List of usage examples for org.apache.hadoop.io Writable interface-usage
From source file de.l3s.concatgz.io.FileBackedBytesWritable.java
public class FileBackedBytesWritable implements Writable { static final int BUFFER_SIZE = 4096; private FileBackedOutputStream stream = null; private boolean setExternally = false;
From source file de.tuberlin.dima.aim.exercises.one.PrimeNumbersWritable.java
public class PrimeNumbersWritable implements Writable { private int[] numbers; public PrimeNumbersWritable() { numbers = new int[0];
From source file de.tuberlin.dima.aim3.assignment1.PrimeNumbersWritable.java
public class PrimeNumbersWritable implements Writable { private int[] numbers; public PrimeNumbersWritable() { numbers = new int[0];
From source file de.tudarmstadt.lt.nlkg.ConvertedWritable.java
/** * * @author Steffen Remus **/ public class ConvertedWritable implements Writable { String val1;
From source file de.tudarmstadt.ukp.dkpro.bigdata.io.hadoop.CASWritable.java
/**
* hadoop.io.Writable implementation for use with a CAS.
*
* @author Johannes Simon
*
*/
From source file de.tudarmstadt.ukp.dkpro.c4corpus.hadoop.full.CompositeKey.java
/**
* Custom Writable for a composite key which wrap the id of the record with the
* source of input dataset (whether it is from the corpus or the text file)
*
* @author Omnia Zayed
* @author Ivan Habernal
From source file de.tudarmstadt.ukp.dkpro.c4corpus.hadoop.io.WARCWritable.java
/**
* A mutable wrapper around a {@link WARCRecord} implementing the Hadoop Writable interface.
* This allows WARC records to be used throughout Hadoop (e.g. written to sequence files
* when shuffling data between mappers and reducers). The record is encoded as a single
* record in standard WARC/1.0 format.
* <p>
From source file de.unileipzig.dbs.giraph.algorithms.adaptiverepartitioning.ARPVertexValue.java
/**
* Custom vertex used by {@link ARPComputation}.
*
* @author Kevin Gomez (gomez@studserv.uni-leipzig.de)
* @author Martin Junghanns (junghanns@informatik.uni-leipzig.de)
*/
From source file de.unileipzig.dbs.giraph.algorithms.btgcomputation.BTGMessage.java
/**
* Custom message format for {@link BTGComputation}.
* <p/>
* Master data nodes need to know who the sender of a message is, so this has to
* be stored inside the message. The btgID is the minimum vertex id inside a
* BTG.
From source file de.unileipzig.dbs.giraph.algorithms.btgcomputation.BTGVertexValue.java
/** * Custom vertex used by {@link BTGComputation}. * * @author Martin Junghanns (junghanns@informatik.uni-leipzig.de) */ public class BTGVertexValue implements Writable {