org.openmdx.application.mof.mapping.java.InstanceMapper Maven / Gradle / Ivy
/*
* ====================================================================
* Description: Instance Mapper
* Owner: OMEX AG, Switzerland, http://www.omex.ch
* ====================================================================
*
* This software is published under the BSD license as listed below.
*
* Copyright (c) 2005-2013, OMEX AG, Switzerland
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or
* without modification, are permitted provided that the following
* conditions are met:
*
* * Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
*
* * Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in
* the documentation and/or other materials provided with the
* distribution.
*
* * Neither the name of the openMDX team nor the names of its
* contributors may be used to endorse or promote products derived
* from this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND
* CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES,
* INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
* MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
* DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS
* BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
* EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED
* TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
* DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON
* ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
* OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
* OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
* POSSIBILITY OF SUCH DAMAGE.
*
* ------------------
*
* This product includes or is based on software developed by other
* organizations as listed in the NOTICE file.
*/
package org.openmdx.application.mof.mapping.java;
import java.io.PrintWriter;
import java.io.Writer;
import java.util.Collections;
import java.util.HashMap;
import java.util.Iterator;
import java.util.LinkedHashMap;
import java.util.List;
import java.util.Map;
import org.omg.mof.spi.AbstractNames;
import org.omg.mof.spi.Identifier;
import org.omg.mof.spi.Names;
import org.openmdx.application.mof.mapping.cci.AttributeDef;
import org.openmdx.application.mof.mapping.cci.ClassDef;
import org.openmdx.application.mof.mapping.cci.ExceptionDef;
import org.openmdx.application.mof.mapping.cci.MetaData_1_0;
import org.openmdx.application.mof.mapping.cci.OperationDef;
import org.openmdx.application.mof.mapping.cci.ReferenceDef;
import org.openmdx.application.mof.mapping.cci.StructuralFeatureDef;
import org.openmdx.application.mof.mapping.java.metadata.ClassMetaData;
import org.openmdx.application.mof.mapping.java.metadata.FieldMetaData;
import org.openmdx.application.mof.mapping.java.metadata.Visibility;
import org.openmdx.application.mof.mapping.spi.MapperUtils;
import org.openmdx.base.accessor.cci.SystemAttributes;
import org.openmdx.base.exception.ServiceException;
import org.openmdx.base.mof.cci.ModelElement_1_0;
import org.openmdx.base.mof.cci.Model_1_0;
import org.openmdx.base.mof.cci.PrimitiveTypes;
import org.openmdx.base.rest.cci.VoidRecord;
import org.openmdx.kernel.exception.BasicException;
/**
* InstanceMapper
*/
public class InstanceMapper
extends AbstractClassMapper {
/**
* Constructor
*/
public InstanceMapper(
ModelElement_1_0 classDef,
Writer writer,
Writer writerJdoSlice,
Model_1_0 model,
Format format,
String packageSuffix,
MetaData_1_0 metaData,
PrimitiveTypeMapper primitiveTypeMapper
) throws ServiceException {
super(
classDef,
writer,
model,
format,
packageSuffix,
metaData,
primitiveTypeMapper
);
this.pwSlice = writerJdoSlice == null ? null : new PrintWriter(writerJdoSlice);
this.localFeatures = new HashMap(
(Map)classDef.objGetMap("allFeature")
);
if(isBaseClass()) {
this.superFeatures = Collections.emptyMap();
}
else {
this.superFeatures = (Map)model.getElement(
this.extendsClassDef.getQualifiedName()
).objGetMap("allFeature");
this.localFeatures.keySet().removeAll(superFeatures.keySet());
}
}
// -----------------------------------------------------------------------
public void mapReferenceAddWithoutQualifier(
ReferenceDef referenceDef
) throws ServiceException {
if(this.getFormat() == Format.JMI1) return;
this.trace("Instance/ReferenceAddWithoutQualifier");
ClassDef classDef = getClassDef(referenceDef.getQualifiedTypeName());
String referenceType = getClassType(classDef).getType(classDef, this.getFormat(), TypeMode.MEMBER);
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Appends the specified element to the list of all the values for the reference " + referenceDef.getName() + "."));
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(
" * ",
"Note: This is an extension to the JMI 1 standard.
" +
"In order to remain standard compliant you should substitute this method with get" +
referenceDef.getBeanGenericName() +
"().add(" +
referenceType +
")."
));
if (referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @param newValue The element to be appended.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName("add" + referenceDef.getBeanGenericName()) + " (");
this.pw.println(" " + referenceType + " newValue");
this.pw.println(" );");
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapReferenceAddWithQualifier(
ReferenceDef referenceDef
) throws ServiceException {
if(
referenceDef.isChangeable() &&
(referenceDef.isComposition() || referenceDef.isShared())
){
Format format = getFormat();
if(format == Format.JMI1) {
this.trace("Instance/ReferenceAddWithQualifier");
ClassDef classDef = getClassDef(referenceDef.getQualifiedTypeName());
ClassType classType = getClassType(classDef);
String referenceType = classType.getType(classDef, format, TypeMode.PARAMETER);
String valueHolder = Identifier.ATTRIBUTE_NAME.toIdentifier(referenceDef.getName());
String qualifierName = Identifier.ATTRIBUTE_NAME.toIdentifier(referenceDef.getQualifierName());
if(valueHolder.equals(qualifierName)) valueHolder = '_' + valueHolder;
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Adds the specified element to the set of the values for the reference " +
"" + referenceDef.getName() + "."
));
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(
" * ",
"Note: This is an extension to the JMI 1 standard."
));
if(referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @param " + qualifierName + PERSISTENCY_SUFFIX + " true if " + qualifierName + " is persistent");
this.pw.println(" * @param " + qualifierName + " The qualifier attribute value that qualifies the reference to get the element to be appended.");
this.pw.println(" * @param " + valueHolder + " The element to be appended.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName("add" + referenceDef.getBeanGenericName()) + " (");
this.pw.println(" boolean " + qualifierName + PERSISTENCY_SUFFIX + ",");
this.pw.println(" " + this.getType(referenceDef.getQualifiedQualifierTypeName(), getFormat(), false) + " " + qualifierName + ",");
this.pw.println(" " + referenceType + " " + valueHolder);
this.pw.println(" );");
this.pw.println();
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Adds the specified element to the set of the values for the reference " +
"" + referenceDef.getName() + " using a reassignable qualifier."
));
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(
" * ",
"Note: This is an extension to the JMI 1 standard."
));
if(referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @param " + qualifierName + " The qualifier attribute value that qualifies the reference to get the element to be appended.");
this.pw.println(" * @param " + valueHolder + " The element to be appended.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName("add" + referenceDef.getBeanGenericName()) + " (");
this.pw.println(" " + this.getType(referenceDef.getQualifiedQualifierTypeName(), getFormat(), false) + " " + qualifierName + ",");
this.pw.println(" " + referenceType + " " + valueHolder);
this.pw.println(" );");
this.pw.println();
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Adds the specified element to the set of the values for the reference " +
"" + referenceDef.getName() + " using an implementation-specific, reassignable qualifier."
));
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(
" * ",
"Note: This is an extension to the JMI 1 standard."
));
if(referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @param " + valueHolder + " The element to be appended.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName("add" + referenceDef.getBeanGenericName()) + " (");
this.pw.println(" " + referenceType + " " + valueHolder);
this.pw.println(" );");
this.pw.println();
}
}
}
// -----------------------------------------------------------------------
public void mapReferenceRemoveOptional(
ReferenceDef referenceDef
) throws ServiceException {
// Nothing to do
}
// -----------------------------------------------------------------------
public void mapReferenceRemoveWithQualifier(
ReferenceDef referenceDef
) throws ServiceException {
// Nothing to do
}
// -----------------------------------------------------------------------
public void mapReferenceSetNoQualifier(
ReferenceDef referenceDef,
boolean optional,
boolean referencedEnd
) throws ServiceException {
String referenceName;
String qualifiedTypeName;
String beanSetterName;
String argumentType;
if(referencedEnd){
referenceName = getFeatureName(referenceDef);
qualifiedTypeName = referenceDef.getQualifiedTypeName();
beanSetterName = referenceDef.getBeanSetterName();
argumentType = this.interfaceType(
qualifiedTypeName,
org.openmdx.application.mof.mapping.java.metadata.Visibility.CCI,
false
);
} else {
referenceName = getFeatureName(referenceDef.getExposedEndName());
qualifiedTypeName = referenceDef.getExposedEndQualifiedTypeName();
beanSetterName = Identifier.OPERATION_NAME.toIdentifier(
referenceName,
null, // removablePrefix
"set", // prependablePrefix
null, // removableSuffix
null // appendableSuffix
);
ClassDef classDef = getClassDef(qualifiedTypeName);
argumentType = getClassType(classDef).getType(classDef, this.getFormat(), TypeMode.MEMBER);
}
this.trace("Instance/ReferenceSetNoQualifier");
this.pw.println(" /**");
this.pw.println(" * Sets a new value for the reference " + referenceName + ".");
if (referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
String methodName = this.getMethodName(beanSetterName);
this.pw.println(
" * @param " + referenceName + " The new " + (
optional ? "– possibly null –" : "non-null"
) + " value for this reference."
);
this.pw.println(" */");
this.pw.println(" public void " + methodName + "(");
this.pw.println(" " + argumentType + ' ' + referenceName);
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" throw new javax.jdo.JDOFatalUserException(");
this.pw.println(" \"Typed set not handled by data object\",");
this.pw.println(" new UnsupportedOperationException(\"Use " + methodName + InstanceMapper.ID_SUFFIX + "() instead.\"),");
this.pw.println(" this");
this.pw.println(" );");
this.pw.println(" }");
this.pw.println();
this.pw.println(" public void " + methodName + InstanceMapper.ID_SUFFIX + '(');
this.pw.println(" java.lang.String " + referenceName);
this.pw.println(" ) {");
this.pw.println(" super.openmdxjdoMakeDirty();");
this.pw.println(" this." + referenceName + " = " + referenceName + ";");
this.pw.println(" }");
}
else {
this.pw.println(" );");
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapReferenceGetx_1NoQualifier(
ReferenceDef referenceDef,
boolean optional,
boolean referencedEnd
) throws ServiceException {
String referenceName = referencedEnd ?
getFeatureName(referenceDef) :
getFeatureName(referenceDef.getExposedEndName());
String qualifiedTypeName = referencedEnd ?
referenceDef.getQualifiedTypeName() :
referenceDef.getExposedEndQualifiedTypeName();
ClassDef classDef = getClassDef(qualifiedTypeName);
ClassType classType = getClassType(classDef);
if(getFormat() == Format.JPA3) {
mapDeclareReference(" ", qualifiedTypeName, referenceName, referencedEnd);
}
if(referencedEnd) {
this.trace("Instance/ReferenceGetx_1NoQualifier");
this.pw.println(" /**");
this.pw.println(" * Retrieves the value for the reference " + referenceName + ".");
if (referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.print(" * @return The ");
this.pw.print(optional ? "– possibly null –" : "non-null");
this.pw.println(" value for this reference.");
this.pw.println(" */");
String accessorType = classType.getType(classDef, this.getFormat(), TypeMode.RESULT);
String methodName = this.getMethodName(referenceDef.getBeanGetterName());
this.pw.println(" public " + accessorType + ' ' + methodName + '(');
if(getFormat() == Format.JPA3) {
this.pw.println(" ) {");
this.pw.println(" throw new javax.jdo.JDOFatalUserException(");
this.pw.println(" \"This signature is not handled by data object\",");
this.pw.println(" new UnsupportedOperationException(\"This signature is not handled by data object. Use " + methodName + InstanceMapper.ID_SUFFIX + "().\"),");
this.pw.println(" this");
this.pw.println(" );");
this.pw.println(" }");
this.pw.println();
this.pw.println(" public java.lang.String " + methodName + InstanceMapper.ID_SUFFIX + '(');
this.pw.println(" ) {");
this.pw.println(" return this." + referenceName + ";");
this.pw.println(" }");
}
else {
this.pw.println(" );");
}
this.pw.println();
}
}
// -----------------------------------------------------------------------
public void mapReferenceGet0_nWithQualifier(
ReferenceDef referenceDef,
boolean delegate
) throws ServiceException {
if(getFormat() == Format.JMI1) return;
this.trace("Instance/ReferenceGet0_nWithQualifier");
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Retrieves the members of the given container referencing this object via " + referenceDef.getName() + "."));
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(
" * ",
"Note: This is an extension to the JMI 1 standard.
" +
"In order to remain standard compliant you should substitute this method with javax.jdo.Query"
));
if (referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @param " + referenceDef.getQualifierName() + " The container of the objects to be retrieved.");
this.pw.println(" * @return The members referencing ths object via " + referenceDef.getName() + ".");
this.pw.println(" */");
this.pw.println(" public " + this.getType(referenceDef, "java.util.Collection", Boolean.TRUE, TypeMode.MEMBER, null) + " " + this.getMethodName(referenceDef.getBeanGetterName()) + "(");
this.pw.println(" " + getInterfaceType(referenceDef.getQualifiedQualifierTypeName()) + " " + referenceDef.getQualifierName());
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" throw new java.lang.UnsupportedOperationException(\"Not yet implemented\");"); // TODO
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
public void mapReferenceGet0_nWithQuery(
ReferenceDef referenceDef
) throws ServiceException {
String referenceName = getFeatureName(referenceDef);
String collectionType = referenceDef.isComposition() || referenceDef.isShared() ? interfaceType(
referenceDef.getQualifiedAssociationName(),
null,
false
) + '.' + Identifier.CLASS_PROXY_NAME.toIdentifier(
referenceDef.getName()
) : "java.util.Set";
ClassMetaData classMetaData;
if(getFormat() == Format.JPA3) {
classMetaData = (ClassMetaData) getClassDef(referenceDef.getQualifiedTypeName()).getClassMetaData();
if(classMetaData.isRequiresExtent()) {
if (referenceDef.isComposition()) {
// No member for composites. Composites are retrieved by query
}
else {
this.trace("Instance/ReferenceDeclaration");
this.pw.println();
this.pw.println(" /**");
this.pw.println(" * Reference " + referenceName + ".");
this.pw.println(" */");
this.pw.println(" @SuppressWarnings(\"unused\")");
this.pw.print(" private transient ");
this.pw.println(getType(referenceDef, "java.util.Set", null, TypeMode.MEMBER, null) + ' ' + referenceName + ';');
this.pw.println();
}
}
}
else {
classMetaData = null;
}
this.trace("Instance/ReferenceGet0_nWithQuery");
if(getFormat() == Format.JMI1) {
String qualifiedQueryName = getQueryType(
referenceDef.getQualifiedTypeName(),
getNamespace(
MapperUtils.getNameComponents(
MapperUtils.getPackageName(
referenceDef.getQualifiedTypeName()
)
)
)
);
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Retrieves the value for the reference " + referenceDef.getName() + " for the specified query."));
this.pw.println(MapperUtils.wrapText(
" * ",
"Note: This is an extension to the JMI 1 standard.
" +
"In order to remain standard compliant you should substitute this method with javax.jdo.Query"
));
if (referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @param query predicate which is applied to the set of referenced objects.");
this.pw.println(" * @return The objects for which the predicate evaluates to true.");
this.pw.println(" */");
this.pw.println(" public java.util.List " + this.getMethodName(referenceDef.getBeanGetterName()) + "(");
this.pw.println(" " + qualifiedQueryName + " query");
this.pw.println(" );");
this.pw.println();
}
else {
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Retrieves a set containing all the elements for the reference " + referenceDef.getName() + "."));
if (referenceDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @return A set containing all the elements for this reference.");
this.pw.println(" */");
String cast = this.printAnnotationAndReturnCast(referenceDef, collectionType);
String methodName = this.getMethodName(referenceDef.getBeanGetterName());
this.pw.println(" public " + getType(referenceDef, collectionType, Boolean.TRUE, TypeMode.MEMBER, null) + ' ' + methodName + "(");
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
if(referenceDef.isComposition()) {
this.pw.println(" throw new javax.jdo.JDOFatalUserException(");
this.pw.println(" \"This signature is not handled by data object\",");
this.pw.println(" new UnsupportedOperationException(\"This signature is not handled by data object. Use query on composites.\"),");
this.pw.println(" this");
this.pw.println(" );");
}
else if (referenceDef.isShared()) {
this.pw.println(" throw new javax.jdo.JDOFatalUserException(");
this.pw.println(" \"This signature is not handled by data object\",");
this.pw.println(" new UnsupportedOperationException(\"This signature is not handled by data object. Use query on member '" + referenceName + "'.\"),");
this.pw.println(" this");
this.pw.println(" );");
}
else {
this.pw.println(
" " + collectionType + " " + referenceName + " = this." + referenceName + ';'
);
this.pw.println(" return " + cast + referenceName + ';');
}
this.pw.println(" }");
}
else {
this.pw.println(" );");
}
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapReferenceGet0_nNoQuery(
ReferenceDef referenceDef,
boolean delegate
) throws ServiceException {
if(this.getFormat() == Format.JMI1) return;
String referenceName = getFeatureName(referenceDef);
String qualifierType = referenceDef.getQualifiedQualifierTypeName();
if(qualifierType != null) qualifierType = qualifierType.intern();
if(qualifierType == null || qualifierType == PrimitiveTypes.INTEGER) {
String collectionType = qualifierType == null ?
"java.util.Set" :
"java.util.List";
String methodName = this.getMethodName(referenceDef.getBeanGetterName());
if(getFormat() == Format.JPA3 && !delegate) {
this.sliced.put(referenceName, referenceDef.getQualifiedTypeName());
}
this.trace("Instance/ReferenceGet0_nNoQuery");
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Retrieves the Collection of objects referenced by " + referenceDef.getName() + "."));
if (referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @return The Collection of referenced objects.");
this.pw.println(" */");
this.pw.println(" public " + this.getType(referenceDef, collectionType, Boolean.TRUE, TypeMode.MEMBER, null) + " " + methodName + "(");
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" throw new javax.jdo.JDOFatalUserException(");
this.pw.println(" \"This signature is not handled by data object\",");
this.pw.println(" new UnsupportedOperationException(\"This signature is not handled by data object. Use " + methodName + InstanceMapper.ID_SUFFIX + "().\"),");
this.pw.println(" this");
this.pw.println(" );");
this.pw.println(" }");
this.pw.println();
this.pw.println(" public " + collectionType + " " + methodName + InstanceMapper.ID_SUFFIX + "(");
this.pw.println(" ){");
if(delegate) {
this.pw.println(" return super." + methodName + InstanceMapper.ID_SUFFIX + "();");
} else {
this.pw.println(" java.util.SortedMap slices = openmdxjdoGetSlices();");
this.pw.print(" return ");
mapSlicedClass(" ", referenceDef, QUALIFIED_ABSTRACT_OBJECT_CLASS_NAME + ".Sliced" + (qualifierType == null ? "Set" : "List"));
this.pw.println(" };");
}
this.pw.println(" }");
}
else {
this.pw.println(" );");
}
this.pw.println();
}
else if(PrimitiveTypes.STRING == qualifierType) {
ClassDef classDef = getClassDef(referenceDef.getQualifiedTypeName());
String referenceType = getClassType(classDef).getType(classDef, getFormat(), TypeMode.INTERFACE);
String methodName = this.getMethodName(referenceDef.getBeanGetterName());
if(getFormat() == Format.JPA3 && !delegate) {
this.trace("Instance/ReferenceDeclarationMap");
this.pw.println();
this.pw.println(" /**");
this.pw.println(" * Reference " + referenceName + " as java.util.Map");
this.pw.println(" */");
this.pw.println(" @SuppressWarnings(\"unused\")");
this.pw.println(" private transient java.util.Map " + referenceName + ';');
this.pw.println();
this.sliced.put(referenceName, referenceDef.getQualifiedTypeName());
}
this.trace("Instance/ReferenceGetMap");
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Retrieves the Map of objects referenced by " + referenceDef.getName() + "."));
if (referenceDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @return The Map of referenced objects.");
this.pw.println(" */");
this.pw.println(" public " + this.getMapType(referenceDef, java.lang.String.class, Boolean.TRUE) + " " + methodName + "(");
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" throw new javax.jdo.JDOFatalUserException(");
this.pw.println(" \"References of type map not handled by data object\",");
this.pw.println(" new UnsupportedOperationException(\"References of type map not handled by data object. Use " + methodName + InstanceMapper.ID_SUFFIX + "().\"),");
this.pw.println(" this");
this.pw.println(" );");
this.pw.println(" }");
}
else {
this.pw.println(" );");
}
this.pw.println();
}
}
// -----------------------------------------------------------------------
public void mapReferenceGet0_1WithQualifier(
ReferenceDef referenceDef
) throws ServiceException {
Format format = getFormat();
if(format == Format.JMI1) {
ClassDef classDef = getClassDef(referenceDef.getQualifiedTypeName());
String accessorType = getClassType(classDef).getType(classDef, format, TypeMode.RESULT);
String qualifierPersistencyArgumentName = referenceDef.getQualifierName() + PERSISTENCY_SUFFIX;
String methodName = this.getMethodName(referenceDef.getBeanGetterName());
this.trace("Instance/IntfReferenceGet0_1WithQualifier");
for(
int i = 0;
i < 2;
i++
){
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Retrieves the value for the reference " + referenceDef.getName() + " for the specified qualifier attribute value."));
if(i == 1) {
this.pw.println(" *
");
this.pw.println(
MapperUtils.wrapText(
" * ",
"This method is equivalent to the preferred invocation " +
methodName + "(false," + referenceDef.getQualifierName() + ")."
)
);
}
this.pw.println(" *
");
if (referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
if(i == 0) {
this.pw.println(" * @param " + qualifierPersistencyArgumentName + " Defines whether value for the qualifier is persistent or not");
}
this.pw.println(" * @param " + referenceDef.getQualifierName() + " The value for the qualifier attribute that qualifies this reference.");
this.pw.println(" * @return The possibly null value for this qualifier");
this.pw.println(" */");
this.pw.println(" public " + accessorType + ' ' + methodName + '(');
if(i == 0) {
this.pw.println(" boolean " + qualifierPersistencyArgumentName + ",");
}
this.pw.println(" " + this.getType(referenceDef.getQualifiedQualifierTypeName(), getFormat(), false) + " " + referenceDef.getQualifierName());
if(format == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" throw new java.lang.UnsupportedOperationException(\"Not yet implemented\");"); // TODO
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
}
}
// -----------------------------------------------------------------------
public void mapReferenceGet1_1WithQualifier(
ReferenceDef referenceDef
) throws ServiceException {
if(this.hasContainer()) {
this.trace("Instance/IntfReferenceGet1_1WithQualifier");
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Retrieves the value for the optional reference " + referenceDef.getName() + " for the specified qualifier attribute value."));
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(
" * ",
"Note: This is an extension to the JMI 1 standard.
" +
"In order to remain standard compliant you should substitute this method with java.jdo.Query"
));
if (referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @param " + referenceDef.getQualifierName() + " The value for the qualifier attribute that qualifies this reference.");
this.pw.println(" * @return The non-null value for this reference.");
this.pw.println(" */");
this.pw.println(" public " + this.getType(referenceDef, null, Boolean.TRUE, TypeMode.MEMBER, null) + " " + this.getMethodName(referenceDef.getBeanGetterName()) + "(");
this.pw.println(" " + this.getType(referenceDef.getQualifiedQualifierTypeName(), getFormat(), false) + " " + referenceDef.getQualifierName());
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" throw new java.lang.UnsupportedOperationException(\"Qualified object retrieval not yet supported by persistence layer\");");
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
}
// -----------------------------------------------------------------------
@SuppressWarnings("unchecked")
public void mapOperation(
OperationDef operationDef
) throws ServiceException {
this.trace("Instance/Operation");
this.pw.println(" /**");
if (operationDef.getAnnotation() != null) {
this.pw.println(MapperUtils.wrapText(" * ", operationDef.getAnnotation()));
}
for(StructuralFeatureDef param: operationDef.getParameters()) {
if(!VoidRecord.NAME.equals(param.getQualifiedTypeName())) {
if (param.getAnnotation() != null) {
this.pw.println(" * @param " + param.getName() + " " + param.getAnnotation() + "");
}
}
}
this.pw.println(" */");
this.pw.println(" public " + this.getReturnType(operationDef) + " " + this.getMethodName(operationDef.getName()) + "(");
int ii = 0;
for(StructuralFeatureDef param: operationDef.getParameters()) {
if(!VoidRecord.NAME.equals(param.getQualifiedTypeName())) {
String separator = ii == 0
? " "
: " , ";
this.mapParameter(
separator,
param,
""
);
ii++;
}
}
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" throw new javax.jdo.JDOFatalUserException(");
this.pw.println(" \"Behavioural features not handled by data object\",");
this.pw.println(" new UnsupportedOperationException(\"Behavioural feature\"),");
this.pw.println(" this");
this.pw.println(" );");
this.pw.println(" }");
}
else {
List exceptions = operationDef.getExceptions();
this.pw.print(" )");
String separator = " throws ";
for(ExceptionDef exceptionDef : exceptions) {
String namespace = this.getNamespace(
MapperUtils.getNameComponents(
MapperUtils.getPackageName(
exceptionDef.getQualifiedName(),
2
)
)
);
this.pw.print(
separator +
namespace +
"." +
exceptionDef.getName()
);
separator = ", ";
}
this.pw.println(";");
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapEnd(
) throws ServiceException {
this.trace("Instance/End");
this.pw.println();
if(getFormat() == Format.JPA3) {
this.mapSingleValuedFields();
this.mapMultivaluedFields();
}
if(this.isBaseClass()) {
if(this.hasContainer()) {
if(!this.localFeatures.containsKey(this.directCompositeReference.getExposedEndName())){
this.mapReferenceGetx_1NoQualifier(
this.directCompositeReference,
false, // optional
false // referencedEnd
);
}
if(this.getFormat() == Format.JPA3) {
this.mapReferenceSetNoQualifier(
this.directCompositeReference,
false, // optional
false // referencedEnd
);
}
this.mapContainment();
}
else if(this.isAuthority()){
this.mapAuthority();
}
}
else {
// nothing to do
}
this.pw.println("}");
}
// -----------------------------------------------------------------------
private void mapAuthority(
) throws ServiceException {
switch(getFormat()) {
case CCI2: {
this.pw.println(" /**");
this.pw.println(" * Object Identity");
this.pw.println(" */");
this.pw.println(" public interface " + InstanceMapper.OBJECT_IDENTITY_CLASS_NAME + " extends " + QUALIFIED_IDENTITY_CLASS_NAME + " {");
this.pw.println();
this.pw.println(" /**");
this.pw.println(" * Retrieve the whole authority.");
this.pw.println(" * @return the whole authority value");
this.pw.println(" */");
this.pw.println(" public java.lang.String getAuthority();");
this.pw.println();
this.pw.println(" }");
this.pw.println();
} break;
default:
break;
}
}
// -----------------------------------------------------------------------
private void mapContainment(
) throws ServiceException{
this.trace("Instance/Containment");
//
// Names
//
String referenceName = this.directCompositeReference.getExposedEndName();
String qualifierName = this.directCompositeReference.getQualifierName();
String objectName = this.directCompositeReference.getName();
//
// Types
//
String qualifiedReferenceType = this.directCompositeReference.getExposedEndQualifiedTypeName();
ClassDef classDef = getClassDef(qualifiedReferenceType);
String qualifiedQualifierType = this.directCompositeReference.getQualifiedQualifierTypeName();
String qualifierArgumentType = getType(qualifiedQualifierType, getFormat(), false);
String qualifierValueName = Identifier.ATTRIBUTE_NAME.toIdentifier(qualifierName);
String objectValueName = Identifier.ATTRIBUTE_NAME.toIdentifier(objectName);
if(objectValueName.equals(qualifierValueName)) {
objectValueName = '_' + objectValueName;
}
switch(getFormat()) {
case CCI2:
String qualifierTypeAccessorName = Identifier.OPERATION_NAME.toIdentifier(
qualifierName,
null, // removablePrefix
"get", // prependablePrefix
null, // removableSuffix
QUALIFIER_TYPE_WORD // appendableSuffix
);
String qualifierAccessorName = Identifier.OPERATION_NAME.toIdentifier(
qualifierName,
null, // removablePrefix
"get", // prependablePrefix
null, // removableSuffix
null // appendableSuffix
);
String referenceAccessorName = Identifier.OPERATION_NAME.toIdentifier(
referenceName,
null, // removablePrefix
"get", // prependablePrefix
null, // removableSuffix
null // appendableSuffix
);
ClassDef parentClassDef = getClassDef(qualifiedReferenceType);
String parentIdentityType;
if(parentClassDef.isMixIn()) {
parentIdentityType = QUALIFIED_IDENTITY_CLASS_NAME;
} else {
parentClassDef = parentClassDef.getBaseClassDef();
String cci2Class = ClassType.getType(
parentClassDef.getQualifiedName(),
Names.CCI2_PACKAGE_SUFFIX
);
parentIdentityType = cci2Class + "." + InstanceMapper.OBJECT_IDENTITY_CLASS_NAME;
}
this.pw.println(" /**");
this.pw.println(" * Object Identity");
this.pw.println(" */");
this.pw.println(" public interface " + InstanceMapper.OBJECT_IDENTITY_CLASS_NAME + " extends " + QUALIFIED_IDENTITY_CLASS_NAME + " {");
this.pw.println();
this.pw.println(" /**");
this.pw.println(" * Retrieve the " + classDef.getName() + "'s identity");
this.pw.println(" * @return the parent object's identity");
this.pw.println(" */");
this.pw.println(" public " + parentIdentityType + " " + referenceAccessorName + "();");
this.pw.println();
this.pw.println(" /**");
this.pw.println(" * Tells whether the " + qualifierValueName + " value is persistent or reassignable.");
this.pw.println(" * @return PERSISTENT or REASSIGNABLE");
this.pw.println(" */");
this.pw.println(" public " + QUALIFIER_TYPE_CLASS_NAME + " " + qualifierTypeAccessorName + "();");
this.pw.println();
this.pw.println(" /**");
this.pw.println(" * The " + qualifierValueName + " value");
this.pw.println(" * @return the " + qualifierValueName + " value");
this.pw.println(" */");
this.pw.println(" public " + qualifierArgumentType + " " + qualifierAccessorName + "();");
this.pw.println();
this.pw.println(" }");
break;
default:
break;
}
this.pw.println();
}
// -----------------------------------------------------------------------
protected String toQualifierAccessor(
String qualifiedTypeName
){
return PrimitiveTypes.STRING.equals(qualifiedTypeName) ?
"identityParser.nextString()" :
PrimitiveTypes.LONG.equals(qualifiedTypeName) ?
"identityParser.nextNumber().longValue()" :
PrimitiveTypes.INTEGER.equals(qualifiedTypeName) ?
"identityParser.nextNumber().intValue()" :
PrimitiveTypes.SHORT.equals(qualifiedTypeName) ?
"identityParser.nextNumber().shortValue()" :
PrimitiveTypes.DECIMAL.equals(qualifiedTypeName) ?
"(java.math.BigDecimal)identityParser.nextNumber()" :
PrimitiveTypes.UUID.equals(qualifiedTypeName) ?
"identityParser.nextUUID()" :
PrimitiveTypes.OID.equals(qualifiedTypeName) ?
"identityParser.nextOID()" :
PrimitiveTypes.ANYURI.equals(qualifiedTypeName) ?
"identityParser.nextIRI()" :
"identityParser.nextString()";
}
// -----------------------------------------------------------------------
protected String getQualifierMutator(
String qualifiedTypeName
){
return PrimitiveTypes.STRING.equals(qualifiedTypeName) ?
"appendString" :
PrimitiveTypes.LONG.equals(qualifiedTypeName) ?
"appendNumber" :
PrimitiveTypes.INTEGER.equals(qualifiedTypeName) ?
"appendNumber" :
PrimitiveTypes.SHORT.equals(qualifiedTypeName) ?
"appendNumber" :
PrimitiveTypes.DECIMAL.equals(qualifiedTypeName) ?
"appendNumber" :
PrimitiveTypes.UUID.equals(qualifiedTypeName) ?
"appendUUID" :
PrimitiveTypes.OID.equals(qualifiedTypeName) ?
"appendOID" :
PrimitiveTypes.ANYURI.equals(qualifiedTypeName) ?
"appendIRI" :
"appendString";
}
// -----------------------------------------------------------------------
boolean isAuthority(){
return
"org:openmdx:base:Authority".equals(this.classDef.getQualifiedName());
}
// -----------------------------------------------------------------------
boolean hasSPI(){
return this.spiFeatures != null;
}
// -----------------------------------------------------------------------
boolean isProvider(){
return
"org:openmdx:base:Provider".equals(this.classDef.getQualifiedName());
}
// -----------------------------------------------------------------------
boolean hasSlices(
){
return
this.extendsClassDef != null ||
this.classMetaData.getBaseClass() != null ||
!this.sliced.isEmpty();
}
// -----------------------------------------------------------------------
public void mapSingleValuedFields(
) throws ServiceException{
if(this.hasSlices()) {
for(Map.Entry e : this.sliced.entrySet()){
this.mapDeclareSize(" ", e.getKey());
}
this.pw.println();
}
}
// -----------------------------------------------------------------------
public void mapMultivaluedFields(
) throws ServiceException{
if(this.isSliceHolder() || this.hasSlices()) {
this.trace("Instance/Begin");
this.fileHeader();
this.pwSlice.println(
"package " + this.getNamespace(
MapperUtils.getNameComponents(
MapperUtils.getPackageName(
this.classDef.getQualifiedName()
)
)
) + ';'
);
this.pwSlice.println();
this.pwSlice.println("/**");
this.pwSlice.println(MapperUtils.wrapText(
" * ",
"" + this.className + SLICE_CLASS_NAME + " object hold the " +
classDef.getName() + "'s multivalued attributes"
));
this.pwSlice.println(" */");
String superClassName = this.isSliceHolder() || this.extendsClassDef == null ? (
this.classMetaData != null && this.classMetaData.getBaseClass() != null ? this.classMetaData.getBaseClass() + SLICE_CLASS_NAME : null
) : this.getType(this.extendsClassDef.getQualifiedName(), getFormat(), false) + SLICE_CLASS_NAME;
this.pwSlice.println("@SuppressWarnings(\"serial\")");
this.pwSlice.print("public class " + this.className + SLICE_CLASS_NAME + " ");
this.pwSlice.println(superClassName == null ? "implements java.io.Serializable {" : "extends " + superClassName + " {");
this.pwSlice.println();
for(Map.Entry e : this.sliced.entrySet()){
String qualifiedName = e.getValue();
if(
this.model.isPrimitiveType(qualifiedName) ||
this.model.isStructureType(qualifiedName)
) {
String typeName = getType(qualifiedName, getFormat(), true);
this.mapDeclareValue(
this.pwSlice,
" ",
typeName,
e.getKey(),
null, // visibility
true
);
}
else {
this.mapDeclareReference(
this.pwSlice,
" ",
qualifiedName,
e.getKey(),
false, // unused
true // accessors
);
}
}
this.pwSlice.println();
this.pwSlice.println(" /**");
this.pwSlice.println(" * Constructor");
this.pwSlice.println(" */");
this.pwSlice.println(" public " + this.className + SLICE_CLASS_NAME + '(');
this.pwSlice.println(" ){");
this.pwSlice.println(" // Implements Serializable");
this.pwSlice.println(" }");
this.pwSlice.println();
if(
(this.isSliceHolder() || (this.extendsClassDef == null)) &&
(this.classMetaData.getBaseClass() == null)
) {
this.pwSlice.println(" /**");
this.pwSlice.println(" * Constructor");
this.pwSlice.println(" */");
this.pwSlice.println(" protected " + this.className + SLICE_CLASS_NAME + '(');
this.pwSlice.println(" " + this.className + " object,");
this.pwSlice.println(" int index");
this.pwSlice.println(" ){");
this.pwSlice.println(" this." + JDO_IDENTITY_MEMBER + " = object;");
this.pwSlice.println(" this." + INDEX_MEMBER + " = index;");
this.pwSlice.println(" }");
this.pwSlice.println();
this.pwSlice.println(" /**");
this.pwSlice.println(" * The slice's index");
this.pwSlice.println(" */");
this.pwSlice.println(" @SuppressWarnings(\"unused\")");
this.pwSlice.println(" private int " + INDEX_MEMBER + ";");
this.pwSlice.println();
this.pwSlice.println(" /**");
this.pwSlice.println(" * The slice's owner");
this.pwSlice.println(" */");
this.pwSlice.println(" @SuppressWarnings(\"unused\")");
this.pwSlice.println(" private " + this.className + " " + JDO_IDENTITY_MEMBER + ";");
this.pwSlice.println();
this.trace(this.pwSlice, "Instance/SliceId");
this.pwSlice.println(" /**");
this.pwSlice.println(" * The slices' compound identity class");
this.pwSlice.println(" */");
this.pwSlice.println(" public static class " + SLICE_ID_CLASS_NAME + " implements java.io.Serializable {");
this.pwSlice.println();
this.pwSlice.println(" /**");
this.pwSlice.println(" * The parent's object id");
this.pwSlice.println(" */");
this.pwSlice.println(" public java.lang.String " + JDO_IDENTITY_MEMBER + ";");
this.pwSlice.println();
this.pwSlice.println(" /**");
this.pwSlice.println(" * The slice's index");
this.pwSlice.println(" */");
this.pwSlice.println(" public int " + INDEX_MEMBER + ";");
this.pwSlice.println();
this.pwSlice.println(" /**");
this.pwSlice.println(" * Test for equality.");
this.pwSlice.println(" * ");
this.pwSlice.println(" * This method is required by JPA.");
this.pwSlice.println(" * @param that the object to be compared");
this.pwSlice.println(" * @return true if the two ids refer to the same slice object");
this.pwSlice.println(" */");
this.pwSlice.println(" @Override");
this.pwSlice.println(" public boolean equals(java.lang.Object that) {");
this.pwSlice.println(" return this == that || (");
this.pwSlice.println(" that instanceof " + SLICE_ID_CLASS_NAME + " &&");
this.pwSlice.println(" this." + INDEX_MEMBER + " == ((" + SLICE_ID_CLASS_NAME + ")that)." + INDEX_MEMBER + " &&");
this.pwSlice.println(" (this." + JDO_IDENTITY_MEMBER + " == null ? ((" + SLICE_ID_CLASS_NAME + ")that)." + JDO_IDENTITY_MEMBER +
" == null : this." + JDO_IDENTITY_MEMBER + ".equals(((" + SLICE_ID_CLASS_NAME + ")that)." + JDO_IDENTITY_MEMBER + "))");
this.pwSlice.println(" );");
this.pwSlice.println(" }");
this.pwSlice.println();
this.pwSlice.println(" /**");
this.pwSlice.println(" * Calculate the slice id's hash code.");
this.pwSlice.println(" *
");
this.pwSlice.println(" * This method is should be overridden together with {@link #equals(java.lang.Object)}.");
this.pwSlice.println(" * @return the slice id's hash code");
this.pwSlice.println(" */");
this.pwSlice.println(" @Override");
this.pwSlice.println(" public int hashCode() {");
this.pwSlice.println(" return this." + INDEX_MEMBER + " + (this." + JDO_IDENTITY_MEMBER + " == null ? 0 : this." + JDO_IDENTITY_MEMBER + ".hashCode());");
this.pwSlice.println(" }");
this.pwSlice.println();
this.pwSlice.println(" /**");
this.pwSlice.println(" * Provide the slice id's string representation");
this.pwSlice.println(" * @return the slice id's string representation");
this.pwSlice.println(" */");
this.pwSlice.println(" @Override");
this.pwSlice.println(" public java.lang.String toString() {");
this.pwSlice.println(" return new java.lang.StringBuilder().append(this." + JDO_IDENTITY_MEMBER + ").append('#').append(this." + INDEX_MEMBER + ").toString();");
this.pwSlice.println(" }");
this.pwSlice.println();
this.pwSlice.println(" }");
this.pwSlice.println();
}
else {
this.pwSlice.println(" /**");
this.pwSlice.println(" * Constructor");
this.pwSlice.println(" */");
this.pwSlice.println(" protected " + this.className + SLICE_CLASS_NAME + '(');
this.pwSlice.println(" " + this.className + " object,");
this.pwSlice.println(" int index");
this.pwSlice.println(" ){");
this.pwSlice.println(" super(object, index);");
this.pwSlice.println(" }");
}
this.pwSlice.println();
this.pwSlice.println("}");
this.pwSlice.println();
}
}
// -----------------------------------------------------------------------
@SuppressWarnings("unchecked")
public void mapBegin(
) throws ServiceException {
this.trace("Instance/Begin");
this.fileHeader();
this.pw.println(
"package " + this.getNamespace(
MapperUtils.getNameComponents(
MapperUtils.getPackageName(
this.classDef.getQualifiedName()
)
)
) + ';'
);
this.pw.println();
this.pw.println("/**");
this.pw.print(" * ");
this.pw.print(this.classDef.isAbstract() ? "Abstract class" : "Class");
this.pw.println(" " + this.classDef.getName() + "");
if (this.classDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", this.classDef.getAnnotation()));
}
this.pw.println(" */");
if(getFormat() == Format.JPA3) {
String superClassName = this.isBaseClass() ?
this.classMetaData.getBaseClass() != null ?
this.classMetaData.getBaseClass() :
QUALIFIED_ABSTRACT_OBJECT_CLASS_NAME :
this.getType(this.extendsClassDef.getQualifiedName(), getFormat(), false);
this.pw.println("@SuppressWarnings(\"serial\")");
this.pw.print("public class " + this.className);
this.pw.println(" extends " + superClassName);
this.pw.print(" implements ");
this.pw.print(
interfaceType(
this.classDef,
hasSPI() ? Visibility.SPI : Visibility.CCI,
false
)
);
this.pw.println();
}
else {
this.pw.println("public interface " + this.className);
String separator = " extends ";
if(getFormat() == Format.JMI1) {
this.pw.print(
separator + this.interfaceType(
this.classDef,
Visibility.CCI,
false
)
);
separator = ",\n ";
}
if (this.classDef.getSupertypes().isEmpty()) {
if(getFormat() == Format.JMI1) {
this.pw.print(separator + REF_OBJECT_INTERFACE_NAME);
separator = ",\n ";
}
} else {
for (
Iterator i = this.classDef.getSupertypes().iterator();
i.hasNext();
separator = ",\n "
){
this.pw.print(separator + this.getType(i.next().getQualifiedName(), getFormat(), false));
}
}
}
this.pw.println("{");
this.pw.println();
if(getFormat() == Format.JPA3) {
this.pw.println(" /**");
this.pw.println(" * Constructor");
this.pw.println(" */");
this.pw.println(" public " + this.className + '(');
this.pw.println(" ){");
this.pw.println(" // Implements Serializable");
this.pw.println(" }");
this.pw.println();
if(this.isBaseClass() && (this.classMetaData.getBaseClass() == null)) {
this.pw.println(" /**");
this.pw.println(" * The the object's JDO identity key");
this.pw.println(" */");
this.pw.print(hasContainer() ? " private" : " public");
this.pw.println(" java.lang.String " + JDO_IDENTITY_MEMBER + ';');
this.pw.println();
this.pw.println(" /**");
this.pw.println(" * Retrieve the object's JDO identity key");
this.pw.println(" * @return the value of the object's JDO identity key");
this.pw.println(" */");
this.pw.println(" @Override");
this.pw.println(" protected java.lang.String getOpenmdxjdoIdentity(");
this.pw.println(" ){");
this.pw.println(" return this." + JDO_IDENTITY_MEMBER + ';');
this.pw.println(" }");
this.pw.println();
this.pw.println(" /**");
this.pw.println(" * Set the object's JDO identity key");
this.pw.println(" */");
this.pw.println(" @Override");
this.pw.println(" protected void setOpenmdxjdoIdentity(");
this.pw.println(" String value");
this.pw.println(" ){");
this.pw.println(" this." + JDO_IDENTITY_MEMBER + " = value;");
this.pw.println(" }");
this.pw.println();
}
if(this.isSliceHolder()) {
this.pw.println(" /**");
this.pw.println(" * Slice holder");
this.pw.println(" */");
this.pw.println(
" private java.util.TreeMap " +
SLICES_MEMBER + " = new java.util.TreeMap();"
);
this.pw.println();
this.pw.println(" @SuppressWarnings(\"unchecked\")");
this.pw.println(" protected final java.util.SortedMap openmdxjdoGetSlices(");
this.pw.println(" ){");
this.pw.println(" return (java.util.SortedMap)this.openmdxjdoSlices;");
this.pw.println(" }");
this.pw.println();
}
}
}
// -----------------------------------------------------------------------
public void mapAttributeSetStream(AttributeDef attributeDef) {
this.trace("Instance/AttributeSetStream");
this.pw.println();
String newValue = getFeatureName(attributeDef);
String modelType = attributeDef.getQualifiedTypeName();
if (PrimitiveTypes.BINARY.equals(modelType)) {
if(getFormat() == Format.JMI1) {
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Sets a new binary value for the attribute " + attributeDef.getName() + "."));
if (attributeDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @param " + newValue + " A BinaryLargeObject containing the binary value for this attribute.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(attributeDef.getBeanSetterName()) + "(");
this.pw.println(" org.w3c.cci2.BinaryLargeObject " + newValue);
this.pw.println(" );");
this.pw.println();
} else {
this.pw.println(" /**");
this.pw.println(" * Sets a new binary value for the attribute " + attributeDef.getName() + "");
if (attributeDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @param " + newValue + " A BinaryLargeObject containing the value for this attribute.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(attributeDef.getBeanSetterName()) + "(");
this.pw.println(" org.w3c.cci2.BinaryLargeObject " + newValue);
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" this." + newValue + " = openmdxjdoToArray(" + newValue + ");");
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
} else if (PrimitiveTypes.STRING.equals(modelType)) {
if(getFormat() == Format.JMI1) {
this.pw.println(" /**");
this.pw.println(" * Sets a new character large object value for the attribute " + attributeDef.getName() + ".");
if (attributeDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @param " + newValue + " A CharacterLargeObject containing the value for this attribute.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(attributeDef.getBeanSetterName()) + "(");
this.pw.println(" org.w3c.cci2.CharacterLargeObject " + newValue);
this.pw.println(" );");
this.pw.println();
} else {
this.pw.println(" /**");
this.pw.println(" * Sets a new character large object value for the attribute " + attributeDef.getName() + "");
if (attributeDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @param " + newValue + " A CharacterLargeObject containing the value for this attribute.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(attributeDef.getBeanSetterName()) + "(");
this.pw.println(" org.w3c.cci2.CharacterLargeObject " + newValue);
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" this." + newValue + " = openmdxjdoToArray(" + newValue + ");");
this.pw.println(" }");
} else {
this.pw.println(" );");
}
}
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapAttributeSet1_1(
AttributeDef attributeDef
) throws ServiceException {
Format format = getFormat();
if(format == Format.JMI1) return;
this.trace("Instance/AttributeSet1_1");
String attributeName = getFeatureName(attributeDef);
String modelType = attributeDef.getQualifiedTypeName();
boolean primitiveType = this.model.isPrimitiveType(modelType);
String attributeType = this.getType(modelType, format == Format.JPA3 && primitiveType ? Format.CCI2 : format, false);
this.pw.println(" /**");
this.pw.println(" * Sets a new value for the attribute " + attributeDef.getName() + ".");
if (!attributeDef.isChangeable()) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", "This attribute is not changeable, i.e. its value can be set as long as the object is TRANSIENT or NEW"));
}
if (attributeDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @param " + attributeName + " The non-null new value for attribute " + attributeDef.getName() + ".");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(attributeDef.getBeanSetterName()) + "(");
this.pw.println(" " + attributeType + ' ' + attributeName);
if(format == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" super.openmdxjdoMakeDirty();");
this.pw.print(" this." + attributeName + " = ");
if(this.mapValueType(modelType)) {
String source = primitiveType ? attributeName : '(' + getType(modelType, format, true) + ')' + attributeName;
this.pw.print(getMappingExpression(modelType, Format.CCI2, Format.JPA3, source));
} else if (primitiveType){
this.pw.print(attributeName);
} else {
String source = '(' + getType(modelType, format, true) + ')' + attributeName;
this.pw.print(source);
}
this.pw.println(';');
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapAttributeSet0_1(
AttributeDef attributeDef
) throws ServiceException {
Format format = getFormat();
if(format == Format.JMI1) return;
this.trace("Instance/AttributeSet0_1");
String attributeName = getFeatureName(attributeDef);
String modelType = attributeDef.getQualifiedTypeName();
boolean primitiveType = this.model.isPrimitiveType(modelType);
String attributeType = this.getType(modelType, format == Format.JPA3 && primitiveType ? Format.CCI2 : format, true);
this.pw.println();
this.pw.println(" /**");
this.pw.println(" * Sets a new value for the attribute " + attributeDef.getName() + ".");
if (attributeDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @param " + attributeName + " The possibly null new value for attribute " + attributeDef.getName() + ".");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(attributeDef.getBeanSetterName()) + "(");
this.pw.println(" " + attributeType + ' ' + attributeName);
if(format == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" super.openmdxjdoMakeDirty();");
this.pw.println(" this." + attributeName + " = ");
if(this.mapValueType(modelType)) {
String source = primitiveType ? attributeName : '(' + getType(modelType, format, true) + ')' + attributeName;
this.pw.print(getMappingExpression(modelType, Format.CCI2, Format.JPA3, source));
} else if (primitiveType){
this.pw.print(attributeName);
} else {
String source = '(' + getType(modelType, format, true) + ')' + attributeName;
this.pw.print(source);
}
this.pw.println(';');
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapAttributeGetStream(
AttributeDef attributeDef
) throws ServiceException {
this.trace("Instance/AttributeGetStream");
this.pw.println();
String newValue = getFeatureName(attributeDef);
if (PrimitiveTypes.BINARY.equals(attributeDef.getQualifiedTypeName())) {
if(getFormat() != Format.JMI1) {
this.pw.println(" /**");
this.pw.println(" * Retrieves a binary large object value for the attribute " + attributeDef.getName() + ".");
if (attributeDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" */");
this.pw.println(" public org.w3c.cci2.BinaryLargeObject " + this.getMethodName(attributeDef.getBeanGetterName()) + "(");
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" return org.w3c.cci2.BinaryLargeObjects.valueOf(this." + newValue + ");");
this.pw.println(" }");
mapDeclareValue(" ", "byte[]", newValue, attributeDef.isDerived() ? "public" : null);
} else {
this.pw.println(" );");
}
this.pw.println();
}
} else if (PrimitiveTypes.STRING.equals(attributeDef.getQualifiedTypeName())) {
if(getFormat() != Format.JMI1) {
this.pw.println(" /**");
this.pw.println(" * Retrieves a character large object value for the attribute " + attributeDef.getName() + ".");
if (attributeDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" */");
this.pw.println(" public org.w3c.cci2.CharacterLargeObject " + this.getMethodName(attributeDef.getBeanGetterName()) + "(");
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" return org.w3c.cci2.CharacterLargeObjects.valueOf(this." + newValue + ");");
this.pw.println(" }");
mapDeclareValue(" ", "char[]", newValue, attributeDef.isDerived() ? "public" : null);
} else {
this.pw.println(" );");
}
}
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapAttributeGetSparseArray(
AttributeDef attributeDef
) throws ServiceException {
String attributeName = getFeatureName(attributeDef);
if(getFormat() == Format.JPA3) {
this.sliced.put(attributeName, attributeDef.getQualifiedTypeName());
}
this.trace("Instance/AttributeGetSparseArray");
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Retrieves a SparseArray containing all the elements for the attribute " + attributeDef.getName() + "."));
if (attributeDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @return A SparseArray containing all elements for this attribute.");
this.pw.println(" */");
if(getFormat() == Format.JPA3) {
this.pw.println(" public " + getType(attributeDef, "org.w3c.cci2.SparseArray", null, TypeMode.MEMBER, null) + " " + this.getMethodName(attributeDef.getBeanGetterName()) + "(");
this.pw.println(" ){");
this.pw.println(" java.util.SortedMap slices = openmdxjdoGetSlices();");
this.pw.println(" return org.w3c.cci2.SortedMaps.asSparseArray(");
this.pw.print(" ");
mapSlicedClass(" ", attributeDef, QUALIFIED_ABSTRACT_OBJECT_CLASS_NAME + ".SlicedMap");
this.pw.println(" }");
this.pw.println(" );");
this.pw.println(" }");
}
else {
this.pw.println(" public " + getType(attributeDef, "org.w3c.cci2.SparseArray", Boolean.TRUE, TypeMode.MEMBER, null) + " " + this.getMethodName(attributeDef.getBeanGetterName()) + "(");
this.pw.println(" );");
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapAttributeGetSet(
AttributeDef attributeDef
) throws ServiceException {
String attributeName = getFeatureName(attributeDef);
Integer embedded = null;
String embeddedSet = null;
if(getFormat() == Format.JPA3) {
FieldMetaData fieldMetaData = getFieldMetaData(attributeDef.getQualifiedName());
if(fieldMetaData != null) {
embedded = fieldMetaData.getEmbedded();
}
if(embedded == null) {
this.sliced.put(attributeName, attributeDef.getQualifiedTypeName());
}
else {
String fieldType = getType(attributeDef.getQualifiedTypeName(), getFormat(), true);
for(
int i = 0;
i < embedded.intValue();
i++
){
this.pw.println(" private " + fieldType + " " + attributeName + SUFFIX_SEPARATOR + i + ";");
}
}
}
this.trace("Instance/AttributeGetSet");
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Retrieves a set containing all the elements for the attribute " + attributeDef.getName() + "."));
if (attributeDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @return A set containing all elements for this attribute.");
this.pw.println(" */");
if(getFormat() == Format.JPA3) {
this.pw.println(" public " + getType(attributeDef, "java.util.Set", null, TypeMode.MEMBER, null) + " " + this.getMethodName(attributeDef.getBeanGetterName()) + "(");
this.pw.println(" ){");
if(embedded == null) {
this.pw.println(" java.util.SortedMap slices = openmdxjdoGetSlices();");
this.pw.print(" return ");
mapSlicedClass(" ", attributeDef, QUALIFIED_ABSTRACT_OBJECT_CLASS_NAME + ".SlicedSet");
this.pw.println(" };");
}
else {
this.pw.println(" return");
embeddedSet = Identifier.CLASS_PROXY_NAME.toIdentifier(attributeDef.getName());
this.pw.println("new " + embeddedSet + "(" + embedded + ");");
}
this.pw.println(" }");
if(embedded != null) {
String elementType = getObjectType(attributeDef);
this.pw.println();
this.pw.println(" private class " + embeddedSet + " extends EmbeddedSet<" + elementType + ">{");
this.pw.println();
this.pw.println(" " + embeddedSet + "(int capacity){");
this.pw.println(" super(capacity);");
this.pw.println(" }");
this.pw.println();
this.pw.println(" protected final " + elementType + " openmdxjdoGet(int index){");
this.pw.println(" switch(index){");
for(
int i = 0;
i < embedded.intValue();
i++
){
this.pw.println(" case " + i + ": return " + attributeName + SUFFIX_SEPARATOR + i + ";");
}
this.pw.println(" default: throw new IndexOutOfBoundsException(\"Index \" + index + \" is not in [0.." + (embedded.intValue() - 1) + "]\");");
this.pw.println(" }");
this.pw.println(" }");
this.pw.println();
this.pw.println(" protected final void openmdxjdoSet(int index, " + elementType + " element){");
this.pw.println(" switch(index){");
for(
int i = 0;
i < embedded.intValue();
i++
){
this.pw.println(" case " + i + ": " + attributeName + SUFFIX_SEPARATOR + i + " = element;");
}
this.pw.println(" default: throw new IndexOutOfBoundsException(\"Index \" + index + \" is not in [0.." + (embedded.intValue() - 1) + "]\");");
this.pw.println(" }");
this.pw.println(" }");
this.pw.println();
this.pw.println(" }");
this.pw.println();
}
} else {
this.pw.println(" public " + getType(attributeDef, "java.util.Set", Boolean.TRUE, TypeMode.MEMBER, null) + " " + this.getMethodName(attributeDef.getBeanGetterName()) + "(");
this.pw.println(" );");
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapAttributeGetMap(
AttributeDef attributeDef
) throws ServiceException {
if(getFormat() == Format.JMI1) return;
String attributeName = getFeatureName(attributeDef);
if(getFormat() == Format.JPA3) {
this.trace("Instance/AttributeDeclarationMap");
this.pw.println();
this.pw.println(" /**");
this.pw.println(" * Attribute " + attributeName + ".");
this.pw.println(" */");
this.pw.println(" private transient " + this.getMapType(attributeDef, java.lang.String.class, null) + ' ' + attributeName + ';');
this.pw.println();
}
this.trace("Instance/AttributeGetMap");
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Retrieves a map containing all the elements for the attribute " + attributeDef.getName() + "."));
if (attributeDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @return A map containing all elements for this attribute.");
this.pw.println(" */");
String cast = printAnnotationAndReturnMapCast(attributeDef, java.lang.String.class);
this.pw.println(" public " + this.getMapType(attributeDef, java.lang.String.class, Boolean.TRUE) + " " + this.getMethodName(attributeDef.getBeanGetterName()) + "(");
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" return " + cast + "this." + attributeName + ';');
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapAttributeSetList(
AttributeDef attributeDef
) throws ServiceException {
this.trace("Instance/AttributeSetList");
String attributeName = getFeatureName(attributeDef);
Format format = getFormat();
if(format == Format.JMI1) {
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Clears " + attributeDef.getName() + " and adds the members of the given List."));
this.pw.println(" *
");
this.pw.println(" * This method is equivalent to
");
this.pw.println(" * list.clear();");
this.pw.println(" * list.addAll(" + attributeName + ");");
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(
" * ",
"Note: This is an extension to the JMI 1 standard.
" +
"In order to remain standard compliant you should use the equivalent code."
));
if (attributeDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @param " + attributeName + " collection to be copied.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(attributeDef.getBeanSetterName()) + "(");
this.pw.println(" " + this.getType(attributeDef, "java.util.List", Boolean.FALSE, TypeMode.MEMBER, null) + ' ' + attributeName);
this.pw.println(" );");
this.pw.println();
} else {
String qualifiedTypeName = attributeDef.getQualifiedTypeName();
String elementType = this.getType(qualifiedTypeName, format == Format.JPA3 && this.model.isPrimitiveType(qualifiedTypeName) ? Format.CCI2 : format, false);
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Clears " + attributeDef.getName() + " and adds the given value(s)."));
this.pw.println(" *
");
this.pw.println(" * This method is equivalent to
");
this.pw.println(" * list.clear();");
this.pw.println(" * for(" + elementType + " e : " + attributeName + "){");
this.pw.println(" * list.add(e);");
this.pw.println(" * }");
this.pw.println(" * ");
if (attributeDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @param " + attributeName + " value(s) to be added to " + attributeDef.getName() + "");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(attributeDef.getBeanSetterName()) + "(");
this.pw.println(" " + elementType + "... " + attributeName);
if(format == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" openmdxjdoSetCollection(");
this.pw.println(" " + this.getMethodName(attributeDef.getBeanGetterName()) + "(),");
this.pw.println(" " + attributeName);
this.pw.println(" );");
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
}
//-----------------------------------------------------------------------
public void mapAttributeSetSet(
AttributeDef attributeDef
) throws ServiceException {
this.trace("Instance/AttributeSetSet");
String attributeName = getFeatureName(attributeDef);
Format format = getFormat();
if(format == Format.JMI1) {
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Clears " + attributeDef.getName() + " and adds the members of the given Set."));
this.pw.println(" *
");
this.pw.println(" * This method is equivalent to
");
this.pw.println(" * set.clear();");
this.pw.println(" * set.addAll(" + attributeName + ");");
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(
" * ",
"Note: This is an extension to the JMI 1 standard.
" +
"In order to remain standard compliant you should use the equivalent code."
));
if (attributeDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @param " + attributeName + " collection to be copied.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(attributeDef.getBeanSetterName()) + "(");
this.pw.println(" " + this.getType(attributeDef, "java.util.Set", Boolean.FALSE, TypeMode.MEMBER, null) + ' ' + attributeName);
this.pw.println(" );");
this.pw.println();
} else {
String qualifiedTypeName = attributeDef.getQualifiedTypeName();
String elementType = this.getType(qualifiedTypeName, format == Format.JPA3 && this.model.isPrimitiveType(qualifiedTypeName) ? Format.CCI2 : format, false);
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Clears " + attributeDef.getName() + " and adds the given value(s)."));
this.pw.println(" *
");
this.pw.println(" * This method is equivalent to
");
this.pw.println(" * set.clear();");
this.pw.println(" * for(" + elementType + " e : " + attributeName + "){");
this.pw.println(" * set.add(e);");
this.pw.println(" * }");
this.pw.println(" * ");
if (attributeDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @param " + attributeName + " value(s) to be added to " + attributeDef.getName() + "");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(attributeDef.getBeanSetterName()) + "(");
this.pw.println(" " + elementType + "... " + attributeName);
if(format == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" openmdxjdoSetCollection(");
this.pw.println(" " + this.getMethodName(attributeDef.getBeanGetterName()) + "(),");
this.pw.println(" " + attributeName);
this.pw.println(" );");
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
}
//-----------------------------------------------------------------------
public void mapAttributeSetSparseArray(
AttributeDef attributeDef
) throws ServiceException {
this.trace("Instance/AttributeSetSparseArray");
String attributeName = getFeatureName(attributeDef);
if(getFormat() != Format.JMI1) {
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Clears " + attributeDef.getName() + " and adds the given value(s)."));
this.pw.println(" *
");
this.pw.println(" * This method is equivalent to
");
this.pw.println(" * array.clear();");
this.pw.println(" * array.putAll(" + attributeName + ");");
this.pw.println(" * ");
if (attributeDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @param " + attributeName + " value(s) to be added to " + attributeDef.getName() + "");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(attributeDef.getBeanSetterName()) + "(");
this.pw.println(" " + this.getMapType(attributeDef, Integer.class, Boolean.FALSE) + ' ' + attributeName);
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.println(" openmdxjdoSetArray(");
this.pw.println(" " + this.getMethodName(attributeDef.getBeanGetterName()) + "(),");
this.pw.println(" " + attributeName);
this.pw.println(" );");
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
}
//-----------------------------------------------------------------------
public void mapReferenceSetWithQualifier(
ReferenceDef referenceDef)
throws ServiceException {
this.trace("Instance/ReferenceSetWithQualifier");
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Sets a list containing all the new elements for the reference " + referenceDef.getName() + "."));
if (referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @param newValue A list containing all the new elements for this reference.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(referenceDef.getBeanSetterName()) + "(");
this.pw.println(" " + this.getType(referenceDef, "org.w3c.cci2.SparseArray", Boolean.TRUE, TypeMode.MEMBER, null) + " newValue");
this.pw.println(" );");
this.pw.println();
this.pw.println(" /**");
this.pw.println(MapperUtils.wrapText(
" * ",
"Sets an array containing all the new elements for the reference " + referenceDef.getName() + "."));
if (referenceDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", referenceDef.getAnnotation()));
}
this.pw.println(" * @param newValue An array containing all the new elements for this reference.");
this.pw.println(" */");
this.pw.println(" public void " + this.getMethodName(referenceDef.getBeanSetterName()) + "(");
this.pw.println(" " + this.getType(referenceDef.getQualifiedTypeName(), getFormat(), false) + "[] newValue");
this.pw.println(" );");
this.pw.println();
}
private void mapSlicedClass(
String prefix,
StructuralFeatureDef featureDef,
String sliceClass
) throws ServiceException{
String featureName = getFeatureName(featureDef);
String modelClass = featureDef.getQualifiedTypeName();
boolean mapValueType = this.mapValueType(modelClass);
String valueClass;
String mapType;
if(featureDef instanceof ReferenceDef){
valueClass = "java.lang.String";
mapType = sliceClass + "';
} else {
Format format = getFormat();
valueClass = getType(modelClass, format == Format.JPA3 && this.model.isPrimitiveType(modelClass) ? Format.CCI2 : format, true);
mapType = getMapType(featureDef, sliceClass, Boolean.FALSE, TypeMode.MEMBER, this.className + SLICE_CLASS_NAME);
if(mapType.indexOf('?') > 0){
System.err.println(featureDef);
throw new ServiceException(BasicException.Code.DEFAULT_DOMAIN, BasicException.Code.ASSERTION_FAILURE, "?");
}
}
this.pw.println("new " + mapType + "(slices) {");
this.pw.println(prefix + "@Override");
this.pw.println(prefix + "protected " + valueClass + " getValue(" + this.className + SLICE_CLASS_NAME + " slice) {");
this.pw.println(prefix + " return " + (mapValueType ? getMappingExpression(modelClass, Format.JPA3, Format.CCI2, "slice." + featureDef.getBeanGetterName() + "()") : "slice." + featureDef.getBeanGetterName() + "()") + ";");
this.pw.println(prefix + "}");
this.pw.println(prefix + "@Override");
this.pw.println(prefix + "protected void setValue(" + this.className + SLICE_CLASS_NAME + " slice, " + valueClass + " value) {");
this.pw.println(prefix + " openmdxjdoMakeDirty();");
this.pw.println(prefix + " slice." + featureDef.getBeanSetterName() + "(" + (mapValueType ? getMappingExpression(modelClass, Format.CCI2, Format.JPA3, "value") : "value") + ");");
this.pw.println(prefix + "}");
this.pw.println(prefix + "@Override");
this.pw.println(prefix + "protected " + this.className + SLICE_CLASS_NAME + " newSlice(int index) {");
this.pw.println(prefix + " return new " + this.className + SLICE_CLASS_NAME + "(" + this.className + ".this, index);");
this.pw.println(prefix + "}");
this.pw.println(prefix + "@Override");
this.pw.println(prefix + "protected void setSize(int size) {");
this.pw.println(prefix + " openmdxjdoMakeDirty();");
this.pw.println(prefix + " " + featureName + SIZE_SUFFIX + " = size;");
this.pw.println(prefix + "}");
this.pw.println(prefix + "@Override");
this.pw.println(prefix + "public int size() {");
this.pw.println(prefix + " return " + featureName + SIZE_SUFFIX + ";");
this.pw.println(prefix + "}");
}
// -----------------------------------------------------------------------
public void mapAttributeGetList(
AttributeDef attributeDef
) throws ServiceException {
String attributeName = getFeatureName(attributeDef);
Integer embedded = null;
String embeddedList = null;
if(getFormat() == Format.JPA3) {
FieldMetaData fieldMetaData = getFieldMetaData(attributeDef.getQualifiedName());
if(fieldMetaData != null) {
embedded = fieldMetaData.getEmbedded();
}
if(embedded == null) {
this.sliced.put(attributeName, attributeDef.getQualifiedTypeName());
} else {
String fieldType = getType(attributeDef.getQualifiedTypeName(), getFormat(), true);
for(
int i = 0;
i < embedded.intValue();
i++
){
this.pw.println(" private " + fieldType + " " + attributeName + SUFFIX_SEPARATOR + i + ";");
}
}
this.pw.println();
}
this.trace("Instance/AttributeGetList");
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Retrieves a list containing all the elements for the attribute " + attributeDef.getName() + "."));
if (attributeDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @return A list containing all elements for this attribute.");
this.pw.println(" */");
if(getFormat() == Format.JPA3) {
this.pw.println(" public " + this.getType(attributeDef, "java.util.List", null, TypeMode.MEMBER, null) + ' ' + this.getMethodName(attributeDef.getBeanGetterName()) + '(');
this.pw.println(" ){");
if(embedded == null) {
this.pw.println(" java.util.SortedMap slices = openmdxjdoGetSlices();");
this.pw.print(" return ");
mapSlicedClass(" ", attributeDef, QUALIFIED_ABSTRACT_OBJECT_CLASS_NAME + ".SlicedList");
this.pw.println(" };");
}
else {
this.pw.print(" return ");
embeddedList = Identifier.CLASS_PROXY_NAME.toIdentifier(attributeDef.getName());
this.pw.println("new " + embeddedList + "(" + embedded + ");");
}
this.pw.println(" }");
if(embedded != null) {
String elementType = getObjectType(attributeDef);
this.pw.println();
this.pw.println(" private class " + embeddedList + " extends EmbeddedList<" + elementType + ">{");
this.pw.println();
this.pw.println(" " + embeddedList + "(int capacity){");
this.pw.println(" super(capacity);");
this.pw.println(" }");
this.pw.println();
this.pw.println(" protected final " + elementType + " openmdxjdoGet(int index){");
this.pw.println(" switch(index){");
for(
int i = 0;
i < embedded.intValue();
i++
){
this.pw.println(" case " + i + ": return " + attributeName + SUFFIX_SEPARATOR + i + ";");
}
this.pw.println(" default: throw new IndexOutOfBoundsException(\"Index \" + index + \" is not in [0.." + (embedded.intValue() - 1) + "]\");");
this.pw.println(" }");
this.pw.println(" }");
this.pw.println();
this.pw.println(" protected final void openmdxjdoSet(int index, " + elementType + " element){");
this.pw.println(" switch(index){");
for(
int i = 0;
i < embedded.intValue();
i++
){
this.pw.println(" case " + i + ": " + attributeName + SUFFIX_SEPARATOR + i + " = element;");
}
this.pw.println(" default: throw new IndexOutOfBoundsException(\"Index \" + index + \" is not in [0.." + (embedded.intValue() - 1) + "]\");");
this.pw.println(" }");
this.pw.println(" }");
this.pw.println();
this.pw.println(" }");
this.pw.println();
}
}
else {
this.pw.println(" public " + this.getType(attributeDef, "java.util.List", Boolean.TRUE, TypeMode.MEMBER, null) + ' ' + this.getMethodName(attributeDef.getBeanGetterName()) + '(');
this.pw.println(" );");
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapAttributeGet1_1(
AttributeDef attributeDef
) throws ServiceException {
Format format = getFormat();
if(format == Format.JMI1) return;
String attributeName = getFeatureName(attributeDef);
boolean objectIdentity = SystemAttributes.OBJECT_IDENTITY.equals(attributeName);
String modelType = attributeDef.getQualifiedTypeName();
if(format == Format.JPA3) {
mapDeclareValue(
" ",
this.getType(modelType, format, false),
attributeName,
attributeDef.isDerived() ? "public" : null
);
}
this.trace("Instance/AttributeGet1_1");
this.pw.println(" /**");
this.pw.println(" * Retrieves the value for the attribute " + attributeDef.getName() + ".");
if (attributeDef.getAnnotation() != null) {
this.pw.println(" * ");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @return The non-null value for attribute " + attributeDef.getName() + ".");
this.pw.println(" */");
String cast = printAnnotationAndReturnCast(attributeDef, null);
String featureType = objectIdentity ?
QUALIFIED_IDENTITY_FEATURE_CLASS_NAME :
this.getType(attributeDef, null, Boolean.TRUE, TypeMode.MEMBER, Boolean.FALSE);
this.pw.println(" public " + featureType + " " + this.getMethodName(attributeDef.getBeanGetterName()) + "(");
if(format == Format.JPA3) {
this.pw.println(" ){");
this.pw.print(" return ");
if(this.mapValueType(modelType)) {
this.pw.print(getMappingExpression(modelType, Format.JPA3, Format.CCI2, "this." + attributeName));
} else {
this.pw.print(cast + "this." + attributeName);
}
this.pw.println(';');
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
// -----------------------------------------------------------------------
public void mapAttributeGet0_1(
AttributeDef attributeDef
) throws ServiceException {
if(getFormat() == Format.JMI1) return;
String attributeName = getFeatureName(attributeDef);
String modelType = attributeDef.getQualifiedTypeName();
if(getFormat() == Format.JPA3) {
mapDeclareValue(
" ",
this.getType(modelType, this.getFormat(), true),
attributeName,
attributeDef.isDerived() ? "public" : null
);
}
this.trace("Instance/AttributeGet0_1");
this.pw.println(" /**");
this.pw.println(MapperUtils
.wrapText(
" * ",
"Retrieves the possibly null value for the optional attribute " + attributeDef.getName() + "."));
if (attributeDef.getAnnotation() != null) {
this.pw.println(" *
");
this.pw.println(MapperUtils.wrapText(" * ", attributeDef.getAnnotation()));
}
this.pw.println(" * @return The possibly null value for attribute " + attributeDef.getName() + ".");
this.pw.println(" */");
String cast = printAnnotationAndReturnCast(attributeDef, null);
String featureType = this.getType(attributeDef, null, Boolean.TRUE, TypeMode.MEMBER, Boolean.TRUE);
this.pw.println(" public " + featureType + " " + this.getMethodName(attributeDef.getBeanGetterName()) + "(");
if(getFormat() == Format.JPA3) {
this.pw.println(" ){");
this.pw.print(" return ");
if(this.mapValueType(modelType)) {
this.pw.print(getMappingExpression(modelType, Format.JPA3, Format.CCI2, "this." + attributeName));
} else {
this.pw.print(cast + "this." + attributeName);
}
this.pw.println(';');
this.pw.println(" }");
} else {
this.pw.println(" );");
}
this.pw.println();
}
//-----------------------------------------------------------------------
protected boolean mapValueType(
String qualifiedTypeName
) throws ServiceException {
String cci2Type = this.primitiveTypeMapper.getFeatureType(qualifiedTypeName, Format.CCI2, false);
String jpa3Type = this.primitiveTypeMapper.getFeatureType(qualifiedTypeName, Format.JPA3, false);
return !cci2Type.equals(jpa3Type);
}
//-----------------------------------------------------------------------
protected void mapDeclareValue(
PrintWriter pw,
String indentation,
String attributeType,
String attributeName,
String visibility,
boolean settersAndGetters
) throws ServiceException{
this.trace(pw, "Instance/DeclareValue");
pw.println();
pw.println(indentation + "/**");
pw.println(indentation + " * Attribute " + attributeName + ".");
pw.println(indentation + " */");
pw.println(indentation + (visibility == null ? "" : visibility + " ") + attributeType + ' ' + attributeName + ';');
pw.println();
if(settersAndGetters) {
String getterName = AbstractNames.openmdx2AccessorName(
attributeName,
true, // forQuery
false, // forBoolean
true // singleValued
);
String setterName = AbstractNames.openmdx2AccessorName(
attributeName,
false, // forQuery
false, // forBoolean
true // singleValued
);
pw.println(indentation + "public " + attributeType + " " + getterName + "(");
pw.println(indentation + "){");
pw.println(indentation + " return this." + attributeName + ";");
pw.println(indentation + "}");
pw.println();
pw.println(indentation + "public void " + setterName + "(");
pw.println(indentation + " " + attributeType + " value");
pw.println(indentation + "){");
pw.println(indentation + " this." + attributeName + " = value;");
pw.println(indentation + "}");
pw.println();
}
}
//-----------------------------------------------------------------------
protected void mapDeclareValue(
String indentation,
String attributeType,
String attributeName,
String visibility
) throws ServiceException{
this.mapDeclareValue(
this.pw,
indentation,
attributeType,
attributeName,
visibility,
false
);
}
//-----------------------------------------------------------------------
protected void mapDeclareReference(
PrintWriter pw,
String indentation,
String qualifiedTypeName,
String referenceName,
boolean unused,
boolean accessors
) throws ServiceException{
this.trace(pw, "Instance/ReferenceDeclaration");
if(unused){
this.pw.println(" @SuppressWarnings(\"unused\")");
}
pw.println(" /**");
pw.println(" * Instance referenced by " + referenceName + ".");
pw.println(" */");
pw.println(" java.lang.String " + referenceName + ';');
pw.println();
if(accessors) {
String getterName = AbstractNames.openmdx2AccessorName(
referenceName,
true, // forQuery
false, // forBoolean
true // singleValued
);
String setterName = AbstractNames.openmdx2AccessorName(
referenceName,
false, // forQuery
false, // forBoolean
true // singleValued
);
pw.println(indentation + "public java.lang.String " + getterName + "(");
pw.println(indentation + "){");
pw.println(indentation + " return this." + referenceName + ";");
pw.println(indentation + "}");
pw.println();
pw.println(indentation + "public void " + setterName + "(");
pw.println(indentation + " java.lang.String value");
pw.println(indentation + "){");
pw.println(indentation + " this." + referenceName + " = value;");
pw.println(indentation + "}");
pw.println();
}
}
//-----------------------------------------------------------------------
protected void mapDeclareReference(
String indentation,
String qualifiedTypeName,
String referenceName,
boolean referencedEnd
) throws ServiceException{
this.mapDeclareReference(
this.pw,
indentation,
qualifiedTypeName,
referenceName,
false, // !referencedEnd
false
);
}
//-----------------------------------------------------------------------
protected void mapDeclareSize(
String indentation,
String attributeName
) throws ServiceException{
this.trace("Instance/DeclareSize");
this.pw.println();
this.pw.println(indentation + "/**");
this.pw.println(indentation + " * Number of elements of attribute " + attributeName + "");
this.pw.println(indentation + " */");
this.pw.println(indentation + "int " + attributeName + SIZE_SUFFIX + ';');
this.pw.println();
}
//-----------------------------------------------------------------------
/**
* Retrieve not inherited features
* @param inherited
*
* @return Returns the implementsClassDef.
*/
protected Map getFeatures(boolean inherited) {
return inherited ? this.superFeatures : this.localFeatures;
}
//-----------------------------------------------------------------------
private final Map superFeatures;
private final Map localFeatures;
private final Map sliced = new LinkedHashMap();
private final PrintWriter pwSlice;
static final String OPENMDX_JDO_PREFIX = "openmdxjdo";
static final String SLICE_CLASS_NAME = "$Slice";
static final String SLICE_ID_CLASS_NAME = "SliceId";
static final String OBJECT_IDENTITY_CLASS_NAME = "Identity";
static final String JDO_IDENTITY_MEMBER = OPENMDX_JDO_PREFIX + "Identity";
static final String INDEX_MEMBER = OPENMDX_JDO_PREFIX + "Index";
static final String SLICES_MEMBER = OPENMDX_JDO_PREFIX + "Slices";
static final String QUALIFIED_IDENTITY_FEATURE_CLASS_NAME = "java.lang.String";
static final String QUALIFIED_IDENTITY_CLASS_NAME = "org.oasisopen.cci2." + OBJECT_IDENTITY_CLASS_NAME;
static final String QUALIFIED_ABSTRACT_OBJECT_CLASS_NAME = "org.w3c.jpa3.AbstractObject";
static final String QUALIFIED_ABSTRACT_OBJECT_IDENTITY_CLASS_NAME = "org.oasisopen.jdo2.Abstract" + OBJECT_IDENTITY_CLASS_NAME;
static final String QUALIFIED_ABSTRACT_SLICE_ID_CLASS_NAME = QUALIFIED_ABSTRACT_OBJECT_CLASS_NAME + ".AbstractSliceId";
static final String SUFFIX_SEPARATOR = "_";
static final String SIZE_SUFFIX = SUFFIX_SEPARATOR + "size";
static final String QUALIFIER_TYPE_WORD = "type";
static final String QUALIFIER_TYPE_SUFFIX = "Type";
static final String QUALIFIER_TYPE_CLASS_NAME = "org.oasisopen.cci2.QualifierType";
static final String PERSISTENCY_SUFFIX = "IsPersistent";
static final String ID_SUFFIX = SUFFIX_SEPARATOR + "Id";
static final String REF_OBJECT_INTERFACE_NAME = "org.openmdx.base.accessor.jmi.cci.RefObject_1_0";
}