use of org.gluu.persist.model.PropertyAnnotation in project oxCore by GluuFederation.
the class BaseEntryManager method getCustomObjectClasses.
protected String[] getCustomObjectClasses(Object entry, Class<?> entryClass) {
List<String> result = new ArrayList<String>();
List<PropertyAnnotation> customObjectAnnotations = getEntryCustomObjectClassAnnotations(entryClass);
for (PropertyAnnotation propertiesAnnotation : customObjectAnnotations) {
String propertyName = propertiesAnnotation.getPropertyName();
Getter getter = getGetter(entryClass, propertyName);
if (getter == null) {
throw new MappingException("Entry should has getter for property " + propertyName);
}
AttributeData attribute = getAttribute(propertyName, propertyName, getter, entry, false);
if (attribute != null) {
for (String objectClass : attribute.getValues()) {
if (objectClass != null) {
result.add(objectClass);
}
}
}
break;
}
return result.toArray(new String[0]);
}
use of org.gluu.persist.model.PropertyAnnotation in project oxCore by GluuFederation.
the class BaseEntryManager method collectAttributeModifications.
protected List<AttributeDataModification> collectAttributeModifications(List<PropertyAnnotation> propertiesAnnotations, Map<String, AttributeData> attributesToPersistMap, Map<String, AttributeData> attributesFromLdapMap, boolean isSchemaUpdate, AttributeModificationType schemaModificationType) {
List<AttributeDataModification> attributeDataModifications = new ArrayList<AttributeDataModification>();
for (PropertyAnnotation propertiesAnnotation : propertiesAnnotations) {
String propertyName = propertiesAnnotation.getPropertyName();
Annotation ldapAttribute;
ldapAttribute = ReflectHelper.getAnnotationByType(propertiesAnnotation.getAnnotations(), LdapAttribute.class);
if (ldapAttribute != null) {
String ldapAttributeName = ((LdapAttribute) ldapAttribute).name();
if (StringHelper.isEmpty(ldapAttributeName)) {
ldapAttributeName = propertyName;
}
ldapAttributeName = ldapAttributeName.toLowerCase();
AttributeData attributeToPersist = attributesToPersistMap.get(ldapAttributeName);
AttributeData attributeFromLdap = attributesFromLdapMap.get(ldapAttributeName);
// Remove processed attributes
attributesToPersistMap.remove(ldapAttributeName);
attributesFromLdapMap.remove(ldapAttributeName);
LdapAttribute ldapAttributeAnnotation = (LdapAttribute) ldapAttribute;
if (ldapAttributeAnnotation.ignoreDuringUpdate()) {
continue;
}
if (attributeFromLdap != null && attributeToPersist != null) {
// Modify DN entry attribute in DS
if (!attributeFromLdap.equals(attributeToPersist)) {
if (isEmptyAttributeValues(attributeToPersist) && !ldapAttributeAnnotation.updateOnly()) {
attributeDataModifications.add(new AttributeDataModification(AttributeModificationType.REMOVE, null, attributeFromLdap));
} else {
attributeDataModifications.add(new AttributeDataModification(AttributeModificationType.REPLACE, attributeToPersist, attributeFromLdap));
}
}
} else if ((attributeFromLdap == null) && (attributeToPersist != null)) {
// Add entry attribute or change schema
if (isSchemaUpdate && (attributeToPersist.getValue() == null && Arrays.equals(attributeToPersist.getValues(), new String[] {}))) {
continue;
}
AttributeModificationType modType = isSchemaUpdate ? schemaModificationType : AttributeModificationType.ADD;
if (AttributeModificationType.ADD.equals(modType)) {
if (!isEmptyAttributeValues(attributeToPersist)) {
attributeDataModifications.add(new AttributeDataModification(AttributeModificationType.ADD, attributeToPersist));
}
} else {
attributeDataModifications.add(new AttributeDataModification(AttributeModificationType.REMOVE, null, attributeToPersist));
}
} else if ((attributeFromLdap != null) && (attributeToPersist == null)) {
// or updateOnly = true
if (!ldapAttributeAnnotation.ignoreDuringRead() && !ldapAttributeAnnotation.updateOnly()) {
attributeDataModifications.add(new AttributeDataModification(AttributeModificationType.REMOVE, null, attributeFromLdap));
}
}
}
}
// Process properties with LdapAttributesList annotation
for (PropertyAnnotation propertiesAnnotation : propertiesAnnotations) {
Annotation ldapAttribute;
ldapAttribute = ReflectHelper.getAnnotationByType(propertiesAnnotation.getAnnotations(), LdapAttributesList.class);
if (ldapAttribute != null) {
Map<String, LdapAttribute> ldapAttributesConfiguration = new HashMap<String, LdapAttribute>();
for (LdapAttribute ldapAttributeConfiguration : ((LdapAttributesList) ldapAttribute).attributesConfiguration()) {
ldapAttributesConfiguration.put(ldapAttributeConfiguration.name(), ldapAttributeConfiguration);
}
// Prepare attributes for removal
for (AttributeData attributeFromLdap : attributesFromLdapMap.values()) {
String attributeName = attributeFromLdap.getName();
if (OBJECT_CLASS.equalsIgnoreCase(attributeName)) {
continue;
}
LdapAttribute ldapAttributeConfiguration = ldapAttributesConfiguration.get(attributeName);
if ((ldapAttributeConfiguration != null) && ldapAttributeConfiguration.ignoreDuringUpdate()) {
continue;
}
if (!attributesToPersistMap.containsKey(attributeName.toLowerCase())) {
// true
if ((ldapAttributeConfiguration == null) || ((ldapAttributeConfiguration != null) && !ldapAttributeConfiguration.ignoreDuringRead())) {
attributeDataModifications.add(new AttributeDataModification(AttributeModificationType.REMOVE, null, attributeFromLdap));
}
}
}
// Prepare attributes for adding and replace
for (AttributeData attributeToPersist : attributesToPersistMap.values()) {
String attributeName = attributeToPersist.getName();
LdapAttribute ldapAttributeConfiguration = ldapAttributesConfiguration.get(attributeName);
if ((ldapAttributeConfiguration != null) && ldapAttributeConfiguration.ignoreDuringUpdate()) {
continue;
}
AttributeData attributeFromLdap = attributesFromLdapMap.get(attributeName.toLowerCase());
if (attributeFromLdap == null) {
// Add entry attribute or change schema
AttributeModificationType modType = isSchemaUpdate ? schemaModificationType : AttributeModificationType.ADD;
if (AttributeModificationType.ADD.equals(modType)) {
if (!isEmptyAttributeValues(attributeToPersist)) {
attributeDataModifications.add(new AttributeDataModification(AttributeModificationType.ADD, attributeToPersist));
}
} else {
attributeDataModifications.add(new AttributeDataModification(AttributeModificationType.REMOVE, null, attributeToPersist));
}
} else if ((attributeFromLdap != null) && (Arrays.equals(attributeToPersist.getValues(), new String[] {}))) {
attributeDataModifications.add(new AttributeDataModification(AttributeModificationType.REMOVE, null, attributeFromLdap));
} else {
if (!attributeFromLdap.equals(attributeToPersist)) {
if (isEmptyAttributeValues(attributeToPersist) && !ldapAttributeConfiguration.updateOnly()) {
attributeDataModifications.add(new AttributeDataModification(AttributeModificationType.REMOVE, null, attributeFromLdap));
} else {
attributeDataModifications.add(new AttributeDataModification(AttributeModificationType.REPLACE, attributeToPersist, attributeFromLdap));
}
}
}
}
}
}
return attributeDataModifications;
}
use of org.gluu.persist.model.PropertyAnnotation in project oxCore by GluuFederation.
the class BaseEntryManager method countEntries.
@SuppressWarnings("unchecked")
public <T> int countEntries(Object entry) {
if (entry == null) {
throw new MappingException("Entry to count is null");
}
// Check entry class
Class<T> entryClass = (Class<T>) entry.getClass();
checkEntryClass(entryClass, false);
List<PropertyAnnotation> propertiesAnnotations = getEntryPropertyAnnotations(entryClass);
Object dnValue = getDNValue(entry, entryClass);
List<AttributeData> attributes = getAttributesListForPersist(entry, propertiesAnnotations);
Filter searchFilter = createFilterByEntry(entry, entryClass, attributes);
return countEntries(dnValue.toString(), entryClass, searchFilter);
}
use of org.gluu.persist.model.PropertyAnnotation in project oxCore by GluuFederation.
the class BaseEntryManager method getHashCode.
@Override
public int getHashCode(Object entry) {
if (entry == null) {
throw new MappingException("Entry to persist is null");
}
// Check entry class
Class<?> entryClass = entry.getClass();
checkEntryClass(entryClass, false);
List<PropertyAnnotation> propertiesAnnotations = getEntryPropertyAnnotations(entryClass);
Object dnValue = getDNValue(entry, entryClass);
List<AttributeData> attributes = getAttributesListForPersist(entry, propertiesAnnotations);
String key = getEntryKey(dnValue, false, propertiesAnnotations, attributes);
if (LOG.isDebugEnabled()) {
LOG.debug(String.format("Entry key HashCode is: %s", key.hashCode()));
}
return key.hashCode();
}
use of org.gluu.persist.model.PropertyAnnotation in project oxCore by GluuFederation.
the class BaseEntryManager method getEntryKey.
private String getEntryKey(Object dnValue, boolean caseSensetive, List<PropertyAnnotation> propertiesAnnotations, List<AttributeData> attributesData) {
StringBuilder sb = new StringBuilder("_HASH__").append(((String) dnValue).toLowerCase()).append("__");
List<String> processedProperties = new ArrayList<String>();
Map<String, AttributeData> attributesDataMap = getAttributesDataMap(attributesData);
for (PropertyAnnotation propertiesAnnotation : propertiesAnnotations) {
Annotation ldapAttribute = ReflectHelper.getAnnotationByType(propertiesAnnotation.getAnnotations(), LdapAttribute.class);
if (ldapAttribute == null) {
continue;
}
String ldapAttributeName = ((LdapAttribute) ldapAttribute).name();
if (StringHelper.isEmpty(ldapAttributeName)) {
ldapAttributeName = propertiesAnnotation.getPropertyName();
}
processedProperties.add(ldapAttributeName);
String[] values = null;
AttributeData attributeData = attributesDataMap.get(ldapAttributeName);
if ((attributeData != null) && (attributeData.getValues() != null)) {
values = attributeData.getValues().clone();
Arrays.sort(values);
}
addPropertyWithValuesToKey(sb, ldapAttributeName, values);
}
for (AttributeData attributeData : attributesData) {
if (processedProperties.contains(attributeData.getName())) {
continue;
}
addPropertyWithValuesToKey(sb, attributeData.getName(), attributeData.getValues());
}
if (caseSensetive) {
return sb.toString();
} else {
return sb.toString().toLowerCase();
}
}
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