> {
/**
* The string representation of the managed object path specifying
* the parent of the aggregated managed objects.
*/
private String parentPathString;
/**
* The name of a relation in the parent managed object which
* contains the aggregated managed objects.
*/
private String rdName;
/** The condition which is used to determine if a referenced managed object is enabled. */
private Condition targetIsEnabledCondition = Conditions.TRUE;
/**
* The condition which is used to determine whether or not
* referenced managed objects need to be enabled.
*/
private Condition targetNeedsEnablingCondition = Conditions.TRUE;
/** Private constructor. */
private Builder(AbstractManagedObjectDefinition d, String propertyName) {
super(d, propertyName);
}
/**
* Sets the name of the managed object which is the parent of the
* aggregated managed objects.
*
* This must be defined before the property definition can be built.
*
* @param pathString
* The string representation of the managed object path
* specifying the parent of the aggregated managed objects.
*/
public final void setParentPath(String pathString) {
this.parentPathString = pathString;
}
/**
* Sets the relation in the parent managed object which contains the
* aggregated managed objects.
*
* This must be defined before the property definition can be built.
*
* @param rdName
* The name of a relation in the parent managed object which
* contains the aggregated managed objects.
*/
public final void setRelationDefinition(String rdName) {
this.rdName = rdName;
}
/**
* Sets the condition which is used to determine if a referenced managed
* object is enabled. By default referenced managed objects are assumed
* to always be enabled.
*
* @param condition
* The condition which is used to determine if a referenced
* managed object is enabled.
*/
public final void setTargetIsEnabledCondition(Condition condition) {
this.targetIsEnabledCondition = condition;
}
/**
* Sets the condition which is used to determine whether or not
* referenced managed objects need to be enabled. By default referenced
* managed objects must always be enabled.
*
* @param condition
* The condition which is used to determine whether or not
* referenced managed objects need to be enabled.
*/
public final void setTargetNeedsEnablingCondition(Condition condition) {
this.targetNeedsEnablingCondition = condition;
}
@Override
protected AggregationPropertyDefinition buildInstance(AbstractManagedObjectDefinition d,
String propertyName, EnumSet options, AdministratorAction adminAction,
DefaultBehaviorProvider defaultBehavior) {
// Make sure that the parent path has been defined.
if (parentPathString == null) {
throw new IllegalStateException("Parent path undefined");
}
// Make sure that the relation definition has been defined.
if (rdName == null) {
throw new IllegalStateException("Relation definition undefined");
}
return new AggregationPropertyDefinition<>(d, propertyName, options, adminAction, defaultBehavior,
parentPathString, rdName, targetNeedsEnablingCondition, targetIsEnabledCondition);
}
}
/** A change listener which prevents the named component from being disabled. */
private final class ReferentialIntegrityChangeListener implements ServerManagedObjectChangeListener {
/**
* The error message which should be returned if an attempt is
* made to disable the referenced component.
*/
private final LocalizableMessage message;
/** The path of the referenced component. */
private final ManagedObjectPath path;
/** Creates a new referential integrity delete listener. */
private ReferentialIntegrityChangeListener(ManagedObjectPath path, LocalizableMessage message) {
this.path = path;
this.message = message;
}
@Override
public ConfigChangeResult applyConfigurationChange(ServerManagedObject mo) {
try {
if (targetIsEnabledCondition.evaluate(mo)) {
return new ConfigChangeResult();
}
} catch (ConfigException e) {
// This should not happen - ignore it and throw an exception
// anyway below.
}
// This should not happen - the previous call-back should have
// trapped this.
throw new IllegalStateException("Attempting to disable a referenced "
+ relationDefinition.getChildDefinition().getUserFriendlyName());
}
@Override
public boolean isConfigurationChangeAcceptable(ServerManagedObject mo,
List unacceptableReasons) {
// Always prevent the referenced component from being
// disabled.
try {
if (!targetIsEnabledCondition.evaluate(mo)) {
unacceptableReasons.add(message);
return false;
} else {
return true;
}
} catch (ConfigException e) {
// The condition could not be evaluated.
debugLogger.trace("Unable to perform post add", e);
LocalizableMessage message =
ERR_REFINT_UNABLE_TO_EVALUATE_TARGET_CONDITION.get(mo.getManagedObjectDefinition()
.getUserFriendlyName(), String.valueOf(mo.getDN()), getExceptionMessage(e));
LocalizedLogger logger =
LocalizedLogger.getLocalizedLogger(ERR_REFINT_UNABLE_TO_EVALUATE_TARGET_CONDITION.resourceName());
logger.error(message);
unacceptableReasons.add(message);
return false;
}
}
/** Gets the path associated with this listener. */
private ManagedObjectPath getManagedObjectPath() {
return path;
}
}
/** A delete listener which prevents the named component from being deleted. */
private final class ReferentialIntegrityDeleteListener implements ConfigurationDeleteListener {
/** The DN of the referenced configuration entry. */
private final DN dn;
/**
* The error message which should be returned if an attempt is
* made to delete the referenced component.
*/
private final LocalizableMessage message;
/** Creates a new referential integrity delete listener. */
private ReferentialIntegrityDeleteListener(DN dn, LocalizableMessage message) {
this.dn = dn;
this.message = message;
}
@Override
public ConfigChangeResult applyConfigurationDelete(S configuration) {
// This should not happen - the
// isConfigurationDeleteAcceptable() call-back should have
// trapped this.
if (configuration.dn().equals(dn)) {
// This should not happen - the
// isConfigurationDeleteAcceptable() call-back should have
// trapped this.
throw new IllegalStateException("Attempting to delete a referenced "
+ relationDefinition.getChildDefinition().getUserFriendlyName());
} else {
return new ConfigChangeResult();
}
}
@Override
public boolean isConfigurationDeleteAcceptable(S configuration, List unacceptableReasons) {
if (configuration.dn().equals(dn)) {
// Always prevent deletion of the referenced component.
unacceptableReasons.add(message);
return false;
}
return true;
}
}
/** The server-side constraint handler implementation. */
private class ServerHandler extends ServerConstraintHandler {
@Override
public boolean isUsable(ServerManagedObject managedObject,
Collection unacceptableReasons) throws ConfigException {
SortedSet names = managedObject.getPropertyValues(AggregationPropertyDefinition.this);
ServerManagementContext context = managedObject.getServerContext();
LocalizableMessage thisUFN = managedObject.getManagedObjectDefinition().getUserFriendlyName();
String thisDN = managedObject.getDN().toString();
LocalizableMessage thatUFN = getRelationDefinition().getUserFriendlyName();
boolean isUsable = true;
boolean needsEnabling = targetNeedsEnablingCondition.evaluate(managedObject);
for (String name : names) {
ManagedObjectPath path = getChildPath(name);
String thatDN = path.toDN().toString();
if (!context.managedObjectExists(path)) {
LocalizableMessage msg =
ERR_SERVER_REFINT_DANGLING_REFERENCE.get(name, getName(), thisUFN, thisDN, thatUFN, thatDN);
unacceptableReasons.add(msg);
isUsable = false;
} else if (needsEnabling) {
// Check that the referenced component is enabled if
// required.
ServerManagedObject ref = context.getManagedObject(path);
if (!targetIsEnabledCondition.evaluate(ref)) {
LocalizableMessage msg =
ERR_SERVER_REFINT_TARGET_DISABLED.get(name, getName(), thisUFN, thisDN, thatUFN, thatDN);
unacceptableReasons.add(msg);
isUsable = false;
}
}
}
return isUsable;
}
@Override
public void performPostAdd(ServerManagedObject managedObject) throws ConfigException {
// First make sure existing listeners associated with this
// managed object are removed. This is required in order to
// prevent multiple change listener registrations from
// occurring, for example if this call-back is invoked multiple
// times after the same add event.
performPostDelete(managedObject);
// Add change and delete listeners against all referenced
// components.
LocalizableMessage thisUFN = managedObject.getManagedObjectDefinition().getUserFriendlyName();
String thisDN = managedObject.getDN().toString();
LocalizableMessage thatUFN = getRelationDefinition().getUserFriendlyName();
// Referenced managed objects will only need a change listener
// if they have can be disabled.
boolean needsChangeListeners = targetNeedsEnablingCondition.evaluate(managedObject);
// Delete listeners need to be registered against the parent
// entry of the referenced components.
ServerManagementContext context = managedObject.getServerContext();
ManagedObjectPath parentPath = getParentPath();
ServerManagedObject parent = context.getManagedObject(parentPath);
// Create entries in the listener tables.
List dlist = new LinkedList<>();
deleteListeners.put(managedObject.getDN(), dlist);
List clist = new LinkedList<>();
changeListeners.put(managedObject.getDN(), clist);
for (String name : managedObject.getPropertyValues(AggregationPropertyDefinition.this)) {
ManagedObjectPath path = getChildPath(name);
DN dn = path.toDN();
String thatDN = dn.toString();
// Register the delete listener.
LocalizableMessage msg =
ERR_SERVER_REFINT_CANNOT_DELETE.get(thatUFN, thatDN, getName(), thisUFN, thisDN);
ReferentialIntegrityDeleteListener dl = new ReferentialIntegrityDeleteListener(dn, msg);
parent.registerDeleteListener(getRelationDefinition(), dl);
dlist.add(dl);
// Register the change listener if required.
if (needsChangeListeners) {
ServerManagedObject ref = context.getManagedObject(path);
msg = ERR_SERVER_REFINT_CANNOT_DISABLE.get(thatUFN, thatDN, getName(), thisUFN, thisDN);
ReferentialIntegrityChangeListener cl = new ReferentialIntegrityChangeListener(path, msg);
ref.registerChangeListener(cl);
clist.add(cl);
}
}
}
@Override
public void performPostDelete(ServerManagedObject managedObject) throws ConfigException {
// Remove any registered delete and change listeners.
ServerManagementContext context = managedObject.getServerContext();
DN dn = managedObject.getDN();
// Delete listeners need to be deregistered against the parent
// entry of the referenced components.
ManagedObjectPath parentPath = getParentPath();
ServerManagedObject parent = context.getManagedObject(parentPath);
if (deleteListeners.containsKey(dn)) {
for (ReferentialIntegrityDeleteListener dl : deleteListeners.get(dn)) {
parent.deregisterDeleteListener(getRelationDefinition(), dl);
}
deleteListeners.remove(dn);
}
// Change listeners need to be deregistered from their
// associated referenced component.
if (changeListeners.containsKey(dn)) {
for (ReferentialIntegrityChangeListener cl : changeListeners.get(dn)) {
ManagedObjectPath path = cl.getManagedObjectPath();
ServerManagedObject ref = context.getManagedObject(path);
ref.deregisterChangeListener(cl);
}
changeListeners.remove(dn);
}
}
@Override
public void performPostModify(ServerManagedObject managedObject) throws ConfigException {
// Remove all the constraints associated with this managed
// object and then re-register them.
performPostDelete(managedObject);
performPostAdd(managedObject);
}
}
/**
* The client-side constraint handler implementation which enforces
* referential integrity when aggregating managed objects are added or
* modified.
*/
private class SourceClientHandler extends ClientConstraintHandler {
@Override
public boolean isAddAcceptable(ManagementContext context, ManagedObject managedObject,
Collection unacceptableReasons) throws LdapException {
// If all of this managed object's "enabled" properties are true
// then any referenced managed objects must also be enabled.
boolean needsEnabling = targetNeedsEnablingCondition.evaluate(context, managedObject);
// Check the referenced managed objects exist and, if required,
// are enabled.
boolean isAcceptable = true;
LocalizableMessage ufn = getRelationDefinition().getUserFriendlyName();
for (String name : managedObject.getPropertyValues(AggregationPropertyDefinition.this)) {
// Retrieve the referenced managed object and make sure it
// exists.
ManagedObjectPath path = getChildPath(name);
ManagedObject ref;
try {
ref = context.getManagedObject(path);
} catch (DefinitionDecodingException | ManagedObjectDecodingException e) {
LocalizableMessage msg =
ERR_CLIENT_REFINT_TARGET_INVALID.get(ufn, name, getName(), e.getMessageObject());
unacceptableReasons.add(msg);
isAcceptable = false;
continue;
} catch (ManagedObjectNotFoundException e) {
LocalizableMessage msg = ERR_CLIENT_REFINT_TARGET_DANGLING_REFERENCE.get(ufn, name, getName());
unacceptableReasons.add(msg);
isAcceptable = false;
continue;
}
// Make sure the reference managed object is enabled.
if (needsEnabling
&& !targetIsEnabledCondition.evaluate(context, ref)) {
LocalizableMessage msg = ERR_CLIENT_REFINT_TARGET_DISABLED.get(ufn, name, getName());
unacceptableReasons.add(msg);
isAcceptable = false;
}
}
return isAcceptable;
}
@Override
public boolean isModifyAcceptable(ManagementContext context, ManagedObject managedObject,
Collection unacceptableReasons) throws LdapException {
// The same constraint applies as for adds.
return isAddAcceptable(context, managedObject, unacceptableReasons);
}
}
/**
* The client-side constraint handler implementation which enforces
* referential integrity when aggregated managed objects are deleted or
* modified.
*/
private class TargetClientHandler extends ClientConstraintHandler {
@Override
public boolean isDeleteAcceptable(ManagementContext context, ManagedObjectPath path,
Collection unacceptableReasons) throws LdapException {
// Any references to the deleted managed object should cause a
// constraint violation.
boolean isAcceptable = true;
for (ManagedObject mo : findReferences(context, getManagedObjectDefinition(), path.getName())) {
final LocalizableMessage uName1 = mo.getManagedObjectDefinition().getUserFriendlyName();
final LocalizableMessage uName2 = getManagedObjectDefinition().getUserFriendlyName();
final String moName = mo.getManagedObjectPath().getName();
final LocalizableMessage msg = moName != null
? ERR_CLIENT_REFINT_CANNOT_DELETE_WITH_NAME.get(getName(), uName1, moName, uName2)
: ERR_CLIENT_REFINT_CANNOT_DELETE_WITHOUT_NAME.get(getName(), uName1, uName2);
unacceptableReasons.add(msg);
isAcceptable = false;
}
return isAcceptable;
}
@Override
public boolean isModifyAcceptable(ManagementContext context, ManagedObject managedObject,
Collection unacceptableReasons) throws LdapException {
// If the modified managed object is disabled and there are some
// active references then refuse the change.
if (targetIsEnabledCondition.evaluate(context, managedObject)) {
return true;
}
// The referenced managed object is disabled. Need to check for
// active references.
boolean isAcceptable = true;
for (ManagedObject mo : findReferences(context, getManagedObjectDefinition(), managedObject
.getManagedObjectPath().getName())) {
if (targetNeedsEnablingCondition.evaluate(context, mo)) {
final LocalizableMessage uName1 = managedObject.getManagedObjectDefinition().getUserFriendlyName();
final LocalizableMessage uName2 = mo.getManagedObjectDefinition().getUserFriendlyName();
final String moName = mo.getManagedObjectPath().getName();
final LocalizableMessage msg = moName != null
? ERR_CLIENT_REFINT_CANNOT_DISABLE_WITH_NAME.get(uName1, getName(), uName2, moName)
: ERR_CLIENT_REFINT_CANNOT_DISABLE_WITHOUT_NAME.get(uName1, getName(), uName2);
unacceptableReasons.add(msg);
isAcceptable = false;
}
}
return isAcceptable;
}
/** Find all managed objects which reference the named managed object using this property. */
private List> findReferences(
ManagementContext context, AbstractManagedObjectDefinition mod, String name)
throws LdapException {
List> instances = findInstances(context, mod);
Iterator> i = instances.iterator();
while (i.hasNext()) {
ManagedObject mo = i.next();
boolean hasReference = false;
for (String value : mo.getPropertyValues(AggregationPropertyDefinition.this)) {
if (compare(value, name) == 0) {
hasReference = true;
break;
}
}
if (!hasReference) {
i.remove();
}
}
return instances;
}
/** Find all instances of a specific type of managed object. */
@SuppressWarnings("unchecked")
private List> findInstances(
ManagementContext context, AbstractManagedObjectDefinition mod) throws LdapException {
List> instances = new LinkedList<>();
if (mod == RootCfgDefn.getInstance()) {
instances.add((ManagedObject) context.getRootConfigurationManagedObject());
} else {
for (RelationDefinition rd : mod.getAllReverseRelationDefinitions()) {
for (ManagedObject parent : findInstances(context, rd.getParentDefinition())) {
try {
if (rd instanceof SingletonRelationDefinition) {
SingletonRelationDefinition srd =
(SingletonRelationDefinition) rd;
ManagedObject mo = parent.getChild(srd);
if (mo.getManagedObjectDefinition().isChildOf(mod)) {
instances.add((ManagedObject) mo);
}
} else if (rd instanceof OptionalRelationDefinition) {
OptionalRelationDefinition ord =
(OptionalRelationDefinition) rd;
ManagedObject mo = parent.getChild(ord);
if (mo.getManagedObjectDefinition().isChildOf(mod)) {
instances.add((ManagedObject) mo);
}
} else if (rd instanceof InstantiableRelationDefinition) {
InstantiableRelationDefinition ird =
(InstantiableRelationDefinition) rd;
for (String name : parent.listChildren(ird)) {
ManagedObject mo = parent.getChild(ird, name);
if (mo.getManagedObjectDefinition().isChildOf(mod)) {
instances.add((ManagedObject) mo);
}
}
}
} catch (OperationsException e) {
// Ignore all operations exceptions.
}
}
}
}
return instances;
}
}
/**
* Creates an aggregation property definition builder.
*
* @param
* The type of client managed object configuration that this
* aggregation property definition refers to.
* @param
* The type of server managed object configuration that this
* aggregation property definition refers to.
* @param d
* The managed object definition associated with this property
* definition.
* @param propertyName
* The property name.
* @return Returns the new aggregation property definition builder.
*/
public static Builder createBuilder(
AbstractManagedObjectDefinition d, String propertyName) {
return new Builder<>(d, propertyName);
}
private static final Logger debugLogger = LoggerFactory.getLogger(AggregationPropertyDefinition.class);
/** The active server-side referential integrity change listeners associated with this property. */
private final Map> changeListeners = new HashMap<>();
/** The active server-side referential integrity delete listeners associated with this property. */
private final Map> deleteListeners = new HashMap<>();
/** The name of the managed object which is the parent of the aggregated managed objects. */
private ManagedObjectPath parentPath;
/**
* The string representation of the managed object path specifying
* the parent of the aggregated managed objects.
*/
private final String parentPathString;
/**
* The name of a relation in the parent managed object which
* contains the aggregated managed objects.
*/
private final String rdName;
/** The relation in the parent managed object which contains the aggregated managed objects. */
private InstantiableRelationDefinition relationDefinition;
/** The source constraint. */
private final Constraint sourceConstraint;
/** The condition which is used to determine if a referenced managed object is enabled. */
private final Condition targetIsEnabledCondition;
/**
* The condition which is used to determine whether or not
* referenced managed objects need to be enabled.
*/
private final Condition targetNeedsEnablingCondition;
/** Private constructor. */
private AggregationPropertyDefinition(AbstractManagedObjectDefinition d, String propertyName,
EnumSet options, AdministratorAction adminAction,
DefaultBehaviorProvider defaultBehavior, String parentPathString, String rdName,
Condition targetNeedsEnablingCondition, Condition targetIsEnabledCondition) {
super(d, String.class, propertyName, options, adminAction, defaultBehavior);
this.parentPathString = parentPathString;
this.rdName = rdName;
this.targetNeedsEnablingCondition = targetNeedsEnablingCondition;
this.targetIsEnabledCondition = targetIsEnabledCondition;
this.sourceConstraint = new Constraint() {
@Override
public Collection getClientConstraintHandlers() {
ClientConstraintHandler handler = new SourceClientHandler();
return Collections.singleton(handler);
}
@Override
public Collection getServerConstraintHandlers() {
ServerConstraintHandler handler = new ServerHandler();
return Collections.singleton(handler);
}
};
}
@Override
public R accept(PropertyDefinitionVisitor v, P p) {
return v.visitAggregation(this, p);
}
@Override
public R accept(PropertyValueVisitor v, String value, P p) {
return v.visitAggregation(this, value, p);
}
@Override
public String decodeValue(String value) {
Reject.ifNull(value);
try {
validateValue(value);
return value;
} catch (PropertyException e) {
throw PropertyException.illegalPropertyValueException(this, value);
}
}
/**
* Constructs a DN for a referenced managed object having the provided name.
* This method is implemented by first calling {@link #getChildPath(String)}
* and then invoking {@code ManagedObjectPath.toDN()} on the returned path.
*
* @param name
* The name of the child managed object.
* @return Returns a DN for a referenced managed object having the provided
* name.
*/
public final DN getChildDN(String name) {
return getChildPath(name).toDN();
}
/**
* Constructs a managed object path for a referenced managed object having
* the provided name.
*
* @param name
* The name of the child managed object.
* @return Returns a managed object path for a referenced managed object
* having the provided name.
*/
public final ManagedObjectPath getChildPath(String name) {
return parentPath.child(relationDefinition, name);
}
/**
* Gets the name of the managed object which is the parent of the aggregated
* managed objects.
*
* @return Returns the name of the managed object which is the parent of the
* aggregated managed objects.
*/
public final ManagedObjectPath getParentPath() {
return parentPath;
}
/**
* Gets the relation in the parent managed object which contains the
* aggregated managed objects.
*
* @return Returns the relation in the parent managed object which contains
* the aggregated managed objects.
*/
public final InstantiableRelationDefinition getRelationDefinition() {
return relationDefinition;
}
/**
* Gets the constraint which should be enforced on the aggregating managed
* object.
*
* @return Returns the constraint which should be enforced on the
* aggregating managed object.
*/
public final Constraint getSourceConstraint() {
return sourceConstraint;
}
/**
* Gets the optional constraint synopsis of this aggregation property
* definition in the default locale. The constraint synopsis describes when
* and how referenced managed objects must be enabled. When there are no
* constraints between the source managed object and the objects it
* references through this aggregation, null is returned.
*
* @return Returns the optional constraint synopsis of this aggregation
* property definition in the default locale, or null
* if there is no constraint synopsis.
*/
public final LocalizableMessage getSourceConstraintSynopsis() {
return getSourceConstraintSynopsis(Locale.getDefault());
}
/**
* Gets the optional constraint synopsis of this aggregation property
* definition in the specified locale.The constraint synopsis describes when
* and how referenced managed objects must be enabled. When there are no
* constraints between the source managed object and the objects it
* references through this aggregation, null is returned.
*
* @param locale
* The locale.
* @return Returns the optional constraint synopsis of this aggregation
* property definition in the specified locale, or null
* if there is no constraint synopsis.
*/
public final LocalizableMessage getSourceConstraintSynopsis(Locale locale) {
ManagedObjectDefinitionI18NResource resource = ManagedObjectDefinitionI18NResource.getInstance();
String property = "property." + getName() + ".syntax.aggregation.constraint-synopsis";
try {
return resource.getMessage(getManagedObjectDefinition(), property, locale);
} catch (MissingResourceException e) {
return null;
}
}
/**
* Gets the condition which is used to determine if a referenced managed
* object is enabled.
*
* @return Returns the condition which is used to determine if a referenced
* managed object is enabled.
*/
public final Condition getTargetIsEnabledCondition() {
return targetIsEnabledCondition;
}
/**
* Gets the condition which is used to determine whether or not referenced
* managed objects need to be enabled.
*
* @return Returns the condition which is used to determine whether or not
* referenced managed objects need to be enabled.
*/
public final Condition getTargetNeedsEnablingCondition() {
return targetNeedsEnablingCondition;
}
@Override
public String normalizeValue(String value) {
try {
Reference reference = Reference.parseName(parentPath, relationDefinition, value);
return reference.getNormalizedName();
} catch (IllegalArgumentException e) {
throw PropertyException.illegalPropertyValueException(this, value);
}
}
@Override
public void toString(StringBuilder builder) {
super.toString(builder);
builder.append(" parentPath=");
builder.append(parentPath);
builder.append(" relationDefinition=");
builder.append(relationDefinition.getName());
builder.append(" targetNeedsEnablingCondition=");
builder.append(targetNeedsEnablingCondition);
builder.append(" targetIsEnabledCondition=");
builder.append(targetIsEnabledCondition);
}
@Override
public void validateValue(String value) {
try {
Reference.parseName(parentPath, relationDefinition, value);
} catch (IllegalArgumentException e) {
throw PropertyException.illegalPropertyValueException(this, value);
}
}
/** {@inheritDoc} */
@SuppressWarnings("unchecked")
@Override
public void initialize() throws Exception {
// Decode the path.
parentPath = ManagedObjectPath.valueOf(parentPathString);
// Decode the relation definition.
AbstractManagedObjectDefinition parent = parentPath.getManagedObjectDefinition();
RelationDefinition rd = parent.getRelationDefinition(rdName);
relationDefinition = (InstantiableRelationDefinition) rd;
// Now decode the conditions.
targetNeedsEnablingCondition.initialize(getManagedObjectDefinition());
targetIsEnabledCondition.initialize(rd.getChildDefinition());
// Register a client-side constraint with the referenced
// definition. This will be used to enforce referential integrity
// for actions performed against referenced managed objects.
Constraint constraint = new Constraint() {
@Override
public Collection getClientConstraintHandlers() {
ClientConstraintHandler handler = new TargetClientHandler();
return Collections.singleton(handler);
}
@Override
public Collection getServerConstraintHandlers() {
return Collections.emptyList();
}
};
rd.getChildDefinition().registerConstraint(constraint);
}
}