@Override public TajoDataTypes.DataType[] dataTypes() { return rowBlock.getDataTypes(); }
@Override public TajoDataTypes.DataType[] dataTypes() { return rowBlock.getDataTypes(); }
@Override public DataType[] dataTypes() { return rowBlock.getDataTypes(); }
@Override public DataType[] dataTypes() { return rowBlock.getDataTypes(); }
OffHeapRowBlockWriter(RowBlock rowBlock) { super(rowBlock.getDataTypes()); this.rowBlock = rowBlock; if (!rowBlock.getMemory().hasAddress()) { throw new TajoInternalError(rowBlock.getMemory().getClass().getSimpleName() + " does not support to direct memory access"); } }
OffHeapRowBlockWriter(RowBlock rowBlock) { super(rowBlock.getDataTypes()); this.rowBlock = rowBlock; if (!rowBlock.getMemory().hasAddress()) { throw new TajoInternalError(rowBlock.getMemory().getClass().getSimpleName() + " does not support to direct memory access"); } }
public CompactRowBlockWriter(RowBlock rowBlock) { this.dataTypes = rowBlock.getDataTypes(); this.rowBlock = rowBlock; // compute the number of bytes, representing the null flags nullFlags = new BitArray(dataTypes.length); headerSize = RECORD_FIELD_SIZE + SizeOf.SIZE_OF_SHORT + nullFlags.bytesLength(); if (!rowBlock.getMemory().hasAddress()) { throw new TajoInternalError(rowBlock.getMemory().getClass().getSimpleName() + " does not support to direct memory access"); } }
public CompactRowBlockWriter(RowBlock rowBlock) { this.dataTypes = rowBlock.getDataTypes(); this.rowBlock = rowBlock; // compute the number of bytes, representing the null flags nullFlags = new BitArray(dataTypes.length); headerSize = RECORD_FIELD_SIZE + SizeOf.SIZE_OF_SHORT + nullFlags.bytesLength(); if (!rowBlock.getMemory().hasAddress()) { throw new TajoInternalError(rowBlock.getMemory().getClass().getSimpleName() + " does not support to direct memory access"); } }