Examples of org.apache.flume.sink.DefaultSinkProcessor

org.apache.flume.sink.DefaultSinkProcessor
Default sink processor that only accepts a single sink, passing on process results without any additional handling. Suitable for all sinks that aren't assigned to a group.

    NullSink nullSink = new NullSink();
    nullSink.configure(new Context());
    nullSink.setChannel(channel);


    nodeManager.add(SourceRunner.forSource(generatorSource));
    SinkProcessor processor = new DefaultSinkProcessor();
    List<Sink> sinks = new ArrayList<Sink>();
    sinks.add(nullSink);
    processor.setSinks(sinks);
    nodeManager.add(new SinkRunner(processor));


    nodeManager.start();
    boolean reached = LifecycleController.waitForOneOf(nodeManager,
        LifecycleState.START_OR_ERROR);

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    NullSink sink = new NullSink();
    sink.configure(new Context());
    sink.setChannel(channel);


    nodeManager.add(SourceRunner.forSource(source));
    SinkProcessor processor = new DefaultSinkProcessor();
    List<Sink> sinks = new ArrayList<Sink>();
    sinks.add(sink);
    processor.setSinks(sinks);
    nodeManager.add(new SinkRunner(processor));


    for (int i = 0; i < 10; i++) {
      nodeManager.start();
      boolean reached = LifecycleController.waitForOneOf(nodeManager,

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    Configurables.configure(channel, new Context(channelContext));


    Sink sink = new LoggerSink();
    sink.setChannel(channel);
    sink.start();
    DefaultSinkProcessor proc = new DefaultSinkProcessor();
    proc.setSinks(Collections.singletonList(sink));
    SinkRunner sinkRunner = new SinkRunner(proc);
    sinkRunner.start();


    ChannelSelector rcs = new ReplicatingChannelSelector();
    rcs.setChannels(Collections.singletonList(channel));

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    }
    // add any unassigned sinks to solo collectors
    for(Entry<String, Sink> entry : sinks.entrySet()) {
      if (!usedSinks.containsValue(entry.getKey())) {
        try {
          SinkProcessor pr = new DefaultSinkProcessor();
          List<Sink> sinkMap = new ArrayList<Sink>();
          sinkMap.add(entry.getValue());
          pr.setSinks(sinkMap);
          Configurables.configure(pr, new Context());
          sinkRunnerMap.put(entry.getKey(),
              new SinkRunner(pr));
        } catch(Exception e) {
          String msg = String.format("SinkGroup %s has been removed due to " +

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    }
    // add any unassigned sinks to solo collectors
    for(Entry<String, Sink> entry : sinks.entrySet()) {
      if (!usedSinks.containsValue(entry.getKey())) {
        try {
          SinkProcessor pr = new DefaultSinkProcessor();
          List<Sink> sinkMap = new ArrayList<Sink>();
          sinkMap.add(entry.getValue());
          pr.setSinks(sinkMap);
          Configurables.configure(pr, new Context());
          sinkRunnerMap.put(entry.getKey(),
              new SinkRunner(pr));
        } catch(Exception e) {
          String msg = String.format("SinkGroup %s has been removed due to " +

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            }
        }
        // add any unassigned sinks to solo collectors
        for (final Map.Entry<String, Sink> entry : sinks.entrySet()) {
            if (!usedSinks.containsValue(entry.getKey())) {
                final SinkProcessor pr = new DefaultSinkProcessor();
                final List<Sink> sinkMap = new ArrayList<Sink>();
                sinkMap.add(entry.getValue());
                pr.setSinks(sinkMap);
                Configurables.configure(pr, new Context());
                conf.getSinkRunners().put(entry.getKey(), new SinkRunner(pr));
            }
        }
    }

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    Sink nullSink = new NullSink();
    nullSink.setChannel(channel);


    nodeManager.add(SourceRunner.forSource(generatorSource));
    SinkProcessor processor = new DefaultSinkProcessor();
    List<Sink> sinks = new ArrayList<Sink>();
    sinks.add(nullSink);
    processor.setSinks(sinks);
    nodeManager.add(new SinkRunner(processor));


    nodeManager.start();
    boolean reached = LifecycleController.waitForOneOf(nodeManager,
        LifecycleState.START_OR_ERROR);

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    Sink sink = new NullSink();
    sink.setChannel(channel);


    nodeManager.add(SourceRunner.forSource(source));
    SinkProcessor processor = new DefaultSinkProcessor();
    List<Sink> sinks = new ArrayList<Sink>();
    sinks.add(sink);
    processor.setSinks(sinks);
    nodeManager.add(new SinkRunner(processor));


    for (int i = 0; i < 10; i++) {
      nodeManager.start();
      boolean reached = LifecycleController.waitForOneOf(nodeManager,

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          new SinkRunner(group.getProcessor()));
    }
    // add any unasigned sinks to solo collectors
    for(Entry<String, Sink> entry : sinks.entrySet()) {
      if (!usedSinks.containsValue(entry.getKey())) {
        SinkProcessor pr = new DefaultSinkProcessor();
        List<Sink> sinkMap = new ArrayList<Sink>();
        sinkMap.add(entry.getValue());
        pr.setSinks(sinkMap);
        Configurables.configure(pr, new Context());
        conf.getSinkRunners().put(entry.getKey(),
            new SinkRunner(pr));
      }
    }

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      }
    }
    // add any unasigned sinks to solo collectors
    for(Entry<String, Sink> entry : sinks.entrySet()) {
      if (!usedSinks.containsValue(entry.getKey())) {
        SinkProcessor pr = new DefaultSinkProcessor();
        List<Sink> sinkMap = new ArrayList<Sink>();
        sinkMap.add(entry.getValue());
        pr.setSinks(sinkMap);
        Configurables.configure(pr, new Context());
        conf.getSinkRunners().put(entry.getKey(),
            new SinkRunner(pr));
      }
    }

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