public TupleDescriptor buildDescriptor(ExecRow row, TupleDescriptor parentDesc, DataDictionary dd) throws StandardException { if (SanityManager.DEBUG) { SanityManager.ASSERT( row.nColumns() == ASYNCEEVENTLISTENERS_COLUMN_COUNT, "Wrong number of columns for a ASYNCEEVENTLISTENERS row"); } DataValueDescriptor col; UUID id; col = row.getColumn(SENDER_ID); String senderId = col.getString(); id = getUUIDFactory().recreateUUID(senderId); col = row.getColumn(LISTENER_CLASS); String className = col.getString(); col = row.getColumn(SERVER_GROUPS); String serverGroups = col.getString(); col = row.getColumn(MANUAL_START); Boolean manualStart = col.getBoolean(); col = row.getColumn(BATCH_CONFLATION); Boolean batchConflation = col.getBoolean(); col = row.getColumn(BATCH_SIZE); Integer batchSize = col.getInt(); col = row.getColumn(BATCH_TIME_INTERVAL); Integer batchTimeInterval = col.getInt(); col = row.getColumn(IS_PERSISTENCE); Boolean isPersistent = col.getBoolean(); col = row.getColumn(DISK_SYNCHRONOUS); Boolean diskSynchronous = col.getBoolean(); col = row.getColumn(DISK_STORE_NAME); String diskStoreName = col.getString(); col = row.getColumn(MAX_QUEUE_MEMORY); Integer maxQueueMemory = col.getInt(); col = row.getColumn(ALERT_THRESHOLD); Integer alertThreshold = col.getInt(); col = row.getColumn(IS_STARTED); Boolean isStarted = col.getBoolean(); col = row.getColumn(INIT_PARAMS); String initParams = col.getString(); return new GfxdAsyncEventListenerDescriptor( dd, id, senderId, className, serverGroups, manualStart, batchConflation, batchSize, batchTimeInterval, isPersistent, diskSynchronous, diskStoreName, maxQueueMemory, alertThreshold, isStarted, initParams); }