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package klass.model.meta.domain;
import java.math.BigDecimal;
import java.sql.Timestamp;
import java.util.*;
import java.io.*;
import org.slf4j.Logger;
import org.slf4j.LoggerFactory;
import com.gs.fw.common.mithra.*;
import com.gs.fw.common.mithra.attribute.*;
import com.gs.fw.common.mithra.util.*;
import com.gs.fw.common.mithra.notification.*;
import com.gs.fw.common.mithra.notification.listener.*;
import com.gs.fw.common.mithra.list.cursor.Cursor;
import com.gs.fw.common.mithra.bulkloader.*;
import com.gs.fw.common.mithra.*;
import com.gs.fw.common.mithra.attribute.*;
import com.gs.fw.common.mithra.attribute.calculator.procedure.ObjectProcedure;
import com.gs.fw.common.mithra.behavior.txparticipation.*;
import com.gs.fw.common.mithra.cache.Cache;
import com.gs.fw.common.mithra.cache.bean.*;
import com.gs.fw.common.mithra.extractor.*;
import com.gs.fw.common.mithra.finder.*;
import com.gs.fw.common.mithra.finder.booleanop.*;
import com.gs.fw.common.mithra.finder.integer.*;
import com.gs.fw.common.mithra.finder.longop.*;
import com.gs.fw.common.mithra.finder.orderby.OrderBy;
import com.gs.fw.common.mithra.finder.string.*;
import com.gs.fw.common.mithra.extractor.NormalAndListValueSelector;
import com.gs.fw.common.mithra.list.NulledRelation;
import com.gs.fw.common.mithra.querycache.CachedQuery;
import com.gs.fw.common.mithra.querycache.QueryCache;
import com.gs.fw.common.mithra.portal.*;
import com.gs.fw.common.mithra.remote.*;
import com.gs.fw.common.mithra.transaction.MithraObjectPersister;
import com.gs.fw.common.mithra.util.TimestampPool;
import org.eclipse.collections.impl.map.mutable.UnifiedMap;
import java.io.Serializable;
/**
* This file was automatically generated using Mithra 18.0.0. Please do not modify it.
* Add custom logic to its subclass instead.
*/
public class ClassifierInterfaceMappingFinder
{
	private static final String IMPL_CLASS_NAME_WITH_SLASHES = "klass/model/meta/domain/ClassifierInterfaceMapping";
	private static final String BUSINESS_CLASS_NAME_WITH_DOTS = "klass.model.meta.domain.ClassifierInterfaceMapping";
	private static final FinderMethodMap finderMethodMap;
	private static boolean isFullCache;
	private static boolean isOffHeap;
	private static volatile MithraObjectPortal objectPortal = new UninitializedPortal("klass.model.meta.domain.ClassifierInterfaceMapping");
	private static final ClassifierInterfaceMappingSingleFinder finder = new ClassifierInterfaceMappingSingleFinder();
	private static ConstantStringSet[] constantStringSets = new ConstantStringSet[0];
	private static ConstantIntSet[] constantIntSets = new ConstantIntSet[0];
	private static ConstantShortSet[] constantShortSets = new ConstantShortSet[0];
	static
	{
		finderMethodMap = new FinderMethodMap(ClassifierInterfaceMappingFinder.ClassifierInterfaceMappingRelatedFinder.class);
		finderMethodMap.addNormalAttributeName("classifierName");
		finderMethodMap.addNormalAttributeName("interfaceName");
		finderMethodMap.addNormalAttributeName("ordinal");
		finderMethodMap.addRelationshipName("superInterface");
		finderMethodMap.addRelationshipName("subClassifier");
	}

	public static Attribute[] allPersistentAttributes()
	{
		return finder.getPersistentAttributes();
	}

	public static List allRelatedFinders()
	{
		return finder.getRelationshipFinders();
	}

	public static List allDependentRelatedFinders()
	{
		return finder.getDependentRelationshipFinders();
	}

	public static ConstantStringSet zGetConstantStringSet(int index)
	{
		return constantStringSets[index];
	}

	public static ConstantIntSet zGetConstantIntSet(int index)
	{
		return constantIntSets[index];
	}

	public static ConstantShortSet zGetConstantShortSet(int index)
	{
		return constantShortSets[index];
	}

	public static Mapper zGetConstantJoin(int index)
	{
		return getConstantJoinPool()[index];
	}

	private static Mapper[] constantJoinPool;
	private static Mapper[] getConstantJoinPool()
	{
		if (constantJoinPool == null)
		{
			Mapper[] result = new Mapper[2];
			result[0] = ClassifierInterfaceMappingFinder.interfaceName().constructEqualityMapper(InterfaceFinder.name());
			result[1] = InterfaceFinder.name().constructEqualityMapper(ClassifierInterfaceMappingFinder.interfaceName());
			constantJoinPool = result;
		}

		return constantJoinPool;
	}

	public static SourceAttributeType getSourceAttributeType()
	{
		return null;
	}

	public static ClassifierInterfaceMapping findOne(com.gs.fw.finder.Operation operation)
	{
		return findOne(operation, false);
	}

	public static ClassifierInterfaceMapping findOneBypassCache(com.gs.fw.finder.Operation operation)
	{
		return findOne(operation, true);
	}

	public static ClassifierInterfaceMappingList findMany(com.gs.fw.finder.Operation operation)
	{
		return (ClassifierInterfaceMappingList) finder.findMany(operation);
	}

	public static ClassifierInterfaceMappingList findManyBypassCache(com.gs.fw.finder.Operation operation)
	{
		return (ClassifierInterfaceMappingList) finder.findManyBypassCache(operation);
	}

	private static ClassifierInterfaceMapping findOne(com.gs.fw.finder.Operation operation, boolean bypassCache)
	{
		List found = getMithraObjectPortal().find((Operation) operation, bypassCache);
		return (ClassifierInterfaceMapping) FinderUtils.findOne(found);
	}

	public static ClassifierInterfaceMapping findByPrimaryKey(String classifierName, String interfaceName)
	{
		return finder.findByPrimaryKey(classifierName, interfaceName);
	}

	private static final RelationshipHashStrategy forPrimaryKey = new PrimaryKeyRhs();
	private static final class PrimaryKeyRhs implements RelationshipHashStrategy
	{
		public boolean equalsForRelationship(Object _srcObject, Object _srcData, Object _targetData, Timestamp _asOfDate0, Timestamp _asOfDate1)
		{
			I3O3L3 _bean = (I3O3L3) _srcData;
			ClassifierInterfaceMappingData _castedTargetData = (ClassifierInterfaceMappingData) _targetData;
			if (_bean.getO1AsString().equals(_castedTargetData.getClassifierName()) && _bean.getO2AsString().equals(_castedTargetData.getInterfaceName()))
			{
				return true;
			}

			return false;
		}

		public int computeHashCodeFromRelated(Object _srcObject, Object _srcData)
		{
			I3O3L3 _bean = (I3O3L3) _srcData;
			return HashUtil.combineHashes(HashUtil.hash(_bean.getO1AsString()),HashUtil.hash(_bean.getO2AsString()));
		}

		public int computeOffHeapHashCodeFromRelated(Object _srcObject, Object _srcData)
		{
			I3O3L3 _bean = (I3O3L3) _srcData;
			return HashUtil.combineHashes(HashUtil.offHeapHash(_bean.getO1AsString()),HashUtil.offHeapHash(_bean.getO2AsString()));
		}
	}

	public static ClassifierInterfaceMapping zFindOneForRelationship(Operation operation)
	{
		List found = getMithraObjectPortal().findAsCachedQuery(operation, null, false, true, 0).getResult();
		return (ClassifierInterfaceMapping) FinderUtils.findOne(found);
	}

	public static MithraObjectPortal getMithraObjectPortal()
	{
		return objectPortal.getInitializedPortal();
	}

	public static void clearQueryCache()
	{
		objectPortal.clearQueryCache();
	}

	public static void reloadCache()
	{
		objectPortal.reloadCache();
	}

	public static class ClassifierInterfaceMappingRelatedFinder extends AbstractRelatedFinder
	{
		private List relationshipFinders;
		private List dependentRelationshipFinders;
		private StringAttribute classifierName;
		private StringAttribute interfaceName;
		private IntegerAttribute ordinal;
		private ClassifierInterfaceMappingSuperInterfaceFinderSubclass superInterface;
		private ClassifierInterfaceMappingSubClassifierFinderSubclass subClassifier;
		public ClassifierInterfaceMappingRelatedFinder()
		{
			super();
		}

		public ClassifierInterfaceMappingRelatedFinder(Mapper mapper)
		{
			super(mapper);
		}

		public String getFinderClassName()
		{
			return "klass.model.meta.domain.ClassifierInterfaceMappingFinder";
		}

		public RelatedFinder getRelationshipFinderByName(String relationshipName)
		{
			return ClassifierInterfaceMappingFinder.finderMethodMap.getRelationshipFinderByName(relationshipName, this);
		}

		public Attribute getAttributeByName(String attributeName)
		{
			return ClassifierInterfaceMappingFinder.finderMethodMap.getAttributeByName(attributeName, this);
		}

		public com.gs.fw.common.mithra.extractor.Function getAttributeOrRelationshipSelector(String attributeName)
		{
			return ClassifierInterfaceMappingFinder.finderMethodMap.getAttributeOrRelationshipSelectorFunction(attributeName, this);
		}

		public Attribute[] getPersistentAttributes()
		{
			Attribute[] attributes = new Attribute[3];
			attributes[0] = this.classifierName();
			attributes[1] = this.interfaceName();
			attributes[2] = this.ordinal();
			return attributes;
		}

		public List getRelationshipFinders()
		{
			if (relationshipFinders == null)
			{
				List relatedFinders = new ArrayList(2);
				relatedFinders.add(this.superInterface());
				relatedFinders.add(this.subClassifier());
				relationshipFinders = Collections.unmodifiableList(relatedFinders);
			}

			return relationshipFinders;
		}

		public List getDependentRelationshipFinders()
		{
			if (dependentRelationshipFinders == null)
			{
				List dependentRelatedFinders = new ArrayList(0);
				dependentRelationshipFinders = Collections.unmodifiableList(dependentRelatedFinders);
			}

			return dependentRelationshipFinders;
		}

		public ClassifierInterfaceMapping findOne(com.gs.fw.finder.Operation operation)
		{
			return ClassifierInterfaceMappingFinder.findOne(operation, false);
		}

		public ClassifierInterfaceMapping findOneBypassCache(com.gs.fw.finder.Operation operation)
		{
			return ClassifierInterfaceMappingFinder.findOne(operation, true);
		}

		public MithraList findMany(com.gs.fw.finder.Operation operation)
		{
			return new ClassifierInterfaceMappingList((Operation) operation);
		}

		public MithraList findManyBypassCache(com.gs.fw.finder.Operation operation)
		{
			ClassifierInterfaceMappingList result = (ClassifierInterfaceMappingList) this.findMany(operation);
			result.setBypassCache(true);
			return result;
		}

		public MithraList constructEmptyList()
		{
			return new ClassifierInterfaceMappingList();
		}

		public int getSerialVersionId()
		{
			return 1048318388;
		}

		public boolean isPure()
		{
			return false;
		}

		public boolean isTemporary()
		{
			return false;
		}

		public int getHierarchyDepth()
		{
			return 0;
		}

		public StringAttribute classifierName()
		{
			StringAttribute result = this.classifierName;
			if (result == null)
			{
				result = mapper == null ? SingleColumnStringAttribute.generate("\"CLASSIFIER_NAME\"","","classifierName",BUSINESS_CLASS_NAME_WITH_DOTS,IMPL_CLASS_NAME_WITH_SLASHES,false,false,this,null,true,false,-1,-1,-1,256,false, false) :
					new MappedStringAttribute(ClassifierInterfaceMappingFinder.classifierName(), this.mapper, this.zGetValueSelector());
				result.zSetOwningRelationship("subClassifier");
				result.zSetOwningReverseRelationship("klass.model.meta.domain", "Classifier", "superInterfaces");
				this.classifierName = result;
			}

			return result;
		}

		public StringAttribute interfaceName()
		{
			StringAttribute result = this.interfaceName;
			if (result == null)
			{
				result = mapper == null ? SingleColumnStringAttribute.generate("\"INTERFACE_NAME\"","","interfaceName",BUSINESS_CLASS_NAME_WITH_DOTS,IMPL_CLASS_NAME_WITH_SLASHES,false,false,this,null,true,false,-1,-1,-1,256,false, false) :
					new MappedStringAttribute(ClassifierInterfaceMappingFinder.interfaceName(), this.mapper, this.zGetValueSelector());
				result.zSetOwningRelationship("superInterface");
				result.zSetOwningReverseRelationship("klass.model.meta.domain", "Interface", "subClassifiers");
				this.interfaceName = result;
			}

			return result;
		}

		public IntegerAttribute ordinal()
		{
			IntegerAttribute result = this.ordinal;
			if (result == null)
			{
				result = mapper == null ? SingleColumnIntegerAttribute.generate("\"ORDINAL\"","","ordinal",BUSINESS_CLASS_NAME_WITH_DOTS,IMPL_CLASS_NAME_WITH_SLASHES,false,false,this,null,true,false,false,-1,-1,-1,false, false) :
					new MappedIntegerAttribute(ClassifierInterfaceMappingFinder.ordinal(), this.mapper, this.zGetValueSelector());
				this.ordinal = result;
			}

			return result;
		}

		public InterfaceFinder.InterfaceSingleFinderForRelatedClasses superInterface()
		{
			ClassifierInterfaceMappingSuperInterfaceFinderSubclass result = this.superInterface;
			if (result == null)
			{
				Mapper newMapper = combineWithMapperIfExists(ClassifierInterfaceMappingFinder.zGetClassifierInterfaceMappingSuperInterfaceReverseMapper());
				newMapper.setToMany(false);
				result = new ClassifierInterfaceMappingSuperInterfaceFinderSubclass(newMapper , this.zGetValueSelector() );
				this.superInterface = result;
			}

			return result;
		}

		public ClassifierFinder.ClassifierSingleFinderForRelatedClasses subClassifier()
		{
			ClassifierInterfaceMappingSubClassifierFinderSubclass result = this.subClassifier;
			if (result == null)
			{
				Mapper newMapper = combineWithMapperIfExists(ClassifierFinder.zGetClassifierSuperInterfacesMapper());
				newMapper.setToMany(false);
				result = new ClassifierInterfaceMappingSubClassifierFinderSubclass(newMapper , this.zGetValueSelector() );
				this.subClassifier = result;
			}

			return result;
		}

		public Attribute getSourceAttribute()
		{
			return null;
		}

		private Mapper combineWithMapperIfExists(Mapper newMapper)
		{
			if (this.mapper != null)
			{
				return new LinkedMapper(this.mapper, newMapper);
			}

			return newMapper;
		}

		public Attribute[] getPrimaryKeyAttributes()
		{
			return ClassifierInterfaceMappingFinder.getPrimaryKeyAttributes();
		}

		public VersionAttribute getVersionAttribute()
		{
			return null;
		}

		public MithraObjectPortal getMithraObjectPortal()
		{
			return ClassifierInterfaceMappingFinder.getMithraObjectPortal();
		}
	}

	public static class ClassifierInterfaceMappingCollectionFinder extends ClassifierInterfaceMappingRelatedFinder
	{
		public ClassifierInterfaceMappingCollectionFinder(Mapper mapper)
		{
			super(mapper);
		}
	}

	public static abstract class ClassifierInterfaceMappingCollectionFinderForRelatedClasses
	extends ClassifierInterfaceMappingCollectionFinder
	implements DeepRelationshipAttribute
	{
		public ClassifierInterfaceMappingCollectionFinderForRelatedClasses(Mapper mapper)
		{
			super(mapper);
		}

		protected NormalAndListValueSelector zGetValueSelector()
		{
			return this;
		}
	}

	public static class ClassifierInterfaceMappingSingleFinder extends ClassifierInterfaceMappingRelatedFinder
	implements ToOneFinder
	{
		public ClassifierInterfaceMappingSingleFinder(Mapper mapper)
		{
			super(mapper);
		}

		public ClassifierInterfaceMappingSingleFinder()
		{
			super(null);
		}

		public Operation eq(ClassifierInterfaceMapping other)
		{
			return this.classifierName().eq(other.getClassifierName())
			.and(this.interfaceName().eq(other.getInterfaceName()))
			;
		}
		// this implementation uses private API. Do NOT copy to application code. Application code must use normal operations for lookups.
		public ClassifierInterfaceMapping findByPrimaryKey(String classifierName, String interfaceName)
		{
			ClassifierInterfaceMapping _result = null;
			Operation _op = null;
			Object _related = null;
			if (classifierName != null && interfaceName != null)
			{
				I3O3L3 _bean = I3O3L3.POOL.getOrConstruct();
				_bean.setO1(classifierName);
				_bean.setO2(interfaceName);
				MithraObjectPortal _portal = this.getMithraObjectPortal();
				_related = _portal.getAsOneFromCacheForFind(_bean, _bean, forPrimaryKey, null, null);
				_bean.release();
			}

			if (!(_related instanceof NulledRelation)) _result = (ClassifierInterfaceMapping) _related;
			if (_related == null)
			{
				_op = this.classifierName().eq(classifierName).and(this.interfaceName().eq(interfaceName));
			}

			if (_op != null)
			{
				_result = this.findOne(_op);
			}

			return _result;
		}
	}

	public static abstract class ClassifierInterfaceMappingSingleFinderForRelatedClasses extends ClassifierInterfaceMappingSingleFinder implements DeepRelationshipAttribute
	{
		public ClassifierInterfaceMappingSingleFinderForRelatedClasses(Mapper mapper)
		{
			super(mapper);
		}

		protected NormalAndListValueSelector zGetValueSelector()
		{
			return this;
		}
	}

	private static Mapper superInterfaceReverseMapper = null;
	public static Mapper zGetClassifierInterfaceMappingSuperInterfaceReverseMapper()
	{
		if (superInterfaceReverseMapper == null)
		{
			superInterfaceReverseMapper = zConstructClassifierInterfaceMappingSuperInterfaceReverseMapper();
		}

		return superInterfaceReverseMapper;
	}

	private static Mapper superInterfaceMapper = null;
	public static Mapper zGetClassifierInterfaceMappingSuperInterfaceMapper()
	{
		if (superInterfaceMapper == null)
		{
			superInterfaceMapper = zConstructClassifierInterfaceMappingSuperInterfaceMapper();
		}

		return superInterfaceMapper;
	}

	private static Mapper superInterfacePureReverseMapper = null;
	public static Mapper zGetClassifierInterfaceMappingSuperInterfacePureReverseMapper()
	{
		if (superInterfacePureReverseMapper == null)
		{
			superInterfacePureReverseMapper = zConstructClassifierInterfaceMappingSuperInterfacePureReverseMapper();
		}

		return superInterfacePureReverseMapper;
	}

	private static Mapper zConstructClassifierInterfaceMappingSuperInterfacePureReverseMapper()
	{
		Mapper superInterfaceMapper = ClassifierInterfaceMappingFinder.zGetConstantJoin(0);
		superInterfaceMapper.setName("superInterface");
		return superInterfaceMapper;
	}

	private static Mapper zConstructClassifierInterfaceMappingSuperInterfaceReverseMapper()
	{
		Mapper superInterfaceMapper = ClassifierInterfaceMappingFinder.zGetConstantJoin(0);
		superInterfaceMapper.setName("superInterface");
		return superInterfaceMapper;
	}

	private static Mapper zConstructClassifierInterfaceMappingSuperInterfaceMapper()
	{
		Mapper superInterfaceMapper = ClassifierInterfaceMappingFinder.zGetConstantJoin(1);
		superInterfaceMapper.setName("subClassifiers");
		return superInterfaceMapper;
	}

	/** maps to \"CLASSIFIER_INTERFACE_MAPPING\".\"CLASSIFIER_NAME\" **/
	public static StringAttribute classifierName()
	{
		return finder.classifierName();
	}

	/** maps to \"CLASSIFIER_INTERFACE_MAPPING\".\"INTERFACE_NAME\" **/
	public static StringAttribute interfaceName()
	{
		return finder.interfaceName();
	}

	/** maps to \"CLASSIFIER_INTERFACE_MAPPING\".\"ORDINAL\" **/
	public static IntegerAttribute ordinal()
	{
		return finder.ordinal();
	}

	public static InterfaceFinder.InterfaceSingleFinderForRelatedClasses superInterface()
	{
		return finder.superInterface();
	}

	public static class ClassifierInterfaceMappingSuperInterfaceFinderSubclass extends InterfaceFinder.InterfaceSingleFinderForRelatedClasses
	{
		public ClassifierInterfaceMappingSuperInterfaceFinderSubclass(Mapper mapper, NormalAndListValueSelector parentSelector )
		{
			super(mapper);
			this._parentSelector = (AbstractRelatedFinder) parentSelector;
			this._orderBy = null;
			this._type = SIMPLE_TO_ONE;
			this._name = "superInterface";
		}

		public DeepRelationshipAttribute copy()
		{
			return new ClassifierInterfaceMappingSuperInterfaceFinderSubclass(zGetMapper(), (NormalAndListValueSelector) this._parentSelector
			);
		}

		protected Interface plainValueOf(ClassifierInterfaceMapping _obj)
		{
			return _obj.getSuperInterface();
		}

		protected InterfaceList plainListValueOf(Object _obj)
		{
			return ((ClassifierInterfaceMappingList)_obj).getSuperInterfaces();
		}
	}

	public static ClassifierFinder.ClassifierSingleFinderForRelatedClasses subClassifier()
	{
		return finder.subClassifier();
	}

	public static class ClassifierInterfaceMappingSubClassifierFinderSubclass extends ClassifierFinder.ClassifierSingleFinderForRelatedClasses
	{
		public ClassifierInterfaceMappingSubClassifierFinderSubclass(Mapper mapper, NormalAndListValueSelector parentSelector )
		{
			super(mapper);
			this._parentSelector = (AbstractRelatedFinder) parentSelector;
			this._orderBy = null;
			this._type = SIMPLE_TO_ONE;
			this._name = "subClassifier";
		}

		public DeepRelationshipAttribute copy()
		{
			return new ClassifierInterfaceMappingSubClassifierFinderSubclass(zGetMapper(), (NormalAndListValueSelector) this._parentSelector
			);
		}

		protected Classifier plainValueOf(ClassifierInterfaceMapping _obj)
		{
			return _obj.getSubClassifier();
		}

		protected ClassifierList plainListValueOf(Object _obj)
		{
			return ((ClassifierInterfaceMappingList)_obj).getSubClassifiers();
		}
	}

	public static Operation eq(ClassifierInterfaceMapping other)
	{
		return finder.eq(other);
	}

	public static Operation all()
	{
		return new All(classifierName());
	}

	public static ClassifierInterfaceMappingSingleFinder getFinderInstance()
	{
		return finder;
	}

	public static Attribute[] getPrimaryKeyAttributes()
	{
		return new Attribute[] 
		{
			classifierName()
			, interfaceName()
		}

		;
	}

	public static Attribute[] getImmutableAttributes()
	{
		return new Attribute[] 
		{
			classifierName()
			, classifierName()
			, interfaceName()
		}

		;
	}

	public static AsOfAttribute[] getAsOfAttributes()
	{
		return null;
	}

	protected static void initializeIndicies(Cache cache)
	{
		cache.addIndex("0 Index", new Attribute[] 
		{
			classifierName()
		}

		);
		cache.addIndex("1 Index", new Attribute[] 
		{
			interfaceName()
		}

		);
	}

	protected static void initializePortal(MithraObjectDeserializer objectFactory, Cache cache,
		MithraConfigurationManager.Config config)
	{
		initializeIndicies(cache);
		isFullCache = cache.isFullCache();
		isOffHeap = cache.isOffHeap();
		MithraObjectPortal portal;
		if (config.isParticipatingInTx())
		{
			portal = new MithraTransactionalPortal(objectFactory, cache, getFinderInstance(),
				config.getRelationshipCacheSize(), config.getMinQueriesToKeep(), null,
				null, null, 0,
				(MithraObjectPersister) objectFactory);
		}
		else
		{
			portal = new MithraReadOnlyPortal(objectFactory, cache, getFinderInstance(),
				config.getRelationshipCacheSize(), config.getMinQueriesToKeep(), null,
				null, null, 0,
				(MithraObjectPersister) objectFactory);
		}

		portal.setParentFinders(new RelatedFinder[] 
		{
			ClassifierFinder.getFinderInstance(),InterfaceFinder.getFinderInstance(),
		}

		);
		config.initializePortal(portal);
		objectPortal.destroy();
		objectPortal = portal;
	}

	protected static void initializeClientPortal(MithraObjectDeserializer objectFactory, Cache cache,
		MithraConfigurationManager.Config config)
	{
		initializeIndicies(cache);
		isFullCache = cache.isFullCache();
		isOffHeap = cache.isOffHeap();
		MithraObjectPortal portal;
		if (config.isParticipatingInTx())
		{
			portal = new MithraTransactionalPortal(objectFactory, cache, getFinderInstance(),
				config.getRelationshipCacheSize(), config.getMinQueriesToKeep(),
				null, null,
				null, 0,
				new RemoteMithraObjectPersister(config.getRemoteMithraService(), getFinderInstance(), false));
		}
		else
		{
			portal = new MithraReadOnlyPortal(objectFactory, cache, getFinderInstance(),
				config.getRelationshipCacheSize(), config.getMinQueriesToKeep(),
				null, null,
				null, 0,
				new RemoteMithraObjectPersister(config.getRemoteMithraService(), getFinderInstance(), false));
		}

		portal.setParentFinders(new RelatedFinder[] 
		{
			ClassifierFinder.getFinderInstance(),InterfaceFinder.getFinderInstance(),
		}

		);
		config.initializePortal(portal);
		objectPortal.destroy();
		objectPortal = portal;
	}

	public static boolean isFullCache()
	{
		return isFullCache;
	}

	public static boolean isOffHeap()
	{
		return isOffHeap;
	}

	public static Attribute getAttributeByName(String attributeName)
	{
		return finder.getAttributeByName(attributeName);
	}

	public static com.gs.fw.common.mithra.extractor.Function getAttributeOrRelationshipSelector(String attributeName)
	{
		return finder.getAttributeOrRelationshipSelector(attributeName);
	}

	public static RelatedFinder getRelatedFinderByName(String relationshipName)
	{
		return finder.getRelationshipFinderByName(relationshipName);
	}

	public static DoubleAttribute[] zGetDoubleAttributes()
	{
		DoubleAttribute[] result = new DoubleAttribute[0];
		return result;
	}

	public static BigDecimalAttribute[] zGetBigDecimalAttributes()
	{
		BigDecimalAttribute[] result = new BigDecimalAttribute[0];
		return result;
	}

	public static void zResetPortal()
	{
		objectPortal.destroy();
		objectPortal = new UninitializedPortal("klass.model.meta.domain.ClassifierInterfaceMapping");
		isFullCache = false;
		isOffHeap = false;
	}

	public static void setTransactionModeFullTransactionParticipation(MithraTransaction tx)
	{
		tx.setTxParticipationMode(objectPortal, FullTransactionalParticipationMode.getInstance());
	}

	public static void setTransactionModeReadCacheUpdateCausesRefreshAndLock(MithraTransaction tx)
	{
		tx.setTxParticipationMode(objectPortal, ReadCacheUpdateCausesRefreshAndLockTxParticipationMode.getInstance());
	}

	public static void registerForNotification(MithraApplicationClassLevelNotificationListener listener)
	{
		getMithraObjectPortal().registerForApplicationClassLevelNotification(listener);
	}
}