Examples of Sink

com.asakusafw.compiler.flow.stage.StageModel.Sink
com.netflix.suro.sink.Sink
Suro Sink interface @author jbae
com.pogofish.jadt.sink.Sink
A sink represents a location to emit java @author jiry
io.druid.segment.realtime.plumber.Sink
net.sf.kpex.prolog.Sink
net.sf.saxon.event.Sink
A Sink is an Receiver that discards all information passed to it
org.apache.excalibur.event.Sink
A Sink implements the end of a finite-length event queue where elements are enqueued. These operations can throw a SinkException if the sink is closed or becomes full, allowing event queues to support thresholding and backpressure.
The interface design is heavily influenced by Matt Welsh's SandStorm server, his demonstration of the SEDA architecture. We have deviated where we felt the design differences where better.
@author Avalon Development Team
org.apache.flume.Sink

A sink is connected to a Channel and consumes its contents, sending them to a configured destination that may vary according to the sink type.

Sinks can be grouped together for various behaviors using SinkGroup and SinkProcessor. They are polled periodically by a SinkRunner via the processor

Sinks are associated with unique names that can be used for separating configuration and working namespaces.

While the {@link Sink#process()} call is guaranteed to only be accessedby a single thread, other calls may be concurrently accessed and should thus be protected.
@see org.apache.flume.Channel @see org.apache.flume.SinkProcessor @see org.apache.flume.SinkRunner
org.apache.maven.doxia.sink.Sink
A Sink consumes Doxia events to produce a resultant output format (eg Docbook, PDF, XHTML...).
Doxia allows you to transform any supported input document format (ie for which a Parser exists) into any supported output document format (ie for which a Sink exists).

A parser is responsible for reading an input document and emitting a sequence of Doxia events which can then be consumed by a Doxia Sink. Thus, you can parse any front- end format (eg APT, FML, Xdoc, ...) and have them all contribute to a final XHTML version of a web site. All documents being parsed result in a stream of Doxia events (eg paragraph, bold, italic, text,...), which are then fed into a XHTML Sink to produce a set of XHTML pages.

A Sink is ultimately responsible for the final format and structure of the output document. For example, you can take a collection of APT documents, let a Parser emit a series of Doxia events and have that be fed into a Sink to produce a single PDF, a book, a site, or a Word document. The Sink is fully responsible for the final output.

You can easily integrate any custom (XML, Wiki,...) format by creating a Doxia Parser which reads your input document and produces a proper sequence of Doxia events. Those can then be fed into an arbitrary Sink to produce any desired final output.

Note: All implemented sink should use UTF-8 as encoding.
@since 1.0-alpha-6 @author Jason van Zyl @author Vincent Siveton @author ltheussl @version $Id: Sink.java 905077 2010-01-31 17:24:47Z hboutemy $
org.codehaus.doxia.sink.Sink
Generic document processing interface. @deprecated use {@link org.apache.maven.doxia.sink.Sink} instead (since 1.0-alpha-6). @version $Id: Sink.java 712143 2008-11-07 14:50:52Z hboutemy $
org.drools.core.reteoo.Sink
A simple markup interfaces for Sink types
org.drools.reteoo.Sink
A simple markup interfaces for Sink types @author etirelli
org.graphstream.stream.Sink
Sink of graph events.
An output is something that can receive graph events. The output will send or transform the graph events in another form: a file, a network stream, a visualization, an algorithm, a metric, etc.

The output can filter the stream of attribute events using {@link AttributePredicate}s.

This listener is in fact the grouping of two specialized listeners. The first one listens only at structural changes in the graph (node and edge addition and removal). It is the {@link org.graphstream.stream.ElementSink}. The second one listens only at attributes values changes on elements of the graph (attribute addition, removal and change of values). It is the {@link org.graphstream.stream.AttributeSink}.

It is possible to listen only at elements or attributes changes with these two interfaces. Registering a graph listener will allow to listen at the both elements and attributes at the same time.
@see Source @see Pipe @see AttributeSink @see ElementSink
org.openhab.binding.pulseaudio.internal.items.Sink
On a Pulseaudio server Sinks are the devices the audio streams are routed to (playback devices) it can be a single item or a group of other Sinks that are combined to one playback device @author Tobias Bräutigam @since 1.2.0
org.openstreetmap.osmosis.core.task.v0_6.Sink
Defines the interface for tasks consuming OSM data types. @author Brett Henderson
org.pdf4j.saxon.event.Sink
A Sink is an Receiver that discards all information passed to it
stream.io.Sink

Examples of com.asakusafw.compiler.flow.stage.StageModel.Sink

        }


        List<Sink> results = Lists.create();
        for (Set<FlowBlock.Output> group : opposites.values()) {
            String name = context.names.create("result").getToken();
            results.add(new Sink(group, context.names.create(name).getToken()));
        }
        return results;
    }

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Examples of com.netflix.suro.sink.Sink

                    return null;
                }
            }
        });


        Sink esSink = jsonMapper.readValue(desc, new TypeReference<Sink>(){});
        assertTrue(esSink instanceof ElasticSearchSink);
    }

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Examples of com.pogofish.jadt.sink.Sink

        final String version = new Version().getVersion();
        header.append("/*\nThis file was generated based on " + doc.srcInfo + " using jADT version " + version + " http://jamesiry.github.com/jADT/ . Please do not modify directly.\n\n");
        header.append("The source was parsed as: \n\n");
        
        for (DataType dataType : doc.dataTypes) {
            final Sink sink = factory.createSink(doc.pkg.name.isEmpty() ? dataType.name : doc.pkg.name + "." + dataType.name);
            logger.info("Generating " + sink.getInfo());
            try {
                dataTypeEmitter.emit(sink, dataType, header.toString());
            } finally {
                sink.close();
            }
        }        
    }

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Examples of io.druid.segment.realtime.plumber.Sink

      final RealtimeTuningConfig config,
      final FireDepartmentMetrics metrics
  )
  {
    // There can be only one.
    final Sink theSink = new Sink(interval, schema, config, version);


    // Temporary directory to hold spilled segments.
    final File persistDir = new File(tmpSegmentDir, theSink.getSegment().getIdentifier());


    // Set of spilled segments. Will be merged at the end.
    final Set<File> spilled = Sets.newHashSet();


    return new Plumber()
    {
      @Override
      public void startJob()
      {


      }


      @Override
      public int add(InputRow row)
      {
        Sink sink = getSink(row.getTimestampFromEpoch());
        if (sink == null) {
          return -1;
        }


        return sink.add(row);
      }


      public Sink getSink(long timestamp)
      {
        if (theSink.getInterval().contains(timestamp)) {

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Examples of net.sf.kpex.prolog.Sink

  }


  @Override
  public int exec(Prog p)
  {
    Sink S = (Sink) getArg(0);
    Term X = getArg(1);
    if (0 == S.putElement(X))
    {
      IO.errmes("error in putElement: " + X);
    }
    return 1;
  }

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Examples of net.sf.saxon.event.Sink

                                    new File("e:/javalib/xmark/gold1m/q" + q + ".out"));
                        }
                        for (int t=0; t<1000; t++) {


                            dqc.setContextItem(doc);
                            Result result = new Sink();
                            long start, end;
                            start = System.currentTimeMillis();
                            cuq.run(result, props);
                            end = System.currentTimeMillis();


                            runs++;
                            long time = (end - start);
                            if (time < min) min = time;
                            if (time > max) max = time;
                            totalTime += time;
                            if (totalTime > 30000 && t>=2) break;
                        }
                        double avg = ((double)totalTime) / runs;
                        String avgs = format.format(avg);
                        System.out.println("    <query q='" + q +
                                    "' avg='" + avgs +
                                    "' runs='" + runs +
                                    "' min='" + min +
                                    "' max='" + max + "'/>");
                    } catch (XPathException err) {
                        System.err.println("Error in test " + q);
                        System.err.println(err.getMessageAndLocation());
                    }
                }
            } else {


                for (int q=1; q<=20; q++) {
                    if (test != -1 && test != q) {
                        continue;
                    }
                    try {
                        File query = new File(dir + 'q' + q + ".xq");
                        StaticQueryContext qenv = config.newStaticQueryContext();
                        qenv.setBaseURI(query.toURI().toString());
                        if (val) {
                            qenv.getExecutable().setSchemaAware(true);
                        }
                        XQueryExpression exp = qenv.compileQuery(new FileReader(query));
                        int runs = 0;
                        long totalTime = 0;
                        long min = Integer.MAX_VALUE;
                        long max = 0;
                        for (int t=0; t<1000; t++) {
                            final DynamicQueryContext context = new DynamicQueryContext(config);
                            context.setContextItem(doc);
                            Result result = new Sink();
                            long start, end;
                            if (pull) {
                                start = System.currentTimeMillis();
                                exp.pull(context, result, props);
                                end = System.currentTimeMillis();

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Examples of org.apache.excalibur.event.Sink

        //checkEnqueuePredicate(new Object[] { element });


        // iterate through the sinks and try to enqueue
        while (sinks.hasNext())
        {
            final Sink sink = (Sink) sinks.next();


            final boolean enqueued = sink.tryEnqueue(element);


            // enqueue only to the first successful sink
            if (enqueued)
            {
                successful++;

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Examples of org.apache.flume.Sink

    if (sinkMap == null) {
      sinkMap = new HashMap<String, Sink>();
      sinks.put(sinkClass, sinkMap);
    }


    Sink sink = sinkMap.get(name);


    if (sink == null) {
      try {
        sink = sinkClass.newInstance();
        sink.setName(name);
        sinkMap.put(name,  sink);
      } catch (Exception ex) {
        // Clean up the sink map
        sinks.remove(sinkClass);
        throw new FlumeException("Unable to create sink: " + name

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Examples of org.apache.flume.Sink

    channelContext.put("capacity", "1000000");
    channelContext.put("keep-alive", "0"); // for faster tests
    Channel channel = new MemoryChannel();
    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));
    ChannelProcessor chp = new ChannelProcessor(rcs);
    source.setChannelProcessor(chp);
    source.start();


    Thread.sleep(5000);
    source.stop();
    sinkRunner.stop();
    sink.stop();
  }

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Examples of org.apache.flume.Sink

     */
    for (String sinkName : sinkNames) {
      ComponentConfiguration comp = compMap.get(sinkName);
      if(comp != null) {
        SinkConfiguration config = (SinkConfiguration) comp;
        Sink sink = sinkFactory.create(comp.getComponentName(),
            comp.getType());
        try {
          Configurables.configure(sink, config);
          ChannelComponent channelComponent = channelComponentMap.
              get(config.getChannel());
          if(channelComponent == null) {
            String msg = String.format("Sink %s is not connected to a " +
                "channel",  sinkName);
            throw new IllegalStateException(msg);
          }
          sink.setChannel(channelComponent.channel);
          sinks.put(comp.getComponentName(), sink);
          channelComponent.components.add(sinkName);
        } catch (Exception e) {
          String msg = String.format("Sink %s has been removed due to an " +
              "error during configuration", sinkName);
          LOGGER.error(msg, e);
        }
      }
    }
    /*
     * Components which DO NOT have a ComponentConfiguration object
     * and use only Context
     */
    Map<String, Context> sinkContexts = agentConf.getSinkContext();
    for (String sinkName : sinkNames) {
      Context context = sinkContexts.get(sinkName);
      if(context != null) {
        Sink sink = sinkFactory.create(sinkName, context.getString(
            BasicConfigurationConstants.CONFIG_TYPE));
        try {
          Configurables.configure(sink, context);
          ChannelComponent channelComponent = channelComponentMap.
              get(context.getString(BasicConfigurationConstants.CONFIG_CHANNEL));
          if(channelComponent == null) {
            String msg = String.format("Sink %s is not connected to a " +
                "channel",  sinkName);
            throw new IllegalStateException(msg);
          }
          sink.setChannel(channelComponent.channel);
          sinks.put(sinkName, sink);
          channelComponent.components.add(sinkName);
        } catch (Exception e) {
          String msg = String.format("Sink %s has been removed due to an " +
              "error during configuration", sinkName);

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