List of usage examples for javax.xml.namespace QName equals
public final boolean equals(Object objectToTest)
Test this QName for equality with another Object.
If the Object to be tested is not a QName or is null, then this method returns false.
Two QNames are considered equal if and only if both the Namespace URI and local part are equal.
From source file:com.evolveum.midpoint.model.test.AbstractModelIntegrationTest.java
protected <F extends FocusType> void assertAssignedNo(PrismObject<F> user, QName refType) { F userType = user.asObjectable();/*from w w w .j av a2 s .c om*/ for (AssignmentType assignmentType : userType.getAssignment()) { ObjectReferenceType targetRef = assignmentType.getTargetRef(); if (targetRef != null) { if (refType.equals(targetRef.getType())) { AssertJUnit.fail(user + " has role " + targetRef.getOid() + " while expected no roles"); } } } }
From source file:com.twinsoft.convertigo.engine.migration.Migration7_0_0.java
public static void migrate(final String projectName) { try {// w ww.ja v a 2 s. c o m Map<String, Reference> referenceMap = new HashMap<String, Reference>(); XmlSchema projectSchema = null; Project project = Engine.theApp.databaseObjectsManager.getOriginalProjectByName(projectName, false); // Copy all xsd files to project's xsd directory File destDir = new File(project.getXsdDirPath()); copyXsdOfProject(projectName, destDir); String projectWsdlFilePath = Engine.PROJECTS_PATH + "/" + projectName + "/" + projectName + ".wsdl"; File wsdlFile = new File(projectWsdlFilePath); String projectXsdFilePath = Engine.PROJECTS_PATH + "/" + projectName + "/" + projectName + ".xsd"; File xsdFile = new File(projectXsdFilePath); if (xsdFile.exists()) { // Load project schema from old XSD file XmlSchemaCollection collection = new XmlSchemaCollection(); collection.setSchemaResolver(new DefaultURIResolver() { public InputSource resolveEntity(String targetNamespace, String schemaLocation, String baseUri) { // Case of a c8o project location if (schemaLocation.startsWith("../") && schemaLocation.endsWith(".xsd")) { try { String targetProjectName = schemaLocation.substring(3, schemaLocation.indexOf("/", 3)); File pDir = new File(Engine.PROJECTS_PATH + "/" + targetProjectName); if (pDir.exists()) { File pFile = new File(Engine.PROJECTS_PATH + schemaLocation.substring(2)); // Case c8o project is already migrated if (!pFile.exists()) { Document doc = Engine.theApp.schemaManager .getSchemaForProject(targetProjectName).getSchemaDocument(); DOMSource source = new DOMSource(doc); StringWriter writer = new StringWriter(); StreamResult result = new StreamResult(writer); TransformerFactory.newInstance().newTransformer().transform(source, result); StringReader reader = new StringReader(writer.toString()); return new InputSource(reader); } } return null; } catch (Exception e) { Engine.logDatabaseObjectManager .warn("[Migration 7.0.0] Unable to find schema location \"" + schemaLocation + "\"", e); return null; } } else if (schemaLocation.indexOf("://") == -1 && schemaLocation.endsWith(".xsd")) { return super.resolveEntity(targetNamespace, schemaLocation, Engine.PROJECTS_PATH + "/" + projectName); } return super.resolveEntity(targetNamespace, schemaLocation, baseUri); } }); projectSchema = SchemaUtils.loadSchema(new File(projectXsdFilePath), collection); ConvertigoError.updateXmlSchemaObjects(projectSchema); SchemaMeta.setCollection(projectSchema, collection); for (Connector connector : project.getConnectorsList()) { for (Transaction transaction : connector.getTransactionsList()) { try { // Migrate transaction in case of a Web Service consumption project if (transaction instanceof XmlHttpTransaction) { XmlHttpTransaction xmlHttpTransaction = (XmlHttpTransaction) transaction; String reqn = xmlHttpTransaction.getResponseElementQName(); if (!reqn.equals("")) { boolean useRef = reqn.indexOf(";") == -1; // Doc/Literal case if (useRef) { try { String[] qn = reqn.split(":"); QName refName = new QName( projectSchema.getNamespaceContext().getNamespaceURI(qn[0]), qn[1]); xmlHttpTransaction.setXmlElementRefAffectation(new XmlQName(refName)); } catch (Exception e) { } } // RPC case else { int index, index2; try { index = reqn.indexOf(";"); String opName = reqn.substring(0, index); if ((index2 = reqn.indexOf(";", index + 1)) != -1) { String eltName = reqn.substring(index + 1, index2); String eltType = reqn.substring(index2 + 1); String[] qn = eltType.split(":"); QName typeName = new QName( projectSchema.getNamespaceContext().getNamespaceURI(qn[0]), qn[1]); String responseElementQName = opName + ";" + eltName + ";" + "{" + typeName.getNamespaceURI() + "}" + typeName.getLocalPart(); xmlHttpTransaction.setResponseElementQName(responseElementQName); } } catch (Exception e) { } } } } // Retrieve required XmlSchemaObjects for transaction QName requestQName = new QName(project.getTargetNamespace(), transaction.getXsdRequestElementName()); QName responseQName = new QName(project.getTargetNamespace(), transaction.getXsdResponseElementName()); LinkedHashMap<QName, XmlSchemaObject> map = new LinkedHashMap<QName, XmlSchemaObject>(); XmlSchemaWalker dw = XmlSchemaWalker.newDependencyWalker(map, true, false); dw.walkByElementRef(projectSchema, requestQName); dw.walkByElementRef(projectSchema, responseQName); // Create transaction schema String targetNamespace = projectSchema.getTargetNamespace(); String prefix = projectSchema.getNamespaceContext().getPrefix(targetNamespace); XmlSchema transactionSchema = SchemaUtils.createSchema(prefix, targetNamespace, XsdForm.unqualified.name(), XsdForm.unqualified.name()); // Add required prefix declarations List<String> nsList = new LinkedList<String>(); for (QName qname : map.keySet()) { String nsURI = qname.getNamespaceURI(); if (!nsURI.equals(Constants.URI_2001_SCHEMA_XSD)) { if (!nsList.contains(nsURI)) { nsList.add(nsURI); } } String nsPrefix = qname.getPrefix(); if (!nsURI.equals(targetNamespace)) { NamespaceMap nsMap = SchemaUtils.getNamespaceMap(transactionSchema); if (nsMap.getNamespaceURI(nsPrefix) == null) { nsMap.add(nsPrefix, nsURI); transactionSchema.setNamespaceContext(nsMap); } } } // Add required imports for (String namespaceURI : nsList) { XmlSchemaObjectCollection includes = projectSchema.getIncludes(); for (int i = 0; i < includes.getCount(); i++) { XmlSchemaObject xmlSchemaObject = includes.getItem(i); if (xmlSchemaObject instanceof XmlSchemaImport) { if (((XmlSchemaImport) xmlSchemaObject).getNamespace() .equals(namespaceURI)) { // do not allow import with same ns ! if (namespaceURI.equals(project.getTargetNamespace())) continue; String location = ((XmlSchemaImport) xmlSchemaObject) .getSchemaLocation(); // This is a convertigo project reference if (location.startsWith("../")) { // Copy all xsd files to xsd directory String targetProjectName = location.substring(3, location.indexOf("/", 3)); copyXsdOfProject(targetProjectName, destDir); } // Add reference addReferenceToMap(referenceMap, namespaceURI, location); // Add import addImport(transactionSchema, namespaceURI, location); } } } } QName responseTypeQName = new QName(project.getTargetNamespace(), transaction.getXsdResponseTypeName()); // Add required schema objects for (QName qname : map.keySet()) { if (qname.getNamespaceURI().equals(targetNamespace)) { XmlSchemaObject ob = map.get(qname); if (qname.getLocalPart().startsWith("ConvertigoError")) continue; transactionSchema.getItems().add(ob); // Add missing response error element and attributes if (qname.equals(responseTypeQName)) { Transaction.addSchemaResponseObjects(transactionSchema, (XmlSchemaComplexType) ob); } } } // Add missing ResponseType (with document) if (map.containsKey(responseTypeQName)) { Transaction.addSchemaResponseType(transactionSchema, transaction); } // Add everything if (map.isEmpty()) { Transaction.addSchemaObjects(transactionSchema, transaction); } // Add c8o error objects (for internal xsd edition only) ConvertigoError.updateXmlSchemaObjects(transactionSchema); // Save schema to file String transactionXsdFilePath = transaction.getSchemaFilePath(); new File(transaction.getSchemaFileDirPath()).mkdirs(); SchemaUtils.saveSchema(transactionXsdFilePath, transactionSchema); } catch (Exception e) { Engine.logDatabaseObjectManager .error("[Migration 7.0.0] An error occured while migrating transaction \"" + transaction.getName() + "\"", e); } if (transaction instanceof TransactionWithVariables) { TransactionWithVariables transactionVars = (TransactionWithVariables) transaction; handleRequestableVariable(transactionVars.getVariablesList()); // Change SQLQuery variables : i.e. {id} --> {{id}} if (transaction instanceof SqlTransaction) { String sqlQuery = ((SqlTransaction) transaction).getSqlQuery(); sqlQuery = sqlQuery.replaceAll("\\{([a-zA-Z0-9_]+)\\}", "{{$1}}"); ((SqlTransaction) transaction).setSqlQuery(sqlQuery); } } } } } else {// Should only happen for projects which version <= 4.6.0 XmlSchemaCollection collection = new XmlSchemaCollection(); String prefix = project.getName() + "_ns"; projectSchema = SchemaUtils.createSchema(prefix, project.getNamespaceUri(), XsdForm.unqualified.name(), XsdForm.unqualified.name()); ConvertigoError.addXmlSchemaObjects(projectSchema); SchemaMeta.setCollection(projectSchema, collection); for (Connector connector : project.getConnectorsList()) { for (Transaction transaction : connector.getTransactionsList()) { if (transaction instanceof TransactionWithVariables) { TransactionWithVariables transactionVars = (TransactionWithVariables) transaction; handleRequestableVariable(transactionVars.getVariablesList()); } } } } // Handle sequence objects for (Sequence sequence : project.getSequencesList()) { handleSteps(projectSchema, referenceMap, sequence.getSteps()); handleRequestableVariable(sequence.getVariablesList()); } // Add all references to project if (!referenceMap.isEmpty()) { for (Reference reference : referenceMap.values()) project.add(reference); } // Delete XSD file if (xsdFile.exists()) xsdFile.delete(); // Delete WSDL file if (wsdlFile.exists()) wsdlFile.delete(); } catch (Exception e) { Engine.logDatabaseObjectManager .error("[Migration 7.0.0] An error occured while migrating project \"" + projectName + "\"", e); } }
From source file:com.evolveum.midpoint.provisioning.ucf.impl.connid.ConnectorInstanceConnIdImpl.java
private void parseResourceSchema(org.identityconnectors.framework.common.objects.Schema icfSchema, List<QName> generateObjectClasses) { AttributeInfo passwordAttributeInfo = null; AttributeInfo enableAttributeInfo = null; AttributeInfo enableDateAttributeInfo = null; AttributeInfo disableDateAttributeInfo = null; AttributeInfo lockoutAttributeInfo = null; AttributeInfo auxiliaryObjectClasseAttributeInfo = null; // New instance of midPoint schema object setResourceSchema(new ResourceSchemaImpl(getSchemaNamespace(), prismContext)); if (legacySchema == null) { legacySchema = detectLegacySchema(icfSchema); }/*from ww w .j a va 2s . c o m*/ LOGGER.trace("Converting resource schema (legacy mode: {})", legacySchema); LOGGER.trace("Generating object classes: {}", generateObjectClasses); Set<ObjectClassInfo> objectClassInfoSet = icfSchema.getObjectClassInfo(); // Let's convert every objectclass in the ConnId schema ... for (ObjectClassInfo objectClassInfo : objectClassInfoSet) { // "Flat" ConnId object class names needs to be mapped to QNames QName objectClassXsdName = connIdNameMapper.objectClassToQname( new ObjectClass(objectClassInfo.getType()), getSchemaNamespace(), legacySchema); if (!shouldBeGenerated(generateObjectClasses, objectClassXsdName)) { LOGGER.trace("Skipping object class {} ({})", objectClassInfo.getType(), objectClassXsdName); continue; } LOGGER.trace("Converting object class {} ({})", objectClassInfo.getType(), objectClassXsdName); // ResourceObjectDefinition is a midPpoint way how to represent an // object class. // The important thing here is the last "type" parameter // (objectClassXsdName). The rest is more-or-less cosmetics. ObjectClassComplexTypeDefinition ocDef = ((ResourceSchemaImpl) resourceSchema) .createObjectClassDefinition(objectClassXsdName); // The __ACCOUNT__ objectclass in ConnId is a default account // objectclass. So mark it appropriately. if (ObjectClass.ACCOUNT_NAME.equals(objectClassInfo.getType())) { ((ObjectClassComplexTypeDefinitionImpl) ocDef).setKind(ShadowKindType.ACCOUNT); ((ObjectClassComplexTypeDefinitionImpl) ocDef).setDefaultInAKind(true); } ResourceAttributeDefinition<String> uidDefinition = null; ResourceAttributeDefinition<String> nameDefinition = null; boolean hasUidDefinition = false; int displayOrder = ConnectorFactoryConnIdImpl.ATTR_DISPLAY_ORDER_START; // Let's iterate over all attributes in this object class ... Set<AttributeInfo> attributeInfoSet = objectClassInfo.getAttributeInfo(); for (AttributeInfo attributeInfo : attributeInfoSet) { String icfName = attributeInfo.getName(); if (OperationalAttributes.PASSWORD_NAME.equals(icfName)) { // This attribute will not go into the schema // instead a "password" capability is used passwordAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } if (OperationalAttributes.ENABLE_NAME.equals(icfName)) { enableAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } if (OperationalAttributes.ENABLE_DATE_NAME.equals(icfName)) { enableDateAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } if (OperationalAttributes.DISABLE_DATE_NAME.equals(icfName)) { disableDateAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } if (OperationalAttributes.LOCK_OUT_NAME.equals(icfName)) { lockoutAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } if (PredefinedAttributes.AUXILIARY_OBJECT_CLASS_NAME.equals(icfName)) { auxiliaryObjectClasseAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } String processedAttributeName = icfName; if ((Name.NAME.equals(icfName) || Uid.NAME.equals(icfName)) && attributeInfo.getNativeName() != null) { processedAttributeName = attributeInfo.getNativeName(); } QName attrXsdName = connIdNameMapper.convertAttributeNameToQName(processedAttributeName, ocDef); QName attrXsdType = ConnIdUtil.icfTypeToXsdType(attributeInfo.getType(), false); if (LOGGER.isTraceEnabled()) { LOGGER.trace(" attr conversion ConnId: {}({}) -> XSD: {}({})", icfName, attributeInfo.getType().getSimpleName(), PrettyPrinter.prettyPrint(attrXsdName), PrettyPrinter.prettyPrint(attrXsdType)); } // Create ResourceObjectAttributeDefinition, which is midPoint // way how to express attribute schema. ResourceAttributeDefinitionImpl attrDef = new ResourceAttributeDefinitionImpl(attrXsdName, attrXsdType, prismContext); attrDef.setMatchingRuleQName(icfAttributeInfoToMatchingRule(attributeInfo)); if (Name.NAME.equals(icfName)) { nameDefinition = attrDef; if (uidDefinition != null && attrXsdName.equals(uidDefinition.getName())) { attrDef.setDisplayOrder(ConnectorFactoryConnIdImpl.ICFS_UID_DISPLAY_ORDER); uidDefinition = attrDef; hasUidDefinition = true; } else { if (attributeInfo.getNativeName() == null) { // Set a better display name for __NAME__. The "name" is s very // overloaded term, so let's try to make things // a bit clearer attrDef.setDisplayName(ConnectorFactoryConnIdImpl.ICFS_NAME_DISPLAY_NAME); } attrDef.setDisplayOrder(ConnectorFactoryConnIdImpl.ICFS_NAME_DISPLAY_ORDER); } } else if (Uid.NAME.equals(icfName)) { // UID can be the same as other attribute ResourceAttributeDefinition existingDefinition = ocDef.findAttributeDefinition(attrXsdName); if (existingDefinition != null) { hasUidDefinition = true; ((ResourceAttributeDefinitionImpl) existingDefinition) .setDisplayOrder(ConnectorFactoryConnIdImpl.ICFS_UID_DISPLAY_ORDER); uidDefinition = existingDefinition; continue; } else { uidDefinition = attrDef; if (attributeInfo.getNativeName() == null) { attrDef.setDisplayName(ConnectorFactoryConnIdImpl.ICFS_UID_DISPLAY_NAME); } attrDef.setDisplayOrder(ConnectorFactoryConnIdImpl.ICFS_UID_DISPLAY_ORDER); } } else { // Check conflict with UID definition if (uidDefinition != null && attrXsdName.equals(uidDefinition.getName())) { attrDef.setDisplayOrder(ConnectorFactoryConnIdImpl.ICFS_UID_DISPLAY_ORDER); uidDefinition = attrDef; hasUidDefinition = true; } else { attrDef.setDisplayOrder(displayOrder); displayOrder += ConnectorFactoryConnIdImpl.ATTR_DISPLAY_ORDER_INCREMENT; } } attrDef.setNativeAttributeName(attributeInfo.getNativeName()); attrDef.setFrameworkAttributeName(icfName); // Now we are going to process flags such as optional and // multi-valued Set<Flags> flagsSet = attributeInfo.getFlags(); // System.out.println(flagsSet); attrDef.setMinOccurs(0); attrDef.setMaxOccurs(1); boolean canCreate = true; boolean canUpdate = true; boolean canRead = true; for (Flags flags : flagsSet) { if (flags == Flags.REQUIRED) { attrDef.setMinOccurs(1); } if (flags == Flags.MULTIVALUED) { attrDef.setMaxOccurs(-1); } if (flags == Flags.NOT_CREATABLE) { canCreate = false; } if (flags == Flags.NOT_READABLE) { canRead = false; } if (flags == Flags.NOT_UPDATEABLE) { canUpdate = false; } if (flags == Flags.NOT_RETURNED_BY_DEFAULT) { attrDef.setReturnedByDefault(false); } } attrDef.setCanAdd(canCreate); attrDef.setCanModify(canUpdate); attrDef.setCanRead(canRead); if (!Uid.NAME.equals(icfName)) { ((ObjectClassComplexTypeDefinitionImpl) ocDef).add(attrDef); } } if (uidDefinition == null) { // Every object has UID in ConnId, therefore add a default definition if no other was specified uidDefinition = new ResourceAttributeDefinitionImpl<>(SchemaConstants.ICFS_UID, DOMUtil.XSD_STRING, prismContext); // DO NOT make it mandatory. It must not be present on create hence it cannot be mandatory. ((ResourceAttributeDefinitionImpl) uidDefinition).setMinOccurs(0); ((ResourceAttributeDefinitionImpl) uidDefinition).setMaxOccurs(1); // Make it read-only ((ResourceAttributeDefinitionImpl) uidDefinition).setReadOnly(); // Set a default display name ((ResourceAttributeDefinitionImpl) uidDefinition) .setDisplayName(ConnectorFactoryConnIdImpl.ICFS_UID_DISPLAY_NAME); ((ResourceAttributeDefinitionImpl) uidDefinition) .setDisplayOrder(ConnectorFactoryConnIdImpl.ICFS_UID_DISPLAY_ORDER); // Uid is a primary identifier of every object (this is the ConnId way) } if (!hasUidDefinition) { ((ObjectClassComplexTypeDefinitionImpl) ocDef).add(uidDefinition); } ((ObjectClassComplexTypeDefinitionImpl) ocDef).addPrimaryIdentifier(uidDefinition); if (uidDefinition != nameDefinition) { ((ObjectClassComplexTypeDefinitionImpl) ocDef).addSecondaryIdentifier(nameDefinition); } // Add schema annotations ((ObjectClassComplexTypeDefinitionImpl) ocDef).setNativeObjectClass(objectClassInfo.getType()); ((ObjectClassComplexTypeDefinitionImpl) ocDef).setDisplayNameAttribute(nameDefinition.getName()); ((ObjectClassComplexTypeDefinitionImpl) ocDef).setNamingAttribute(nameDefinition.getName()); ((ObjectClassComplexTypeDefinitionImpl) ocDef).setAuxiliary(objectClassInfo.isAuxiliary()); LOGGER.trace(" ... converted object class {}: {}", objectClassInfo.getType(), ocDef); } // This is the default for all resources. // (Currently there is no way how to obtain it from the connector.) // It can be disabled manually. AddRemoveAttributeValuesCapabilityType addRemove = new AddRemoveAttributeValuesCapabilityType(); capabilities.add(CAPABILITY_OBJECT_FACTORY.createAddRemoveAttributeValues(addRemove)); ActivationCapabilityType capAct = null; if (enableAttributeInfo != null) { if (capAct == null) { capAct = new ActivationCapabilityType(); } ActivationStatusCapabilityType capActStatus = new ActivationStatusCapabilityType(); capAct.setStatus(capActStatus); if (!enableAttributeInfo.isReturnedByDefault()) { capActStatus.setReturnedByDefault(false); } } if (enableDateAttributeInfo != null) { if (capAct == null) { capAct = new ActivationCapabilityType(); } ActivationValidityCapabilityType capValidFrom = new ActivationValidityCapabilityType(); capAct.setValidFrom(capValidFrom); if (!enableDateAttributeInfo.isReturnedByDefault()) { capValidFrom.setReturnedByDefault(false); } } if (disableDateAttributeInfo != null) { if (capAct == null) { capAct = new ActivationCapabilityType(); } ActivationValidityCapabilityType capValidTo = new ActivationValidityCapabilityType(); capAct.setValidTo(capValidTo); if (!disableDateAttributeInfo.isReturnedByDefault()) { capValidTo.setReturnedByDefault(false); } } if (lockoutAttributeInfo != null) { if (capAct == null) { capAct = new ActivationCapabilityType(); } ActivationLockoutStatusCapabilityType capActStatus = new ActivationLockoutStatusCapabilityType(); capAct.setLockoutStatus(capActStatus); if (!lockoutAttributeInfo.isReturnedByDefault()) { capActStatus.setReturnedByDefault(false); } } if (capAct != null) { capabilities.add(CAPABILITY_OBJECT_FACTORY.createActivation(capAct)); } if (passwordAttributeInfo != null) { CredentialsCapabilityType capCred = new CredentialsCapabilityType(); PasswordCapabilityType capPass = new PasswordCapabilityType(); if (!passwordAttributeInfo.isReturnedByDefault()) { capPass.setReturnedByDefault(false); } if (passwordAttributeInfo.isReadable()) { capPass.setReadable(true); } capCred.setPassword(capPass); capabilities.add(CAPABILITY_OBJECT_FACTORY.createCredentials(capCred)); } if (auxiliaryObjectClasseAttributeInfo != null) { AuxiliaryObjectClassesCapabilityType capAux = new AuxiliaryObjectClassesCapabilityType(); capabilities.add(CAPABILITY_OBJECT_FACTORY.createAuxiliaryObjectClasses(capAux)); } boolean canPageSize = false; boolean canPageOffset = false; boolean canSort = false; for (OperationOptionInfo searchOption : icfSchema.getSupportedOptionsByOperation(SearchApiOp.class)) { switch (searchOption.getName()) { case OperationOptions.OP_PAGE_SIZE: canPageSize = true; break; case OperationOptions.OP_PAGED_RESULTS_OFFSET: canPageOffset = true; break; case OperationOptions.OP_SORT_KEYS: canSort = true; break; case OperationOptions.OP_RETURN_DEFAULT_ATTRIBUTES: supportsReturnDefaultAttributes = true; break; } } if (canPageSize || canPageOffset || canSort) { PagedSearchCapabilityType capPage = new PagedSearchCapabilityType(); capabilities.add(CAPABILITY_OBJECT_FACTORY.createPagedSearch(capPage)); } }
From source file:com.evolveum.midpoint.provisioning.ucf.impl.ConnectorInstanceIcfImpl.java
private void parseResourceSchema(org.identityconnectors.framework.common.objects.Schema icfSchema, List<QName> generateObjectClasses) { AttributeInfo passwordAttributeInfo = null; AttributeInfo enableAttributeInfo = null; AttributeInfo enableDateAttributeInfo = null; AttributeInfo disableDateAttributeInfo = null; AttributeInfo lockoutAttributeInfo = null; AttributeInfo auxiliaryObjectClasseAttributeInfo = null; // New instance of midPoint schema object setResourceSchema(new ResourceSchema(getSchemaNamespace(), prismContext)); if (legacySchema == null) { legacySchema = detectLegacySchema(icfSchema); }// www . j ava2 s. c om LOGGER.trace("Converting resource schema (legacy mode: {})", legacySchema); Set<ObjectClassInfo> objectClassInfoSet = icfSchema.getObjectClassInfo(); // Let's convert every objectclass in the ICF schema ... for (ObjectClassInfo objectClassInfo : objectClassInfoSet) { // "Flat" ICF object class names needs to be mapped to QNames QName objectClassXsdName = icfNameMapper.objectClassToQname(new ObjectClass(objectClassInfo.getType()), getSchemaNamespace(), legacySchema); if (!shouldBeGenerated(generateObjectClasses, objectClassXsdName)) { LOGGER.trace("Skipping object class {} ({})", objectClassInfo.getType(), objectClassXsdName); continue; } LOGGER.trace("Convering object class {} ({})", objectClassInfo.getType(), objectClassXsdName); // ResourceObjectDefinition is a midPpoint way how to represent an // object class. // The important thing here is the last "type" parameter // (objectClassXsdName). The rest is more-or-less cosmetics. ObjectClassComplexTypeDefinition ocDef = resourceSchema.createObjectClassDefinition(objectClassXsdName); // The __ACCOUNT__ objectclass in ICF is a default account // objectclass. So mark it appropriately. if (ObjectClass.ACCOUNT_NAME.equals(objectClassInfo.getType())) { ocDef.setKind(ShadowKindType.ACCOUNT); ocDef.setDefaultInAKind(true); } ResourceAttributeDefinition<String> uidDefinition = null; ResourceAttributeDefinition<String> nameDefinition = null; boolean hasUidDefinition = false; int displayOrder = ConnectorFactoryIcfImpl.ATTR_DISPLAY_ORDER_START; // Let's iterate over all attributes in this object class ... Set<AttributeInfo> attributeInfoSet = objectClassInfo.getAttributeInfo(); for (AttributeInfo attributeInfo : attributeInfoSet) { String icfName = attributeInfo.getName(); if (OperationalAttributes.PASSWORD_NAME.equals(icfName)) { // This attribute will not go into the schema // instead a "password" capability is used passwordAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } if (OperationalAttributes.ENABLE_NAME.equals(icfName)) { enableAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } if (OperationalAttributes.ENABLE_DATE_NAME.equals(icfName)) { enableDateAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } if (OperationalAttributes.DISABLE_DATE_NAME.equals(icfName)) { disableDateAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } if (OperationalAttributes.LOCK_OUT_NAME.equals(icfName)) { lockoutAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } if (PredefinedAttributes.AUXILIARY_OBJECT_CLASS_NAME.equals(icfName)) { auxiliaryObjectClasseAttributeInfo = attributeInfo; // Skip this attribute, capability is sufficient continue; } String processedAttributeName = icfName; if ((Name.NAME.equals(icfName) || Uid.NAME.equals(icfName)) && attributeInfo.getNativeName() != null) { processedAttributeName = attributeInfo.getNativeName(); } QName attrXsdName = icfNameMapper.convertAttributeNameToQName(processedAttributeName, ocDef); QName attrXsdType = icfTypeToXsdType(attributeInfo.getType(), false); if (LOGGER.isTraceEnabled()) { LOGGER.trace("Attr conversion ICF: {}({}) -> XSD: {}({})", new Object[] { icfName, attributeInfo.getType().getSimpleName(), PrettyPrinter.prettyPrint(attrXsdName), PrettyPrinter.prettyPrint(attrXsdType) }); } // Create ResourceObjectAttributeDefinition, which is midPoint // way how to express attribute schema. ResourceAttributeDefinition attrDef = new ResourceAttributeDefinition(attrXsdName, attrXsdType, prismContext); if (Name.NAME.equals(icfName)) { nameDefinition = attrDef; if (uidDefinition != null && attrXsdName.equals(uidDefinition.getName())) { attrDef.setDisplayOrder(ConnectorFactoryIcfImpl.ICFS_UID_DISPLAY_ORDER); uidDefinition = attrDef; hasUidDefinition = true; } else { if (attributeInfo.getNativeName() == null) { // Set a better display name for __NAME__. The "name" is s very // overloaded term, so let's try to make things // a bit clearer attrDef.setDisplayName(ConnectorFactoryIcfImpl.ICFS_NAME_DISPLAY_NAME); } attrDef.setDisplayOrder(ConnectorFactoryIcfImpl.ICFS_NAME_DISPLAY_ORDER); } } else if (Uid.NAME.equals(icfName)) { // UID can be the same as other attribute ResourceAttributeDefinition existingDefinition = ocDef.findAttributeDefinition(attrXsdName); if (existingDefinition != null) { hasUidDefinition = true; existingDefinition.setDisplayOrder(ConnectorFactoryIcfImpl.ICFS_UID_DISPLAY_ORDER); uidDefinition = existingDefinition; continue; } else { uidDefinition = attrDef; if (attributeInfo.getNativeName() == null) { attrDef.setDisplayName(ConnectorFactoryIcfImpl.ICFS_UID_DISPLAY_NAME); } attrDef.setDisplayOrder(ConnectorFactoryIcfImpl.ICFS_UID_DISPLAY_ORDER); } } else { // Check conflict with UID definition if (uidDefinition != null && attrXsdName.equals(uidDefinition.getName())) { attrDef.setDisplayOrder(ConnectorFactoryIcfImpl.ICFS_UID_DISPLAY_ORDER); uidDefinition = attrDef; hasUidDefinition = true; } else { attrDef.setDisplayOrder(displayOrder); displayOrder += ConnectorFactoryIcfImpl.ATTR_DISPLAY_ORDER_INCREMENT; } } attrDef.setNativeAttributeName(attributeInfo.getNativeName()); attrDef.setFrameworkAttributeName(icfName); // Now we are going to process flags such as optional and // multi-valued Set<Flags> flagsSet = attributeInfo.getFlags(); // System.out.println(flagsSet); attrDef.setMinOccurs(0); attrDef.setMaxOccurs(1); boolean canCreate = true; boolean canUpdate = true; boolean canRead = true; for (Flags flags : flagsSet) { if (flags == Flags.REQUIRED) { attrDef.setMinOccurs(1); } if (flags == Flags.MULTIVALUED) { attrDef.setMaxOccurs(-1); } if (flags == Flags.NOT_CREATABLE) { canCreate = false; } if (flags == Flags.NOT_READABLE) { canRead = false; } if (flags == Flags.NOT_UPDATEABLE) { canUpdate = false; } if (flags == Flags.NOT_RETURNED_BY_DEFAULT) { attrDef.setReturnedByDefault(false); } } attrDef.setCanAdd(canCreate); attrDef.setCanModify(canUpdate); attrDef.setCanRead(canRead); if (!Uid.NAME.equals(icfName)) { ocDef.add(attrDef); } } if (uidDefinition == null) { // Every object has UID in ICF, therefore add a default definition if no other was specified uidDefinition = new ResourceAttributeDefinition<String>(ConnectorFactoryIcfImpl.ICFS_UID, DOMUtil.XSD_STRING, prismContext); // DO NOT make it mandatory. It must not be present on create hence it cannot be mandatory. uidDefinition.setMinOccurs(0); uidDefinition.setMaxOccurs(1); // Make it read-only uidDefinition.setReadOnly(); // Set a default display name uidDefinition.setDisplayName(ConnectorFactoryIcfImpl.ICFS_UID_DISPLAY_NAME); uidDefinition.setDisplayOrder(ConnectorFactoryIcfImpl.ICFS_UID_DISPLAY_ORDER); // Uid is a primary identifier of every object (this is the ICF way) } if (!hasUidDefinition) { ocDef.add(uidDefinition); } ((Collection<ResourceAttributeDefinition>) ocDef.getIdentifiers()).add(uidDefinition); if (uidDefinition != nameDefinition) { ((Collection<ResourceAttributeDefinition>) ocDef.getSecondaryIdentifiers()).add(nameDefinition); } // Add schema annotations ocDef.setNativeObjectClass(objectClassInfo.getType()); ocDef.setDisplayNameAttribute(nameDefinition.getName()); ocDef.setNamingAttribute(nameDefinition.getName()); ocDef.setAuxiliary(objectClassInfo.isAuxiliary()); } capabilities = new ArrayList<>(); // This is the default for all resources. // (Currently there is no way how to obtain it from the connector.) // It can be disabled manually. AddRemoveAttributeValuesCapabilityType addRemove = new AddRemoveAttributeValuesCapabilityType(); capabilities.add(capabilityObjectFactory.createAddRemoveAttributeValues(addRemove)); ActivationCapabilityType capAct = null; if (enableAttributeInfo != null) { if (capAct == null) { capAct = new ActivationCapabilityType(); } ActivationStatusCapabilityType capActStatus = new ActivationStatusCapabilityType(); capAct.setStatus(capActStatus); if (!enableAttributeInfo.isReturnedByDefault()) { capActStatus.setReturnedByDefault(false); } } if (enableDateAttributeInfo != null) { if (capAct == null) { capAct = new ActivationCapabilityType(); } ActivationValidityCapabilityType capValidFrom = new ActivationValidityCapabilityType(); capAct.setValidFrom(capValidFrom); if (!enableDateAttributeInfo.isReturnedByDefault()) { capValidFrom.setReturnedByDefault(false); } } if (disableDateAttributeInfo != null) { if (capAct == null) { capAct = new ActivationCapabilityType(); } ActivationValidityCapabilityType capValidTo = new ActivationValidityCapabilityType(); capAct.setValidTo(capValidTo); if (!disableDateAttributeInfo.isReturnedByDefault()) { capValidTo.setReturnedByDefault(false); } } if (lockoutAttributeInfo != null) { if (capAct == null) { capAct = new ActivationCapabilityType(); } ActivationLockoutStatusCapabilityType capActStatus = new ActivationLockoutStatusCapabilityType(); capAct.setLockoutStatus(capActStatus); if (!lockoutAttributeInfo.isReturnedByDefault()) { capActStatus.setReturnedByDefault(false); } } if (capAct != null) { capabilities.add(capabilityObjectFactory.createActivation(capAct)); } if (passwordAttributeInfo != null) { CredentialsCapabilityType capCred = new CredentialsCapabilityType(); PasswordCapabilityType capPass = new PasswordCapabilityType(); if (!passwordAttributeInfo.isReturnedByDefault()) { capPass.setReturnedByDefault(false); } capCred.setPassword(capPass); capabilities.add(capabilityObjectFactory.createCredentials(capCred)); } if (auxiliaryObjectClasseAttributeInfo != null) { AuxiliaryObjectClassesCapabilityType capAux = new AuxiliaryObjectClassesCapabilityType(); capabilities.add(capabilityObjectFactory.createAuxiliaryObjectClasses(capAux)); } // Create capabilities from supported connector operations InternalMonitor.recordConnectorOperation("getSupportedOperations"); Set<Class<? extends APIOperation>> supportedOperations = icfConnectorFacade.getSupportedOperations(); LOGGER.trace("Connector supported operations: {}", supportedOperations); if (supportedOperations.contains(SyncApiOp.class)) { LiveSyncCapabilityType capSync = new LiveSyncCapabilityType(); capabilities.add(capabilityObjectFactory.createLiveSync(capSync)); } if (supportedOperations.contains(TestApiOp.class)) { TestConnectionCapabilityType capTest = new TestConnectionCapabilityType(); capabilities.add(capabilityObjectFactory.createTestConnection(capTest)); } if (supportedOperations.contains(CreateApiOp.class)) { CreateCapabilityType capCreate = new CreateCapabilityType(); capabilities.add(capabilityObjectFactory.createCreate(capCreate)); } if (supportedOperations.contains(GetApiOp.class) || supportedOperations.contains(SearchApiOp.class)) { ReadCapabilityType capRead = new ReadCapabilityType(); capabilities.add(capabilityObjectFactory.createRead(capRead)); } if (supportedOperations.contains(UpdateApiOp.class)) { UpdateCapabilityType capUpdate = new UpdateCapabilityType(); capabilities.add(capabilityObjectFactory.createUpdate(capUpdate)); } if (supportedOperations.contains(DeleteApiOp.class)) { DeleteCapabilityType capDelete = new DeleteCapabilityType(); capabilities.add(capabilityObjectFactory.createDelete(capDelete)); } if (supportedOperations.contains(ScriptOnResourceApiOp.class) || supportedOperations.contains(ScriptOnConnectorApiOp.class)) { ScriptCapabilityType capScript = new ScriptCapabilityType(); if (supportedOperations.contains(ScriptOnResourceApiOp.class)) { Host host = new Host(); host.setType(ProvisioningScriptHostType.RESOURCE); capScript.getHost().add(host); // language is unknown here } if (supportedOperations.contains(ScriptOnConnectorApiOp.class)) { Host host = new Host(); host.setType(ProvisioningScriptHostType.CONNECTOR); capScript.getHost().add(host); // language is unknown here } capabilities.add(capabilityObjectFactory.createScript(capScript)); } boolean canPageSize = false; boolean canPageOffset = false; boolean canSort = false; for (OperationOptionInfo searchOption : icfSchema.getSupportedOptionsByOperation(SearchApiOp.class)) { switch (searchOption.getName()) { case OperationOptions.OP_PAGE_SIZE: canPageSize = true; break; case OperationOptions.OP_PAGED_RESULTS_OFFSET: canPageOffset = true; break; case OperationOptions.OP_SORT_KEYS: canSort = true; break; case OperationOptions.OP_RETURN_DEFAULT_ATTRIBUTES: supportsReturnDefaultAttributes = true; break; } } if (canPageSize || canPageOffset || canSort) { PagedSearchCapabilityType capPage = new PagedSearchCapabilityType(); capabilities.add(capabilityObjectFactory.createPagedSearch(capPage)); } }
From source file:com.evolveum.midpoint.model.impl.lens.projector.focus.InboundProcessor.java
private <V extends PrismValue, D extends ItemDefinition, F extends FocusType> boolean processAssociationInbound( QName accountAttributeName, ObjectDelta<ShadowType> aPrioriProjectionDelta, final LensProjectionContext projContext, RefinedObjectClassDefinition projectionDefinition, final LensContext<F> context, XMLGregorianCalendar now, Map<ItemDefinition, List<MappingImpl<?, ?>>> mappingsToTarget, Task task, OperationResult result) throws SchemaException, ExpressionEvaluationException, ObjectNotFoundException, ConfigurationException, SecurityViolationException, CommunicationException { PrismObject<ShadowType> projCurrent = projContext.getObjectCurrent(); PrismObject<ShadowType> projNew = projContext.getObjectNew(); final ItemDelta<V, D> attributeAPrioriDelta; if (aPrioriProjectionDelta != null) { attributeAPrioriDelta = aPrioriProjectionDelta.findItemDelta(new ItemPath(ShadowType.F_ASSOCIATION)); if (attributeAPrioriDelta == null && !projContext.isFullShadow() && !LensUtil.hasDependentContext(context, projContext)) { LOGGER.trace(/*from w w w . ja v a 2 s . com*/ "Skipping inbound for {} in {}: Not a full shadow and account a priori delta exists, but doesn't have change for processed property.", accountAttributeName, projContext.getResourceShadowDiscriminator()); return true; } } else { attributeAPrioriDelta = null; } RefinedAssociationDefinition associationDef = projectionDefinition .findAssociationDefinition(accountAttributeName); //TODO: if (associationDef.isIgnored(LayerType.MODEL)) { LOGGER.trace("Skipping inbound for association {} in {} because the association is ignored", PrettyPrinter.prettyPrint(accountAttributeName), projContext.getResourceShadowDiscriminator()); return true; } List<MappingType> inboundMappingTypes = associationDef.getInboundMappingTypes(); if (LOGGER.isTraceEnabled()) { LOGGER.trace("Processing inbound for {} in {}; ({} mappings)", PrettyPrinter.prettyPrint(accountAttributeName), projContext.getResourceShadowDiscriminator(), inboundMappingTypes.size()); } PropertyLimitations limitations = associationDef.getLimitations(LayerType.MODEL); if (limitations != null) { PropertyAccessType access = limitations.getAccess(); if (access != null) { if (access.isRead() == null || !access.isRead()) { LOGGER.warn("Inbound mapping for non-readable association {} in {}, skipping", accountAttributeName, projContext.getHumanReadableName()); return true; } } } if (inboundMappingTypes.isEmpty()) { return true; } for (MappingType inboundMappingType : inboundMappingTypes) { // There are two processing options: // // * If we have a delta as an input we will proceed in relative mode, applying mappings on the delta. // This usually happens when a delta comes from a sync notification or if there is a primary projection delta. // // * if we do NOT have a delta then we will proceed in absolute mode. In that mode we will apply the // mappings to the absolute projection state that we got from provisioning. This is a kind of "inbound reconciliation". // // TODO what if there is a priori delta for a given attribute (e.g. ADD one) and // we want to reconcile also the existing attribute value? This probably would not work. if (inboundMappingType.getStrength() == MappingStrengthType.STRONG) { LOGGER.trace( "There is an association inbound mapping with strength == STRONG, trying to load full account now."); if (!projContext.isFullShadow() && !projContext.isDelete()) { projCurrent = loadProjection(context, projContext, task, result, projCurrent); if (projContext.getSynchronizationPolicyDecision() == SynchronizationPolicyDecision.BROKEN) { return false; } } } if (attributeAPrioriDelta == null && !projContext.isFullShadow() && !LensUtil.hasDependentContext(context, projContext)) { LOGGER.trace( "Skipping association inbound for {} in {}: Not a full shadow and account a priori delta exists, but doesn't have change for processed property.", accountAttributeName, projContext.getResourceShadowDiscriminator()); continue; } PrismObject<F> focus; if (context.getFocusContext().getObjectCurrent() != null) { focus = context.getFocusContext().getObjectCurrent(); } else { focus = context.getFocusContext().getObjectNew(); } ItemDelta focusItemDelta = null; if (attributeAPrioriDelta != null) { LOGGER.trace("Processing association inbound from a priori delta: {}", attributeAPrioriDelta); PrismContainer<ShadowAssociationType> oldShadowAssociation = projCurrent .findContainer(ShadowType.F_ASSOCIATION); PrismContainer<ShadowAssociationType> filteredAssociations = null; if (oldShadowAssociation != null) { filteredAssociations = oldShadowAssociation.getDefinition().instantiate(); Collection<PrismContainerValue<ShadowAssociationType>> filteredAssociationValues = oldShadowAssociation .getValues().stream() .filter(rVal -> accountAttributeName.equals(rVal.asContainerable().getName())) .map(val -> val.clone()).collect(Collectors.toCollection(ArrayList::new)); prismContext.adopt(filteredAssociations); filteredAssociations.addAll(filteredAssociationValues); } resolveEntitlementsIfNeeded((ContainerDelta<ShadowAssociationType>) attributeAPrioriDelta, filteredAssociations, projContext, task, result); VariableProducer<PrismContainerValue<ShadowAssociationType>> entitlementVariable = (value, variables) -> resolveEntitlement(value, projContext, variables); collectMappingsForTargets(context, projContext, inboundMappingType, accountAttributeName, (Item) oldShadowAssociation, attributeAPrioriDelta, focus, (VariableProducer) entitlementVariable, mappingsToTarget, task, result); } else if (projCurrent != null) { projCurrent = loadFullShadowIfNeeded(projContext, projCurrent, context, now, task, result); if (projCurrent == null) { LOGGER.trace("Loading of full shadow failed"); return false; } PrismContainer<ShadowAssociationType> oldShadowAssociation = projCurrent .findContainer(ShadowType.F_ASSOCIATION); if (oldShadowAssociation == null) { LOGGER.trace("No shadow association value"); return true; } PrismContainer<ShadowAssociationType> filteredAssociations = oldShadowAssociation.getDefinition() .instantiate(); Collection<PrismContainerValue<ShadowAssociationType>> filteredAssociationValues = oldShadowAssociation .getValues().stream() .filter(rVal -> accountAttributeName.equals(rVal.asContainerable().getName())) .map(val -> val.clone()).collect(Collectors.toCollection(ArrayList::new)); prismContext.adopt(filteredAssociations); filteredAssociations.addAll(filteredAssociationValues); resolveEntitlementsIfNeeded((ContainerDelta<ShadowAssociationType>) attributeAPrioriDelta, filteredAssociations, projContext, task, result); VariableProducer<PrismContainerValue<ShadowAssociationType>> entitlementVariable = (value, variables) -> resolveEntitlement(value, projContext, variables); ; LOGGER.trace("Processing association inbound from account sync absolute state (currentAccount): {}", filteredAssociations); collectMappingsForTargets(context, projContext, inboundMappingType, accountAttributeName, filteredAssociations, null, focus, entitlementVariable, mappingsToTarget, task, result); } } return true; }
From source file:nl.denhaag.tw.comparators.schema.ElementComparator.java
private Element getGlobalElement(Element element) { QName ref = element.getRef(); if (ref != null) { ElementImpl elementImpl = (ElementImpl) element; AbsItfSchema schema = elementImpl.getSchema(); List<Element> globalElements = schema.findElementsInAllSchema(ref); for (Element globalElement : globalElements) { if (ref.equals(globalElement.getQName())) { return element; }/*from ww w .j a v a 2 s.c om*/ } } return null; }
From source file:org.apache.airavata.client.stub.interpretor.WorkflowInterpretorStub.java
private boolean optimizeContent(javax.xml.namespace.QName opName) { if (opNameArray == null) { return false; }/*ww w. j av a 2 s. com*/ for (int i = 0; i < opNameArray.length; i++) { if (opName.equals(opNameArray[i])) { return true; } } return false; }
From source file:org.apache.axiom.om.util.OMXMLStreamReaderValidator.java
public int next() throws XMLStreamException { int event = delegate.next(); logParserState();/* ww w.j av a2 s. c om*/ // Make sure that the start element and end element events match. // Mismatched events are a key indication that the delegate stream reader is // broken or corrupted. switch (event) { case XMLStreamConstants.START_ELEMENT: stack.push(delegate.getName()); break; case XMLStreamConstants.END_ELEMENT: QName delegateQName = delegate.getName(); if (stack.isEmpty()) { reportMismatchedEndElement(null, delegateQName); } else { QName expectedQName = (QName) stack.pop(); if (!expectedQName.equals(delegateQName)) { reportMismatchedEndElement(expectedQName, delegateQName); } } break; default: } return event; }
From source file:org.apache.axiom.util.stax.debug.XMLStreamReaderValidator.java
private void trackEvent(int event) throws XMLStreamException { logParserState();//from w w w .j a va 2 s . c o m // Make sure that the start element and end element events match. // Mismatched events are a key indication that the delegate stream reader is // broken or corrupted. switch (event) { case XMLStreamConstants.START_ELEMENT: stack.push(super.getName()); break; case XMLStreamConstants.END_ELEMENT: QName delegateQName = super.getName(); if (stack.isEmpty()) { reportMismatchedEndElement(null, delegateQName); } else { QName expectedQName = (QName) stack.pop(); if (!expectedQName.equals(delegateQName)) { reportMismatchedEndElement(expectedQName, delegateQName); } } break; default: } }
From source file:org.apache.axis.client.Call.java
/** Invoke an RPC service with a pre-constructed RPCElement. * * Note: Not part of JAX-RPC specification. * * @param body an RPCElement containing all the information about * this call.//from ww w .jav a 2s .c om * @return a deserialized Java Object containing the return value * @exception AxisFault */ public Object invoke(RPCElement body) throws AxisFault { if (log.isDebugEnabled()) { log.debug("Enter: Call::invoke(RPCElement)"); } /** * Since JAX-RPC requires us to specify a return type if we've set * parameter types, check for this case right now and toss a fault * if things don't look right. */ if (!invokeOneWay && operation != null && operation.getNumParams() > 0 && getReturnType() == null) { // TCK: // Issue an error if the return type was not set, but continue processing. //throw new AxisFault(Messages.getMessage("mustSpecifyReturnType")); log.error(Messages.getMessage("mustSpecifyReturnType")); } SOAPEnvelope reqEnv = new SOAPEnvelope(msgContext.getSOAPConstants(), msgContext.getSchemaVersion()); SOAPEnvelope resEnv = null; Message reqMsg = new Message(reqEnv); Message resMsg = null; Vector resArgs = null; Object result = null; // Clear the output params outParams = new HashMap(); outParamsList = new ArrayList(); // Set both the envelope and the RPCElement encoding styles try { body.setEncodingStyle(getEncodingStyle()); setRequestMessage(reqMsg); reqEnv.addBodyElement(body); reqEnv.setMessageType(Message.REQUEST); invoke(); } catch (Exception e) { entLog.debug(Messages.getMessage("toAxisFault00"), e); throw AxisFault.makeFault(e); } resMsg = msgContext.getResponseMessage(); if (resMsg == null) { if (msgContext.isPropertyTrue(FAULT_ON_NO_RESPONSE, false)) { throw new AxisFault(Messages.getMessage("nullResponse00")); } else { return null; } } resEnv = resMsg.getSOAPEnvelope(); SOAPBodyElement bodyEl = resEnv.getFirstBody(); if (bodyEl == null) { return null; } if (bodyEl instanceof RPCElement) { try { resArgs = ((RPCElement) bodyEl).getParams(); } catch (Exception e) { log.error(Messages.getMessage("exception00"), e); throw AxisFault.makeFault(e); } if (resArgs != null && resArgs.size() > 0) { // If there is no return, then we start at index 0 to create the outParams Map. // If there IS a return, then we start with 1. int outParamStart = 0; // If we have resArgs and the returnType is specified, then the first // resArgs is the return. If we have resArgs and neither returnType // nor paramXMLTypes are specified, then we assume that the caller is // following the non-JAX-RPC AXIS shortcut of not having to specify // the return, in which case we again assume the first resArgs is // the return. // NOTE 1: the non-JAX-RPC AXIS shortcut allows a potential error // to escape notice. If the caller IS NOT following the non-JAX-RPC // shortcut but instead intentionally leaves returnType and params // null (ie., a method that takes no parameters and returns nothing) // then, if we DO receive something it should be an error, but this // code passes it through. The ideal solution here is to require // this caller to set the returnType to void, but there's no void // type in XML. // NOTE 2: we should probably verify that the resArgs element // types match the expected returnType and paramXMLTypes, but I'm not // sure how to do that since the resArgs value is a Java Object // and the returnType and paramXMLTypes are QNames. // GD 03/15/02 : We're now checking for invalid metadata // config at the top of this method, so don't need to do it // here. Check for void return, though. boolean findReturnParam = false; QName returnParamQName = null; if (operation != null) { returnParamQName = operation.getReturnQName(); } if (!XMLType.AXIS_VOID.equals(getReturnType())) { if (returnParamQName == null) { // Assume the first param is the return RPCParam param = (RPCParam) resArgs.get(0); result = param.getObjectValue(); outParamStart = 1; } else { // If the QName of the return value was given to us, look // through the result arguments to find the right name findReturnParam = true; } } // The following loop looks at the resargs and // converts the value to the appropriate return/out parameter // value. If the return value is found, is value is // placed in result. The remaining resargs are // placed in the outParams list (note that if a resArg // is found that does not match a operation parameter qname, // it is still placed in the outParms list). for (int i = outParamStart; i < resArgs.size(); i++) { RPCParam param = (RPCParam) resArgs.get(i); Class javaType = getJavaTypeForQName(param.getQName()); Object value = param.getObjectValue(); // Convert type if needed if (javaType != null && value != null && !javaType.isAssignableFrom(value.getClass())) { value = JavaUtils.convert(value, javaType); } // Check if this parameter is our return // otherwise just add it to our outputs if (findReturnParam && returnParamQName.equals(param.getQName())) { // found it! result = value; findReturnParam = false; } else { outParams.put(param.getQName(), value); outParamsList.add(value); } } // added by scheu: // If the return param is still not found, that means // the returned value did not have the expected qname. // The soap specification indicates that this should be // accepted (and we also fail interop tests if we are strict here). // Look through the outParms and find one that // does not match one of the operation parameters. if (findReturnParam) { Iterator it = outParams.keySet().iterator(); while (findReturnParam && it.hasNext()) { QName qname = (QName) it.next(); ParameterDesc paramDesc = operation.getOutputParamByQName(qname); if (paramDesc == null) { // Doesn't match a paramter, so use this for the return findReturnParam = false; result = outParams.remove(qname); } } } // If we were looking for a particular QName for the return and // still didn't find it, throw an exception if (findReturnParam) { String returnParamName = returnParamQName.toString(); throw new AxisFault(Messages.getMessage("noReturnParam", returnParamName)); } } } else { // This is a SOAPBodyElement, try to treat it like a return value try { result = bodyEl.getValueAsType(getReturnType()); } catch (Exception e) { // just return the SOAPElement result = bodyEl; } } if (log.isDebugEnabled()) { log.debug("Exit: Call::invoke(RPCElement)"); } // Convert type if needed if (operation != null && operation.getReturnClass() != null) { result = JavaUtils.convert(result, operation.getReturnClass()); } return (result); }