How to use

IndexedInteraction

in

org.eclipse.persistence.eis.interactions

/**
 * PUBLIC:
 * Define the argument to the interaction for the index argument.
 * This must be called in the order of the arguments in the input indexed record.
 * The argumentValue is the value of the argument to be used to pass to the interaction.
 */
public void addArgumentValue(Object argumentValue) {
  getArguments().addElement(argumentValue);
}

/**
 * PUBLIC:
 * Define the field/argument name to be substitute for the index output argument.
 * This must be called in the order of the output arguments in the result indexed record.
 * The argumentFieldName is the field or argument name in the descriptor that maps to the indexed value.
 */
public void addOutputArgument(String argumentFieldName) {
  getOutputArguments().addElement(new DatabaseField(argumentFieldName));
}

/**
 * Create an indexed input record for this interaction.
 * Populate the data into the record from this interaction's arguments.
 */
public Record createInputRecord(EISAccessor accessor) {
  try {
    IndexedRecord record = accessor.getRecordFactory().createIndexedRecord(getInputRecordName());
    for (int index = 0; index < getParameters().size(); index++) {
      Object parameter = getParameters().get(index);
      // Allow conversion of nested rows and collections.
      record.add(createRecordElement("", parameter, accessor));
    }
    return record;
  } catch (ResourceException exception) {
    throw EISException.resourceException(exception, accessor, null);
  }
}

  row = new DatabaseRecord(indexedRecord.size());
  for (int index = 0; index < indexedRecord.size(); index++) {
    DatabaseField field = (DatabaseField)getOutputArguments().get(index);
    row.put(field, indexedRecord.get(index));
  if (getOutputArgumentNames().size() == 1) {
    mappedRecord = (MappedRecord)mappedRecord.get(getOutputArgumentNames().get(0));
  } else if (getOutputArgumentNames().size() > 1) {
    row = new DatabaseRecord(getOutputArgumentNames().size());
    for (int index = 0; index < getOutputArgumentNames().size(); index++) {
      DatabaseField field = (DatabaseField)getOutputArguments().get(index);
      row.put(field, mappedRecord.get(getOutputArgumentNames().get(index)));
} else {
  row = new DatabaseRecord(1);
  row.put(getOutputResultPath(), record);

/**
 * Create an indexed input record for this interaction.
 * Populate the data into the record from this interaction's arguments.
 */
public Record createInputRecord(EISAccessor accessor) {
  try {
    IndexedRecord record = accessor.getRecordFactory().createIndexedRecord(getInputRecordName());
    for (int index = 0; index < getParameters().size(); index++) {
      Object parameter = getParameters().get(index);
      // Allow conversion of nested rows and collections.
      record.add(createRecordElement("", parameter, accessor));
    }
    return record;
  } catch (ResourceException exception) {
    throw EISException.resourceException(exception, accessor, null);
  }
}

  row = new DatabaseRecord(indexedRecord.size());
  for (int index = 0; index < indexedRecord.size(); index++) {
    DatabaseField field = (DatabaseField)getOutputArguments().get(index);
    row.put(field, indexedRecord.get(index));
  if (getOutputArgumentNames().size() == 1) {
    mappedRecord = (MappedRecord)mappedRecord.get(getOutputArgumentNames().get(0));
  } else if (getOutputArgumentNames().size() > 1) {
    row = new DatabaseRecord(getOutputArgumentNames().size());
    for (int index = 0; index < getOutputArgumentNames().size(); index++) {
      DatabaseField field = (DatabaseField)getOutputArguments().get(index);
      row.put(field, mappedRecord.get(getOutputArgumentNames().get(index)));
} else {
  row = new DatabaseRecord(1);
  row.put(getOutputResultPath(), record);

/**
 * Create an indexed input record for this interaction.
 * Populate the data into the record from this interaction's arguments.
 */
public Record createInputRecord(EISAccessor accessor) {
  try {
    IndexedRecord record = accessor.getRecordFactory().createIndexedRecord(getInputRecordName());
    for (int index = 0; index < getParameters().size(); index++) {
      Object parameter = getParameters().get(index);
      // Allow conversion of nested rows and collections.
      record.add(createRecordElement("", parameter, accessor));
    }
    return record;
  } catch (ResourceException exception) {
    throw EISException.resourceException(exception, accessor, null);
  }
}

  row = new DatabaseRecord(indexedRecord.size());
  for (int index = 0; index < indexedRecord.size(); index++) {
    DatabaseField field = (DatabaseField)getOutputArguments().get(index);
    row.put(field, indexedRecord.get(index));
  if (getOutputArgumentNames().size() == 1) {
    mappedRecord = (MappedRecord)mappedRecord.get(getOutputArgumentNames().get(0));
  } else if (getOutputArgumentNames().size() > 1) {
    row = new DatabaseRecord(getOutputArgumentNames().size());
    for (int index = 0; index < getOutputArgumentNames().size(); index++) {
      DatabaseField field = (DatabaseField)getOutputArguments().get(index);
      row.put(field, mappedRecord.get(getOutputArgumentNames().get(index)));
} else {
  row = new DatabaseRecord(1);
  row.put(getOutputResultPath(), record);

/**
 * PUBLIC:
 * Define the argument to the interaction for the index argument.
 * This must be called in the order of the arguments in the input indexed record.
 * The argumentValue is the value of the argument to be used to pass to the interaction.
 */
public void addArgumentValue(Object argumentValue) {
  getArguments().addElement(argumentValue);
}

/**
 * PUBLIC:
 * Define the field/argument name to be substitute for the index output argument.
 * This must be called in the order of the output arguments in the result indexed record.
 * The argumentFieldName is the field or argument name in the descriptor that maps to the indexed value.
 */
public void addOutputArgument(String argumentFieldName) {
  getOutputArguments().addElement(new DatabaseField(argumentFieldName));
}

/**
 * PUBLIC:
 * Define the argument to the interaction for the index argument.
 * This must be called in the order of the arguments in the input indexed record.
 * The argumentValue is the value of the argument to be used to pass to the interaction.
 */
public void addArgumentValue(Object argumentValue) {
  getArguments().addElement(argumentValue);
}

/**
 * PUBLIC:
 * Define the field/argument name to be substitute for the index output argument.
 * This must be called in the order of the output arguments in the result indexed record.
 * The argumentFieldName is the field or argument name in the descriptor that maps to the indexed value.
 */
public void addOutputArgument(String argumentFieldName) {
  getOutputArguments().addElement(new DatabaseField(argumentFieldName));
}

/**
 * PUBLIC:
 * Define the argument to the interaction for the index argument.
 * This must be called in the order of the arguments in the input indexed record.
 * The argumentFieldName is the field or argument name in the descriptor that maps to the indexed value.
 */
public void addArgument(String argumentFieldName) {
  getArguments().addElement(new DatabaseField(argumentFieldName));
}

/**
 * PUBLIC:
 * Define the argument to the interaction for the index argument.
 * This must be called in the order of the arguments in the input indexed record.
 * The argumentFieldName is the field or argument name in the descriptor that maps to the indexed value.
 */
public void addArgument(String argumentFieldName) {
  getArguments().addElement(new DatabaseField(argumentFieldName));
}

/**
 * PUBLIC:
 * Define the argument to the interaction for the index argument.
 * This must be called in the order of the arguments in the input indexed record.
 * The argumentFieldName is the field or argument name in the descriptor that maps to the indexed value.
 */
public void addArgument(String argumentFieldName) {
  getArguments().addElement(new DatabaseField(argumentFieldName));
}