List of usage examples for javax.xml.namespace QName QName
public QName(String localPart)
QName constructor specifying the local part.
If the local part is null an IllegalArgumentException is thrown.
From source file:com.abiquo.am.services.ovfformat.TemplateFromOVFEnvelope.java
/** * TODO re-DOC <br>/*from w ww . ja v a 2 s. co m*/ * REQUIRE THE OVFID IS PLACED ON A REMOTE LOCATION (WARINING on generation)<BR> * Creates a list of VirtualInfo relative to the VirtualDisk (from the disk section) and * requirements (from the VirtualHardwareSection) contained on the provided OVF envelope. Used * to add VirtualImage on database once an OVFPackage completes its download. No duplicated Disk * are returned. * * @param ovfDescription, the OVF description of the required OVF package. * @return an array containing all the DiskInfo properties and requirements. * @throws RepositoryException, if the envelope do not contain the required info to get * VirtualDisk information. **/ public static TemplateDto createTemplateDto(final String ovfId, final EnvelopeType envelope) // TODO String userID, String category throws AMException { TemplateDto diskInfo = null; Map<String, VirtualDiskDescType> diskIdToDiskFormat = new HashMap<String, VirtualDiskDescType>(); Map<String, FileType> fileIdToFileType = new HashMap<String, FileType>(); Map<String, List<String>> diskIdToVSs = new HashMap<String, List<String>>(); Map<String, TemplateDto> requiredByVSs = new HashMap<String, TemplateDto>(); DiskSectionType diskSectionType; try { ContentType contentType = OVFEnvelopeUtils.getTopLevelVirtualSystemContent(envelope); ProductSectionType product = OVFEnvelopeUtils.getSection(contentType, ProductSectionType.class); String description = null; if (product.getInfo() != null && product.getInfo().getValue() != null) { description = product.getInfo().getValue(); } String categoryName = null; if (product.getOtherAttributes().containsKey(new QName("CategoryName"))) { categoryName = product.getOtherAttributes().get(new QName("CategoryName")); } String iconPath = getIconPath(product, fileIdToFileType, ovfId); diskSectionType = OVFEnvelopeUtils.getSection(envelope, DiskSectionType.class); for (FileType fileType : envelope.getReferences().getFile()) { fileIdToFileType.put(fileType.getId(), fileType); } // Create a hash for (VirtualDiskDescType virtualDiskDescType : diskSectionType.getDisk()) { diskIdToDiskFormat.put(virtualDiskDescType.getDiskId(), virtualDiskDescType); } if (contentType instanceof VirtualSystemType) { VirtualSystemType vs = (VirtualSystemType) contentType; TemplateDto req = getDiskInfo(vs, diskIdToDiskFormat, diskIdToVSs); requiredByVSs.put(vs.getId(), req); } else if (contentType instanceof VirtualSystemCollectionType) { List<VirtualSystemType> virtualSystems = OVFEnvelopeUtils .getVirtualSystems((VirtualSystemCollectionType) contentType); for (VirtualSystemType virtualSystemType : virtualSystems) { TemplateDto req = getDiskInfo(virtualSystemType, diskIdToDiskFormat, diskIdToVSs); requiredByVSs.put(virtualSystemType.getId(), req); } } for (VirtualDiskDescType diskDescType : diskIdToDiskFormat.values()) { String diskId = diskDescType.getDiskId(); String fileId = diskDescType.getFileRef(); if (!fileIdToFileType.containsKey(fileId)) { String msg = "File Id [" + fileId + "] not found on the ReferencesSection"; throw new IdNotFoundException(msg); } FileType file = fileIdToFileType.get(fileId); final String filePath = file.getHref(); final Long fileSize = file.getSize().longValue(); String format = diskDescType.getFormat(); // XXX using the same format on the OVF // disk if (!diskIdToVSs.containsKey(diskId)) { throw new IdNotFoundException("Any virtualSystem is using diskId[" + diskId + "]"); // XXX warning ?? } if (diskIdToVSs.size() != 1) { throw new AMException(AMError.TEMPLATE_INVALID, String .format("There are more than one virtual system on the OVF Envelope [%s]", ovfId)); } for (String vssName : diskIdToVSs.get(diskId)) { diskInfo = new TemplateDto(); diskInfo.setName(vssName); diskInfo.setUrl(ovfId); DiskFormat diskFormat = DiskFormat.fromValue(format); DiskFormatType ovfDiskFormat = DiskFormatType.valueOf(diskFormat.name()); diskInfo.setDiskFileFormat(ovfDiskFormat); diskInfo.setDiskFileSize(fileSize); // Note that getHRef() will now return the relative path // of the file at the downloaded repository space if (filePath.startsWith("http:")) { diskInfo.setDiskFilePath(FilenameUtils.getName(filePath)); } else { diskInfo.setDiskFilePath(filePath); } diskInfo.setIconPath(iconPath); diskInfo.setDescription(description); diskInfo.setCategoryName(categoryName); // XXX diskInfo.setSO(value); if (!requiredByVSs.containsKey(vssName)) { throw new IdNotFoundException("VirtualSystem id not found [" + vssName + "]"); } TemplateDto requirement = requiredByVSs.get(vssName); // XXX disk format ::: diskInfo.setImageType(requirement.getImageType()); diskInfo.setCpu(requirement.getCpu()); diskInfo.setRam(requirement.getRam()); diskInfo.setHd(requirement.getHd()); diskInfo.setRamSizeUnit(requirement.getRamSizeUnit()); diskInfo.setHdSizeUnit(requirement.getHdSizeUnit()); diskInfo.setEthernetDriverType(requirement.getEthernetDriverType()); // TODO diskInfo.setEnterpriseId(enterpriseId); // diskInfo.setUserId(userId); TODO user ID // diskInfo.getCategories().add(category); TODO category } // all vss } // all disks } catch (EmptyEnvelopeException e) { String msg = "No VirtualSystem or VirtualSystemCollection exists for this OVF package"; throw new AMException(AMError.TEMPLATE_INVALID, msg, e); } catch (Exception e) { throw new AMException(AMError.TEMPLATE_INVALID, e); } if (diskInfo == null) { String msg = "No VirtualSystem or VirtualSystemCollection exists for this OVF package"; throw new AMException(AMError.TEMPLATE_INVALID, msg); } return diskInfo; }
From source file:com.googlecode.ddom.frontend.saaj.SOAPElementTest.java
@Validated @Test//from w w w. java 2s . c o m public void testAddAttributeFromQNameWithoutNamespace() throws Exception { SOAPElement element = saajUtil.createSOAPElement(null, "test", null); SOAPElement retValue = element.addAttribute(new QName("attr"), "value"); assertSame(element, retValue); Attr attr = element.getAttributeNodeNS(null, "attr"); assertNull(attr.getNamespaceURI()); String localName = attr.getLocalName(); // The RI creates a namespace unaware attribute node in this case; we believe // it's better to create a namespace aware node. if (localName != null) { assertEquals("attr", attr.getLocalName()); } assertNull(attr.getPrefix()); assertEquals("value", attr.getValue()); }
From source file:com.vangent.hieos.services.xds.bridge.activity.AbstractGetDocumentsSQActivity.java
/** * Method description// w w w .j av a 2s . com * * * @param registryResponse * @param context * * @return */ protected List<String> parseObjectRefs(GetDocumentsSQResponseMessage registryResponse, SDRActivityContext context) throws XdsException { List<String> result = new ArrayList<String>(); SubmitDocumentResponse sdrResponse = context.getSubmitDocumentResponse(); Document document = context.getDocument(); OMElement rootNode = registryResponse.getElement(); RegistryResponseParser parser = new RegistryResponseParser(rootNode); // The registry may return success even though there was // a token or policy issue/problem so we can not rely on "Success" List<RegistryError> registryErrors = parser.parseErrors(); if (parser.is_error() || registryErrors.isEmpty() == false) { // If there are any errors or warnings then // propagate back to caller StringBuilder errmsg = new StringBuilder(); errmsg.append("The XDS.b Registry returned the following errors/warnings: \n"); for (RegistryError error : registryErrors) { String msg = String.format("%s: %s%n", error.getCode(), error.getContext()); errmsg.append(msg); } throw new XdsException(errmsg.toString()); } else { try { // search for any nodes String expr = "./ns:RegistryObjectList/ns:ObjectRef"; List<OMElement> docs = XPathHelper.selectNodes(rootNode, expr, URIConstants.RIM_URI); if (docs != null) { QName idQName = new QName("id"); for (OMElement doc : docs) { result.add(doc.getAttributeValue(idQName)); } } } catch (XdsInternalException e) { // log it logger.error(e, e); // capture in response StringBuilder sb = new StringBuilder(); sb.append("Unable to parse repository response, exception follows. "); sb.append(e.getMessage()); sdrResponse.addResponse(document, ResponseTypeStatus.Failure, sb.toString()); } } return result; }
From source file:org.apache.servicemix.jms.JmsConsumerEndpointTest.java
public void testConsumerSimpleJmsTx() throws Exception { JmsComponent component = new JmsComponent(); JmsConsumerEndpoint endpoint = new JmsConsumerEndpoint(); endpoint.setService(new QName("jms")); endpoint.setEndpoint("endpoint"); endpoint.setTargetService(new QName("receiver")); endpoint.setListenerType("simple"); endpoint.setConnectionFactory(connectionFactory); endpoint.setDestinationName("destination"); endpoint.setTransacted("jms"); component.setEndpoints(new JmsConsumerEndpoint[] { endpoint }); container.activateComponent(component, "servicemix-jms"); container.start();/*from www .j a v a 2 s.c o m*/ jmsTemplate.convertAndSend("destination", "<hello>world</hello>"); receiver.getMessageList().assertMessagesReceived(1); }
From source file:com.vangent.hieos.services.xds.bridge.support.XDSBridgeConfigXmlParser.java
/** * Method description//from w w w . j av a 2 s. co m * * * * @return * * * @throws XPathHelperException */ private Map<String, ContentParserConfig> parseContentConfigs() throws XPathHelperException { Map<String, ContentParserConfig> result = new HashMap<String, ContentParserConfig>(); QName nameQName = new QName("name"); QName baseQName = new QName("base"); Iterator<OMElement> iterator = this.configElem.getChildrenWithName(new QName("ContentParserConfig")); while (iterator.hasNext()) { OMElement parserConfigElem = iterator.next(); // pull name String name = parserConfigElem.getAttributeValue(nameQName); //String name = null; /* try { name = ContentParserConfigName.valueOf(nameAttribute); logger.info(String.format("Loaded config [%s].", nameAttribute)); } catch (IllegalArgumentException e) { // ignore, probably a base config }*/ if (name != null) { logger.info(String.format("Loading config [%s].", name)); ContentParserConfig parserConfig = parseContentConfig(name, parserConfigElem); // pull base value String baseAttribute = parserConfigElem.getAttributeValue(baseQName); if (StringUtils.isNotBlank(baseAttribute)) { String expr = String.format("//ContentParserConfig[@name='%s']", baseAttribute); OMElement baseElem = XPathHelper.selectSingleNode(this.configElem, expr, ""); if (baseElem != null) { logger.info(String.format("Loading base config [%s].", baseAttribute)); ContentParserConfig baseConfig = parseContentConfig(name, baseElem); // need to merge // Note (BHT): Strange how this was implemented. // Copies parserConfig into baseConfig and then points parserConfig // into baseConfig. Someone trying to be "cute". // Besides the fact that baseConfig has to be parsed more than // once (upon multiple passes). logger.info(String.format("Merged configs [%s] and [%s] to support [%s] config.", baseAttribute, name, name)); baseConfig.merge(parserConfig); parserConfig = baseConfig; } else { logger.warn(String.format("Base %s is not found.", baseAttribute)); } } logger.info(String.format("Cached config [%s].", name)); result.put(name, parserConfig); } } return result; }
From source file:com.msopentech.odatajclient.testservice.utils.AbstractUtilities.java
private Map.Entry<String, Boolean> getTargetInfo(final StartElement element, final String linkName) throws Exception { final InputStream metadata = fsManager.readFile(Constants.METADATA, Accept.XML); XMLEventReader reader = XMLUtilities.getEventReader(metadata); final String associationName = element.getAttributeByName(new QName("Relationship")).getValue(); final Map.Entry<Integer, XmlElement> association = XMLUtilities.getAtomElement(reader, null, "Association", Collections.<Map.Entry<String, String>>singleton(new SimpleEntry<String, String>("Name", associationName.substring(associationName.lastIndexOf(".") + 1))), 0, 4, 4, false);// ww w. ja v a2 s . co m final InputStream associationContent = association.getValue().toStream(); final ByteArrayOutputStream bos = new ByteArrayOutputStream(); IOUtils.copy(associationContent, bos); IOUtils.closeQuietly(associationContent); reader.close(); reader = XMLUtilities.getEventReader(new ByteArrayInputStream(bos.toByteArray())); final Map.Entry<Integer, XmlElement> associationEnd = XMLUtilities.getAtomElement(reader, null, "End", Collections.<Map.Entry<String, String>>singleton(new SimpleEntry<String, String>("Role", linkName)), 0, -1, -1, false); final String target = associationEnd.getValue().getStart().getAttributeByName(new QName("Type")).getValue(); final boolean feed = associationEnd.getValue().getStart().getAttributeByName(new QName("Multiplicity")) .getValue().equals("*"); return new SimpleEntry<String, Boolean>(target, feed); }
From source file:edu.monash.merc.system.parser.xml.HPAWSXmlParser.java
public List<HPAEntryBean> parseHPAXml(String fileName, XMLInputFactory2 factory2) { xmlif2 = factory2;/* w w w .j av a 2 s . c o m*/ logger.info("Starting to parse " + fileName); List<HPAEntryBean> hpaEntryBeans = new ArrayList<HPAEntryBean>(); XMLEventReader2 xmlEventReader = null; try { xmlEventReader = (XMLEventReader2) xmlif2.createXMLEventReader(new FileInputStream(fileName)); QName entryQN = new QName(ELE_ENTRY); QName versionQN = new QName(ATTR_VERSION); QName urlQN = new QName(ATTR_URL); QName nameQN = new QName(ELE_NAME); QName identiferQN = new QName(ELE_IDENTIFIER); QName idQN = new QName(ATTR_ID); QName xrefQN = new QName(ELE_XREF); QName dbQN = new QName(ATTR_DB); QName tissueExpQN = new QName(ELE_TISSUE_EXPRESSION); QName typeQN = new QName(ATTR_TYPE); QName verificationQN = new QName(ELE_VERIFICATION); QName dataQN = new QName(ELE_DATA); QName tissueQN = new QName(ELE_TISSUE); QName statusQN = new QName(ATTR_STATUS); QName cellTypeQN = new QName(ELE_CELLTYPE); QName levelQN = new QName(ELE_LEVEL); QName antibodyQN = new QName(ELE_ANTIBODY); String version = null; String url = null; String geneName = null; String geneAccession = null; String dbNameForIdentifier = null; String xrefAc = null; String xrefDb = null; boolean tissueExpressionPresent = false; boolean antibodyPresent = false; String tissueStatus = null; String tissue = null; String cellType = null; String levelType = null; String level = null; String verificationType = null; String verification = null; HPAEntryBean hpaEntryBean = null; GeneBean geneBean = null; List<DbSourceAcEntryBean> dbSourceAcEntryBeans = new ArrayList<DbSourceAcEntryBean>(); List<PEEvidenceBean> peAntiIHCNormEvidenceBeans = new ArrayList<PEEvidenceBean>(); PEEvidenceBean antiIHCNormEvidenceBean = null; AccessionBean identifiedAcBean = null; while (xmlEventReader.hasNextEvent()) { //eventType = reader.next(); XMLEvent event = xmlEventReader.nextEvent(); if (event.isStartElement()) { StartElement element = event.asStartElement(); //hpa entry if (element.getName().equals(entryQN)) { //start to create a hpaEntryBean hpaEntryBean = new HPAEntryBean(); //create a GeneBean geneBean = new GeneBean(); //create a list of DbSourceAcEntryBean to store all DbSource and Ac dbSourceAcEntryBeans = new ArrayList<DbSourceAcEntryBean>(); //create a list of PEEvidenceBean to store all antibody evidencs for the current gene peAntiIHCNormEvidenceBeans = new ArrayList<PEEvidenceBean>(); //get the version attribute Attribute versionAttr = element.getAttributeByName(versionQN); if (versionAttr != null) { version = versionAttr.getValue(); } //get the url attribute Attribute urlAttr = element.getAttributeByName(urlQN); if (urlAttr != null) { url = urlAttr.getValue(); } } //parse the gene name in the name element if (element.getName().equals(nameQN)) { if (xmlEventReader.peek().isCharacters()) { event = xmlEventReader.nextEvent(); Characters geneCharacters = event.asCharacters(); if (geneCharacters != null) { geneName = geneCharacters.getData(); } } } //parse the ensg accession and db in the identifier element if (element.getName().equals(identiferQN)) { Attribute idAttr = element.getAttributeByName(idQN); if (idAttr != null) { geneAccession = idAttr.getValue(); } Attribute dbAttr = element.getAttributeByName(dbQN); if (dbAttr != null) { dbNameForIdentifier = dbAttr.getValue(); } } //parse all db and accession pair in xref element if (element.getName().equals(xrefQN)) { Attribute idAttr = element.getAttributeByName(idQN); if (idAttr != null) { xrefAc = idAttr.getValue(); } Attribute dbAttr = element.getAttributeByName(dbQN); if (dbAttr != null) { xrefDb = dbAttr.getValue(); } } //parse tissueExpression if (element.getName().equals(tissueExpQN)) { //we only focus on the tissueExpression element in the path /entry/tissueExpression if (!antibodyPresent) { //set the tissueExpression present flag into true; tissueExpressionPresent = true; //create a list of PEEvidenceBean to store the PEEvidence for antibody peAntiIHCNormEvidenceBeans = new ArrayList<PEEvidenceBean>(); } } //parse the verification element to get reliability or validation value if (element.getName().equals(verificationQN)) { //we only focus on the verification element in the path /entry/tissueExpression/verification if (!antibodyPresent && tissueExpressionPresent) { Attribute verifAttr = element.getAttributeByName(typeQN); if (verifAttr != null) { verificationType = element.getAttributeByName(typeQN).getValue(); } if (xmlEventReader.peek().isCharacters()) { event = xmlEventReader.nextEvent(); verification = event.asCharacters().getData(); } } } //start of the data element if (element.getName().equals(dataQN)) { //we only focus on the data element in the path /entry/tissueExpression/data if (!antibodyPresent && tissueExpressionPresent) { antiIHCNormEvidenceBean = new PEEvidenceBean(); TPBDataTypeBean dataTypeBean = createTPBDataTypeBeanForPEANTIIHCNORM(); antiIHCNormEvidenceBean.setTpbDataTypeBean(dataTypeBean); } } //start of tissue if (element.getName().equals(tissueQN)) { //we only focus on the tissue element in the path /entry/tissueExpression/data/tissue if (!antibodyPresent && tissueExpressionPresent) { Attribute tissueStatusAttr = element.getAttributeByName(statusQN); if (tissueStatusAttr != null) { tissueStatus = tissueStatusAttr.getValue(); } if (xmlEventReader.peek().isCharacters()) { event = xmlEventReader.nextEvent(); tissue = event.asCharacters().getData(); } } } //start of cellType if (element.getName().equals(cellTypeQN)) { //we only focus on the cellType element in the path /entry/tissueExpression/data/cellType if (!antibodyPresent && tissueExpressionPresent) { if (xmlEventReader.peek().isCharacters()) { event = xmlEventReader.nextEvent(); cellType = event.asCharacters().getData(); } } } //start of level if (element.getName().equals(levelQN)) { //we only focus on the level element in the path /entry/tissueExpression/data/level if (!antibodyPresent && tissueExpressionPresent) { Attribute typeAttr = element.getAttributeByName(typeQN); if (typeAttr != null) { levelType = typeAttr.getValue(); } if (xmlEventReader.peek().isCharacters()) { event = xmlEventReader.nextEvent(); level = event.asCharacters().getData(); } } } //start of antibody element if (element.getName().equals(antibodyQN)) { //we have to setup antibodyPresent flag as true antibodyPresent = true; } } //End of element if (event.isEndElement()) { EndElement endElement = event.asEndElement(); //hpa entry end if (endElement.getName().equals(entryQN)) { //set hpa version hpaEntryBean.setHpaVersion(version); //hpaEntryBean set gene bean hpaEntryBean.setGeneBean(geneBean); //create the primary dbsource bean DBSourceBean primaryDbSourceBean = createPrimaryDBSourceBeanForHPA(); //set the primary DBSourceBean hpaEntryBean.setPrimaryDbSourceBean(primaryDbSourceBean); //set the identified accesion bean hpaEntryBean.setIdentifiedAccessionBean(identifiedAcBean); //set DbSourceAcEntryBean list hpaEntryBean.setDbSourceAcEntryBeans(dbSourceAcEntryBeans); //set all the PeAntiIHCBody evidences if (peAntiIHCNormEvidenceBeans.size() == 0) { peAntiIHCNormEvidenceBeans.add(createNonePEEvidence(url)); } hpaEntryBean.setPeAntiIHCNormEvidencesBeans(peAntiIHCNormEvidenceBeans); //add the current hpa entry bean into list hpaEntryBeans.add(hpaEntryBean); //reset version and url version = null; url = null; identifiedAcBean = null; } //end of gene name, populate the gene name if (endElement.getName().equals(nameQN)) { //set gene name geneBean.setDisplayName(geneName); } //end of identifier, populating for gene accession, db and accessions if any if (endElement.getName().equals(identiferQN)) { //set the gene accession geneBean.setEnsgAccession(geneAccession); identifiedAcBean = createIdentifiedAcBean(geneAccession, dbNameForIdentifier); //create a DbSourceAcEntryBean based on the identifier element DbSourceAcEntryBean dbSourceAcEntryBean = createDbSourceAcEntry(dbNameForIdentifier, geneAccession); //add this DbSourceAcEntryBean into list dbSourceAcEntryBeans.add(dbSourceAcEntryBean); } //end of xref element. populate for db and accessions if any if (endElement.getName().equals(xrefQN)) { //create a DbSourceAcEntryBean based on the xref element DbSourceAcEntryBean dbSourceAcEntryBean = createDbSourceAcEntry(xrefDb, xrefAc); //add this DbSoureAcEntryBean into list dbSourceAcEntryBeans.add(dbSourceAcEntryBean); //set rest of db and accession values xrefDb = null; xrefAc = null; } //end of the tissueExpression if (endElement.getName().equals(tissueExpQN)) { //we only focus on the tissueExpression element in the path /entry/tissueExpression if (!antibodyPresent) { //the tissueExpression is end. we have to reset tissueExpressionPresent, //verificationType and verification values under the tissueExpression element level //reset tissueExpression present flag into false tissueExpressionPresent = false; //reset verification type verificationType = null; //reset verification value verification = null; } } //end of data element if (endElement.getName().equals(dataQN)) { //we only focus on the data element in the path /entry/tissueExpression/data if (!antibodyPresent && tissueExpressionPresent) { //we only consider the tissue status is normal one if (StringUtils.endsWithIgnoreCase(tissueStatus, TISSUE_STATUS_NORMAL)) { setAntiEvidence(antiIHCNormEvidenceBean, url, verification, tissue, cellType, level, levelType); //add anti evidence peAntiIHCNormEvidenceBeans.add(antiIHCNormEvidenceBean); } //the data element is end. we have to reset the tissueStatus, tissue, cellType and level values under the data element level tissueStatus = null; tissue = null; cellType = null; level = null; levelType = null; } } //end of antibody if (endElement.getName().equals(antibodyQN)) { //we have to reset antibodyPresent flag as false antibodyPresent = false; } } //End of XML document if (event.isEndDocument()) { // finished to parse the whole document; break; } } } catch (Exception ex) { logger.error(ex); throw new DMXMLParserException(ex); } finally { if (xmlEventReader != null) { try { xmlEventReader.close(); } catch (Exception e) { //ignore whatever caught. } } } return hpaEntryBeans; }
From source file:com.globalqss.ObPOSInterface.ExternalSalesImpl.java
public static void authenticate(String username, String password, String webServiceName, String method) throws XFireFault { String dbpwd = DB.getSQLValueString(null, "SELECT Password FROM AD_User WHERE Name=? AND Password IS NOT NULL", username); // and ad_client_id in (0,?) if (dbpwd == null || dbpwd.length() <= 0) throw new XFireFault("Invalid user/password", new QName("username")); String isencr = DB.getSQLValueString(null, "SELECT IsEncrypted FROM AD_Column WHERE AD_Column_ID=417"); if ("Y".equals(isencr)) dbpwd = SecureEngine.decrypt(dbpwd); String hashPassword = null;/*from w w w. j a va2s .com*/ try { hashPassword = new String( Base64.encodeBase64(MessageDigest.getInstance("SHA-1").digest(dbpwd.getBytes("UTF-8"))), "ASCII"); } catch (UnsupportedEncodingException e1) { throw new XFireFault("Error hashing db password", e1, new QName("username")); } catch (NoSuchAlgorithmException e1) { throw new XFireFault("Error hashing db password", e1, new QName("username")); } if (!hashPassword.equals(password)) /* Invalid password */ throw new XFireFault("Invalid user/password", new QName("password")); throw new XFireFault("Security not implemented yet", new QName("webServiceName")); // TODO: authenticate web service and method // TODO: Search for a service type for client and role access with the same value as the method }
From source file:com.eviware.soapui.impl.wsdl.submit.transports.http.support.attachments.AttachmentUtils.java
public static boolean prepareMessagePart(WsdlAttachmentContainer container, MimeMultipart mp, MessageXmlPart messagePart, StringToStringMap contentIds) throws Exception, MessagingException { boolean isXop = false; XmlObjectTreeModel treeModel = null; XmlCursor cursor = messagePart.newCursor(); XmlObject rootXmlObject = cursor.getObject(); try {// w w w .j a v a2 s . co m while (!cursor.isEnddoc()) { if (cursor.isContainer()) { // could be an attachment part (as of "old" SwA specs which // specify a content // element referring to the attachment) if (messagePart.isAttachmentPart()) { String href = cursor.getAttributeText(XOP_HREF_QNAME); if (href != null && href.length() > 0) { contentIds.put(messagePart.getPart().getName(), href); } break; } XmlObject xmlObj = cursor.getObject(); SchemaType schemaType = xmlObj.schemaType(); if (schemaType.isNoType()) { if (treeModel == null) { treeModel = new XmlObjectTreeModel(messagePart.getSchemaType().getTypeSystem(), rootXmlObject); } XmlTreeNode tn = treeModel.getXmlTreeNode(xmlObj); if (tn != null) schemaType = tn.getSchemaType(); } if (AttachmentUtils.isSwaRefType(schemaType)) { String textContent = XmlUtils.getNodeValue(cursor.getDomNode()); if (StringUtils.hasContent(textContent) && textContent.startsWith("cid:")) { textContent = textContent.substring(4); try { // is the textcontent already a URI? new URI(textContent); contentIds.put(textContent, textContent); } catch (RuntimeException e) { // not a URI.. try to create one.. String contentId = textContent + "@soapui.org"; cursor.setTextValue("cid:" + contentId); contentIds.put(textContent, contentId); } } } else if (AttachmentUtils.isXopInclude(schemaType)) { String contentId = cursor.getAttributeText(new QName("href")); if (contentId != null && contentId.length() > 0) { contentIds.put(contentId, contentId); isXop = true; Attachment[] attachments = container.getAttachmentsForPart(contentId); if (attachments.length == 1) { XmlCursor cur = cursor.newCursor(); if (cur.toParent()) { String contentType = getXmlMimeContentType(cur); if (contentType != null && contentType.length() > 0) attachments[0].setContentType(contentType); } cur.dispose(); } } } else { // extract contentId String textContent = XmlUtils.getNodeValue(cursor.getDomNode()); if (StringUtils.hasContent(textContent)) { Attachment attachment = null; boolean isXopAttachment = false; // is content a reference to a file? if (container.isInlineFilesEnabled() && textContent.startsWith("file:")) { String filename = textContent.substring(5); if (container.isMtomEnabled()) { MimeBodyPart part = new PreencodedMimeBodyPart("binary"); String xmimeContentType = getXmlMimeContentType(cursor); if (StringUtils.isNullOrEmpty(xmimeContentType)) xmimeContentType = ContentTypeHandler.getContentTypeFromFilename(filename); part.setDataHandler(new DataHandler(new XOPPartDataSource(new File(filename), xmimeContentType, schemaType))); part.setContentID("<" + filename + ">"); mp.addBodyPart(part); isXopAttachment = true; } else { if (new File(filename).exists()) { inlineData(cursor, schemaType, new FileInputStream(filename)); } else { Attachment att = getAttachmentForFilename(container, filename); if (att != null) inlineData(cursor, schemaType, att.getInputStream()); } } } else { Attachment[] attachmentsForPart = container.getAttachmentsForPart(textContent); if (textContent.startsWith("cid:")) { textContent = textContent.substring(4); attachmentsForPart = container.getAttachmentsForPart(textContent); Attachment[] attachments = attachmentsForPart; if (attachments.length == 1) { attachment = attachments[0]; } else if (attachments.length > 1) { attachment = buildMulitpartAttachment(attachments); } isXopAttachment = container.isMtomEnabled(); contentIds.put(textContent, textContent); } // content should be binary data; is this an XOP element // which should be serialized with MTOM? else if (container.isMtomEnabled() && (SchemaUtils.isBinaryType(schemaType) || SchemaUtils.isAnyType(schemaType))) { if ("true".equals(System.getProperty("soapui.mtom.strict"))) { if (SchemaUtils.isAnyType(schemaType)) { textContent = null; } else { for (int c = 0; c < textContent.length(); c++) { if (Character.isWhitespace(textContent.charAt(c))) { textContent = null; break; } } } } if (textContent != null) { MimeBodyPart part = new PreencodedMimeBodyPart("binary"); String xmimeContentType = getXmlMimeContentType(cursor); part.setDataHandler(new DataHandler( new XOPPartDataSource(textContent, xmimeContentType, schemaType))); textContent = "http://www.soapui.org/" + System.nanoTime(); part.setContentID("<" + textContent + ">"); mp.addBodyPart(part); isXopAttachment = true; } } else if (container.isInlineFilesEnabled() && attachmentsForPart != null && attachmentsForPart.length > 0) { attachment = attachmentsForPart[0]; } } // add XOP include? if (isXopAttachment && container.isMtomEnabled()) { buildXopInclude(cursor, textContent); isXop = true; } // inline? else if (attachment != null) { inlineAttachment(cursor, schemaType, attachment); } } } } cursor.toNextToken(); } } finally { cursor.dispose(); } return isXop; }