Example usage for org.apache.hadoop.io Writable interface-usage

Introduction

In this page you can find the example usage for org.apache.hadoop.io Writable interface-usage.

Usage

From source file com.linkedin.cubert.io.rubix.RubixInputSplit.java

public class RubixInputSplit<K, V> extends InputSplit implements Writable, Configurable {
    final static int MAX_LOCATIONS = 5;

    private K key;
    private Path filename;
    private long offset;

From source file com.linkedin.cubert.io.virtual.VirtualInputSplit.java

/**
 * The input splits for the Virtual storage.
 * 
 * @author Vinitha Gankidi
 * 
 * @param <K>

From source file com.linkedin.haivvreo.AvroGenericRecordWritable.java

/**
 * Wrapper around an Avro GenericRecord.  Necessary because Hive's deserializer
 * will happily deserialize any object - as long as it's a writable.
 */
public class AvroGenericRecordWritable implements Writable {
    GenericRecord record;

From source file com.liveramp.cascading_ext.bloom.BloomFilter.java

/**
 * This bloom filter implementation is based on the org.apache.hadoop.util.bloom.BloomFilter implementation, but was
 * modified to allow 64 bit hashes and larger bloom filters.
 */
public class BloomFilter implements Writable {

From source file com.m6d.hive.protobuf.Pair.java

public class Pair implements Writable {

    private Writable key;
    private Writable value;

    public Pair() {

From source file com.manning.hip.ch4.joins.improved.impl.OutputValue.java

/**
 * This abstract class serves as the base class for the values that 
 * flow from the mappers to the reducers in a data join job. 
 * Typically, in such a job, the mappers will compute the source
 * tag of an input record based on its attributes or based on the 
 * file name of the input file. This tag will be used by the reducers

From source file com.marcolotz.lung.io.outputFormat.SeriesDataWritable.java

/**
 * Contains all the meta information of a processed DICOM series. By series, one
 * can understand a group of images that were obtained in the same exam
 * procedure.
 * 
 * @author Marco Aurelio Lotz

From source file com.marcolotz.MapperComponents.ImageMetadata.java

/**
 * After the mapping process, there is no need to keep the Blob itself in image
 * processed object, just a few of its attributes. This class is used in the
 * Reduce phase has a simple representation of the processed image.
 * 
 * @author Marco Aurelio Lotz

From source file com.marcolotz.MapperComponents.MetaNodesCandidates.java

/**
 * This class holds the important metadata from the blob generated in the Map
 * phase, in order to make the JSON serialization possible.
 * 
 * @author Marco Aurelio Lotz
 *

From source file com.marcolotz.ReducerComponents.ReducedValueWritable.java

/**
 * In this application one generates a list of MappedValueKeys that will be
 * later serialized into JSON format. The Key Value will be the same for the
 * mapper and for the reducer, since its data should not change if the images
 * are in the same series.
 *