Examples of org.eclipse.persistence.mappings.AggregateMapping

Package org.eclipse.persistence.mappings

Examples of org.eclipse.persistence.mappings.AggregateMapping

org.eclipse.persistence.mappings.AggregateMapping
Purpose: Two objects can be considered to be related by aggregation if there is a strict 1:1 relationship between the objects. This means that if the source (parent)object exists, then the target (child or owned) object must exist. This class implements the behavior common to the aggregate object and structure mappings. @author Sati @since TopLink for Java 1.0

            collectionMapping.setShouldExtendPessimisticLockScope(true);
            
            // Set the cascade on delete if specified.
            collectionMapping.setIsCascadeOnDeleteSetOnDatabase(isCascadeOnDelete());
        } else if (mapping instanceof AggregateMapping) {
            AggregateMapping aggregateMapping = (AggregateMapping)mapping;


            // Set the reference class name.
            aggregateMapping.setReferenceClassName(getReferenceClassName());
        }
        
        // Set the non cacheable if specified.
        mapping.setIsCacheable(!isNonCacheable());

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     * INTERNAL:
     * Process an embedded.
     */    
    public void process() {
        // Build and aggregate object mapping and add it to the descriptor.
        AggregateMapping mapping = getOwningDescriptor().getClassDescriptor().newAggregateMapping();
        setMapping(mapping);
        
        mapping.setReferenceClassName(getReferenceClassName());
        mapping.setAttributeName(getAttributeName());    
        
        // Will check for PROPERTY access
        setAccessorMethods(mapping);


        // EIS and ORDT mappings may not be aggregate object mappings.
        if (mapping.isAggregateObjectMapping()) {
            AggregateObjectMapping aggregateMapping = (AggregateObjectMapping)mapping;
            aggregateMapping.setIsNullAllowed(true);
            // Process attribute overrides.
            processAttributeOverrides(m_attributeOverrides, aggregateMapping, getReferenceDescriptor());
           
            // Process association overrides.
            processAssociationOverrides(m_associationOverrides, aggregateMapping, getReferenceDescriptor());
        } else if (mapping.isAbstractCompositeObjectMapping()) {
            ((AbstractCompositeObjectMapping)mapping).setField(getDatabaseField(getDescriptor().getPrimaryTable(), MetadataLogger.COLUMN));
        }
        
        // Process a @ReturnInsert and @ReturnUpdate (to log a warning message)
        processReturnInsertAndUpdate();

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            collectionMapping.setShouldExtendPessimisticLockScope(true);
            
            // Set the cascade on delete if specified.
            collectionMapping.setIsCascadeOnDeleteSetOnDatabase(isCascadeOnDelete());
        } else if (mapping instanceof AggregateMapping) {
            AggregateMapping aggregateMapping = (AggregateMapping)mapping;


            // Set the reference class name.
            aggregateMapping.setReferenceClassName(getReferenceClassName());
        }
        
        // Set the non cacheable if specified.
        mapping.setIsCacheable(!isNonCacheable());

View Full Code Here

            collectionMapping.setShouldExtendPessimisticLockScope(true);
            
            // Set the cascade on delete if specified.
            collectionMapping.setIsCascadeOnDeleteSetOnDatabase(isCascadeOnDelete());
        } else if (mapping instanceof AggregateMapping) {
            AggregateMapping aggregateMapping = (AggregateMapping)mapping;


            // Set the reference class name.
            aggregateMapping.setReferenceClassName(getReferenceClassName());
        }
        
        // Set the non cacheable if specified.
        mapping.setIsCacheable(!isNonCacheable());

View Full Code Here

            collectionMapping.setShouldExtendPessimisticLockScope(true);
            
            // Set the cascade on delete if specified.
            collectionMapping.setIsCascadeOnDeleteSetOnDatabase(isCascadeOnDelete());
        } else if (mapping instanceof AggregateMapping) {
            AggregateMapping aggregateMapping = (AggregateMapping)mapping;


            // Set the reference class name.
            aggregateMapping.setReferenceClassName(getReferenceClassName());
        }
        
        // Set the non cacheable if specified.
        mapping.setIsCacheable(!isNonCacheable());

View Full Code Here

     * INTERNAL:
     * Process an embedded.
     */    
    public void process() {
        // Build and aggregate object mapping and add it to the descriptor.
        AggregateMapping mapping = getOwningDescriptor().getClassDescriptor().newAggregateMapping();
        setMapping(mapping);
        
        mapping.setReferenceClassName(getReferenceClassName());
        mapping.setAttributeName(getAttributeName());    
        
        // Will check for PROPERTY access
        setAccessorMethods(mapping);


        // EIS and ORDT mappings may not be aggregate object mappings.
        if (mapping.isAggregateObjectMapping()) {
            AggregateObjectMapping aggregateMapping = (AggregateObjectMapping) mapping;
            aggregateMapping.setIsNullAllowed(true);
            
            // Process attribute overrides.
            processAttributeOverrides(m_attributeOverrides, aggregateMapping, getReferenceDescriptor());
           
            // Process association overrides.
            processAssociationOverrides(m_associationOverrides, aggregateMapping, getReferenceDescriptor());
            
            // Process converts.
            processConverts(aggregateMapping, getReferenceClass());
        } else if (mapping.isAbstractCompositeObjectMapping()) {
            ((AbstractCompositeObjectMapping)mapping).setField(getDatabaseField(getDescriptor().getPrimaryTable(), MetadataLogger.COLUMN));
        }
        
        // Process a @ReturnInsert and @ReturnUpdate (to log a warning message)
        processReturnInsertAndUpdate();

View Full Code Here

            collectionMapping.setShouldExtendPessimisticLockScope(true);
            
            // Set the cascade on delete if specified.
            collectionMapping.setIsCascadeOnDeleteSetOnDatabase(isCascadeOnDelete());
        } else if (mapping instanceof AggregateMapping) {
            AggregateMapping aggregateMapping = (AggregateMapping)mapping;


            // Set the reference class name.
            aggregateMapping.setReferenceClassName(getReferenceClassName());
        }
        
        // Set the non cacheable if specified.
        mapping.setIsCacheable(!isNonCacheable());

View Full Code Here

            collectionMapping.setShouldExtendPessimisticLockScope(true);
            
            // Set the cascade on delete if specified.
            collectionMapping.setIsCascadeOnDeleteSetOnDatabase(isCascadeOnDelete());
        } else if (mapping instanceof AggregateMapping) {
            AggregateMapping aggregateMapping = (AggregateMapping)mapping;


            // Set the reference class name.
            aggregateMapping.setReferenceClassName(getReferenceClassName());
        }
        
        // Set the non cacheable if specified.
        mapping.setIsCacheable(!isNonCacheable());

View Full Code Here

     * INTERNAL:
     * Process an embedded.
     */    
    public void process() {
        // Build and aggregate object mapping and add it to the descriptor.
        AggregateMapping mapping = getOwningDescriptor().getClassDescriptor().newAggregateMapping();
        setMapping(mapping);
        
        mapping.setReferenceClassName(getReferenceClassName());
        mapping.setAttributeName(getAttributeName());    
        
        // Will check for PROPERTY access
        setAccessorMethods(mapping);


        // EIS and ORDT mappings may not be aggregate object mappings.
        if (mapping.isAggregateObjectMapping()) {
            AggregateObjectMapping aggregateMapping = (AggregateObjectMapping)mapping;
            aggregateMapping.setIsNullAllowed(true);
            // Process attribute overrides.
            processAttributeOverrides(m_attributeOverrides, aggregateMapping, getReferenceDescriptor());
           
            // Process association overrides.
            processAssociationOverrides(m_associationOverrides, aggregateMapping, getReferenceDescriptor());
        } else if (mapping.isAbstractCompositeObjectMapping()) {
            ((AbstractCompositeObjectMapping)mapping).setField(getDatabaseField(getDescriptor().getPrimaryTable(), MetadataLogger.COLUMN));
        }
        
        // Process a @ReturnInsert and @ReturnUpdate (to log a warning message)
        processReturnInsertAndUpdate();

View Full Code Here

     * INTERNAL:
     * Process an embedded.
     */    
    public void process() {
        // Build and aggregate object mapping and add it to the descriptor.
        AggregateMapping mapping = getOwningDescriptor().getClassDescriptor().newAggregateMapping();
        setMapping(mapping);
        
        mapping.setReferenceClassName(getReferenceClassName());
        mapping.setAttributeName(getAttributeName());    
        
        // Will check for PROPERTY access
        setAccessorMethods(mapping);


        // EIS and ORDT mappings may not be aggregate object mappings.
        if (mapping.isAggregateObjectMapping()) {
            AggregateObjectMapping aggregateMapping = (AggregateObjectMapping) mapping;
            aggregateMapping.setIsNullAllowed(true);
            
            // Process attribute overrides.
            processAttributeOverrides(m_attributeOverrides, aggregateMapping, getReferenceDescriptor());
           
            // Process association overrides.
            processAssociationOverrides(m_associationOverrides, aggregateMapping, getReferenceDescriptor());
            
            // Process converts.
            processConverts(getConverts(m_converts), aggregateMapping, getReferenceClass(), false);
        } else if (mapping.isAbstractCompositeObjectMapping()) {
            ((AbstractCompositeObjectMapping)mapping).setField(getDatabaseField(getDescriptor().getPrimaryTable(), MetadataLogger.COLUMN));
        }
        
        // Process a @ReturnInsert and @ReturnUpdate (to log a warning message)
        processReturnInsertAndUpdate();

View Full Code Here

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org.eclipse.persistence.descriptors.ClassDescriptor

org.eclipse.persistence.internal.descriptors.changetracking.AggregateAttributeChangeListener

org.eclipse.persistence.internal.jpa.metadata.accessors.mappings.DirectCollectionAccessor

org.eclipse.persistence.internal.jpa.metadata.accessors.mappings.EmbeddedAccessor

org.eclipse.persistence.internal.security.PrivilegedClassForName

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