode("\n" + indent + indent)); } requiredProperties.appendChild(archDoc.createTextNode("\n" + indent)); metadataXmlOutFile.getParentFile().mkdirs(); archetypeUtils.writeXmlDocument(archDoc, metadataXmlOutFile); File archetypeProjectPom = new File(archetypeDir, "pom.xml"); // now generate Archetype's pom if (!archetypeProjectPom.exists()) { StringWriter sw = new StringWriter(); IOUtils.copy(getClass().getResourceAsStream("default-archetype-pom.xml"), sw, "UTF-8"); Document pomDocument = archetypeUtils.parseXml(new InputSource(new StringReader(sw.toString()))); List<String> emptyList = Collections.emptyList(); // artifactId = original artifactId with "-archetype" Element artifactId = replaceOrAddElement(pomDocument, pomDocument.getDocumentElement(), "artifactId", emptyList); artifactId.setTextContent(archetypeDir.getName()); // name = "Fabric8 :: Qickstarts :: xxx" -> "Fabric8 :: Archetypes :: xxx" Element name = replaceOrAddElement(pomDocument, pomDocument.getDocumentElement(), "name", emptyList); if (originalName.contains(" :: ")) { String[] originalNameTab = originalName.split(" :: "); if (originalNameTab.length > 2) { StringBuilder sb = new StringBuilder(); sb.append("Fabric8 :: Archetypes"); for (int idx = 2; idx < originalNameTab.length; idx++) { sb.append(" :: ").append(originalNameTab[idx]); } name.setTextContent(sb.toString()); } else { name.setTextContent("Fabric8 :: Archetypes :: " + originalNameTab[1]); } } else { name.setTextContent("Fabric8 :: Archetypes :: " + originalName); } // description = "Creates a new " + originalDescription Element description = replaceOrAddElement(pomDocument, pomDocument.getDocumentElement(), "description", emptyList); description.setTextContent("Creates a new " + originalDescription); archetypeUtils.writeXmlDocument(pomDocument, archetypeProjectPom); } }