public TransactionProcessor() { this.txCodec = new TransactionCodec(); }
public TransactionProcessor() { this.txCodec = new TransactionCodec(); }
public HBaseTable(DatasetContext datasetContext, DatasetSpecification spec, Map<String, String> args, CConfiguration cConf, Configuration hConf, HBaseTableUtil tableUtil) throws IOException { this(datasetContext, spec, args, cConf, hConf, tableUtil, new TransactionCodec()); }
public TransactionProcessor() { this.txCodec = new TransactionCodec(); }
public HBaseTable(DatasetContext datasetContext, DatasetSpecification spec, Map<String, String> args, CConfiguration cConf, Configuration hConf, HBaseTableUtil tableUtil) throws IOException { this(datasetContext, spec, args, cConf, hConf, tableUtil, new TransactionCodec()); }
public TransactionProcessor() { this.txCodec = new TransactionCodec(); }
public TransactionProcessor() { this.txCodec = new TransactionCodec(); }
/** * Constructs a new instance. * * @param queueConfigTableName table name that stores queue configuration * @param cConfReader reader to read the latest {@link CConfiguration} * @param transactionSnapshotSupplier A supplier for the latest {@link TransactionSnapshot} * @param hTableSupplier A supplier for creating {@link HTableInterface}. */ ConsumerConfigCache(TableName queueConfigTableName, CConfigurationReader cConfReader, Supplier<TransactionVisibilityState> transactionSnapshotSupplier, InputSupplier<HTableInterface> hTableSupplier) { this.queueConfigTableName = queueConfigTableName; this.cConfReader = cConfReader; this.transactionSnapshotSupplier = transactionSnapshotSupplier; this.hTableSupplier = hTableSupplier; this.txCodec = new TransactionCodec(); }
public AbstractTransactionAwareTable(TxConstants.ConflictDetection conflictLevel, boolean allowNonTransactional, boolean pre014ChangeSetKey) { this.conflictLevel = conflictLevel; this.allowNonTransactional = allowNonTransactional; this.txCodec = new TransactionCodec(); this.changeSets = Maps.newHashMap(); this.pre014ChangeSetKey = pre014ChangeSetKey; }
scan.setCacheBlocks(false); scan.setAttribute(TxConstants.TX_OPERATION_ATTRIBUTE_KEY, new TransactionCodec().encode(tx)); job.setNumReduceTasks(0);
FileSystem fs = txFile.getFileSystem(configuration); try (FSDataOutputStream fsDataOutputStream = fs.create(txFile, false)) { fsDataOutputStream.write(new TransactionCodec().encode(transaction));
FileSystem fs = txFile.getFileSystem(configuration); try (FSDataOutputStream fsDataOutputStream = fs.create(txFile, false)) { fsDataOutputStream.write(new TransactionCodec().encode(transaction));
if (fs.exists(txFile)) { try (FSDataInputStream txFileInputStream = fs.open(txFile)) { transaction = new TransactionCodec().decode(ByteStreams.toByteArray(txFileInputStream));
if (fs.exists(txFile)) { try (FSDataInputStream txFileInputStream = fs.open(txFile)) { transaction = new TransactionCodec().decode(ByteStreams.toByteArray(txFileInputStream));