Java tutorial
/* * Copyright (C) 2005-2012 BetaCONCEPT Limited * * This file is part of Astroboa. * * Astroboa is free software: you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * Astroboa is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public License * along with Astroboa. If not, see <http://www.gnu.org/licenses/>. */ package org.betaconceptframework.astroboa.engine.definition.visitor; import java.net.URI; import java.util.ArrayDeque; import java.util.ArrayList; import java.util.Collection; import java.util.Deque; import java.util.HashSet; import java.util.LinkedHashMap; import java.util.List; import java.util.Locale; import java.util.Map; import java.util.Map.Entry; import java.util.Set; import java.util.TreeMap; import javax.xml.XMLConstants; import javax.xml.namespace.QName; import org.apache.commons.collections.CollectionUtils; import org.apache.commons.collections.MapUtils; import org.apache.commons.lang.ArrayUtils; import org.apache.commons.lang.BooleanUtils; import org.apache.commons.lang.StringUtils; import org.apache.jackrabbit.util.XMLChar; import org.betaconceptframework.astroboa.api.model.BetaConceptNamespaceConstants; import org.betaconceptframework.astroboa.api.model.ValueType; import org.betaconceptframework.astroboa.api.model.definition.CmsDefinition; import org.betaconceptframework.astroboa.api.model.definition.CmsPropertyDefinition; import org.betaconceptframework.astroboa.api.model.definition.ComplexCmsPropertyDefinition; import org.betaconceptframework.astroboa.api.model.definition.LocalizableCmsDefinition; import org.betaconceptframework.astroboa.api.model.definition.Localization; import org.betaconceptframework.astroboa.api.model.definition.StringFormat; import org.betaconceptframework.astroboa.api.model.exception.CmsException; import org.betaconceptframework.astroboa.engine.definition.XSSchemaItem; import org.betaconceptframework.astroboa.engine.definition.xsom.CmsAnnotation; import org.betaconceptframework.astroboa.model.impl.ItemQName; import org.betaconceptframework.astroboa.model.impl.definition.BinaryPropertyDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.definition.BooleanPropertyDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.definition.CalendarPropertyDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.definition.CmsPropertyDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.definition.ComplexCmsPropertyDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.definition.ComplexPropertyDefinitionHelper; import org.betaconceptframework.astroboa.model.impl.definition.ContentObjectTypeDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.definition.DoublePropertyDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.definition.LocalizableCmsDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.definition.LocalizationImpl; import org.betaconceptframework.astroboa.model.impl.definition.LongPropertyDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.definition.ObjectReferencePropertyDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.definition.StringPropertyDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.definition.TopicReferencePropertyDefinitionImpl; import org.betaconceptframework.astroboa.model.impl.item.CmsDefinitionItem; import org.betaconceptframework.astroboa.model.impl.item.ItemUtils; import org.betaconceptframework.astroboa.util.CmsConstants; import org.betaconceptframework.astroboa.util.DateUtils; import org.slf4j.Logger; import org.slf4j.LoggerFactory; import com.sun.xml.xsom.XSAnnotation; import com.sun.xml.xsom.XSAttGroupDecl; import com.sun.xml.xsom.XSAttributeDecl; import com.sun.xml.xsom.XSAttributeUse; import com.sun.xml.xsom.XSComplexType; import com.sun.xml.xsom.XSComponent; import com.sun.xml.xsom.XSContentType; import com.sun.xml.xsom.XSDeclaration; import com.sun.xml.xsom.XSElementDecl; import com.sun.xml.xsom.XSFacet; import com.sun.xml.xsom.XSIdentityConstraint; import com.sun.xml.xsom.XSModelGroup; import com.sun.xml.xsom.XSModelGroupDecl; import com.sun.xml.xsom.XSNotation; import com.sun.xml.xsom.XSParticle; import com.sun.xml.xsom.XSRestrictionSimpleType; import com.sun.xml.xsom.XSSchema; import com.sun.xml.xsom.XSSimpleType; import com.sun.xml.xsom.XSType; import com.sun.xml.xsom.XSUnionSimpleType; import com.sun.xml.xsom.XSWildcard; import com.sun.xml.xsom.XSXPath; import com.sun.xml.xsom.XmlString; import com.sun.xml.xsom.visitor.XSVisitor; /** * @author Gregory Chomatas (gchomatas@betaconcept.com) * @author Savvas Triantafyllou (striantafyllou@betaconcept.com) * */ public class CmsPropertyVisitor implements XSVisitor { private final Logger logger = LoggerFactory.getLogger(getClass()); private Map<ItemQName, XSAttributeUse> builtInAttributes = new TreeMap<ItemQName, XSAttributeUse>(); private LocalizableCmsDefinition definition; //All possible elements that constitute a definition //Because all definition objects are immutable, setters are not available //therefore all information is gathered and then //is loaded in the constructor of appropriate Definition class private boolean createDefinition = true; private String name; private Localization displayName; private ValueType valueType; private ComplexCmsPropertyDefinition complexDefinitionReference; private String defaultValue; private Localization description; private boolean obsolete; private String restrictReadToRoles; private String restrictWriteToRoles; private StringFormat stringFormat; private boolean mandatory; private boolean multiple; //Using LinkedHashMap we ensure that definitions are kept in insertion order //and thus when marshaling a ContentObject (create an XML representation) //it will be consistent with its XML Schema private Map<String, CmsPropertyDefinition> childPropertyDefinitions = new LinkedHashMap<String, CmsPropertyDefinition>(); private LocalizableCmsDefinition parentDefinition; private String namespaceUri; private URI definitionFileURI; private Integer order; private Set<String> acceptedObjectTypes; private List<String> acceptedTaxonomies; private String calendarPattern; private String labelElementPath; private boolean global; private Map<String, Localization> definitionValueRange; private boolean cacheComplexDefinitionReference = true; private boolean binaryChannelIsUnmanaged = false; private boolean passwordType; private String passwordEncryptorClassName; private List<String> superTypes; private CmsDefinitionVisitor cmsDefinitionVisitor; private QName qNameOfParentDefinitionWithTheSameType; private String complexPropertyTypeName; private boolean definitionRefersToItsParent; private boolean complexDefinitionContainsCommonAttributes; private Object minValue; private Object maxValue; private Integer minLength; private Integer maxLength; private boolean minValueIsExclusive; private boolean maxValueIsExclusive; private String pattern; private boolean typeDefinitionExtendsBaseObjectType; private boolean propertyRepresentsTheSimpleContentOfAComplexProperty; private boolean propertyRepresentsAnXmlAttribute; public boolean propertyRepresentsTheSimpleContentOfAComplexProperty() { return propertyRepresentsTheSimpleContentOfAComplexProperty; } public void setPropertyRepresentsTheSimpleContentOfAComplexProperty( boolean propertyRepresentsTheSimpleContentOfAComplexProperty) { this.propertyRepresentsTheSimpleContentOfAComplexProperty = propertyRepresentsTheSimpleContentOfAComplexProperty; } private QName generatedQNameForDefinition() { if (parentDefinition != null && parentDefinition.getQualifiedName() != null && parentDefinition.getQualifiedName().getPrefix() != null) { return new QName(namespaceUri, name, parentDefinition.getQualifiedName().getPrefix()); } else { //Qualified names with the same namespace //for example one XSD file which contains //two content types and one global complex type //must have the same prefix. Therefore //prefix originates from namespaceUri. //Otherwise definition name will be used for prefix String prefix = StringUtils.substringAfterLast(namespaceUri, CmsConstants.FORWARD_SLASH); if (StringUtils.isNotBlank(prefix)) { return new QName(namespaceUri, name, prefix); } else { return new QName(namespaceUri, name, name); } } } public LocalizableCmsDefinition getDefinition() { if (definition != null) { return definition; } if (createDefinition && valueType != null) { switch (valueType) { case Binary: definition = new BinaryPropertyDefinitionImpl(generatedQNameForDefinition(), description, displayName, obsolete, multiple, mandatory, order, restrictReadToRoles, restrictWriteToRoles, parentDefinition, null, binaryChannelIsUnmanaged, propertyRepresentsAnXmlAttribute); break; case Boolean: definition = new BooleanPropertyDefinitionImpl(generatedQNameForDefinition(), description, displayName, obsolete, multiple, mandatory, order, restrictReadToRoles, restrictWriteToRoles, parentDefinition, (StringUtils.isNotBlank(defaultValue) ? Boolean.valueOf(defaultValue) : null), null, propertyRepresentsAnXmlAttribute); break; case Complex: ComplexPropertyDefinitionHelper complexPropertyDefinitionHelper = new ComplexPropertyDefinitionHelper(); //Definition refers to a complex definition. //Clone child property definitions of complex definition //and add them to this definition if (complexDefinitionReference != null || qNameOfParentDefinitionWithTheSameType != null) { //A property cannot refer to another complex and have at the same time its own properties if (MapUtils.isNotEmpty(childPropertyDefinitions)) { logger.warn( "Definition {} refers to another complex definition but it also contains its own child properties", name); } //A property cannot have the same definition with its parent and at the same time to be //mandatory if (definitionRefersToItsParent && mandatory) { throw new CmsException("Infinite loop detected. Definition {" + namespaceUri + "}" + name + " refers to its parent and thus cannot be mandatory"); } //Inherit some properties from complex reference if (description == null || !description.hasLocalizedLabels()) { //Either inherit from complex definition reference or its parent if (complexDefinitionReference != null) { description = ((LocalizableCmsDefinitionImpl) complexDefinitionReference) .cloneDescription(); } else if (definitionRefersToItsParent) { description = ((LocalizableCmsDefinitionImpl) parentDefinition).cloneDescription(); } else { ComplexCmsPropertyDefinition ancestorDefinition = locateParentDefinintionWithSameType(); if (ancestorDefinition != null) { description = ((LocalizableCmsDefinitionImpl) ancestorDefinition) .cloneDescription(); } } } if (displayName == null || !displayName.hasLocalizedLabels()) { //Either inherit from complex definition reference or its parent if (complexDefinitionReference != null) { displayName = ((LocalizableCmsDefinitionImpl) complexDefinitionReference) .cloneDisplayName(); } else if (definitionRefersToItsParent) { displayName = ((LocalizableCmsDefinitionImpl) parentDefinition).cloneDisplayName(); } else { ComplexCmsPropertyDefinition ancestorDefinition = locateParentDefinintionWithSameType(); if (ancestorDefinition != null) { displayName = ((LocalizableCmsDefinitionImpl) ancestorDefinition) .cloneDisplayName(); } } } if (StringUtils.isBlank(labelElementPath)) { if (complexDefinitionReference != null) { labelElementPath = complexDefinitionReference .getPropertyPathsWhoseValuesCanBeUsedAsALabel(); } else if (definitionRefersToItsParent) { labelElementPath = ((ComplexCmsPropertyDefinition) parentDefinition) .getPropertyPathsWhoseValuesCanBeUsedAsALabel(); } else { ComplexCmsPropertyDefinition ancestorDefinition = locateParentDefinintionWithSameType(); if (ancestorDefinition != null) { labelElementPath = ((ComplexCmsPropertyDefinition) ancestorDefinition) .getPropertyPathsWhoseValuesCanBeUsedAsALabel(); } } } } checkIfCommonAttributesAreDefined(); //Create definition definition = new ComplexCmsPropertyDefinitionImpl(generatedQNameForDefinition(), description, displayName, obsolete, multiple, mandatory, order, restrictReadToRoles, restrictWriteToRoles, parentDefinition, complexPropertyDefinitionHelper, definitionFileURI, labelElementPath, global, qNameOfParentDefinitionWithTheSameType, complexPropertyTypeName, complexDefinitionContainsCommonAttributes); logger.debug("Created definition for complex type '{}' which {}", new Object[] { name, (complexDefinitionReference != null ? " refers to complex definition '" + complexDefinitionReference.getQualifiedName().toString() + "'" : " does not refer to another definition") }); //Finally clone every child property of complex definition reference if (complexDefinitionReference != null && complexDefinitionReference.hasChildCmsPropertyDefinitions()) { //Initialize current child property definitions if (childPropertyDefinitions == null) { childPropertyDefinitions = new LinkedHashMap<String, CmsPropertyDefinition>(); } Collection<CmsPropertyDefinition> childPropertiesOfComplexDefinitionReference = complexDefinitionReference .getChildCmsPropertyDefinitions().values(); for (CmsPropertyDefinition complexReferenceChildPropertyDefinition : childPropertiesOfComplexDefinitionReference) { logger.debug("Cloning definition {} and put it inside {}", complexReferenceChildPropertyDefinition.getQualifiedName(), definition.getQualifiedName()); CmsPropertyDefinition clone = ((CmsPropertyDefinitionImpl) complexReferenceChildPropertyDefinition) .clone((ComplexCmsPropertyDefinition) definition); childPropertyDefinitions.put(complexReferenceChildPropertyDefinition.getName(), clone); } } complexPropertyDefinitionHelper.setChildPropertyDefinitions(childPropertyDefinitions); break; case ObjectReference: definition = new ObjectReferencePropertyDefinitionImpl(generatedQNameForDefinition(), description, displayName, obsolete, multiple, mandatory, order, restrictReadToRoles, restrictWriteToRoles, parentDefinition, null, acceptedObjectTypes, propertyRepresentsAnXmlAttribute); break; case ContentType: ComplexPropertyDefinitionHelper contentTypePropertyDefinitionHelper3 = new ComplexPropertyDefinitionHelper(); contentTypePropertyDefinitionHelper3.setChildPropertyDefinitions(childPropertyDefinitions); definition = new ContentObjectTypeDefinitionImpl(generatedQNameForDefinition(), description, displayName, contentTypePropertyDefinitionHelper3, definitionFileURI, superTypes, typeDefinitionExtendsBaseObjectType, labelElementPath); logger.debug("Created definition for content type '{}'", name); break; case Date: definition = new CalendarPropertyDefinitionImpl(generatedQNameForDefinition(), description, displayName, obsolete, multiple, mandatory, order, restrictReadToRoles, restrictWriteToRoles, parentDefinition, (StringUtils.isNotBlank(defaultValue) ? DateUtils.fromString(defaultValue, calendarPattern) : null), null, calendarPattern, propertyRepresentsAnXmlAttribute); break; case Double: Map<Double, Localization> acceptedValues = null; if (MapUtils.isNotEmpty(definitionValueRange)) { acceptedValues = new LinkedHashMap<Double, Localization>(); for (Entry<String, Localization> value : definitionValueRange.entrySet()) { acceptedValues.put(Double.valueOf(value.getKey()), value.getValue()); } } definition = new DoublePropertyDefinitionImpl(generatedQNameForDefinition(), description, displayName, obsolete, multiple, mandatory, order, restrictReadToRoles, restrictWriteToRoles, parentDefinition, (StringUtils.isNotBlank(defaultValue) ? Double.valueOf(defaultValue) : null), null, acceptedValues, (Double) minValue, minValueIsExclusive, (Double) maxValue, maxValueIsExclusive, propertyRepresentsAnXmlAttribute); break; case Long: Map<Long, Localization> longAcceptedValues = null; if (MapUtils.isNotEmpty(definitionValueRange)) { longAcceptedValues = new LinkedHashMap<Long, Localization>(); for (Entry<String, Localization> value : definitionValueRange.entrySet()) { longAcceptedValues.put(Long.valueOf(value.getKey()), value.getValue()); } } definition = new LongPropertyDefinitionImpl(generatedQNameForDefinition(), description, displayName, obsolete, multiple, mandatory, order, restrictReadToRoles, restrictWriteToRoles, parentDefinition, (StringUtils.isNotBlank(defaultValue) ? Long.valueOf(defaultValue) : null), null, longAcceptedValues, (Long) minValue, minValueIsExclusive, (Long) maxValue, maxValueIsExclusive, propertyRepresentsAnXmlAttribute); break; case String: definition = new StringPropertyDefinitionImpl(generatedQNameForDefinition(), description, displayName, obsolete, multiple, mandatory, order, restrictReadToRoles, restrictWriteToRoles, parentDefinition, defaultValue, null, maxLength, minLength, stringFormat, definitionValueRange, passwordEncryptorClassName, passwordType, pattern, propertyRepresentsAnXmlAttribute); break; case TopicReference: definition = new TopicReferencePropertyDefinitionImpl(generatedQNameForDefinition(), description, displayName, obsolete, multiple, mandatory, order, restrictReadToRoles, restrictWriteToRoles, parentDefinition, null, acceptedTaxonomies, propertyRepresentsAnXmlAttribute); break; default: break; } } return definition; } private void checkIfCommonAttributesAreDefined() { complexDefinitionContainsCommonAttributes = complexDefinitionContainsCommonAttributes || (complexDefinitionReference != null && ((ComplexCmsPropertyDefinitionImpl) complexDefinitionReference) .commonAttributesAreDefined()); if (!complexDefinitionContainsCommonAttributes) { String definitionName = "{" + namespaceUri + "}" + name; String complexReferenceName = complexDefinitionReference == null ? "" : "{" + complexDefinitionReference.getQualifiedName().getNamespaceURI() + "}" + complexDefinitionReference.getName(); if (multiple) { if (complexDefinitionReference != null) { //TODO : Either throw an exception or log a warning //and set flag to true logger.warn("Definition " + definitionName + " has multiple occurence and it is of type " + complexReferenceName + " which does not define the common entity attributes. You should add '<xs:attributeGroup ref=\"bccmsmodel:commonEntityAttributes\"/>'" + " to complex type " + complexReferenceName); } else { //TODO : Either throw an exception or log a warning //and set flag to true logger.warn("Definition " + definitionName + " has multiple occurence but it does not define the common entity attributes. " + "You should add '<xs:attributeGroup ref=\"bccmsmodel:commonEntityAttributes\"/>'" + " to complex type " + definitionName); } } else { if (complexDefinitionReference != null) { logger.warn("Definition {} is of type {} which does not define the common entity attributes. " + " You should add '<xs:attributeGroup ref=\"bccmsmodel:commonEntityAttributes\"/>'" + " to complex type {}", new Object[] { definitionName, complexReferenceName, complexReferenceName }); } else { logger.warn("Definition {} does not define the common entity attributes. " + "You should add '<xs:attributeGroup ref=\"bccmsmodel:commonEntityAttributes\"/>'" + " to complex type {}", definitionName, definitionName); } } } } public CmsPropertyVisitor(Map<ItemQName, XSAttributeUse> builtInAttributes, LocalizableCmsDefinition parentDefinition, boolean mandatory, boolean multiple, int defaultOrder, CmsDefinitionVisitor cmsDefinitionVisitor) { this.builtInAttributes = builtInAttributes; this.parentDefinition = parentDefinition; this.mandatory = mandatory; this.multiple = multiple; this.order = defaultOrder; this.cmsDefinitionVisitor = cmsDefinitionVisitor; } public void annotation(XSAnnotation annotationHolder) { CmsAnnotation definitionAnnotation = (CmsAnnotation) annotationHolder.getAnnotation(); if (definitionAnnotation.isNotEmpty()) { logger.debug("Adding label '{}' and descritpion '{}' for definition '{}'", new Object[] { definitionAnnotation.getDisplayName().getLocalizedLabels(), definitionAnnotation.getDescription().getLocalizedLabels(), name }); displayName = definitionAnnotation.getDisplayName(); description = definitionAnnotation.getDescription(); } else { displayName.addLocalizedLabel(Locale.ENGLISH.toString(), name); description.addLocalizedLabel(Locale.ENGLISH.toString(), name); logger.warn( "Definition '{}' does not have any display name or description specified. Its name in ENGLISH locale will be provided " + " for its displayName and its description", name); } } public void attGroupDecl(XSAttGroupDecl arg0) { } public void attributeDecl(XSAttributeDecl arg0) { } public void attributeUse(XSAttributeUse attribute) { propertyRepresentsAnXmlAttribute = true; determineValueTypeForSimpleType(attribute.getDecl().getName(), attribute.getDecl().getType()); logger.debug("Constructing definition with type '{}' for attribute '{}'", valueType, attribute.getDecl().getName()); populateDefinition(attribute); } private void addAttributeAsChildProperty(XSAttributeUse attribute) { boolean mandatory = attribute.isRequired(); boolean multiple = false; LocalizableCmsDefinition definitionForCurrentProperty = getDefinition(); cmsDefinitionVisitor.cacheDefinitionWhichIsUnderProcess(definitionForCurrentProperty); CmsPropertyVisitor propertyVisitor = new CmsPropertyVisitor(builtInAttributes, definitionForCurrentProperty, mandatory, multiple, childPropertyDefinitions.size(), cmsDefinitionVisitor); attribute.visit(propertyVisitor); LocalizableCmsDefinition subPropertyDefinition = propertyVisitor.getDefinition(); if (subPropertyDefinition == null) { logger.warn("Unable to define sub property '{}'", "{" + attribute.getDecl().getTargetNamespace() + "}" + attribute.getDecl().getName()); } else { logger.debug("Adding child property definition '{}' to definition '{}'", subPropertyDefinition.getQualifiedName(), "{" + namespaceUri + "}" + name); childPropertyDefinitions.put(subPropertyDefinition.getName(), (CmsPropertyDefinition) subPropertyDefinition); } } public void complexType(XSComplexType complexType) { //Special case where complex type contains simple content //whose type is Base64Binary if (complexTypeExtendsBase64Binary(complexType)) { valueType = ValueType.Binary; } else { valueType = ValueType.Complex; complexPropertyTypeName = complexType.getName(); if (elementExtendsComplexCmsPropertyType(complexType)) { complexDefinitionContainsCommonAttributes = true; } else { complexDefinitionContainsCommonAttributes = complexTypeContainsCommonEntityAttributeGroup( complexType); } } logger.debug("Instantiated definition of type '{}'", valueType); populateDefinition(complexType); } private void populateDefinition(XSComponent component) { try { if (isDefinitionComplex()) { //Do not process complex property if already exists if (component instanceof XSComplexType) { if (name != null && cmsDefinitionVisitor.getDefinitionCacheRegion().hasComplexTypeDefinition(name)) { logger.debug("Complex Definition '{}' has already been processed.", name); createDefinition = false; return; } } } //Set namespaceURI retrieveElementNamespace(component); //Set URI retrieveSchemaURI(component); setBasicProperties(component); //process further in case of ComplexProperty or ContentType if (ValueType.ContentType == valueType || isDefinitionComplex()) { if (component instanceof XSComplexType) { visitSubProperties(((XSComplexType) component), false); } else if (component instanceof XSElementDecl) { final XSElementDecl element = ((XSElementDecl) component); if (element.getType() != null) { if (ValueType.ContentType == valueType) { //XML element represents a ContentType. //First we have to visit the inherited elements (at least from complexType contentObjectType //found in astroboa-model.xsd) if (!element.getType().isComplexType()) { throw new CmsException("Element " + element.getName() + " is Content Type but it does not refer to a complex type"); } //Create a stack of all parent elements Deque<XSType> elementTypes = collectAllSuperTypesIncludingProvidedElement(element); if (superTypes == null) { superTypes = new ArrayList<String>(); } //Now visit properties for each element stored boolean elementExtendsBaseContentObjectType = false; while (!elementTypes.isEmpty()) { //Retrieve the first item in queue and remove it at the same time final XSComplexType complexType = elementTypes.pollFirst().asComplexType(); final boolean complexTypeRepresentsContentObjectType = complexType.getName() != null && CmsDefinitionItem.contentObjectType.equals(ItemUtils.createNewItem(null, complexType.getTargetNamespace(), complexType.getName())); elementExtendsBaseContentObjectType = elementExtendsBaseContentObjectType || complexTypeRepresentsContentObjectType; if (!complexTypeRepresentsContentObjectType && complexType.getName() != null) { logger.debug("Adding superType {} for definition {}", complexType.getName(), name); superTypes.add(complexType.getName()); } visitSubProperties(complexType, complexTypeRepresentsContentObjectType); } if (!elementExtendsBaseContentObjectType) { //Element is a global one and does not extend base contentObjectType. //In this case we should dynamically load contentObjectType properties XSComplexType contentObjectType = cmsDefinitionVisitor .getComplexType("contentObjectType"); if (contentObjectType == null) { throw new CmsException("Could not locate complex type contentObjectType."); } visitSubProperties(contentObjectType, true); } } else { if (element.getType().isLocal()) { logger.debug( "Definition '{}' represents a complex element which is defined inside an element.", name); visitSubProperties(element.getType().asComplexType(), false); } else { logger.debug( "Definition '{}' represents a complex element which refers to another complex type", name); setComplexReference(element); } } } else throw new CmsException("Element " + element.getName() + " is " + valueType + "but it does not refer to a type"); } } } catch (Throwable e) { logger.error("", e); createDefinition = false; } } private Deque<XSType> collectAllSuperTypesIncludingProvidedElement(XSElementDecl element) { Deque<XSType> types = new ArrayDeque<XSType>(); XSType currentElement = element.getType(); boolean elementIsContentObjectType = false; while (!elementIsContentObjectType) { elementIsContentObjectType = currentElement.getName() != null && CmsDefinitionItem.contentObjectType.equals(ItemUtils.createNewItem(null, currentElement.getTargetNamespace(), currentElement.getName())); if (elementIsContentObjectType) { if (currentElement.isComplexType()) { types.push(currentElement); } break; //Need to go no further } else { //Method getBaseType is always non-null. //According to the documentation, //"Note that if this type represents xs:anyType, this method returns itself. " //Threrefore break loop if we come across to such case if (currentElement == currentElement.getBaseType()) { break; } else { if (currentElement.isComplexType()) { types.push(currentElement); } currentElement = currentElement.getBaseType(); } } } return types; } private boolean isDefinitionComplex() { return valueType != null && ValueType.Complex == valueType; } private void visitSubProperties(final XSComplexType complexType, boolean complexTypeRepresentsContentObjectType) throws Exception { logger.debug("Visiting sub properties for definition '{}'", name); //Inherit complexType Annotation in case no annotation is defined so far if (displayName == null || MapUtils.isEmpty(displayName.getLocalizedLabels())) { if (complexType.getAnnotation() != null) annotation(complexType.getAnnotation()); } XSContentType complexTypeContent = complexType.getContentType(); //1. ComplexType has Complex Content if (complexTypeContent.asParticle() != null) { addSubElementsAsChildProperties(complexTypeContent.asParticle().getTerm().asModelGroup(), complexTypeRepresentsContentObjectType); } //2. ComplexType has Simple Content else if (complexTypeContent.asSimpleType() != null) { addPropertyWhichRepresentsTheSimpleContentOfAComplexType(complexTypeContent.asSimpleType()); } //3. ComplexType is empty else if (complexTypeContent.asEmpty() != null) { logger.warn("Type {}{} is empty", namespaceUri, name); } else { //Something weird is happenning. Throw an exception throw new Exception( "Complex Type {" + namespaceUri + "}" + name + " definition is not supported by ASTROBOA"); } //Visit complex type attributes if (complexType.getAttributeUses() != null) { String complexTypeTargetNamespace = retrieveComplexTypeTargetNamespace(complexType); for (XSAttributeUse attribute : complexType.getAttributeUses()) { String attributeTargetNamespace = getAttributeNamespace(attribute, complexTypeTargetNamespace); //Check if complex type defines any attributes, excluding ASTROBOA's built-in attributes if (!StringUtils.equals(attributeTargetNamespace, BetaConceptNamespaceConstants.ASTROBOA_MODEL_DEFINITION_URI)) { ItemQName attr = ItemUtils.createNewItem("", attributeTargetNamespace, attribute.getDecl().getName()); ItemQName attrType = ItemUtils.createNewItem("", attribute.getDecl().getType().getTargetNamespace(), attribute.getDecl().getType().getName()); logger.debug("Found attribute {} with type {}", attr, attrType); addAttributeAsChildProperty(attribute); } } } } private String getAttributeNamespace(XSAttributeUse attribute, String parentNamespace) { //Get attribute' namespace String attributeNamespace = null; if (attribute.getDecl() != null) { attributeNamespace = attribute.getDecl().getTargetNamespace(); } //Get the namespace of the schema where this attribute is defined //We are interested where this attribute is defined. if (StringUtils.isBlank(attributeNamespace) && attribute.getOwnerSchema() != null) { attributeNamespace = attribute.getOwnerSchema().getTargetNamespace(); } //Get the namespace of the parent component (element or complex type) if (StringUtils.isBlank(attributeNamespace)) { attributeNamespace = parentNamespace; } return attributeNamespace; } private String retrieveComplexTypeTargetNamespace(XSComplexType complexType) { String targetNamespace = complexType.getTargetNamespace(); if (StringUtils.isBlank(targetNamespace)) { if (!complexType.isGlobal()) { //Get namespace of its parent if any XSElementDecl parentElement = complexType.getScope(); if (parentElement != null) { targetNamespace = parentElement.getTargetNamespace(); } } if (StringUtils.isBlank(targetNamespace) && complexType.getOwnerSchema() != null) { //Retrieve tagetNamespace as defined in the schema where this complexType exists targetNamespace = complexType.getOwnerSchema().getTargetNamespace(); } } return targetNamespace; } private void setComplexReference(XSElementDecl element) throws Exception { //Check if referred type exists or needs to be processed further XSType complexRefType = element.getType(); final String typeName = complexRefType.getName(); final String typeNamespace = complexRefType.getTargetNamespace(); //No type found if (typeName == null) { throw new Exception("Definition " + name + " does not refer to a specific type"); } this.complexPropertyTypeName = typeName; //Type name exists. Check if it has already been processed //Check complex type definitions. In the future Content type definitions should be checked as well //Create ComplexReference if typeName is null (that is, element is a complex property and contains its own declaration) //or if type name exists but complex declaration does not exist in cache if (cmsDefinitionVisitor.getDefinitionCacheRegion().hasComplexTypeDefinition(typeName)) { // Get Definition from Cache complexDefinitionReference = (ComplexCmsPropertyDefinition) cmsDefinitionVisitor .getDefinitionCacheRegion().getComplexCmsDefinition(typeName); logger.debug("Complex Definition reference '{}' found in cache and related with definition '{}'", complexDefinitionReference.getName(), name); } else if (!cacheComplexDefinitionReference && cmsDefinitionVisitor.internalCacheHasDefinition(typeName, typeNamespace)) { // Get Definition from InternalCache complexDefinitionReference = (ComplexCmsPropertyDefinition) cmsDefinitionVisitor .getDefinitionFromInternalCache(typeName, typeNamespace); logger.debug( "Complex Definition reference '{}' found in internal cache and related with definition '{}'", complexDefinitionReference.getName(), name); } else if (cmsDefinitionVisitor.isDefinitionUnderProcess(typeName, typeNamespace)) { logger.debug("Complex Definition refers to one of its grandparent and process stop '{}' ", "{" + typeNamespace + "}" + typeName); qNameOfParentDefinitionWithTheSameType = new QName(complexPropertyTypeName, typeNamespace); } else { //There is no complex type definition. //Check if type refers to the parent definition. i.e. this element refers to its parent element if (typeName.equals(parentDefinition.getName()) && ((CmsPropertyDefinition) parentDefinition).getQualifiedName() != null && ((CmsPropertyDefinition) parentDefinition).getQualifiedName().getNamespaceURI() .equals(typeNamespace)) { //This is an element which refers to its parent element. //Set the reference to its parent and proceed no further qNameOfParentDefinitionWithTheSameType = new QName(complexPropertyTypeName, typeNamespace); definitionRefersToItsParent = true; } else { //Element refers to a complex type which has not been processed at all //Process complex type if (complexRefType.isComplexType()) { CmsPropertyVisitor visitor = new CmsPropertyVisitor(builtInAttributes, null, false, false, 0, cmsDefinitionVisitor); complexRefType.asComplexType().visit(visitor); complexDefinitionReference = (ComplexCmsPropertyDefinition) visitor.getDefinition(); if (complexDefinitionReference != null) { if (!cacheComplexDefinitionReference) { cmsDefinitionVisitor.cacheInternalDefinition(complexDefinitionReference); } else { cmsDefinitionVisitor.cacheDefinition(complexDefinitionReference); } logger.debug("Definition '{}' will be related with reference '{}'", name, complexDefinitionReference.getName()); } else { logger.warn("No complex definition reference could be created for complex type '{}{}' ", "{" + typeNamespace + "}", typeName); } } else { throw new Exception("Element " + element.getName() + " does not refer to a complex type. Type's details : " + " Name = " + typeName + " Namespace = " + complexRefType.getTargetNamespace()); } } } } private void addSubElementsAsChildProperties(XSModelGroup modelGroup, boolean modelGroupBelongsToContentObjectType) { //Expected that all elements are defined in xs:sequence or xs:all if (modelGroup != null && (XSModelGroup.Compositor.SEQUENCE == modelGroup.getCompositor() || XSModelGroup.Compositor.ALL == modelGroup.getCompositor())) { XSParticle[] subElements = modelGroup.getChildren(); if (!ArrayUtils.isEmpty(subElements)) { for (XSParticle subElement : subElements) { if (modelGroupBelongsToContentObjectType) { //We are processing child elements of built in complex type contentObjectType //In this case element owner must be ignored if ("owner".equals(subElement.getTerm().asElementDecl().getName())) { continue; } } //Elements representing content types extend a base complex type //thus they contain all particles from that complex type along with their own //Process XSParticles that exist in the same Schema document with the parent complexType if (subElement.getSourceDocument() != null && modelGroup.getSourceDocument() != null && subElement.getSourceDocument().getSystemId() .equalsIgnoreCase(modelGroup.getSourceDocument().getSystemId())) { //It may be the case that particle is itself a model group. //In that case process its children if (subElement.getTerm() != null && subElement.getTerm().isModelGroup() && !ArrayUtils.isEmpty(subElement.getTerm().asModelGroup().getChildren())) { XSParticle[] particleChildren = subElement.getTerm().asModelGroup().getChildren(); for (XSParticle anotherSubElement : particleChildren) { addChildProperty(anotherSubElement); } } else { addChildProperty(subElement); } } } } } else { logger.warn( "Unable to process sub properties for definition '{}' because sub elements are not defined inside an xs:sequence or an xs:all element", name); } } private void setBasicProperties(XSComponent component) throws Exception { if (propertyRepresentsTheSimpleContentOfAComplexProperty) { //Special case. This property represents the simple content of a complex type //In this case, its name is fixed name = CmsConstants.NAME_OF_PROPERTY_REPRESENTING_SIMPLE_CONTENT; } else if (component instanceof XSDeclaration) { name = ((XSDeclaration) component).getName(); } else if (component instanceof XSAttributeUse) { name = ((XSAttributeUse) component).getDecl().getName(); } //Validate name if (!XMLChar.isValidNCName(name)) { throw new Exception("Invalid XML Name " + name + ". Check XML Namespaces recommendation [4] (http://www.w3.org/TR/REC-xml-names)"); } logger.debug("Setting basic properties for definition '{}'", name); // Retrieve annotation to build display name and description if (component.getAnnotation() != null) { annotation(component.getAnnotation()); } else if (component instanceof XSAttributeUse && ((XSAttributeUse) component).getDecl().getAnnotation() != null) { annotation(((XSAttributeUse) component).getDecl().getAnnotation()); } if (isDefinitionSimple()) { getDefaultValue(component); getValueRange(component); } //Attributes defined by repository if (CollectionUtils.isNotEmpty(component.getForeignAttributes())) { //Process attributes specified in the context of the types and not in the context of CmsDefinitionItem.contentObjectPropertyAttGroup if (ValueType.Complex == valueType || ValueType.ContentType == valueType) { //Retrieve value from schema String labelElementPathFromSchema = component.getForeignAttribute( CmsDefinitionItem.labelElementPath.getNamespaceURI(), CmsDefinitionItem.labelElementPath.getLocalPart()); if (StringUtils.isNotBlank(labelElementPathFromSchema)) { labelElementPath = labelElementPathFromSchema; } } if (MapUtils.isNotEmpty(builtInAttributes)) { for (Entry<ItemQName, XSAttributeUse> builtInAttribute : builtInAttributes.entrySet()) { ItemQName attribute = builtInAttribute.getKey(); XSAttributeDecl attributeDefinition = builtInAttribute.getValue().getDecl(); String defaultValue = (attributeDefinition.getDefaultValue() != null) ? attributeDefinition.getDefaultValue().value : null; //Retrieve value from schema String attributeValueFromSchema = component.getForeignAttribute(attribute.getNamespaceURI(), attribute.getLocalPart()); //Value to be set finally String valueToBeSet = (attributeValueFromSchema == null) ? defaultValue : attributeValueFromSchema; //BuiltIn attributes must be known a priori in order to map to ContentObjectPropertyDefinition if (valueToBeSet != null) { if (attribute.equals(CmsDefinitionItem.obsolete)) { if (ValueType.ContentType == valueType) { //Complex Type cannot be obsolete. Issue a warning if any such value has been set //Regardless if actual value is false if (attributeValueFromSchema != null) attributeIsNotAcceptedInContentType(CmsDefinitionItem.obsolete); } else obsolete = Boolean.valueOf(valueToBeSet); } else if (attribute.equals(CmsDefinitionItem.restrictReadToRoles)) restrictReadToRoles = valueToBeSet; else if (attribute.equals(CmsDefinitionItem.restrictWriteToRoles)) restrictWriteToRoles = valueToBeSet; else if (attribute.equals(CmsDefinitionItem.order)) order = Integer.parseInt(valueToBeSet); else { //Attributes corresponds only to Simple ContentObject Property if (isDefinitionSimple()) { //Not used for now. Needs further modeling // if (CmsDefinitionItem.repositoryObjectRestriction.getJcrName().equals(attributeJcrName)) // ((SimpleCmsPropertyDefinition)definition).setRepositoryObjectRestriction(valueToBeSet); if (ValueType.String == valueType) { //Look for string specific attributes if (attribute.equals(CmsDefinitionItem.stringFormat)) { stringFormat = StringFormat.valueOf(valueToBeSet); } else if (attribute.equals(CmsDefinitionItem.passwordEncryptorClassName)) { passwordEncryptorClassName = valueToBeSet; } } else if (ValueType.Binary == valueType) { if (attribute.equals(CmsDefinitionItem.unmanagedBinaryChannel)) { binaryChannelIsUnmanaged = true; } } else if (ValueType.TopicReference == valueType) { if (attribute.equals(CmsDefinitionItem.acceptedTaxonomies)) { try { String[] acceptedTaxonomyNameArray = StringUtils.split(valueToBeSet, ","); // Trim values if (!ArrayUtils.isEmpty(acceptedTaxonomyNameArray)) { acceptedTaxonomies = new ArrayList<String>(); for (String acceptedTaxonomyName : acceptedTaxonomyNameArray) { String trimmedValue = StringUtils .trimToNull(acceptedTaxonomyName); if (trimmedValue != null) acceptedTaxonomies.add(trimmedValue); } } } catch (Exception e) { logger.warn("While splitting accepted taxonomies {} in element {}", valueToBeSet, name); logger.warn("", e); acceptedTaxonomies = null; } } } else if (ValueType.ObjectReference == valueType) { //Expecting a comma delimited string if (attribute.equals(CmsDefinitionItem.acceptedContentTypes)) { try { String[] acceptedObjectTypeArray = StringUtils.split(valueToBeSet, ","); // Trim values if (!ArrayUtils.isEmpty(acceptedObjectTypeArray)) { acceptedObjectTypes = new HashSet<String>(); for (String acceptedObjectType : acceptedObjectTypeArray) { String trimmedValue = StringUtils .trimToNull(acceptedObjectType); if (trimmedValue != null) acceptedObjectTypes.add(trimmedValue); } } } catch (Exception e) { logger.warn("While splitting accepted object types {} in element {}", valueToBeSet, name); logger.warn("", e); acceptedObjectTypes = null; } } } } } } } } } } private void getValueRange(XSComponent component) { XSType componentType = null; if (component instanceof XSElementDecl) { componentType = ((XSElementDecl) component).getType(); } else if (component instanceof XSAttributeUse) { componentType = ((XSAttributeUse) component).getDecl().getType(); } //Also if it is a restriction then it is probably an enumeration if (componentType != null && componentType.isSimpleType()) { if (definitionValueRange == null) { definitionValueRange = new LinkedHashMap<String, Localization>(); } if (componentType.asSimpleType().isRestriction()) { XSRestrictionSimpleType restriction = componentType.asSimpleType().asRestriction(); loadRestrictionFacets(restriction); } else if (componentType.asSimpleType().isUnion()) { XSUnionSimpleType unionType = componentType.asSimpleType().asUnion(); int memberCount = unionType.getMemberSize(); for (int i = 0; i < memberCount; i++) { XSSimpleType member = unionType.getMember(i); if (member.isRestriction()) { loadRestrictionFacets(member.asRestriction()); } } } if (definitionValueRange.size() == 0) { definitionValueRange = null; } } } private void loadRestrictionFacets(XSRestrictionSimpleType restriction) { if (StringUtils.equals(restriction.getName(), XSSchemaItem.Language.getLocalPart()) && StringUtils.equals(restriction.getTargetNamespace(), XSSchemaItem.Language.getNamespaceURI())) { /* * XSOM library uses file xsom-20110809.jar/com.sun.xml.xsom.impl.parser.datatypes.xsd, * which contains a list of built in datatypes defined by XML Schema, * when information about one or more of these types is required. * * Unfortunately, it contains wrong information * about the pattern of the 'language' simple type. In this file, 'language' * simple type is defined as * <xs:simpleType name="language" > <xs:restriction base="xs:token"> <xs:pattern value="([a-zA-Z]{2}|[iI]-[a-zA-Z]+|[xX]-[a-zA-Z]{1,8})(-[a-zA-Z]{1,8})*" > <xs:annotation> <xs:documentation source="http://www.w3.org/TR/REC-xml#NT-LanguageID"> pattern specifies the content of section 2.12 of XML 1.0e2 and RFC 1766 </xs:documentation> </xs:annotation> </xs:pattern> </xs:restriction> </xs:simpleType> * where as in http://www.w3.org/2001/XMLSchema.xsd (The XML Schema for the ... XML Schema) * 'language' type is defined as <xs:simpleType name="language" id="language"> <xs:annotation> <xs:documentation source="http://www.w3.org/TR/xmlschema-2/#language"/> </xs:annotation> <xs:restriction base="xs:token"> <xs:pattern value="[a-zA-Z]{1,8}(-[a-zA-Z0-9]{1,8})*" id="language.pattern"> <xs:annotation> <xs:documentation source="http://www.ietf.org/rfc/rfc3066.txt"> pattern specifies the content of section 2.12 of XML 1.0e2 and RFC 3066 (Revised version of RFC 1766). </xs:documentation> </xs:annotation> </xs:pattern> </xs:restriction> </xs:simpleType> Every time we ask XSOM about the pattern of the 'language' type, it is returning the one provided in the datatypes.xsd file and not the valid value provided by the XML Schema's xsd. Therefore we have defined the constant CmsConstants.XML_SCHEMA_LANGUAGE_TYPE_REG_EXP which contains the true value of the pattern and use this instead. Thus, in the context of this method, if the restriction whose facets we want to load is the 'language' type restriction, there is no point in processing its facets at all. We know apriori that there is only one facet with a known pattern. */ return; } Collection<? extends XSFacet> facets = restriction.getDeclaredFacets(); for (XSFacet facet : facets) { if (XSFacet.FACET_ENUMERATION.equals(facet.getName())) { Localization localization = new LocalizationImpl(); XSAnnotation annotation = facet.getAnnotation(); if (annotation != null && annotation.getAnnotation() != null && annotation.getAnnotation() instanceof CmsAnnotation) { CmsAnnotation cmsAnnotation = (CmsAnnotation) annotation.getAnnotation(); if (cmsAnnotation.getDisplayName() != null) { //We are only interested for the displayName of the value localization = cmsAnnotation.getDisplayName(); } } else { logger.warn("Found no localization for enumeration entry {} for element {}", facet.getValue().value, name); } definitionValueRange.put(facet.getValue().value, localization); } else if (XSFacet.FACET_MAXEXCLUSIVE.equals(facet.getName())) { maxValueIsExclusive = true; if (valueType == ValueType.Long) { maxValue = retrieveLongValue(facet.getValue().value); } else if (valueType == ValueType.Double) { maxValue = retrieveDoubleValue(facet.getValue().value); } else { logger.warn("Found maxExclusive restriction entry {} for non double and non long element {}", facet.getValue().value, name); } } else if (XSFacet.FACET_MAXINCLUSIVE.equals(facet.getName())) { maxValueIsExclusive = false; if (valueType == ValueType.Long) { maxValue = retrieveLongValue(facet.getValue().value); } else if (valueType == ValueType.Double) { maxValue = retrieveDoubleValue(facet.getValue().value); } else { logger.warn("Found maxExclusive restriction entry {} for non double and non long element {}", facet.getValue().value, name); } } else if (XSFacet.FACET_MINEXCLUSIVE.equals(facet.getName())) { minValueIsExclusive = true; if (valueType == ValueType.Long) { minValue = retrieveLongValue(facet.getValue().value); } else if (valueType == ValueType.Double) { minValue = retrieveDoubleValue(facet.getValue().value); } else { logger.warn("Found maxExclusive restriction entry {} for non double and non long element {}", facet.getValue().value, name); } } else if (XSFacet.FACET_MININCLUSIVE.equals(facet.getName())) { minValueIsExclusive = false; if (valueType == ValueType.Long) { minValue = retrieveLongValue(facet.getValue().value); } else if (valueType == ValueType.Double) { minValue = retrieveDoubleValue(facet.getValue().value); } else { logger.warn("Found maxExclusive restriction entry {} for non double and non long element {}", facet.getValue().value, name); } } else if (XSFacet.FACET_MINLENGTH.equals(facet.getName())) { if (valueType == ValueType.String) { minLength = retrieveIntegerValue(facet.getValue().value); } else { logger.warn("Found minLength restriction entry {} for non string element {}", facet.getValue().value, name); } } else if (XSFacet.FACET_MAXLENGTH.equals(facet.getName())) { if (valueType == ValueType.String) { maxLength = retrieveIntegerValue(facet.getValue().value); } else { logger.warn("Found maxLength restriction entry {} for non string element {}", facet.getValue().value, name); } } else if (XSFacet.FACET_LENGTH.equals(facet.getName())) { if (valueType == ValueType.String) { minLength = retrieveIntegerValue(facet.getValue().value); maxLength = minLength; } else { logger.warn("Found length restriction entry {} for non string element {}", facet.getValue().value, name); } } else if (XSFacet.FACET_PATTERN.equals(facet.getName())) { if (valueType == ValueType.String) { pattern = facet.getValue().value; if (StringUtils.isBlank(pattern)) { pattern = null; logger.warn("Found blank pattern for string element {}", name); } } else { logger.warn("Found pattern restriction entry {} for non string element {}", facet.getValue().value, name); } } } //Continue if restriction extends another restriction //CAUTION : In case parent restriction has facets other than Enumeration //then these facets will override equivalent facets of this type //This code must be reviewed XSType baseType = restriction.getBaseType(); if (baseType.isSimpleType() && !baseType.asSimpleType().isPrimitive() && baseType.asSimpleType().isRestriction() && !StringUtils.equals(baseType.getTargetNamespace(), XMLConstants.W3C_XML_SCHEMA_NS_URI)) { loadRestrictionFacets(baseType.asSimpleType().asRestriction()); } } private void getDefaultValue(XSComponent component) { XmlString defaultValueFromXml = null; if (component instanceof XSElementDecl) { defaultValueFromXml = ((XSElementDecl) component).getDefaultValue(); } else if (component instanceof XSAttributeUse) { defaultValueFromXml = ((XSAttributeUse) component).getDefaultValue(); } if (defaultValueFromXml != null) { defaultValue = defaultValueFromXml.value; logger.debug("Set default value '{}' for definition '{}'", defaultValue, name); } } private Integer retrieveIntegerValue(String valueToBeSet) { try { return Integer.valueOf(valueToBeSet); } catch (NumberFormatException e) { logger.warn("Invalid integer " + valueToBeSet, e); return null; } } /** * @param value * @return */ private Object retrieveLongValue(String value) { if (StringUtils.isBlank(value)) { return null; } try { return Long.valueOf(value); } catch (Exception e) { logger.error("", e); return null; } } private Object retrieveDoubleValue(String value) { if (StringUtils.isBlank(value)) { return null; } try { return Double.valueOf(value); } catch (Exception e) { logger.error("", e); return null; } } private boolean isDefinitionSimple() { return valueType != null && !isDefinitionComplex() && ValueType.ContentType != valueType; } private void attributeIsNotAcceptedInContentType(CmsDefinitionItem cmsAttribute) { logger.warn("'{}' cannot be defined in content type '{}'.Its value will be ignored", cmsAttribute.getJcrName(), name); } public void facet(XSFacet arg0) { } public void identityConstraint(XSIdentityConstraint arg0) { } public void notation(XSNotation arg0) { } public void schema(XSSchema arg0) { } public void xpath(XSXPath arg0) { } public void empty(XSContentType arg0) { } public void particle(XSParticle particle) { addChildProperty(particle); } private void addChildProperty(XSParticle particle) { //Process particles of Element type if (particle.getTerm().isElementDecl()) { //this is the only place where these values can be set //There is no access to these properties from Element perspective boolean mandatory = particle.getMinOccurs() == 1; boolean multiple = particle.getMaxOccurs() == XSParticle.UNBOUNDED; final XSElementDecl elementDecl = particle.getTerm().asElementDecl(); LocalizableCmsDefinition definitionForCurrentProperty = getDefinition(); cmsDefinitionVisitor.cacheDefinitionWhichIsUnderProcess(definitionForCurrentProperty); CmsPropertyVisitor propertyVisitor = new CmsPropertyVisitor(builtInAttributes, definitionForCurrentProperty, mandatory, multiple, childPropertyDefinitions.size(), cmsDefinitionVisitor); elementDecl.visit(propertyVisitor); LocalizableCmsDefinition subPropertyDefinition = propertyVisitor.getDefinition(); if (subPropertyDefinition == null) { logger.warn("Unable to define sub property '{}'", "{" + particle.getTerm().asElementDecl().getTargetNamespace() + "}" + particle.getTerm().asElementDecl().getName()); } else { logger.debug("Adding child property definition '{}' to definition '{}'", subPropertyDefinition.getQualifiedName(), "{" + namespaceUri + "}" + name); childPropertyDefinitions.put(subPropertyDefinition.getName(), (CmsPropertyDefinition) subPropertyDefinition); } } } private void addPropertyWhichRepresentsTheSimpleContentOfAComplexType(XSSimpleType simpleContent) { LocalizableCmsDefinition definitionForCurrentProperty = getDefinition(); cmsDefinitionVisitor.cacheDefinitionWhichIsUnderProcess(definitionForCurrentProperty); CmsPropertyVisitor propertyVisitor = new CmsPropertyVisitor(builtInAttributes, definitionForCurrentProperty, false, false, childPropertyDefinitions.size(), cmsDefinitionVisitor); propertyVisitor.setPropertyRepresentsTheSimpleContentOfAComplexProperty(true); simpleContent.visit(propertyVisitor); LocalizableCmsDefinition subPropertyDefinition = propertyVisitor.getDefinition(); if (subPropertyDefinition == null) { logger.warn("Unable to define sub property '{}'", "{" + simpleContent.getTargetNamespace() + "}" + simpleContent.getName()); } else { logger.debug("Adding child property definition '{}' to definition '{}'", subPropertyDefinition.getQualifiedName(), "{" + namespaceUri + "}" + name); childPropertyDefinitions.put(subPropertyDefinition.getName(), (CmsPropertyDefinition) subPropertyDefinition); } } public void simpleType(XSSimpleType simpleType) { determineValueTypeForSimpleType(simpleType.getName(), simpleType); if (valueType != null) { logger.debug("Constructing definition with type '{}' for element '{}'", valueType, simpleType.getName()); populateDefinition(simpleType); } else { createDefinition = false; } } public void elementDecl(XSElementDecl element) { //Determine type of element determineValueTypeForElement(element, element.getType()); if (valueType != null) { logger.debug("Constructing definition with type '{}' for element '{}'", valueType, element.getName()); populateDefinition(element); } else { createDefinition = false; } } private void determineValueTypeForElement(XSDeclaration element, XSType elementType) { if (element.isGlobal()) { determineValueTypeForGlobalElement(element, elementType); } else { logger.debug("Element '{}' is a sub element.", element.getName()); //Local element. Exists as a subElement inside a complex property //Check if type attribute is defined if (elementType != null) { String typeName = elementType.getName(); String typeNamespace = elementType.getTargetNamespace(); logger.debug("Type for sub element '{}' has target namespace '{}' and local part '{}'", new Object[] { element.getName(), typeNamespace, typeName }); if (elementType.isSimpleType()) { determineValueTypeForSimpleType(element.getName(), elementType); } else if (elementType.isComplexType()) { if (elementType.isLocal()) { determineValueTypeForInternalComplexTypeElement(elementType); } else { determineValueTypeForExternalComplexTypeElement(element, elementType, typeName, typeNamespace); } } //Check if value type has been defined if (valueType == null) throw new CmsException("Unknown complex type for element " + element.getName() + " Type details " + " Target namespace " + typeNamespace + " and name " + typeName); } else { throw new CmsException("Could not determine type found for element " + element.getName()); } } } private void determineValueTypeForInternalComplexTypeElement(XSType elementType) { //Complex Type is defined in the context of this element. final XSComplexType complexType = elementType.asComplexType(); if (!elementExtendsComplexCmsPropertyType(complexType)) { //Disable caching this definition since it does not extend complexCmsPropertyType //and thus it cannot be global cacheComplexDefinitionReference = false; complexDefinitionContainsCommonAttributes = complexTypeContainsCommonEntityAttributeGroup(complexType); } else { complexDefinitionContainsCommonAttributes = true; } valueType = ValueType.Complex; complexPropertyTypeName = complexType.getName(); } private boolean complexTypeContainsCommonEntityAttributeGroup(XSComplexType complexType) { Collection<? extends XSAttGroupDecl> attGroups = complexType.getAttGroups(); for (XSAttGroupDecl attGroupDecl : attGroups) { ItemQName attQName = ItemUtils.createNewItem("", attGroupDecl.getTargetNamespace(), attGroupDecl.getName()); if (CmsDefinitionItem.commonEntityAttributes.equals(attQName)) { return true; } } return false; } private void determineValueTypeForExternalComplexTypeElement(XSDeclaration element, XSType elementType, String typeName, String typeNamespace) { ItemQName typeItemQName = ItemUtils.createNewItem("", typeNamespace, typeName); //Type is a global type defined either in the same XSD file or in another XSD file //Check if complex type is one of CmsRepositoryEntity complex type if (typeItemQName.equals(CmsDefinitionItem.contentObjectReferenceType)) { valueType = ValueType.ObjectReference; } else if (typeItemQName.equals(CmsDefinitionItem.contentObjectType)) { //Issue a warning for backwards compatibility logger.warn( "Property {} {} represents a content object reference. Type 'contentObjectReferenceType' shoud be used instead." + "If you leave this unchanged, import service might not work properly.", new Object[] { element.getName(), element.getSourceDocument() != null ? "in " + element.getSourceDocument().getSystemId() : "" }); valueType = ValueType.ObjectReference; } else if (typeItemQName.equals(CmsDefinitionItem.topicType)) { valueType = ValueType.TopicReference; } else if (typeItemQName.equals(CmsDefinitionItem.binaryChannelType)) { valueType = ValueType.Binary; } else { //Must be a complex type defined in another xml schema //Check that this is valid complex cms property if (elementExtendsComplexCmsPropertyType(elementType.asComplexType())) { valueType = ValueType.Complex; //hold its namespace namespaceUri = elementType.getTargetNamespace(); global = true; complexPropertyTypeName = elementType.asComplexType().getName(); complexDefinitionContainsCommonAttributes = true; } else { //Special case where complex type contains simple content //whose type is Base64Binary if (complexTypeExtendsBase64Binary(elementType.asComplexType())) { valueType = ValueType.Binary; } else { //Allow element to extend any complex type regardless of its location valueType = ValueType.Complex; namespaceUri = elementType.getTargetNamespace(); complexPropertyTypeName = elementType.asComplexType().getName(); //Disable caching this definition since it does not extend complexCmsPropertyType //and thus it cannot be global cacheComplexDefinitionReference = false; complexDefinitionContainsCommonAttributes = complexTypeContainsCommonEntityAttributeGroup( elementType.asComplexType()); } /* //Type is a complex type which does not extend CmsDefinitionItem.complexCmsPropertyType //This is only acceptable only if this type resides in the same XSD file String elementSchemaURI = (element.getSourceDocument() != null ? element.getSourceDocument().getSystemId() : null); String elementTypeSchemaURI = (elementType.getSourceDocument() != null ? elementType.getSourceDocument().getSystemId() : null); if (elementSchemaURI != null && elementTypeSchemaURI != null && StringUtils.equals(elementSchemaURI, elementTypeSchemaURI)){ //This is accepted. Process with further processing complex type valueType = ValueType.Complex; namespaceUri = elementType.getTargetNamespace(); complexPropertyTypeName = elementType.asComplexType().getName(); //Disable caching this definition since it does not extend complexCmsPropertyType //and thus it cannot be global cacheComplexDefinitionReference = false; complexDefinitionContainsCommonAttributes = complexTypeContainsCommonEntityAttributeGroup(elementType.asComplexType()); } else{ throw new CmsException("Invalid complex type for element "+ element.getName()+ " Type details "+ " Target namespace "+ elementType.getTargetNamespace() + " and name "+ typeName+ " This type does not extend built in complexCmsPropertyType and resides in XSD file "+ elementTypeSchemaURI + " where element "+element.getName() + " resides in file "+elementSchemaURI ); } */ } } } private void determineValueTypeForSimpleType(String componentName, XSType simpleType) { ItemQName typeItemQName = null; String typeName = simpleType.getName(); String typeNamespace = simpleType.getTargetNamespace(); //Check if simple type is primitive if (!simpleType.asSimpleType().isPrimitive()) { //Check if element is a restriction if (simpleType.asSimpleType().isRestriction() && !StringUtils.equals(typeNamespace, XMLConstants.W3C_XML_SCHEMA_NS_URI)) { XSRestrictionSimpleType restriction = simpleType.asSimpleType().asRestriction(); XSType baseType = retrieveBaseTypeFromRestriction(restriction); typeName = baseType.getName(); typeNamespace = baseType.getTargetNamespace(); } else if (simpleType.asSimpleType().isUnion()) { XSUnionSimpleType union = simpleType.asSimpleType().asUnion(); //All members must have the same type. //Union with members of different types is not supported ItemQName unionCommonType = getUnionMemberCommonType(union); if (unionCommonType == null) { throw new CmsException("Component " + componentName + " Target namespace " + simpleType.getTargetNamespace() + " is a union of " + union.getMemberSize() + " simple types which are not of the same base type. Unions whose members are not of the same base type are not supported"); } typeName = unionCommonType.getLocalPart(); typeNamespace = unionCommonType.getNamespaceURI(); } } if (typeName == null) { throw new CmsException("Unknown simple type for component " + componentName + " Target namespace " + simpleType.getTargetNamespace()); } typeItemQName = ItemUtils.createNewItem("", typeNamespace, typeName); //Check what kind of type this element is if (typeItemQName.equals(XSSchemaItem.String) || typeItemQName.equals(XSSchemaItem.NormalizedString) || typeItemQName.equals(XSSchemaItem.AnyURI)) { valueType = ValueType.String; if (StringUtils.equals(simpleType.getName(), CmsDefinitionItem.passwordType.getLocalPart())) { passwordType = true; } } else if (typeItemQName.equals(XSSchemaItem.Double) || typeItemQName.equals(XSSchemaItem.Float) || typeItemQName.equals(XSSchemaItem.Decimal)) { valueType = ValueType.Double; } else if (typeItemQName.equals(XSSchemaItem.Long) || typeItemQName.equals(XSSchemaItem.Integer) || typeItemQName.equals(XSSchemaItem.NonPositiveInteger) || typeItemQName.equals(XSSchemaItem.NonNegativeInteger) || typeItemQName.equals(XSSchemaItem.NegativeInteger) || typeItemQName.equals(XSSchemaItem.Int) || typeItemQName.equals(XSSchemaItem.PositiveInteger) || typeItemQName.equals(XSSchemaItem.UnsignedLong) || typeItemQName.equals(XSSchemaItem.Short) || typeItemQName.equals(XSSchemaItem.UnsignedInt) || typeItemQName.equals(XSSchemaItem.Byte) || typeItemQName.equals(XSSchemaItem.UnsignedByte)) { valueType = ValueType.Long; } else if (typeItemQName.equals(XSSchemaItem.GYear)) { valueType = ValueType.String; pattern = CmsConstants.GYEAR_REG_EXP; } else if (typeItemQName.equals(XSSchemaItem.GMonth)) { valueType = ValueType.String; pattern = CmsConstants.GMONTH_REG_EXP; } else if (typeItemQName.equals(XSSchemaItem.GYearMonth)) { valueType = ValueType.String; pattern = CmsConstants.GYEAR_MONTH_REG_EXP; } else if (typeItemQName.equals(XSSchemaItem.GDay)) { valueType = ValueType.String; pattern = CmsConstants.GDAY_REG_EXP; } else if (typeItemQName.equals(XSSchemaItem.GMonthDay)) { valueType = ValueType.String; pattern = CmsConstants.GMONTH_DAY_REG_EXP; } else if (typeItemQName.equals(XSSchemaItem.Boolean)) { valueType = ValueType.Boolean; } else if (typeItemQName.equals(XSSchemaItem.DateTime)) { valueType = ValueType.Date; calendarPattern = CmsConstants.DATE_TIME_PATTERN; } else if (typeItemQName.equals(XSSchemaItem.Date)) { valueType = ValueType.Date; calendarPattern = CmsConstants.DATE_PATTERN; } else if (typeItemQName.equals(XSSchemaItem.Language)) { valueType = ValueType.String; pattern = CmsConstants.XML_SCHEMA_LANGUAGE_TYPE_REG_EXP; } else throw new CmsException( "Unknown type for component(element or attribute) " + componentName + ". Type details: " + " Target namespace " + simpleType.getTargetNamespace() + " and name " + typeName); } private XSType retrieveBaseTypeFromRestriction(XSRestrictionSimpleType restriction) { XSType baseType = restriction.getBaseType(); if (baseType.isSimpleType() && !baseType.asSimpleType().isPrimitive() && baseType.asSimpleType().isRestriction() && !StringUtils.equals(baseType.getTargetNamespace(), XMLConstants.W3C_XML_SCHEMA_NS_URI)) { return retrieveBaseTypeFromRestriction(baseType.asSimpleType().asRestriction()); } return baseType; } private ItemQName getUnionMemberCommonType(XSUnionSimpleType union) { int memberCount = union.getMemberSize(); ItemQName commonType = null; for (int i = 0; i < memberCount; i++) { XSSimpleType member = union.getMember(i); String typeNamespace = member.getTargetNamespace(); String typeName = member.getName(); if (member.isRestriction()) { typeNamespace = member.asRestriction().getBaseType().getTargetNamespace(); typeName = member.asRestriction().getBaseType().getName(); } if (commonType == null) { commonType = ItemUtils.createNewItem("", typeNamespace, typeName); } else { ItemQName memberType = ItemUtils.createNewItem("", typeNamespace, typeName); if (!memberType.equals(commonType)) { return null; } } } return commonType; } private void determineValueTypeForGlobalElement(XSDeclaration element, XSType elementType) { logger.debug("Determine type for global element {}{}", "{" + element.getTargetNamespace() + "}", element.getName()); if (globalElementIsBuiltIn(ItemUtils.createNewItem("", element.getTargetNamespace(), element.getName()))) { return; } valueType = ValueType.ContentType; typeDefinitionExtendsBaseObjectType = false; //Check element type and super types to see whether it extends //Astroboa base contentObjectType. String typeName = null; String typeNamespace = null; if (elementType != null) { XSType currentElementType = elementType.getBaseType(); do { //According to XSOM API method getBaseType always returns not null typeName = currentElementType.getName(); typeNamespace = currentElementType.getTargetNamespace(); logger.debug("Checking base type {}{}", new Object[] { "{" + typeNamespace + "}", typeName }); ItemQName elementTypeAsItemQName = ItemUtils.createNewItem("", typeNamespace, typeName); //Element extends complex type ContentObjectType //This means that it is a content type if (elementTypeAsItemQName.equals(CmsDefinitionItem.contentObjectType)) { typeDefinitionExtendsBaseObjectType = true; } else { //Element may be extending a complex type which represents a ContentObjectType //either this super type or one of its parent extend ContentObjectType ItemQName parentTypeAsItemQName = ItemUtils.createNewItem("", currentElementType.getBaseType().getTargetNamespace(), currentElementType.getBaseType().getName()); if (!elementTypeAsItemQName.equals(parentTypeAsItemQName)) { currentElementType = currentElementType.getBaseType(); } else { break; } } } while (!typeDefinitionExtendsBaseObjectType); } if (!typeDefinitionExtendsBaseObjectType) { logger.info( "Global element '{}' does not extend Astroboa base object type 'contentObjectType'. Element Type Name : '{}', " + " element type namespace :'{}'.", new Object[] { element.getName(), typeName, typeNamespace }); } } private boolean globalElementIsBuiltIn(ItemQName elementTypeAsItemQName) { return elementTypeAsItemQName != null && (CmsDefinitionItem.repositoryUser.equals(elementTypeAsItemQName) || CmsDefinitionItem.topic.equals(elementTypeAsItemQName) || CmsDefinitionItem.space.equals(elementTypeAsItemQName) || CmsDefinitionItem.taxonomy.equals(elementTypeAsItemQName) || CmsDefinitionItem.displayName.equals(elementTypeAsItemQName) || CmsDefinitionItem.description.equals(elementTypeAsItemQName)); } private void retrieveSchemaURI(XSComponent component) { try { if (component.getSourceDocument() == null || component.getSourceDocument().getSystemId() == null) { logger.warn( "Problem while retrieving type '{}''s schema URI. XSOM returned null as element's source document", component.toString()); } else { //It represents the URI of the schema String systemId = component.getSourceDocument().getSystemId(); definitionFileURI = URI.create(systemId); } } catch (Exception e) { logger.warn("Exception while retrieving type '{}''s schema URI", component.toString(), e); } } private void retrieveElementNamespace(XSComponent component) { if (component instanceof XSDeclaration) namespaceUri = ((XSDeclaration) component).getTargetNamespace(); if (StringUtils.isBlank(namespaceUri)) { //Retrieve parent's namespace namespaceUri = component.getOwnerSchema().getTargetNamespace(); } if (StringUtils.isBlank(namespaceUri)) { logger.warn("Type '{}' does not have a namespace", component.toString()); } } private boolean elementExtendsComplexCmsPropertyType(XSComplexType complexType) { Boolean elementExtendsComplexCmsPropertyType = null; //According to XSOM API method getBaseType always returns not null XSType currentElementType = complexType.getBaseType(); do { String typeName = currentElementType.getName(); String typeNamespace = currentElementType.getTargetNamespace(); logger.debug("Checking base type {}{}", new Object[] { "{" + typeNamespace + "}", typeName }); ItemQName complexTypeAsItemQName = ItemUtils.createNewItem("", typeNamespace, typeName); //ComplexType extends complex type ComplexCmsPropertyType if (complexTypeAsItemQName.equals(CmsDefinitionItem.complexCmsPropertyType)) { elementExtendsComplexCmsPropertyType = true; } else { //ComplexType may be extending a complex type which represents a complexCmsPropertyType //either this super type or one of its parent extend complexCmsPropertyType ItemQName parentTypeAsItemQName = ItemUtils.createNewItem("", currentElementType.getBaseType().getTargetNamespace(), currentElementType.getBaseType().getName()); if (!complexTypeAsItemQName.equals(parentTypeAsItemQName)) { currentElementType = currentElementType.getBaseType(); } else { break; } } } while (elementExtendsComplexCmsPropertyType == null); return BooleanUtils.isTrue(elementExtendsComplexCmsPropertyType); } private boolean complexTypeExtendsBase64Binary(XSComplexType complexType) { //According to XSOM API method getBaseType always returns not null String typeName = complexType.getBaseType().getName(); String typeNamespace = complexType.getBaseType().getTargetNamespace(); ItemQName complexTypeAsItemQName = ItemUtils.createNewItem("", typeNamespace, typeName); return complexTypeAsItemQName.equals(XSSchemaItem.Base64Binary); } public void modelGroup(XSModelGroup arg0) { } public void modelGroupDecl(XSModelGroupDecl arg0) { } public void wildcard(XSWildcard arg0) { } private ComplexCmsPropertyDefinition locateParentDefinintionWithSameType() { CmsDefinition ancestorDefinition = parentDefinition; while (ancestorDefinition != null && ancestorDefinition instanceof ComplexCmsPropertyDefinition) { if (StringUtils.equals(((ComplexCmsPropertyDefinitionImpl) ancestorDefinition).getTypeName(), complexPropertyTypeName)) { return (ComplexCmsPropertyDefinition) ancestorDefinition; } ancestorDefinition = ((ComplexCmsPropertyDefinition) ancestorDefinition).getParentDefinition(); } return null; } }