new byte[0], new byte[0] };
RCFileOutputFormat.setColumnNumber(conf, expectedFieldsData.length);
RCFile.Writer writer = new RCFile.Writer(fs, conf, file, null,
new DefaultCodec());
BytesRefArrayWritable bytes = new BytesRefArrayWritable(record_1.length);
for (int i = 0; i < record_1.length; i++) {
BytesRefWritable cu = new BytesRefWritable(record_1[i], 0,
record_1[i].length);
bytes.set(i, cu);
}
writer.append(bytes);
bytes.clear();
for (int i = 0; i < record_2.length; i++) {
BytesRefWritable cu = new BytesRefWritable(record_2[i], 0,
record_2[i].length);
bytes.set(i, cu);
}
writer.append(bytes);
writer.close();
Object[] expectedRecord_1 = { new ByteWritable((byte) 123),
new ShortWritable((short) 456), new IntWritable(789),
new LongWritable(1000), new DoubleWritable(5.3),
new Text("hive and hadoop"), null, null };
Object[] expectedRecord_2 = { new ByteWritable((byte) 100),
new ShortWritable((short) 200), new IntWritable(123),
new LongWritable(1000), new DoubleWritable(5.3),
new Text("hive and hadoop"), null, null };
RCFile.Reader reader = new RCFile.Reader(fs, file, conf);
LongWritable rowID = new LongWritable();
for (int i = 0; i < 2; i++) {
reader.next(rowID);
BytesRefArrayWritable cols = new BytesRefArrayWritable();
reader.getCurrentRow(cols);
Object row = serDe.deserialize(cols);
StructObjectInspector oi = (StructObjectInspector) serDe
.getObjectInspector();