Package eu.stratosphere.api.java.record.io

Examples of eu.stratosphere.api.java.record.io.CsvInputFormat$AbstractConfigBuilder

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  // -------------------------------------------------------------------------------------------------------------
  // Job vertex builder methods
  // -------------------------------------------------------------------------------------------------------------

  private static JobInputVertex createPointsInput(JobGraph jobGraph, String pointsPath, int numSubTasks, TypeSerializerFactory<?> serializer) {
    @SuppressWarnings("unchecked")
    CsvInputFormat pointsInFormat = new CsvInputFormat('|', IntValue.class, DoubleValue.class, DoubleValue.class, DoubleValue.class);
    JobInputVertex pointsInput = JobGraphUtils.createInput(pointsInFormat, pointsPath, "[Points]", jobGraph, numSubTasks, numSubTasks);
    {
      TaskConfig taskConfig = new TaskConfig(pointsInput.getConfiguration());
      taskConfig.addOutputShipStrategy(ShipStrategyType.FORWARD);
      taskConfig.setOutputSerializer(serializer);
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    return pointsInput;
  }

  private static JobInputVertex createCentersInput(JobGraph jobGraph, String centersPath, int numSubTasks, TypeSerializerFactory<?> serializer) {
    @SuppressWarnings("unchecked")
    CsvInputFormat modelsInFormat = new CsvInputFormat('|', IntValue.class, DoubleValue.class, DoubleValue.class, DoubleValue.class);
    JobInputVertex modelsInput = JobGraphUtils.createInput(modelsInFormat, centersPath, "[Models]", jobGraph, numSubTasks, numSubTasks);

    {
      TaskConfig taskConfig = new TaskConfig(modelsInput.getConfiguration());
      taskConfig.addOutputShipStrategy(ShipStrategyType.FORWARD);
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  //                      /
  //    Sc3(id,y) --------
  @Override
  protected Plan getTestJob() {
    // Sc1 generates M parameters a,b,c for second degree polynomials P(x) = ax^2 + bx + c identified by id
    FileDataSource sc1 = new FileDataSource(new CsvInputFormat(), sc1Path);
    CsvInputFormat.configureRecordFormat(sc1).fieldDelimiter(' ').field(StringValue.class, 0).field(IntValue.class, 1)
        .field(IntValue.class, 2).field(IntValue.class, 3);

    // Sc2 generates N x values to be evaluated with the polynomial identified by id
    FileDataSource sc2 = new FileDataSource(new CsvInputFormat(), sc2Path);
    CsvInputFormat.configureRecordFormat(sc2).fieldDelimiter(' ').field(StringValue.class, 0).field(IntValue.class, 1);

    // Sc3 generates N y values to be evaluated with the polynomial identified by id
    FileDataSource sc3 = new FileDataSource(new CsvInputFormat(), sc3Path);
    CsvInputFormat.configureRecordFormat(sc3).fieldDelimiter(' ').field(StringValue.class, 0).field(IntValue.class, 1);

    // Jn1 matches x and y values on id and emits (id, x, y) triples
    JoinOperator jn1 = JoinOperator.builder(Jn1.class, StringValue.class, 0, 0).input1(sc2).input2(sc3).build();
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  // Job vertex builder methods
  // -------------------------------------------------------------------------------------------------------------

  @SuppressWarnings("unchecked")
  private static JobInputVertex createPointsInput(JobGraph jobGraph, String pointsPath, int numSubTasks, TypeSerializerFactory<?> serializer) {
    CsvInputFormat pointsInFormat = new CsvInputFormat(' ', LongValue.class, LongValue.class, LongValue.class, LongValue.class);
    JobInputVertex pointsInput = JobGraphUtils.createInput(pointsInFormat, pointsPath, "Input[Points]", jobGraph, numSubTasks, numSubTasks);

    {
      TaskConfig taskConfig = new TaskConfig(pointsInput.getConfiguration());
      taskConfig.addOutputShipStrategy(ShipStrategyType.FORWARD);
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    return pointsInput;
  }

  @SuppressWarnings("unchecked")
  private static JobInputVertex createModelsInput(JobGraph jobGraph, String pointsPath, int numSubTasks, TypeSerializerFactory<?> serializer) {
    CsvInputFormat modelsInFormat = new CsvInputFormat(' ', LongValue.class, LongValue.class, LongValue.class, LongValue.class);
    JobInputVertex modelsInput = JobGraphUtils.createInput(modelsInFormat, pointsPath, "Input[Models]", jobGraph, numSubTasks, numSubTasks);

    {
      TaskConfig taskConfig = new TaskConfig(modelsInput.getConfiguration());
      taskConfig.addOutputShipStrategy(ShipStrategyType.BROADCAST);
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  @SuppressWarnings("unchecked")
  private static Plan getPlanForWorksetConnectedComponentsWithSolutionSetAsFirstInput(
      int numSubTasks, String verticesInput, String edgeInput, String output, int maxIterations)
  {
    // create DataSourceContract for the vertices
    FileDataSource initialVertices = new FileDataSource(new CsvInputFormat(' ', LongValue.class), verticesInput, "Vertices");
   
    MapOperator verticesWithId = MapOperator.builder(DuplicateLongMap.class).input(initialVertices).name("Assign Vertex Ids").build();
   
    DeltaIteration iteration = new DeltaIteration(0, "Connected Components Iteration");
    iteration.setInitialSolutionSet(verticesWithId);
    iteration.setInitialWorkset(verticesWithId);
    iteration.setMaximumNumberOfIterations(maxIterations);
   
    // create DataSourceContract for the edges
    FileDataSource edges = new FileDataSource(new CsvInputFormat(' ', LongValue.class, LongValue.class), edgeInput, "Edges");

    // create CrossOperator for distance computation
    JoinOperator joinWithNeighbors = JoinOperator.builder(new NeighborWithComponentIDJoin(), LongValue.class, 0, 0)
        .input1(iteration.getWorkset())
        .input2(edges)
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    final String edgeInput = (args.length > 2 ? args[2] : "");
    final String output = (args.length > 3 ? args[3] : "");
    final int maxIterations = (args.length > 4 ? Integer.parseInt(args[4]) : 1);

    // data source for initial vertices
    FileDataSource initialVertices = new FileDataSource(new CsvInputFormat(' ', LongValue.class), verticesInput, "Vertices");
   
    MapOperator verticesWithId = MapOperator.builder(DuplicateLongMap.class).input(initialVertices).name("Assign Vertex Ids").build();
   
    DeltaIteration iteration = new DeltaIteration(0, "Connected Components Iteration");
    iteration.setInitialSolutionSet(verticesWithId);
    iteration.setInitialWorkset(verticesWithId);
    iteration.setMaximumNumberOfIterations(maxIterations);
   
    // create DataSourceContract for the edges
    FileDataSource edges = new FileDataSource(new CsvInputFormat(' ', LongValue.class, LongValue.class), edgeInput, "Edges");

    // create CrossOperator for distance computation
    JoinOperator joinWithNeighbors = JoinOperator.builder(new NeighborWithComponentIDJoin(), LongValue.class, 0, 0)
        .input1(iteration.getWorkset())
        .input2(edges)
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  @Override
  protected Plan getTestJob() {
   
    int dop = this.config.getInteger("GroupOrderTest#NumSubtasks", 1);
   
    @SuppressWarnings("unchecked")
    CsvInputFormat format = new CsvInputFormat(',', IntValue.class, IntValue.class);
    FileDataSource source = new FileDataSource(format, this.textPath, "Source");
   
    ReduceOperator reducer = ReduceOperator.builder(CheckingReducer.class)
      .keyField(IntValue.class, 0)
      .input(source)
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    // parse job parameters
    int numSubTasks = (args.length > 0 ? Integer.parseInt(args[0]) : 1);
    String dataInput = (args.length > 1 ? args[1] : "");
    String output = (args.length > 2 ? args[2] : "");

    @SuppressWarnings("unchecked")
    CsvInputFormat format = new CsvInputFormat(' ', IntValue.class, IntValue.class);
    FileDataSource input = new FileDataSource(format, dataInput, "Input");
   
    // create the reduce contract and sets the key to the first field
    ReduceOperator sorter = ReduceOperator.builder(new IdentityReducer(), IntValue.class, 0)
      .input(input)
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    final String edgeInput = (args.length > 2 ? args[2] : "");
    final String output = (args.length > 3 ? args[3] : "");
    final int maxIterations = (args.length > 4 ? Integer.parseInt(args[4]) : 1);

    // data source for initial vertices
    FileDataSource initialVertices = new FileDataSource(new CsvInputFormat(' ', LongValue.class), verticesInput, "Vertices");
   
    MapOperator verticesWithId = MapOperator.builder(DuplicateLongMap.class).input(initialVertices).name("Assign Vertex Ids").build();
   
    // the loop takes the vertices as the solution set and changed vertices as the workset
    // initially, all vertices are changed
    DeltaIteration iteration = new DeltaIteration(0, "Connected Components Iteration");
    iteration.setInitialSolutionSet(verticesWithId);
    iteration.setInitialWorkset(verticesWithId);
    iteration.setMaximumNumberOfIterations(maxIterations);
   
    // data source for the edges
    FileDataSource edges = new FileDataSource(new CsvInputFormat(' ', LongValue.class, LongValue.class), edgeInput, "Edges");

    // join workset (changed vertices) with the edges to propagate changes to neighbors
    JoinOperator joinWithNeighbors = JoinOperator.builder(new NeighborWithComponentIDJoin(), LongValue.class, 0, 0)
        .input1(iteration.getWorkset())
        .input2(edges)
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Related Classes of eu.stratosphere.api.java.record.io.CsvInputFormat$AbstractConfigBuilder

  • eu.stratosphere.api.common.operators.CompilerHints
  • eu.stratosphere.test.broadcastvars.BroadcastBranchingITCase
  • eu.stratosphere.test.broadcastvars.BroadcastVarsNepheleITCase
  • eu.stratosphere.test.broadcastvars.KMeansIterativeNepheleITCase
  • eu.stratosphere.test.compiler.iterations.ConnectedComponentsTest
  • eu.stratosphere.test.iterative.CoGroupConnectedComponentsITCase
  • eu.stratosphere.test.iterative.ConnectedComponentsWithDeferredUpdateITCase
  • eu.stratosphere.test.iterative.ConnectedComponentsWithSolutionSetFirstITCase
  • eu.stratosphere.test.iterative.nephele.ConnectedComponentsNepheleITCase
  • eu.stratosphere.test.recordJobs.graph.ConnectedComponentsWithCoGroup
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