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package org.umlg.qualifiertest;
import com.fasterxml.jackson.databind.ObjectMapper;
import java.util.ArrayList;
import java.util.Collections;
import java.util.HashMap;
import java.util.HashSet;
import java.util.List;
import java.util.Map;
import java.util.Set;
import java.util.UUID;
import org.apache.commons.text.StringEscapeUtils;
import org.apache.tinkerpop.gremlin.structure.Vertex;
import org.umlg.runtime.adaptor.TransactionThreadEntityVar;
import org.umlg.runtime.adaptor.UMLG;
import org.umlg.runtime.adaptor.UmlgLabelConverterFactory;
import org.umlg.runtime.adaptor.UmlgTmpIdManager;
import org.umlg.runtime.collection.Filter;
import org.umlg.runtime.collection.Qualifier;
import org.umlg.runtime.collection.UmlgCollection;
import org.umlg.runtime.collection.UmlgRuntimeProperty;
import org.umlg.runtime.collection.UmlgSet;
import org.umlg.runtime.collection.memory.UmlgMemorySet;
import org.umlg.runtime.collection.persistent.PropertyTree;
import org.umlg.runtime.collection.persistent.UmlgSetImpl;
import org.umlg.runtime.domain.BaseUmlgCompositionNode;
import org.umlg.runtime.domain.CompositionNode;
import org.umlg.runtime.domain.DataTypeEnum;
import org.umlg.runtime.domain.UmlgNode;
import org.umlg.runtime.domain.UmlgRootNode;
import org.umlg.runtime.util.ObjectMapperFactory;
import org.umlg.runtime.util.UmlgFormatter;
import org.umlg.runtime.validation.UmlgConstraintViolation;
import org.umlg.runtime.validation.UmlgConstraintViolationException;
import org.umlg.runtime.validation.UmlgValidation;
public class QualifierB extends BaseUmlgCompositionNode implements UmlgRootNode, CompositionNode {
static final public long serialVersionUID = 1L;
private UmlgSet name1;
private UmlgSet name2;
private UmlgSet int1;
private UmlgSet int2;
private UmlgSet int3;
private UmlgSet qualifierA;
private UmlgSet qualifierAInt;
private UmlgSet qualifierAMultipleInt;
private String tmpId; // tmpId is only used the umlg restlet gui. It is never persisted. Its value is generated by the gui.
/**
* constructor for QualifierB
*
* @param id
*/
public QualifierB(Object id) {
super(id);
}
/**
* constructor for QualifierB
*
* @param vertex
*/
public QualifierB(Vertex vertex) {
super(vertex);
}
/**
* default constructor for QualifierB
*/
public QualifierB() {
this(true);
}
/**
* constructor for QualifierB
*
* @param persistent
*/
public QualifierB(Boolean persistent) {
super(persistent);
}
public void addToInt1(Integer int1) {
if ( !this.int1.isEmpty() ) {
throw new RuntimeException("Property is a one and already has value, first clear it before adding!");
}
if ( int1 != null ) {
List violations = validateInt1(int1);
if ( violations.isEmpty() ) {
this.int1.add(int1);
} else {
throw new UmlgConstraintViolationException(violations);
}
}
}
public void addToInt1IgnoreInverse(Integer int1) {
if ( !this.int1.isEmpty() ) {
throw new RuntimeException("Property is a one and already has value, first clear it before adding!");
}
if ( int1 != null ) {
List violations = validateInt1(int1);
if ( violations.isEmpty() ) {
this.int1.add(int1);
} else {
throw new UmlgConstraintViolationException(violations);
}
}
}
public void addToInt2(Integer int2) {
if ( !this.int2.isEmpty() ) {
throw new RuntimeException("Property is a one and already has value, first clear it before adding!");
}
if ( int2 != null ) {
List violations = validateInt2(int2);
if ( violations.isEmpty() ) {
this.int2.add(int2);
} else {
throw new UmlgConstraintViolationException(violations);
}
}
}
public void addToInt2IgnoreInverse(Integer int2) {
if ( !this.int2.isEmpty() ) {
throw new RuntimeException("Property is a one and already has value, first clear it before adding!");
}
if ( int2 != null ) {
List violations = validateInt2(int2);
if ( violations.isEmpty() ) {
this.int2.add(int2);
} else {
throw new UmlgConstraintViolationException(violations);
}
}
}
public void addToInt3(Integer int3) {
if ( !this.int3.isEmpty() ) {
throw new RuntimeException("Property is a one and already has value, first clear it before adding!");
}
if ( int3 != null ) {
List violations = validateInt3(int3);
if ( violations.isEmpty() ) {
this.int3.add(int3);
} else {
throw new UmlgConstraintViolationException(violations);
}
}
}
public void addToInt3IgnoreInverse(Integer int3) {
if ( !this.int3.isEmpty() ) {
throw new RuntimeException("Property is a one and already has value, first clear it before adding!");
}
if ( int3 != null ) {
List violations = validateInt3(int3);
if ( violations.isEmpty() ) {
this.int3.add(int3);
} else {
throw new UmlgConstraintViolationException(violations);
}
}
}
public void addToName1(String name1) {
if ( !this.name1.isEmpty() ) {
throw new RuntimeException("Property is a one and already has value, first clear it before adding!");
}
if ( name1 != null ) {
List violations = validateName1(name1);
if ( violations.isEmpty() ) {
this.name1.add(name1);
} else {
throw new UmlgConstraintViolationException(violations);
}
}
}
public void addToName1IgnoreInverse(String name1) {
if ( !this.name1.isEmpty() ) {
throw new RuntimeException("Property is a one and already has value, first clear it before adding!");
}
if ( name1 != null ) {
List violations = validateName1(name1);
if ( violations.isEmpty() ) {
this.name1.add(name1);
} else {
throw new UmlgConstraintViolationException(violations);
}
}
}
public void addToName2(String name2) {
if ( !this.name2.isEmpty() ) {
throw new RuntimeException("Property is a one and already has value, first clear it before adding!");
}
if ( name2 != null ) {
List violations = validateName2(name2);
if ( violations.isEmpty() ) {
this.name2.add(name2);
} else {
throw new UmlgConstraintViolationException(violations);
}
}
}
public void addToName2IgnoreInverse(String name2) {
if ( !this.name2.isEmpty() ) {
throw new RuntimeException("Property is a one and already has value, first clear it before adding!");
}
if ( name2 != null ) {
List violations = validateName2(name2);
if ( violations.isEmpty() ) {
this.name2.add(name2);
} else {
throw new UmlgConstraintViolationException(violations);
}
}
}
public void addToQualifierA(QualifierA qualifierA) {
if ( qualifierA != null ) {
if ( !this.qualifierA.isEmpty() ) {
throw new RuntimeException("Property umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_1::qualifierA is a one and already has a value!");
}
this.qualifierA.add(qualifierA);
}
}
public void addToQualifierAIgnoreInverse(QualifierA qualifierA) {
if ( qualifierA != null ) {
if ( !this.qualifierA.isEmpty() ) {
throw new RuntimeException("Property umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_1::qualifierA is a one and already has a value!");
}
this.qualifierA.addIgnoreInverse(qualifierA);
}
}
public void addToQualifierAInt(QualifierA qualifierAInt) {
if ( qualifierAInt != null ) {
if ( !this.qualifierAInt.isEmpty() ) {
throw new RuntimeException("Property umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_2::qualifierAInt is a one and already has a value!");
}
this.qualifierAInt.add(qualifierAInt);
}
}
public void addToQualifierAIntIgnoreInverse(QualifierA qualifierAInt) {
if ( qualifierAInt != null ) {
if ( !this.qualifierAInt.isEmpty() ) {
throw new RuntimeException("Property umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_2::qualifierAInt is a one and already has a value!");
}
this.qualifierAInt.addIgnoreInverse(qualifierAInt);
}
}
public void addToQualifierAMultipleInt(QualifierA qualifierAMultipleInt) {
if ( qualifierAMultipleInt != null ) {
if ( !this.qualifierAMultipleInt.isEmpty() ) {
throw new RuntimeException("Property umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_3::qualifierAMultipleInt is a one and already has a value!");
}
this.qualifierAMultipleInt.add(qualifierAMultipleInt);
}
}
public void addToQualifierAMultipleIntIgnoreInverse(QualifierA qualifierAMultipleInt) {
if ( qualifierAMultipleInt != null ) {
if ( !this.qualifierAMultipleInt.isEmpty() ) {
throw new RuntimeException("Property umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_3::qualifierAMultipleInt is a one and already has a value!");
}
this.qualifierAMultipleInt.addIgnoreInverse(qualifierAMultipleInt);
}
}
static public UmlgSet allInstances(Filter filter) {
UmlgSet result = new UmlgMemorySet();
result.addAll(UMLG.get().allInstances(QualifierB.class.getName(), filter));
return result;
}
static public UmlgSet allInstances() {
UmlgSet result = new UmlgMemorySet();
result.addAll(UMLG.get().allInstances(QualifierB.class.getName()));
return result;
}
@Override
public List checkClassConstraints() {
List result = new ArrayList();
return result;
}
public void clearInt1() {
this.int1.clear();
}
public void clearInt2() {
this.int2.clear();
}
public void clearInt3() {
this.int3.clear();
}
public void clearName1() {
this.name1.clear();
}
public void clearName2() {
this.name2.clear();
}
public void clearQualifierA() {
this.qualifierA.clear();
}
public void clearQualifierAInt() {
this.qualifierAInt.clear();
}
public void clearQualifierAMultipleInt() {
this.qualifierAMultipleInt.clear();
}
@Override
public void delete() {
this.qualifierAMultipleInt.clear();
this.qualifierAInt.clear();
this.qualifierA.clear();
TransactionThreadEntityVar.remove(this);
this.vertex.remove();
}
@Override
public void fromJson(Map propertyMap) {
fromJsonDataTypeAndComposite(propertyMap);
fromJsonNonCompositeOne(propertyMap);
fromJsonNonCompositeRequiredMany(propertyMap);
}
@Override
public void fromJson(String json) {
ObjectMapper mapper = ObjectMapperFactory.INSTANCE.getObjectMapper();
try {
@SuppressWarnings( "unchecked")
Map propertyMap = mapper.readValue(json, Map.class);
fromJson(propertyMap);
} catch (Exception e) {
throw new RuntimeException(e);
}
}
@Override
public void fromJsonDataTypeAndComposite(Map propertyMap) {
Number int1AsNumber = (Number)propertyMap.get("int1");
Number int2AsNumber = (Number)propertyMap.get("int2");
Number int3AsNumber = (Number)propertyMap.get("int3");
if ( propertyMap.containsKey("name2") ) {
if ( propertyMap.get("name2") != null ) {
String name2 = (String)propertyMap.get("name2");
setName2(name2);
} else {
setName2(null);
}
}
if ( propertyMap.containsKey("int1") ) {
if ( propertyMap.get("int1") != null ) {
Integer int1 = int1AsNumber != null ? int1AsNumber.intValue() : null;
setInt1(int1);
} else {
setInt1(null);
}
}
if ( propertyMap.containsKey("int2") ) {
if ( propertyMap.get("int2") != null ) {
Integer int2 = int2AsNumber != null ? int2AsNumber.intValue() : null;
setInt2(int2);
} else {
setInt2(null);
}
}
if ( propertyMap.containsKey("int3") ) {
if ( propertyMap.get("int3") != null ) {
Integer int3 = int3AsNumber != null ? int3AsNumber.intValue() : null;
setInt3(int3);
} else {
setInt3(null);
}
}
if ( propertyMap.containsKey("name1") ) {
if ( propertyMap.get("name1") != null ) {
String name1 = (String)propertyMap.get("name1");
setName1(name1);
} else {
setName1(null);
}
}
if ( propertyMap.containsKey("tmpId") ) {
if ( propertyMap.get("tmpId") != null ) {
this.tmpId = (String)propertyMap.get("tmpId");
UmlgTmpIdManager.INSTANCE.put(this.tmpId, getId());
} else {
this.tmpId = null;
}
}
}
@SuppressWarnings( "unchecked")
@Override
public void fromJsonNonCompositeOne(Map propertyMap) {
if ( propertyMap.containsKey("qualifierAMultipleInt") ) {
if ( propertyMap.get("qualifierAMultipleInt") != null ) {
Map qualifierAMultipleIntMap = (Map)propertyMap.get("qualifierAMultipleInt");
if ( qualifierAMultipleIntMap.isEmpty() || qualifierAMultipleIntMap.get("id") == null ) {
setQualifierAMultipleInt(null);
} else {
setQualifierAMultipleInt((QualifierA)UMLG.get().getEntity((qualifierAMultipleIntMap.get("id"))));
}
} else {
setQualifierAMultipleInt(null);
}
}
if ( propertyMap.containsKey("qualifierAInt") ) {
if ( propertyMap.get("qualifierAInt") != null ) {
Map qualifierAIntMap = (Map)propertyMap.get("qualifierAInt");
if ( qualifierAIntMap.isEmpty() || qualifierAIntMap.get("id") == null ) {
setQualifierAInt(null);
} else {
setQualifierAInt((QualifierA)UMLG.get().getEntity((qualifierAIntMap.get("id"))));
}
} else {
setQualifierAInt(null);
}
}
if ( propertyMap.containsKey("qualifierA") ) {
if ( propertyMap.get("qualifierA") != null ) {
Map qualifierAMap = (Map)propertyMap.get("qualifierA");
if ( qualifierAMap.isEmpty() || qualifierAMap.get("id") == null ) {
setQualifierA(null);
} else {
setQualifierA((QualifierA)UMLG.get().getEntity((qualifierAMap.get("id"))));
}
} else {
setQualifierA(null);
}
}
}
@Override
public void fromJsonNonCompositeRequiredMany(Map propertyMap) {
}
public Integer getInt1() {
UmlgSet tmp = this.int1;
if ( !tmp.isEmpty() ) {
return tmp.iterator().next();
} else {
return null;
}
}
public Integer getInt2() {
UmlgSet tmp = this.int2;
if ( !tmp.isEmpty() ) {
return tmp.iterator().next();
} else {
return null;
}
}
public Integer getInt3() {
UmlgSet tmp = this.int3;
if ( !tmp.isEmpty() ) {
return tmp.iterator().next();
} else {
return null;
}
}
@Override
public String getMetaDataAsJson() {
return QualifierB.QualifierBRuntimePropertyEnum.asJson();
}
public String getName1() {
UmlgSet tmp = this.name1;
if ( !tmp.isEmpty() ) {
return tmp.iterator().next();
} else {
return null;
}
}
public String getName2() {
UmlgSet tmp = this.name2;
if ( !tmp.isEmpty() ) {
return tmp.iterator().next();
} else {
return null;
}
}
@Override
public UmlgNode getOwningObject() {
return null;
}
@Override
public String getQualifiedName() {
return "umlgtest::org::umlg::qualifiertest::QualifierB";
}
public QualifierA getQualifierA() {
UmlgSet tmp = this.qualifierA;
if ( !tmp.isEmpty() ) {
return tmp.iterator().next();
} else {
return null;
}
}
public QualifierA getQualifierAInt() {
UmlgSet tmp = this.qualifierAInt;
if ( !tmp.isEmpty() ) {
return tmp.iterator().next();
} else {
return null;
}
}
public QualifierA getQualifierAMultipleInt() {
UmlgSet tmp = this.qualifierAMultipleInt;
if ( !tmp.isEmpty() ) {
return tmp.iterator().next();
} else {
return null;
}
}
/**
* getQualifiers is called from the collection in order to update the index used to implement the qualifier
*
* @param tumlRuntimeProperty
* @param node
* @param inverse
*/
@Override
public List getQualifiers(UmlgRuntimeProperty tumlRuntimeProperty, UmlgNode node, boolean inverse) {
List result = Collections.emptyList();
QualifierBRuntimePropertyEnum runtimeProperty;
if ( !inverse ) {
runtimeProperty = QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getQualifiedName());
} else {
runtimeProperty = QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getInverseQualifiedName());
}
if ( runtimeProperty != null && result.isEmpty() ) {
switch ( runtimeProperty ) {
default:
result = Collections.emptyList();
}
}
return result;
}
/**
* getSize is called from the BaseCollection.addInternal in order to save the size of the inverse collection to update the edge's sequence order
*
* @param inverse
* @param tumlRuntimeProperty
*/
@Override
public int getSize(boolean inverse, UmlgRuntimeProperty tumlRuntimeProperty) {
int result = 0;
QualifierBRuntimePropertyEnum runtimeProperty;
if ( !inverse ) {
runtimeProperty = QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getQualifiedName());
} else {
runtimeProperty = QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getInverseQualifiedName());
}
if ( runtimeProperty != null && result == 0 ) {
switch ( runtimeProperty ) {
case qualifierAMultipleInt:
result = qualifierAMultipleInt.size();
break;
case qualifierAInt:
result = qualifierAInt.size();
break;
case name2:
result = name2.size();
break;
case int1:
result = int1.size();
break;
case int2:
result = int2.size();
break;
case int3:
result = int3.size();
break;
case name1:
result = name1.size();
break;
case qualifierA:
result = qualifierA.size();
break;
default:
result = 0;
}
}
return result;
}
@Override
public String getUid() {
String uid;
if ( !this.vertex.property("uid").isPresent() && this.vertex.property("uid").value() != null ) {
uid=UUID.randomUUID().toString();
this.vertex.property("uid", uid);
} else {
uid=this.vertex.value("uid");
}
return uid;
}
@Override
public boolean hasOnlyOneCompositeParent() {
int result = 0;
return result == 1;
}
public void initDataTypeVariablesWithDefaultValues() {
}
public void initVariables() {
setName1("");
setName2("");
setInt1(-1);
setInt2(-1);
setInt3(-1);
}
/**
* boolean properties' default values are initialized in the constructor via z_internalBooleanProperties
*
* @param loaded
*/
@Override
public void initialiseProperties(boolean loaded) {
this.qualifierAMultipleInt = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.qualifierAMultipleInt), loaded);
this.qualifierAInt = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.qualifierAInt), loaded);
this.name2 = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.name2), loaded);
this.int1 = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.int1), loaded);
this.int2 = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.int2), loaded);
this.int3 = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.int3), loaded);
this.name1 = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.name1), loaded);
this.qualifierA = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.qualifierA), loaded);
}
@Override
public void initialiseProperty(UmlgRuntimeProperty tumlRuntimeProperty, boolean inverse, boolean loaded) {
QualifierBRuntimePropertyEnum runtimeProperty;
if ( !inverse ) {
runtimeProperty = (QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getQualifiedName()));
} else {
runtimeProperty = (QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getInverseQualifiedName()));
}
if ( runtimeProperty != null ) {
switch ( runtimeProperty ) {
case qualifierAMultipleInt:
this.qualifierAMultipleInt = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.qualifierAMultipleInt), loaded);
break;
case qualifierAInt:
this.qualifierAInt = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.qualifierAInt), loaded);
break;
case name2:
this.name2 = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.name2), loaded);
break;
case int1:
this.int1 = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.int1), loaded);
break;
case int2:
this.int2 = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.int2), loaded);
break;
case int3:
this.int3 = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.int3), loaded);
break;
case name1:
this.name1 = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.name1), loaded);
break;
case qualifierA:
this.qualifierA = new UmlgSetImpl(this, PropertyTree.from(QualifierBRuntimePropertyEnum.qualifierA), loaded);
break;
}
}
}
@Override
public UmlgRuntimeProperty inverseAdder(UmlgRuntimeProperty tumlRuntimeProperty, boolean inverse, UmlgNode umlgNode) {
QualifierBRuntimePropertyEnum runtimeProperty;
if ( !inverse ) {
runtimeProperty = (QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getQualifiedName()));
} else {
runtimeProperty = (QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getInverseQualifiedName()));
}
if ( runtimeProperty != null ) {
switch ( runtimeProperty ) {
case qualifierAMultipleInt:
this.qualifierAMultipleInt.inverseAdder((QualifierA)umlgNode);
break;
case qualifierAInt:
this.qualifierAInt.inverseAdder((QualifierA)umlgNode);
break;
case qualifierA:
this.qualifierA.inverseAdder((QualifierA)umlgNode);
break;
}
return runtimeProperty;
} else {
return null;
}
}
@Override
public boolean isTinkerRoot() {
return true;
}
public UmlgSet lookupFor_qualifierBInt_qualifierAInt() {
UmlgSet result = new UmlgMemorySet();
Filter filter = new Filter() {
@Override
public boolean filter(QualifierA entity){
return !entity.getQualifierBInt().contains(QualifierB.this);
}
};
result.addAll(org.umlg.qualifiertest.QualifierA.allInstances(filter));
return result;
}
public UmlgSet lookupFor_qualifierBMultipleInt_qualifierAMultipleInt() {
UmlgSet result = new UmlgMemorySet();
Filter filter = new Filter() {
@Override
public boolean filter(QualifierA entity){
return !entity.getQualifierBMultipleInt().contains(QualifierB.this);
}
};
result.addAll(org.umlg.qualifiertest.QualifierA.allInstances(filter));
return result;
}
public UmlgSet lookupFor_qualifierB_qualifierA() {
UmlgSet result = new UmlgMemorySet();
Filter filter = new Filter() {
@Override
public boolean filter(QualifierA entity){
return !entity.getQualifierB().contains(QualifierB.this);
}
};
result.addAll(org.umlg.qualifiertest.QualifierA.allInstances(filter));
return result;
}
public void removeFromInt1(Integer int1) {
if ( int1 != null ) {
this.int1.remove(int1);
}
}
public void removeFromInt1(UmlgSet int1) {
if ( !int1.isEmpty() ) {
this.int1.removeAll(int1);
}
}
public void removeFromInt2(Integer int2) {
if ( int2 != null ) {
this.int2.remove(int2);
}
}
public void removeFromInt2(UmlgSet int2) {
if ( !int2.isEmpty() ) {
this.int2.removeAll(int2);
}
}
public void removeFromInt3(Integer int3) {
if ( int3 != null ) {
this.int3.remove(int3);
}
}
public void removeFromInt3(UmlgSet int3) {
if ( !int3.isEmpty() ) {
this.int3.removeAll(int3);
}
}
public void removeFromName1(String name1) {
if ( name1 != null ) {
this.name1.remove(name1);
}
}
public void removeFromName1(UmlgSet name1) {
if ( !name1.isEmpty() ) {
this.name1.removeAll(name1);
}
}
public void removeFromName2(String name2) {
if ( name2 != null ) {
this.name2.remove(name2);
}
}
public void removeFromName2(UmlgSet name2) {
if ( !name2.isEmpty() ) {
this.name2.removeAll(name2);
}
}
public void removeFromQualifierA(QualifierA qualifierA) {
if ( qualifierA != null ) {
this.qualifierA.remove(qualifierA);
}
}
public void removeFromQualifierA(UmlgSet qualifierA) {
if ( !qualifierA.isEmpty() ) {
this.qualifierA.removeAll(qualifierA);
}
}
public void removeFromQualifierAInt(QualifierA qualifierAInt) {
if ( qualifierAInt != null ) {
this.qualifierAInt.remove(qualifierAInt);
}
}
public void removeFromQualifierAInt(UmlgSet qualifierAInt) {
if ( !qualifierAInt.isEmpty() ) {
this.qualifierAInt.removeAll(qualifierAInt);
}
}
public void removeFromQualifierAMultipleInt(QualifierA qualifierAMultipleInt) {
if ( qualifierAMultipleInt != null ) {
this.qualifierAMultipleInt.remove(qualifierAMultipleInt);
}
}
public void removeFromQualifierAMultipleInt(UmlgSet qualifierAMultipleInt) {
if ( !qualifierAMultipleInt.isEmpty() ) {
this.qualifierAMultipleInt.removeAll(qualifierAMultipleInt);
}
}
public void setInt1(Integer int1) {
if ( int1 == null ) {
clearInt1();
} else {
z_internalClearInt1();
}
addToInt1(int1);
}
public void setInt2(Integer int2) {
if ( int2 == null ) {
clearInt2();
} else {
z_internalClearInt2();
}
addToInt2(int2);
}
public void setInt3(Integer int3) {
if ( int3 == null ) {
clearInt3();
} else {
z_internalClearInt3();
}
addToInt3(int3);
}
public void setName1(String name1) {
if ( name1 == null ) {
clearName1();
} else {
z_internalClearName1();
}
addToName1(name1);
}
public void setName2(String name2) {
if ( name2 == null ) {
clearName2();
} else {
z_internalClearName2();
}
addToName2(name2);
}
public void setQualifierA(QualifierA qualifierA) {
clearQualifierA();
addToQualifierA(qualifierA);
}
public void setQualifierAInt(QualifierA qualifierAInt) {
clearQualifierAInt();
addToQualifierAInt(qualifierAInt);
}
public void setQualifierAMultipleInt(QualifierA qualifierAMultipleInt) {
clearQualifierAMultipleInt();
addToQualifierAMultipleInt(qualifierAMultipleInt);
}
/**
* deep indicates that components also be serialized.
*
* @param deep
*/
@Override
public String toJson(Boolean deep) {
StringBuilder sb = new StringBuilder();
if ( this.tmpId != null ) {
sb.append("\"tmpId\": \"" + this.tmpId + "\", ");
}
sb.append("\"id\": \"" + getId() + "\", ");
if ( getQualifierAMultipleInt() != null ) {
if ( UmlgTmpIdManager.INSTANCE.get(getQualifierAMultipleInt().getId()) != null ) {
sb.append("\"qualifierAMultipleInt\": " + "{\"id\": \"" + getQualifierAMultipleInt().getId() + "\", \"tmpId\": \"" + UmlgTmpIdManager.INSTANCE.get(getQualifierAMultipleInt().getId()) + "\",\"displayName\": \"" + getQualifierAMultipleInt().getName() + "\"}" + "");
} else {
sb.append("\"qualifierAMultipleInt\": " + "{\"id\": \"" + getQualifierAMultipleInt().getId() + "\", \"displayName\": \"" + getQualifierAMultipleInt().getName() + "\"}" + "");
}
} else {
sb.append("\"qualifierAMultipleInt\": " + "{\"id\": " + null + ", \"displayName\": " + null + "}");
}
sb.append(", ");
if ( getQualifierAInt() != null ) {
if ( UmlgTmpIdManager.INSTANCE.get(getQualifierAInt().getId()) != null ) {
sb.append("\"qualifierAInt\": " + "{\"id\": \"" + getQualifierAInt().getId() + "\", \"tmpId\": \"" + UmlgTmpIdManager.INSTANCE.get(getQualifierAInt().getId()) + "\",\"displayName\": \"" + getQualifierAInt().getName() + "\"}" + "");
} else {
sb.append("\"qualifierAInt\": " + "{\"id\": \"" + getQualifierAInt().getId() + "\", \"displayName\": \"" + getQualifierAInt().getName() + "\"}" + "");
}
} else {
sb.append("\"qualifierAInt\": " + "{\"id\": " + null + ", \"displayName\": " + null + "}");
}
sb.append(", ");
sb.append("\"name2\": " + (getName2() != null ? "\"" + StringEscapeUtils.escapeJson(getName2()) + "\"" : null ));
sb.append(", ");
sb.append("\"int1\": " + getInt1() + "");
sb.append(", ");
sb.append("\"int2\": " + getInt2() + "");
sb.append(", ");
sb.append("\"int3\": " + getInt3() + "");
sb.append(", ");
sb.append("\"name1\": " + (getName1() != null ? "\"" + StringEscapeUtils.escapeJson(getName1()) + "\"" : null ));
sb.append(", ");
if ( getQualifierA() != null ) {
if ( UmlgTmpIdManager.INSTANCE.get(getQualifierA().getId()) != null ) {
sb.append("\"qualifierA\": " + "{\"id\": \"" + getQualifierA().getId() + "\", \"tmpId\": \"" + UmlgTmpIdManager.INSTANCE.get(getQualifierA().getId()) + "\",\"displayName\": \"" + getQualifierA().getName() + "\"}" + "");
} else {
sb.append("\"qualifierA\": " + "{\"id\": \"" + getQualifierA().getId() + "\", \"displayName\": \"" + getQualifierA().getName() + "\"}" + "");
}
} else {
sb.append("\"qualifierA\": " + "{\"id\": " + null + ", \"displayName\": " + null + "}");
}
sb.append(", ");
sb.append("\"qualifiedName\": \"" + getQualifiedName() + "\"");
sb.append(", ");
//PlaceHolder for restful
sb.append("\"uri\": {}");
sb.insert(0, "{");
sb.append("}");
return sb.toString();
}
@Override
public String toJson() {
return toJson(false);
}
/**
* deep indicates that components also be serialized.
*
* @param deep
*/
@Override
public String toJsonWithoutCompositeParent(Boolean deep) {
StringBuilder sb = new StringBuilder();
if ( this.tmpId != null ) {
sb.append("\"tmpId\": \"" + this.tmpId + "\", ");
}
sb.append("\"id\": \"" + getId() + "\", ");
if ( getQualifierAMultipleInt() != null ) {
if ( UmlgTmpIdManager.INSTANCE.get(getQualifierAMultipleInt().getId()) != null ) {
sb.append("\"qualifierAMultipleInt\": " + "{\"id\": \"" + getQualifierAMultipleInt().getId() + "\", \"tmpId\": \"" + UmlgTmpIdManager.INSTANCE.get(getQualifierAMultipleInt().getId()) + "\",\"displayName\": \"" + getQualifierAMultipleInt().getName() + "\"}" + "");
} else {
sb.append("\"qualifierAMultipleInt\": " + "{\"id\": \"" + getQualifierAMultipleInt().getId() + "\", \"displayName\": \"" + getQualifierAMultipleInt().getName() + "\"}" + "");
}
} else {
sb.append("\"qualifierAMultipleInt\": " + "{\"id\": " + null + ", \"displayName\": " + null + "}");
}
sb.append(", ");
if ( getQualifierAInt() != null ) {
if ( UmlgTmpIdManager.INSTANCE.get(getQualifierAInt().getId()) != null ) {
sb.append("\"qualifierAInt\": " + "{\"id\": \"" + getQualifierAInt().getId() + "\", \"tmpId\": \"" + UmlgTmpIdManager.INSTANCE.get(getQualifierAInt().getId()) + "\",\"displayName\": \"" + getQualifierAInt().getName() + "\"}" + "");
} else {
sb.append("\"qualifierAInt\": " + "{\"id\": \"" + getQualifierAInt().getId() + "\", \"displayName\": \"" + getQualifierAInt().getName() + "\"}" + "");
}
} else {
sb.append("\"qualifierAInt\": " + "{\"id\": " + null + ", \"displayName\": " + null + "}");
}
sb.append(", ");
sb.append("\"name2\": " + (getName2() != null ? "\"" + StringEscapeUtils.escapeJson(getName2()) + "\"" : null ));
sb.append(", ");
sb.append("\"int1\": " + getInt1() + "");
sb.append(", ");
sb.append("\"int2\": " + getInt2() + "");
sb.append(", ");
sb.append("\"int3\": " + getInt3() + "");
sb.append(", ");
sb.append("\"name1\": " + (getName1() != null ? "\"" + StringEscapeUtils.escapeJson(getName1()) + "\"" : null ));
sb.append(", ");
if ( getQualifierA() != null ) {
if ( UmlgTmpIdManager.INSTANCE.get(getQualifierA().getId()) != null ) {
sb.append("\"qualifierA\": " + "{\"id\": \"" + getQualifierA().getId() + "\", \"tmpId\": \"" + UmlgTmpIdManager.INSTANCE.get(getQualifierA().getId()) + "\",\"displayName\": \"" + getQualifierA().getName() + "\"}" + "");
} else {
sb.append("\"qualifierA\": " + "{\"id\": \"" + getQualifierA().getId() + "\", \"displayName\": \"" + getQualifierA().getName() + "\"}" + "");
}
} else {
sb.append("\"qualifierA\": " + "{\"id\": " + null + ", \"displayName\": " + null + "}");
}
sb.append(", ");
sb.append("\"qualifiedName\": \"" + getQualifiedName() + "\"");
sb.append(", ");
//PlaceHolder for restful
sb.append("\"uri\": {}");
sb.insert(0, "{");
sb.append("}");
return sb.toString();
}
@Override
public String toJsonWithoutCompositeParent() {
return toJsonWithoutCompositeParent(false);
}
public List validateInt1(Integer int1) {
List result = new ArrayList();
return result;
}
public List validateInt2(Integer int2) {
List result = new ArrayList();
return result;
}
public List validateInt3(Integer int3) {
List result = new ArrayList();
return result;
}
@Override
public List validateMultiplicities() {
List result = new ArrayList();
return result;
}
public List validateName1(String name1) {
List result = new ArrayList();
return result;
}
public List validateName2(String name2) {
List result = new ArrayList();
return result;
}
@Override
public void z_internalAddPersistentValueToCollection(UmlgRuntimeProperty umlgRuntimeProperty, Object umlgNode) {
QualifierBRuntimePropertyEnum runtimeProperty;
runtimeProperty = (QualifierBRuntimePropertyEnum.fromQualifiedName(umlgRuntimeProperty.getQualifiedName()));
if ( runtimeProperty != null ) {
switch ( runtimeProperty ) {
case qualifierAMultipleInt:
this.qualifierAMultipleInt.z_internalAdder((QualifierA)umlgNode);
break;
case qualifierAInt:
this.qualifierAInt.z_internalAdder((QualifierA)umlgNode);
break;
case name2:
this.name2.z_internalAdder((String)umlgNode);
break;
case int1:
this.int1.z_internalAdder((int)umlgNode);
break;
case int2:
this.int2.z_internalAdder((int)umlgNode);
break;
case int3:
this.int3.z_internalAdder((int)umlgNode);
break;
case name1:
this.name1.z_internalAdder((String)umlgNode);
break;
case qualifierA:
this.qualifierA.z_internalAdder((QualifierA)umlgNode);
break;
}
}
}
@Override
public void z_internalAddToCollection(UmlgRuntimeProperty umlgRuntimeProperty, Object umlgNode) {
QualifierBRuntimePropertyEnum runtimeProperty;
runtimeProperty = (QualifierBRuntimePropertyEnum.fromQualifiedName(umlgRuntimeProperty.getQualifiedName()));
if ( runtimeProperty != null ) {
switch ( runtimeProperty ) {
case qualifierAMultipleInt:
this.qualifierAMultipleInt.z_internalAdder((QualifierA)umlgNode);
break;
case qualifierAInt:
this.qualifierAInt.z_internalAdder((QualifierA)umlgNode);
break;
case name2:
this.name2.z_internalAdder((String)umlgNode);
break;
case int1:
this.int1.z_internalAdder((Integer)umlgNode);
break;
case int2:
this.int2.z_internalAdder((Integer)umlgNode);
break;
case int3:
this.int3.z_internalAdder((Integer)umlgNode);
break;
case name1:
this.name1.z_internalAdder((String)umlgNode);
break;
case qualifierA:
this.qualifierA.z_internalAdder((QualifierA)umlgNode);
break;
}
}
}
@Override
public Set z_internalBooleanProperties() {
Set result = new HashSet();
return result;
}
public void z_internalClearInt1() {
this.int1.z_internalClear();
}
public void z_internalClearInt2() {
this.int2.z_internalClear();
}
public void z_internalClearInt3() {
this.int3.z_internalClear();
}
public void z_internalClearName1() {
this.name1.z_internalClear();
}
public void z_internalClearName2() {
this.name2.z_internalClear();
}
public void z_internalClearQualifierA() {
this.qualifierA.z_internalClear();
}
public void z_internalClearQualifierAInt() {
this.qualifierAInt.z_internalClear();
}
public void z_internalClearQualifierAMultipleInt() {
this.qualifierAMultipleInt.z_internalClear();
}
@Override
public Set z_internalDataTypeProperties() {
Set result = new HashSet();
result.add(QualifierBRuntimePropertyEnum.name2);
result.add(QualifierBRuntimePropertyEnum.int1);
result.add(QualifierBRuntimePropertyEnum.int2);
result.add(QualifierBRuntimePropertyEnum.int3);
result.add(QualifierBRuntimePropertyEnum.name1);
return result;
}
@Override
public Map z_internalDataTypePropertiesWithDefaultValues() {
Map result = new HashMap();
return result;
}
@Override
public UmlgCollection z_internalGetCollectionFor(UmlgRuntimeProperty tumlRuntimeProperty, boolean inverse) {
UmlgCollection result = null;
if ( result == null ) {
QualifierBRuntimePropertyEnum runtimeProperty;
if ( !inverse ) {
runtimeProperty = (QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getQualifiedName()));
} else {
runtimeProperty = (QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getInverseQualifiedName()));
}
if ( runtimeProperty != null ) {
switch ( runtimeProperty ) {
case qualifierAMultipleInt:
result = this.qualifierAMultipleInt;
break;
case qualifierAInt:
result = this.qualifierAInt;
break;
case name2:
result = this.name2;
break;
case int1:
result = this.int1;
break;
case int2:
result = this.int2;
break;
case int3:
result = this.int3;
break;
case name1:
result = this.name1;
break;
case qualifierA:
result = this.qualifierA;
break;
}
}
}
return result;
}
@Override
public UmlgRuntimeProperty z_internalInverseAdder(UmlgRuntimeProperty tumlRuntimeProperty, boolean inverse, UmlgNode umlgNode) {
QualifierBRuntimePropertyEnum runtimeProperty;
if ( !inverse ) {
runtimeProperty = (QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getQualifiedName()));
} else {
runtimeProperty = (QualifierBRuntimePropertyEnum.fromQualifiedName(tumlRuntimeProperty.getInverseQualifiedName()));
}
if ( runtimeProperty != null ) {
switch ( runtimeProperty ) {
case qualifierAMultipleInt:
this.qualifierAMultipleInt.z_internalAdder((QualifierA)umlgNode);
break;
case qualifierAInt:
this.qualifierAInt.z_internalAdder((QualifierA)umlgNode);
break;
case qualifierA:
this.qualifierA.z_internalAdder((QualifierA)umlgNode);
break;
}
return runtimeProperty;
} else {
return null;
}
}
@Override
public void z_internalMarkCollectionLoaded(UmlgRuntimeProperty umlgRuntimeProperty, boolean loaded) {
QualifierBRuntimePropertyEnum runtimeProperty;
runtimeProperty = (QualifierBRuntimePropertyEnum.fromQualifiedName(umlgRuntimeProperty.getQualifiedName()));
if ( runtimeProperty != null ) {
switch ( runtimeProperty ) {
case qualifierAMultipleInt:
this.qualifierAMultipleInt.setLoaded(loaded);
break;
case qualifierAInt:
this.qualifierAInt.setLoaded(loaded);
break;
case name2:
this.name2.setLoaded(loaded);
break;
case int1:
this.int1.setLoaded(loaded);
break;
case int2:
this.int2.setLoaded(loaded);
break;
case int3:
this.int3.setLoaded(loaded);
break;
case name1:
this.name1.setLoaded(loaded);
break;
case qualifierA:
this.qualifierA.setLoaded(loaded);
break;
}
}
}
static public enum QualifierBRuntimePropertyEnum implements UmlgRuntimeProperty {
qualifierAMultipleInt(/* qualifiedName */ "umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_3::qualifierAMultipleInt",/* persistentName */ "qualifierAMultipleInt",/* inverseName */ "qualifierBMultipleInt",/* inverseQualifiedName */ "umlgtest::org::umlg::qualifiertest::QualifierA::qualifierBMultipleInt",/* isAssociationClassOne */ false,/* isMemberEndOfAssociationClass */ false,/* associationClassPropertyNameField */ "null",/* inverseAssociationClassPropertyNameField */ "null",/* isAssociationClassProperty */ false,/* isOnePrimitivePropertyOfAssociationClass */ false,/* isOnePrimitive */ false,/* isReadOnly */ false,/* dataTypeEnum */ null,/* validations */ Collections.emptyList(),/* isManyPrimitive */ false,/* oneEnumeration */ false,/* manyEnumeration */ false,/* isControllingSide */ false,/* isComposite */ false,/* isInverseComposite */ false,/* label */ UmlgLabelConverterFactory.getUmlgLabelConverter().convert("A_qualifierA_qualifierB_3"),/* isOneToOne */ false,/* isOneToMany */ false,/* isManyToOne */ true,/* isManyToMany */ false,/* upper */ 1,/* lower */ 0,/* inverseUpper */ 1,/* isQualified */ false,/* isInverseQualified */ true,/* isOrdered */ false,/* isInverseOrdered */ false,/* isUnique */ true,/* isInverseUnique */ true,/* isDerived */ false,/* isNavigable */ true,/* propertyType */ QualifierA.class,/* json */ "{\"name\": \"qualifierAMultipleInt\", \"associationClassOne\": false, \"memberEndOfAssociationClass\": false, \"associationClassPropertyName\": null, \"inverseAssociationClassPropertyName\": null, \"associationClassProperty\": false, \"onePrimitivePropertyOfAssociationClass\": false, \"onePrimitive\": false, \"readOnly\": false, \"dataTypeEnum\": null, \"validations\": null, \"qualifiedName\": \"umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_3::qualifierAMultipleInt\", \"persistentName\": \"qualifierAMultipleInt\", \"inverseName\": \"qualifierBMultipleInt\", \"inverseQualifiedName\": \"umlgtest::org::umlg::qualifiertest::QualifierA::qualifierBMultipleInt\", \"manyPrimitive\": false, \"oneEnumeration\": false, \"manyEnumeration\": false, \"controllingSide\": false, \"composite\": false, \"inverseComposite\": false, \"oneToOne\": false, \"oneToMany\": false, \"manyToOne\": true, \"manyToMany\": false, \"upper\": 1, \"lower\": 0, \"inverseUpper\": 1, \"label\": \"A_qualifierA_qualifierB_3\", \"qualified\": false, \"inverseQualified\": true, \"ordered\": false, \"inverseOrdered\": false, \"unique\": true, \"inverseUnique\": true, \"derived\": false, \"navigable\": true}",/* isChangeListenerAttribute */ false),
qualifierAInt(/* qualifiedName */ "umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_2::qualifierAInt",/* persistentName */ "qualifierAInt",/* inverseName */ "qualifierBInt",/* inverseQualifiedName */ "umlgtest::org::umlg::qualifiertest::QualifierA::qualifierBInt",/* isAssociationClassOne */ false,/* isMemberEndOfAssociationClass */ false,/* associationClassPropertyNameField */ "null",/* inverseAssociationClassPropertyNameField */ "null",/* isAssociationClassProperty */ false,/* isOnePrimitivePropertyOfAssociationClass */ false,/* isOnePrimitive */ false,/* isReadOnly */ false,/* dataTypeEnum */ null,/* validations */ Collections.emptyList(),/* isManyPrimitive */ false,/* oneEnumeration */ false,/* manyEnumeration */ false,/* isControllingSide */ false,/* isComposite */ false,/* isInverseComposite */ false,/* label */ UmlgLabelConverterFactory.getUmlgLabelConverter().convert("A_qualifierA_qualifierB_2"),/* isOneToOne */ false,/* isOneToMany */ false,/* isManyToOne */ true,/* isManyToMany */ false,/* upper */ 1,/* lower */ 0,/* inverseUpper */ 1,/* isQualified */ false,/* isInverseQualified */ true,/* isOrdered */ false,/* isInverseOrdered */ false,/* isUnique */ true,/* isInverseUnique */ true,/* isDerived */ false,/* isNavigable */ true,/* propertyType */ QualifierA.class,/* json */ "{\"name\": \"qualifierAInt\", \"associationClassOne\": false, \"memberEndOfAssociationClass\": false, \"associationClassPropertyName\": null, \"inverseAssociationClassPropertyName\": null, \"associationClassProperty\": false, \"onePrimitivePropertyOfAssociationClass\": false, \"onePrimitive\": false, \"readOnly\": false, \"dataTypeEnum\": null, \"validations\": null, \"qualifiedName\": \"umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_2::qualifierAInt\", \"persistentName\": \"qualifierAInt\", \"inverseName\": \"qualifierBInt\", \"inverseQualifiedName\": \"umlgtest::org::umlg::qualifiertest::QualifierA::qualifierBInt\", \"manyPrimitive\": false, \"oneEnumeration\": false, \"manyEnumeration\": false, \"controllingSide\": false, \"composite\": false, \"inverseComposite\": false, \"oneToOne\": false, \"oneToMany\": false, \"manyToOne\": true, \"manyToMany\": false, \"upper\": 1, \"lower\": 0, \"inverseUpper\": 1, \"label\": \"A_qualifierA_qualifierB_2\", \"qualified\": false, \"inverseQualified\": true, \"ordered\": false, \"inverseOrdered\": false, \"unique\": true, \"inverseUnique\": true, \"derived\": false, \"navigable\": true}",/* isChangeListenerAttribute */ false),
name2(/* qualifiedName */ "umlgtest::org::umlg::qualifiertest::QualifierB::name2",/* persistentName */ "name2",/* inverseName */ "inverseOf::name2",/* inverseQualifiedName */ "inverseOf::umlgtest::org::umlg::qualifiertest::QualifierB::name2",/* isAssociationClassOne */ false,/* isMemberEndOfAssociationClass */ false,/* associationClassPropertyNameField */ "null",/* inverseAssociationClassPropertyNameField */ "null",/* isAssociationClassProperty */ false,/* isOnePrimitivePropertyOfAssociationClass */ false,/* isOnePrimitive */ true,/* isReadOnly */ false,/* dataTypeEnum */ null,/* validations */ Collections.emptyList(),/* isManyPrimitive */ false,/* oneEnumeration */ false,/* manyEnumeration */ false,/* isControllingSide */ true,/* isComposite */ false,/* isInverseComposite */ false,/* label */ UmlgLabelConverterFactory.getUmlgLabelConverter().convert("name2"),/* isOneToOne */ false,/* isOneToMany */ false,/* isManyToOne */ true,/* isManyToMany */ false,/* upper */ 1,/* lower */ 0,/* inverseUpper */ 1,/* isQualified */ false,/* isInverseQualified */ false,/* isOrdered */ false,/* isInverseOrdered */ false,/* isUnique */ true,/* isInverseUnique */ false,/* isDerived */ false,/* isNavigable */ true,/* propertyType */ String.class,/* json */ "{\"name\": \"name2\", \"associationClassOne\": false, \"memberEndOfAssociationClass\": false, \"associationClassPropertyName\": null, \"inverseAssociationClassPropertyName\": null, \"associationClassProperty\": false, \"onePrimitivePropertyOfAssociationClass\": false, \"onePrimitive\": true, \"readOnly\": false, \"dataTypeEnum\": null, \"validations\": null, \"qualifiedName\": \"umlgtest::org::umlg::qualifiertest::QualifierB::name2\", \"persistentName\": \"name2\", \"inverseName\": \"inverseOf::name2\", \"inverseQualifiedName\": \"inverseOf::umlgtest::org::umlg::qualifiertest::QualifierB::name2\", \"manyPrimitive\": false, \"oneEnumeration\": false, \"manyEnumeration\": false, \"controllingSide\": true, \"composite\": false, \"inverseComposite\": false, \"oneToOne\": false, \"oneToMany\": false, \"manyToOne\": true, \"manyToMany\": false, \"upper\": 1, \"lower\": 0, \"inverseUpper\": 1, \"label\": \"name2\", \"qualified\": false, \"inverseQualified\": false, \"ordered\": false, \"inverseOrdered\": false, \"unique\": true, \"inverseUnique\": false, \"derived\": false, \"navigable\": true}",/* isChangeListenerAttribute */ false),
int1(/* qualifiedName */ "umlgtest::org::umlg::qualifiertest::QualifierB::int1",/* persistentName */ "int1",/* inverseName */ "inverseOf::int1",/* inverseQualifiedName */ "inverseOf::umlgtest::org::umlg::qualifiertest::QualifierB::int1",/* isAssociationClassOne */ false,/* isMemberEndOfAssociationClass */ false,/* associationClassPropertyNameField */ "null",/* inverseAssociationClassPropertyNameField */ "null",/* isAssociationClassProperty */ false,/* isOnePrimitivePropertyOfAssociationClass */ false,/* isOnePrimitive */ true,/* isReadOnly */ false,/* dataTypeEnum */ null,/* validations */ Collections.emptyList(),/* isManyPrimitive */ false,/* oneEnumeration */ false,/* manyEnumeration */ false,/* isControllingSide */ true,/* isComposite */ false,/* isInverseComposite */ false,/* label */ UmlgLabelConverterFactory.getUmlgLabelConverter().convert("int1"),/* isOneToOne */ false,/* isOneToMany */ false,/* isManyToOne */ true,/* isManyToMany */ false,/* upper */ 1,/* lower */ 0,/* inverseUpper */ 1,/* isQualified */ false,/* isInverseQualified */ false,/* isOrdered */ false,/* isInverseOrdered */ false,/* isUnique */ true,/* isInverseUnique */ false,/* isDerived */ false,/* isNavigable */ true,/* propertyType */ Integer.class,/* json */ "{\"name\": \"int1\", \"associationClassOne\": false, \"memberEndOfAssociationClass\": false, \"associationClassPropertyName\": null, \"inverseAssociationClassPropertyName\": null, \"associationClassProperty\": false, \"onePrimitivePropertyOfAssociationClass\": false, \"onePrimitive\": true, \"readOnly\": false, \"dataTypeEnum\": null, \"validations\": null, \"qualifiedName\": \"umlgtest::org::umlg::qualifiertest::QualifierB::int1\", \"persistentName\": \"int1\", \"inverseName\": \"inverseOf::int1\", \"inverseQualifiedName\": \"inverseOf::umlgtest::org::umlg::qualifiertest::QualifierB::int1\", \"manyPrimitive\": false, \"oneEnumeration\": false, \"manyEnumeration\": false, \"controllingSide\": true, \"composite\": false, \"inverseComposite\": false, \"oneToOne\": false, \"oneToMany\": false, \"manyToOne\": true, \"manyToMany\": false, \"upper\": 1, \"lower\": 0, \"inverseUpper\": 1, \"label\": \"int1\", \"qualified\": false, \"inverseQualified\": false, \"ordered\": false, \"inverseOrdered\": false, \"unique\": true, \"inverseUnique\": false, \"derived\": false, \"navigable\": true}",/* isChangeListenerAttribute */ false),
int2(/* qualifiedName */ "umlgtest::org::umlg::qualifiertest::QualifierB::int2",/* persistentName */ "int2",/* inverseName */ "inverseOf::int2",/* inverseQualifiedName */ "inverseOf::umlgtest::org::umlg::qualifiertest::QualifierB::int2",/* isAssociationClassOne */ false,/* isMemberEndOfAssociationClass */ false,/* associationClassPropertyNameField */ "null",/* inverseAssociationClassPropertyNameField */ "null",/* isAssociationClassProperty */ false,/* isOnePrimitivePropertyOfAssociationClass */ false,/* isOnePrimitive */ true,/* isReadOnly */ false,/* dataTypeEnum */ null,/* validations */ Collections.emptyList(),/* isManyPrimitive */ false,/* oneEnumeration */ false,/* manyEnumeration */ false,/* isControllingSide */ true,/* isComposite */ false,/* isInverseComposite */ false,/* label */ UmlgLabelConverterFactory.getUmlgLabelConverter().convert("int2"),/* isOneToOne */ false,/* isOneToMany */ false,/* isManyToOne */ true,/* isManyToMany */ false,/* upper */ 1,/* lower */ 0,/* inverseUpper */ 1,/* isQualified */ false,/* isInverseQualified */ false,/* isOrdered */ false,/* isInverseOrdered */ false,/* isUnique */ true,/* isInverseUnique */ false,/* isDerived */ false,/* isNavigable */ true,/* propertyType */ Integer.class,/* json */ "{\"name\": \"int2\", \"associationClassOne\": false, \"memberEndOfAssociationClass\": false, \"associationClassPropertyName\": null, \"inverseAssociationClassPropertyName\": null, \"associationClassProperty\": false, \"onePrimitivePropertyOfAssociationClass\": false, \"onePrimitive\": true, \"readOnly\": false, \"dataTypeEnum\": null, \"validations\": null, \"qualifiedName\": \"umlgtest::org::umlg::qualifiertest::QualifierB::int2\", \"persistentName\": \"int2\", \"inverseName\": \"inverseOf::int2\", \"inverseQualifiedName\": \"inverseOf::umlgtest::org::umlg::qualifiertest::QualifierB::int2\", \"manyPrimitive\": false, \"oneEnumeration\": false, \"manyEnumeration\": false, \"controllingSide\": true, \"composite\": false, \"inverseComposite\": false, \"oneToOne\": false, \"oneToMany\": false, \"manyToOne\": true, \"manyToMany\": false, \"upper\": 1, \"lower\": 0, \"inverseUpper\": 1, \"label\": \"int2\", \"qualified\": false, \"inverseQualified\": false, \"ordered\": false, \"inverseOrdered\": false, \"unique\": true, \"inverseUnique\": false, \"derived\": false, \"navigable\": true}",/* isChangeListenerAttribute */ false),
int3(/* qualifiedName */ "umlgtest::org::umlg::qualifiertest::QualifierB::int3",/* persistentName */ "int3",/* inverseName */ "inverseOf::int3",/* inverseQualifiedName */ "inverseOf::umlgtest::org::umlg::qualifiertest::QualifierB::int3",/* isAssociationClassOne */ false,/* isMemberEndOfAssociationClass */ false,/* associationClassPropertyNameField */ "null",/* inverseAssociationClassPropertyNameField */ "null",/* isAssociationClassProperty */ false,/* isOnePrimitivePropertyOfAssociationClass */ false,/* isOnePrimitive */ true,/* isReadOnly */ false,/* dataTypeEnum */ null,/* validations */ Collections.emptyList(),/* isManyPrimitive */ false,/* oneEnumeration */ false,/* manyEnumeration */ false,/* isControllingSide */ true,/* isComposite */ false,/* isInverseComposite */ false,/* label */ UmlgLabelConverterFactory.getUmlgLabelConverter().convert("int3"),/* isOneToOne */ false,/* isOneToMany */ false,/* isManyToOne */ true,/* isManyToMany */ false,/* upper */ 1,/* lower */ 0,/* inverseUpper */ 1,/* isQualified */ false,/* isInverseQualified */ false,/* isOrdered */ false,/* isInverseOrdered */ false,/* isUnique */ true,/* isInverseUnique */ false,/* isDerived */ false,/* isNavigable */ true,/* propertyType */ Integer.class,/* json */ "{\"name\": \"int3\", \"associationClassOne\": false, \"memberEndOfAssociationClass\": false, \"associationClassPropertyName\": null, \"inverseAssociationClassPropertyName\": null, \"associationClassProperty\": false, \"onePrimitivePropertyOfAssociationClass\": false, \"onePrimitive\": true, \"readOnly\": false, \"dataTypeEnum\": null, \"validations\": null, \"qualifiedName\": \"umlgtest::org::umlg::qualifiertest::QualifierB::int3\", \"persistentName\": \"int3\", \"inverseName\": \"inverseOf::int3\", \"inverseQualifiedName\": \"inverseOf::umlgtest::org::umlg::qualifiertest::QualifierB::int3\", \"manyPrimitive\": false, \"oneEnumeration\": false, \"manyEnumeration\": false, \"controllingSide\": true, \"composite\": false, \"inverseComposite\": false, \"oneToOne\": false, \"oneToMany\": false, \"manyToOne\": true, \"manyToMany\": false, \"upper\": 1, \"lower\": 0, \"inverseUpper\": 1, \"label\": \"int3\", \"qualified\": false, \"inverseQualified\": false, \"ordered\": false, \"inverseOrdered\": false, \"unique\": true, \"inverseUnique\": false, \"derived\": false, \"navigable\": true}",/* isChangeListenerAttribute */ false),
name1(/* qualifiedName */ "umlgtest::org::umlg::qualifiertest::QualifierB::name1",/* persistentName */ "name1",/* inverseName */ "inverseOf::name1",/* inverseQualifiedName */ "inverseOf::umlgtest::org::umlg::qualifiertest::QualifierB::name1",/* isAssociationClassOne */ false,/* isMemberEndOfAssociationClass */ false,/* associationClassPropertyNameField */ "null",/* inverseAssociationClassPropertyNameField */ "null",/* isAssociationClassProperty */ false,/* isOnePrimitivePropertyOfAssociationClass */ false,/* isOnePrimitive */ true,/* isReadOnly */ false,/* dataTypeEnum */ null,/* validations */ Collections.emptyList(),/* isManyPrimitive */ false,/* oneEnumeration */ false,/* manyEnumeration */ false,/* isControllingSide */ true,/* isComposite */ false,/* isInverseComposite */ false,/* label */ UmlgLabelConverterFactory.getUmlgLabelConverter().convert("name1"),/* isOneToOne */ false,/* isOneToMany */ false,/* isManyToOne */ true,/* isManyToMany */ false,/* upper */ 1,/* lower */ 0,/* inverseUpper */ 1,/* isQualified */ false,/* isInverseQualified */ false,/* isOrdered */ false,/* isInverseOrdered */ false,/* isUnique */ true,/* isInverseUnique */ false,/* isDerived */ false,/* isNavigable */ true,/* propertyType */ String.class,/* json */ "{\"name\": \"name1\", \"associationClassOne\": false, \"memberEndOfAssociationClass\": false, \"associationClassPropertyName\": null, \"inverseAssociationClassPropertyName\": null, \"associationClassProperty\": false, \"onePrimitivePropertyOfAssociationClass\": false, \"onePrimitive\": true, \"readOnly\": false, \"dataTypeEnum\": null, \"validations\": null, \"qualifiedName\": \"umlgtest::org::umlg::qualifiertest::QualifierB::name1\", \"persistentName\": \"name1\", \"inverseName\": \"inverseOf::name1\", \"inverseQualifiedName\": \"inverseOf::umlgtest::org::umlg::qualifiertest::QualifierB::name1\", \"manyPrimitive\": false, \"oneEnumeration\": false, \"manyEnumeration\": false, \"controllingSide\": true, \"composite\": false, \"inverseComposite\": false, \"oneToOne\": false, \"oneToMany\": false, \"manyToOne\": true, \"manyToMany\": false, \"upper\": 1, \"lower\": 0, \"inverseUpper\": 1, \"label\": \"name1\", \"qualified\": false, \"inverseQualified\": false, \"ordered\": false, \"inverseOrdered\": false, \"unique\": true, \"inverseUnique\": false, \"derived\": false, \"navigable\": true}",/* isChangeListenerAttribute */ false),
qualifierA(/* qualifiedName */ "umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_1::qualifierA",/* persistentName */ "qualifierA",/* inverseName */ "qualifierB",/* inverseQualifiedName */ "umlgtest::org::umlg::qualifiertest::QualifierA::qualifierB",/* isAssociationClassOne */ false,/* isMemberEndOfAssociationClass */ false,/* associationClassPropertyNameField */ "null",/* inverseAssociationClassPropertyNameField */ "null",/* isAssociationClassProperty */ false,/* isOnePrimitivePropertyOfAssociationClass */ false,/* isOnePrimitive */ false,/* isReadOnly */ false,/* dataTypeEnum */ null,/* validations */ Collections.emptyList(),/* isManyPrimitive */ false,/* oneEnumeration */ false,/* manyEnumeration */ false,/* isControllingSide */ false,/* isComposite */ false,/* isInverseComposite */ false,/* label */ UmlgLabelConverterFactory.getUmlgLabelConverter().convert("A_qualifierA_qualifierB_1"),/* isOneToOne */ false,/* isOneToMany */ false,/* isManyToOne */ true,/* isManyToMany */ false,/* upper */ 1,/* lower */ 0,/* inverseUpper */ 1,/* isQualified */ false,/* isInverseQualified */ true,/* isOrdered */ false,/* isInverseOrdered */ false,/* isUnique */ true,/* isInverseUnique */ true,/* isDerived */ false,/* isNavigable */ true,/* propertyType */ QualifierA.class,/* json */ "{\"name\": \"qualifierA\", \"associationClassOne\": false, \"memberEndOfAssociationClass\": false, \"associationClassPropertyName\": null, \"inverseAssociationClassPropertyName\": null, \"associationClassProperty\": false, \"onePrimitivePropertyOfAssociationClass\": false, \"onePrimitive\": false, \"readOnly\": false, \"dataTypeEnum\": null, \"validations\": null, \"qualifiedName\": \"umlgtest::org::umlg::qualifiertest::A_qualifierA_qualifierB_1::qualifierA\", \"persistentName\": \"qualifierA\", \"inverseName\": \"qualifierB\", \"inverseQualifiedName\": \"umlgtest::org::umlg::qualifiertest::QualifierA::qualifierB\", \"manyPrimitive\": false, \"oneEnumeration\": false, \"manyEnumeration\": false, \"controllingSide\": false, \"composite\": false, \"inverseComposite\": false, \"oneToOne\": false, \"oneToMany\": false, \"manyToOne\": true, \"manyToMany\": false, \"upper\": 1, \"lower\": 0, \"inverseUpper\": 1, \"label\": \"A_qualifierA_qualifierB_1\", \"qualified\": false, \"inverseQualified\": true, \"ordered\": false, \"inverseOrdered\": false, \"unique\": true, \"inverseUnique\": true, \"derived\": false, \"navigable\": true}",/* isChangeListenerAttribute */ false),
umlgtest(/* qualifiedName */ "umlgtest",/* persistentName */ "umlgtest",/* inverseName */ "inverseOfumlgtest",/* inverseQualifiedName */ "inverseOfumlgtest",/* isAssociationClassOne */ false,/* isMemberEndOfAssociationClass */ false,/* associationClassPropertyNameField */ "null",/* inverseAssociationClassPropertyNameField */ "null",/* isAssociationClassProperty */ false,/* isOnePrimitivePropertyOfAssociationClass */ false,/* isOnePrimitive */ false,/* isReadOnly */ false,/* dataTypeEnum */ null,/* validations */ Collections.emptyList(),/* isManyPrimitive */ false,/* oneEnumeration */ false,/* manyEnumeration */ false,/* isControllingSide */ true,/* isComposite */ false,/* isInverseComposite */ true,/* label */ UmlgLabelConverterFactory.getUmlgLabelConverter().convert("rootQualifierB"),/* isOneToOne */ true,/* isOneToMany */ false,/* isManyToOne */ false,/* isManyToMany */ false,/* upper */ -1,/* lower */ 0,/* inverseUpper */ 1,/* isQualified */ false,/* isInverseQualified */ false,/* isOrdered */ false,/* isInverseOrdered */ false,/* isUnique */ false,/* isInverseUnique */ false,/* isDerived */ false,/* isNavigable */ false,/* propertyType */ Object.class,/* json */ "{\"name\": \"umlgtest\", \"associationClassOne\": false, \"memberEndOfAssociationClass\": false, \"associationClassPropertyName\": null, \"inverseAssociationClassPropertyName\": null, \"associationClassProperty\": false, \"onePrimitivePropertyOfAssociationClass\": false, \"onePrimitive\": false, \"readOnly\": false, \"dataTypeEnum\": null, \"validations\": null, \"qualifiedName\": \"umlgtest\", \"persistentName\": \"umlgtest\", \"inverseName\": \"inverseOfumlgtest\", \"inverseQualifiedName\": \"inverseOfumlgtest\", \"manyPrimitive\": false, \"oneEnumeration\": false, \"manyEnumeration\": false, \"controllingSide\": true, \"composite\": false, \"inverseComposite\": true, \"oneToOne\": true, \"oneToMany\": false, \"manyToOne\": false, \"manyToMany\": false, \"upper\": -1, \"lower\": 0, \"inverseUpper\": 1, \"label\": \"rootQualifierB\", \"qualified\": false, \"inverseQualified\": false, \"ordered\": false, \"inverseOrdered\": false, \"unique\": false, \"inverseUnique\": false, \"derived\": false, \"navigable\": false}",/* isChangeListenerAttribute */ false);
private String _qualifiedName;
private String _persistentName;
private String _inverseName;
private String _inverseQualifiedName;
private boolean _associationClassOne;
private boolean _memberEndOfAssociationClass;
private String _associationClassPropertyName;
private String _inverseAssociationClassPropertyName;
private boolean _associationClassProperty;
private boolean _onePrimitivePropertyOfAssociationClass;
private boolean _onePrimitive;
private Boolean _readOnly;
private DataTypeEnum dataTypeEnum;
private List validations;
private boolean _manyPrimitive;
private boolean _oneEnumeration;
private boolean _manyEnumeration;
private boolean _controllingSide;
private boolean _composite;
private boolean _inverseComposite;
private String _label;
private boolean _oneToOne;
private boolean _oneToMany;
private boolean _manyToOne;
private boolean _manyToMany;
private int _upper;
private int _lower;
private int _inverseUpper;
private boolean _qualified;
private boolean _inverseQualified;
private boolean _ordered;
private boolean _inverseOrdered;
private boolean _unique;
private boolean _inverseUnique;
private boolean _derived;
private boolean _navigability;
private Class _propertyType;
private String _json;
private boolean _changeListener;
/**
* constructor for QualifierBRuntimePropertyEnum
*
* @param _qualifiedName
* @param _persistentName
* @param _inverseName
* @param _inverseQualifiedName
* @param _associationClassOne
* @param _memberEndOfAssociationClass
* @param _associationClassPropertyName
* @param _inverseAssociationClassPropertyName
* @param _associationClassProperty
* @param _onePrimitivePropertyOfAssociationClass
* @param _onePrimitive
* @param _readOnly
* @param dataTypeEnum
* @param validations
* @param _manyPrimitive
* @param _oneEnumeration
* @param _manyEnumeration
* @param _controllingSide
* @param _composite
* @param _inverseComposite
* @param _label
* @param _oneToOne
* @param _oneToMany
* @param _manyToOne
* @param _manyToMany
* @param _upper
* @param _lower
* @param _inverseUpper
* @param _qualified
* @param _inverseQualified
* @param _ordered
* @param _inverseOrdered
* @param _unique
* @param _inverseUnique
* @param _derived
* @param _navigability
* @param _propertyType
* @param _json
* @param _changeListener
*/
private QualifierBRuntimePropertyEnum(String _qualifiedName, String _persistentName, String _inverseName, String _inverseQualifiedName, boolean _associationClassOne, boolean _memberEndOfAssociationClass, String _associationClassPropertyName, String _inverseAssociationClassPropertyName, boolean _associationClassProperty, boolean _onePrimitivePropertyOfAssociationClass, boolean _onePrimitive, Boolean _readOnly, DataTypeEnum dataTypeEnum, List validations, boolean _manyPrimitive, boolean _oneEnumeration, boolean _manyEnumeration, boolean _controllingSide, boolean _composite, boolean _inverseComposite, String _label, boolean _oneToOne, boolean _oneToMany, boolean _manyToOne, boolean _manyToMany, int _upper, int _lower, int _inverseUpper, boolean _qualified, boolean _inverseQualified, boolean _ordered, boolean _inverseOrdered, boolean _unique, boolean _inverseUnique, boolean _derived, boolean _navigability, Class _propertyType, String _json, boolean _changeListener) {
this._qualifiedName = _qualifiedName;
this._persistentName = _persistentName;
this._inverseName = _inverseName;
this._inverseQualifiedName = _inverseQualifiedName;
this._associationClassOne = _associationClassOne;
this._memberEndOfAssociationClass = _memberEndOfAssociationClass;
this._associationClassPropertyName = _associationClassPropertyName;
this._inverseAssociationClassPropertyName = _inverseAssociationClassPropertyName;
this._associationClassProperty = _associationClassProperty;
this._onePrimitivePropertyOfAssociationClass = _onePrimitivePropertyOfAssociationClass;
this._onePrimitive = _onePrimitive;
this._readOnly = _readOnly;
this.dataTypeEnum = dataTypeEnum;
this.validations = validations;
this._manyPrimitive = _manyPrimitive;
this._oneEnumeration = _oneEnumeration;
this._manyEnumeration = _manyEnumeration;
this._controllingSide = _controllingSide;
this._composite = _composite;
this._inverseComposite = _inverseComposite;
this._label = _label;
this._oneToOne = _oneToOne;
this._oneToMany = _oneToMany;
this._manyToOne = _manyToOne;
this._manyToMany = _manyToMany;
this._upper = _upper;
this._lower = _lower;
this._inverseUpper = _inverseUpper;
this._qualified = _qualified;
this._inverseQualified = _inverseQualified;
this._ordered = _ordered;
this._inverseOrdered = _inverseOrdered;
this._unique = _unique;
this._inverseUnique = _inverseUnique;
this._derived = _derived;
this._navigability = _navigability;
this._propertyType = _propertyType;
this._json = _json;
this._changeListener = _changeListener;
}
static public String asJson() {
int count = 1;
StringBuilder sb = new StringBuilder();;
sb.append("{\"name\": \"QualifierB\", ");
sb.append("\"qualifiedName\": \"umlgtest::org::umlg::qualifiertest::QualifierB\", ");
sb.append("\"uri\": \"TODO\", ");
sb.append("\"properties\": [");
for ( QualifierBRuntimePropertyEnum l : QualifierBRuntimePropertyEnum.values() ) {
sb.append(l.toJson());
if ( count < QualifierBRuntimePropertyEnum.values().length ) {
count++;
sb.append(",");
}
}
sb.append("]}");
return sb.toString();
}
static public QualifierBRuntimePropertyEnum fromInverseQualifiedName(String inverseQualifiedName) {
if ( umlgtest.getInverseQualifiedName().equals(inverseQualifiedName) ) {
return umlgtest;
}
if ( qualifierA.getInverseQualifiedName().equals(inverseQualifiedName) ) {
return qualifierA;
}
if ( name1.getInverseQualifiedName().equals(inverseQualifiedName) ) {
return name1;
}
if ( int3.getInverseQualifiedName().equals(inverseQualifiedName) ) {
return int3;
}
if ( int2.getInverseQualifiedName().equals(inverseQualifiedName) ) {
return int2;
}
if ( int1.getInverseQualifiedName().equals(inverseQualifiedName) ) {
return int1;
}
if ( name2.getInverseQualifiedName().equals(inverseQualifiedName) ) {
return name2;
}
if ( qualifierAInt.getInverseQualifiedName().equals(inverseQualifiedName) ) {
return qualifierAInt;
}
if ( qualifierAMultipleInt.getInverseQualifiedName().equals(inverseQualifiedName) ) {
return qualifierAMultipleInt;
}
return null;
}
static public QualifierBRuntimePropertyEnum fromLabel(String _label) {
if ( umlgtest.getLabel().equals(_label) ) {
return umlgtest;
}
if ( qualifierA.getLabel().equals(_label) ) {
return qualifierA;
}
if ( name1.getLabel().equals(_label) ) {
return name1;
}
if ( int3.getLabel().equals(_label) ) {
return int3;
}
if ( int2.getLabel().equals(_label) ) {
return int2;
}
if ( int1.getLabel().equals(_label) ) {
return int1;
}
if ( name2.getLabel().equals(_label) ) {
return name2;
}
if ( qualifierAInt.getLabel().equals(_label) ) {
return qualifierAInt;
}
if ( qualifierAMultipleInt.getLabel().equals(_label) ) {
return qualifierAMultipleInt;
}
return null;
}
static public QualifierBRuntimePropertyEnum fromQualifiedName(String qualifiedName) {
if ( umlgtest.getQualifiedName().equals(qualifiedName) ) {
return umlgtest;
}
if ( qualifierA.getQualifiedName().equals(qualifiedName) ) {
return qualifierA;
}
if ( name1.getQualifiedName().equals(qualifiedName) ) {
return name1;
}
if ( int3.getQualifiedName().equals(qualifiedName) ) {
return int3;
}
if ( int2.getQualifiedName().equals(qualifiedName) ) {
return int2;
}
if ( int1.getQualifiedName().equals(qualifiedName) ) {
return int1;
}
if ( name2.getQualifiedName().equals(qualifiedName) ) {
return name2;
}
if ( qualifierAInt.getQualifiedName().equals(qualifiedName) ) {
return qualifierAInt;
}
if ( qualifierAMultipleInt.getQualifiedName().equals(qualifiedName) ) {
return qualifierAMultipleInt;
}
return null;
}
public String getAssociationClassPropertyName() {
return this._associationClassPropertyName;
}
public DataTypeEnum getDataTypeEnum() {
return this.dataTypeEnum;
}
public String getInverseAssociationClassPropertyName() {
return this._inverseAssociationClassPropertyName;
}
public String getInverseName() {
return this._inverseName;
}
public String getInverseQualifiedName() {
return this._inverseQualifiedName;
}
public int getInverseUpper() {
return this._inverseUpper;
}
public String getJson() {
return this._json;
}
public String getLabel() {
return this._label;
}
public int getLower() {
return this._lower;
}
public String getPersistentName() {
return this._persistentName;
}
public Class getPropertyType() {
return this._propertyType;
}
public String getQualifiedName() {
return this._qualifiedName;
}
public Boolean getReadOnly() {
return this._readOnly;
}
public int getUpper() {
return this._upper;
}
public List getValidations() {
return this.validations;
}
public boolean isAssociationClassOne() {
return this._associationClassOne;
}
public boolean isAssociationClassProperty() {
return this._associationClassProperty;
}
public boolean isChangeListener() {
return this._changeListener;
}
public boolean isComposite() {
return this._composite;
}
public boolean isControllingSide() {
return this._controllingSide;
}
public boolean isDerived() {
return this._derived;
}
public boolean isInverseComposite() {
return this._inverseComposite;
}
public boolean isInverseOrdered() {
return this._inverseOrdered;
}
public boolean isInverseQualified() {
return this._inverseQualified;
}
public boolean isInverseUnique() {
return this._inverseUnique;
}
public boolean isManyEnumeration() {
return this._manyEnumeration;
}
public boolean isManyPrimitive() {
return this._manyPrimitive;
}
public boolean isManyToMany() {
return this._manyToMany;
}
public boolean isManyToOne() {
return this._manyToOne;
}
public boolean isMemberEndOfAssociationClass() {
return this._memberEndOfAssociationClass;
}
public boolean isNavigability() {
return this._navigability;
}
public boolean isOneEnumeration() {
return this._oneEnumeration;
}
public boolean isOnePrimitive() {
return this._onePrimitive;
}
public boolean isOnePrimitivePropertyOfAssociationClass() {
return this._onePrimitivePropertyOfAssociationClass;
}
public boolean isOneToMany() {
return this._oneToMany;
}
public boolean isOneToOne() {
return this._oneToOne;
}
public boolean isOrdered() {
return this._ordered;
}
public boolean isQualified() {
return this._qualified;
}
public boolean isUnique() {
return this._unique;
}
@Override
public boolean isValid(int elementCount) {
if ( isQualified() ) {
return elementCount >= getLower();
} else {
return (getUpper() == -1 || elementCount <= getUpper()) && elementCount >= getLower();
}
}
@Override
public String toJson() {
return getJson();
}
}
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