Examples of AbstractRecord

com.arjuna.ats.arjuna.coordinator.AbstractRecord
Abstract Record Class This class provides an abstract template that defines the interface that the atomic action system uses to notify objects that various state transitions have occurred as the 2PC protocol executes. Record types derived from this class manage certain properties of objects such as recovery information, concurrency control information etc, and all must redifine the operations defined here as abstract to take appropriate action. Many functions are declared pure virtual to force a definition to occur in any derived class. These are currently all functions dealing with atomic action coordination as well as the following list management functions: typeIs: returns the record type of the instance. This is one of the values of the enumerated type Record_type value: Some arbitrary value associated with the record instance merge: Used when two records need to merge togethor. Currently this is only used by CadaverRecords to merge information from PersistenceRecords shouldAdd: returns TRUE is the record should be added to the list FALSE if it should be discarded shouldMerge: returns TRUE is the two records should be merged into a single record, FALSE if it should be discarded shouldReplace: returns TRUE if the record should replace an existing one, FALSE otherwise. @author Mark Little (mark@arjuna.com) @version $Id: AbstractRecord.java 2342 2006-03-30 13:06:17Z $ @since 1.0.
com.slytechs.capture.file.AbstractRecord
Provides low level record methods. @author Mark Bednarczyk @author Sly Technologies, Inc.
oracle.toplink.essentials.internal.sessions.AbstractRecord
Purpose: Define the abstract definition of a record for internal use. Public API should reference the Record interface. Subclasses are DatabaseRecord and XMLRecord.
Responsibilities:
- Implement the Record and Map interfaces.
@see DatabaseField
org.eclipse.persistence.internal.sessions.AbstractRecord
Purpose: Define the abstract definition of a record for internal use. Public API should reference the Map or Record interface. Subclasses are DatabaseRecord and XMLRecord.
Responsibilities:
- Implement the Record and Map interfaces.
@see DatabaseField

Examples of org.eclipse.persistence.internal.sessions.AbstractRecord

    protected Integer executeNoSelect(DatabaseCall call, Statement statement, AbstractSession session) throws DatabaseException {
        Integer rowCount = executeDirectNoSelect(statement, call, session);


        // Allow for procs with outputs to be raised as events for error handling.
        if (call.shouldBuildOutputRow()) {
            AbstractRecord outputRow = buildOutputRow((CallableStatement)statement, call, session);
            call.getQuery().setProperty("output", outputRow);
            session.getEventManager().outputParametersDetected(outputRow, call);
        }


        return rowCount;

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Examples of org.eclipse.persistence.internal.sessions.AbstractRecord

            session.endOperationProfile(SessionProfiler.STATEMENT_EXECUTE, call.getQuery(), SessionProfiler.ALL);
        }


        // Allow for procs with outputs to be raised as events for error handling.
        if (call.shouldBuildOutputRow()) {
            AbstractRecord outputRow = buildOutputRow((CallableStatement)statement, call, session);
            call.getQuery().setProperty("output", outputRow);
            session.getEventManager().outputParametersDetected(outputRow, call);
        }


        return resultSet;

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Examples of org.eclipse.persistence.internal.sessions.AbstractRecord

            if (!(parameter instanceof Struct)){
                ClassDescriptor descriptor=session.getDescriptor(parameter);
                if ((descriptor!=null) && (descriptor.isObjectRelationalDataTypeDescriptor())){
                    //this is used to convert non-null objects passed through stored procedures and custom SQL to structs 
                    ObjectRelationalDataTypeDescriptor ord=(ObjectRelationalDataTypeDescriptor)descriptor;
                    AbstractRecord nestedRow = ord.getObjectBuilder().buildRow(parameter, session);
                    return ord.buildStructureFromRow(nestedRow, session, connection);
                }
            }
            return parameter;
        }

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Examples of org.eclipse.persistence.internal.sessions.AbstractRecord

     * INTERNAL:
     * Return a container populated with the contents of the specified Vector.
     */
    public Object buildContainerFromVector(Vector vector, AbstractSession session) {
        Map container = (Map)containerInstance(vector.size());
        AbstractRecord row;


        for (Enumeration e = vector.elements(); e.hasMoreElements();) {
            row = (AbstractRecord)e.nextElement();
            Object key = row.get(keyField);
            Object value = row.get(valueField);
            if (getKeyConverter() != null) {
                key = getKeyConverter().convertDataValueToObjectValue(key, session);
            }
            if (getValueConverter() != null) {
                value = getValueConverter().convertDataValueToObjectValue(value, session);

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Examples of org.eclipse.persistence.internal.sessions.AbstractRecord

        CacheKey lastCacheKey = null;
        List childRows = null;
        ObjectBuilder builder = getDescriptor().getObjectBuilder();
        int parentIndex = getParentResultIndex();
        for (int dataResultsIndex = 0; dataResultsIndex < size; dataResultsIndex++) {
            AbstractRecord row = this.dataResults.get(dataResultsIndex);
            AbstractRecord parentRow = row;
            // Must adjust for the parent index to ensure the correct pk is extracted.
            if (parentIndex > 0) {
                Vector trimedFields = new NonSynchronizedSubVector(row.getFields(), parentIndex, row.size());
                Vector trimedValues = new NonSynchronizedSubVector(row.getValues(), parentIndex, row.size());
                parentRow = new DatabaseRecord(trimedFields, trimedValues);

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Examples of org.eclipse.persistence.internal.sessions.AbstractRecord

                result = new ValueHolder();
                result.setValue(this.getMapping().buildCloneForPartObject(valueHolder.getValue(), original, clone, unitOfWork, false));
            } else {
                //if I have a relationship partner trigger the indirection so that the value will be inserted
                // because of this call the entire tree should be recursively cloned
                AbstractRecord row = null;
                if (valueHolder instanceof DatabaseValueHolder) {
                    row = ((DatabaseValueHolder)valueHolder).getRow();
                }
                result = this.getMapping().createUnitOfWorkValueHolder(valueHolder, original, clone, row, unitOfWork, buildDirectlyFromRow);


                Object newObject = this.getMapping().buildCloneForPartObject(valueHolder.getValue(), original, clone, unitOfWork, false);
                ((UnitOfWorkValueHolder)result).privilegedSetValue(newObject);
                ((UnitOfWorkValueHolder)result).setInstantiated();
            }
        } else {
            AbstractRecord row = null;
            if (valueHolder instanceof DatabaseValueHolder) {
                row = ((DatabaseValueHolder)valueHolder).getRow();
            }
            result = this.getMapping().createUnitOfWorkValueHolder(valueHolder, original, clone, row, unitOfWork, buildDirectlyFromRow);
        }

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Examples of org.eclipse.persistence.internal.sessions.AbstractRecord

                RemoteSessionController controller = ((RemoteUnitOfWork) session).getParentSessionController();
                Object id = ((UnitOfWorkValueHolder) unitOfWorkIndirectionObject).getWrappedValueHolderRemoteID();
                if (id == null) {
                    // Must build a new value holder.
                    Object object = ((UnitOfWorkValueHolder) unitOfWorkIndirectionObject).getSourceObject();
                    AbstractRecord row = getMapping().getDescriptor().getObjectBuilder().buildRow(object, session);
                    ReadObjectQuery query = new ReadObjectQuery();
                    query.setSession(((RemoteUnitOfWork) session).getParent());
                    valueHolder = (ValueHolderInterface) getMapping().valueFromRow(row, null, query);
                } else {
                    valueHolder = (ValueHolderInterface) controller.getRemoteValueHolders().get(id);

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Examples of org.eclipse.persistence.internal.sessions.AbstractRecord

            DatabaseField targetPrimaryKey = targetPrimaryKeyFields.get(index);
            Expression expression = builder.getField(targetPrimaryKey).equal(builder.getParameter(targetPrimaryKey));
            whereClause = expression.and(whereClause);
        }


        AbstractRecord modifyRow = new DatabaseRecord();
        size = targetForeignKeyFields.size();
        for (int index = 0; index < size; index++) {
            DatabaseField targetForeignKey = targetForeignKeyFields.get(index);
            modifyRow.put(targetForeignKey, null);
        }


        SQLUpdateStatement statement = new SQLUpdateStatement();
        statement.setTable(getReferenceDescriptor().getDefaultTable());
        statement.setWhereClause(whereClause);

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Examples of org.eclipse.persistence.internal.sessions.AbstractRecord

            DatabaseField targetPrimaryKey = targetPrimaryKeyFields.get(index);
            Expression expression = builder.getField(targetPrimaryKey).equal(builder.getParameter(targetPrimaryKey));
            whereClause = expression.and(whereClause);
        }


        AbstractRecord modifyRow = new DatabaseRecord();
        size = targetForeignKeyFields.size();
        for (int index = 0; index < size; index++) {
            DatabaseField targetForeignKey = targetForeignKeyFields.get(index);
            modifyRow.put(targetForeignKey, null);
            Expression expression = builder.getField(targetForeignKey).equal(builder.getParameter(targetForeignKey));
            whereClause = expression.and(whereClause);
        }


        SQLUpdateStatement statement = new SQLUpdateStatement();

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Examples of org.eclipse.persistence.internal.sessions.AbstractRecord


        // Build where clause expression.
        Expression whereClause = null;
        Expression builder = new ExpressionBuilder();


        AbstractRecord modifyRow = new DatabaseRecord();
        int size = targetForeignKeyFields.size();
        for (int index = 0; index < size; index++) {
            DatabaseField targetForeignKey = targetForeignKeyFields.get(index);
            modifyRow.put(targetForeignKey, null);
            Expression expression = builder.getField(targetForeignKey).equal(builder.getParameter(targetForeignKey));
            whereClause = expression.and(whereClause);
        }


        SQLUpdateStatement statement = new SQLUpdateStatement();

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