Examples of org.mortbay.util.ajax.JSON$Source

org.openstreetmap.osmosis.core.task.v0_6.Source
JSON Parser and Generator.
This class provides some static methods to convert POJOs to and from JSON notation. The mapping from JSON to java is:
```
 object ==> Map array  ==> Object[] number ==> Double or Long string ==> String null   ==> null bool   ==> Boolean 
```
The java to JSON mapping is:
```
 String --> string Number --> number Map    --> object List   --> array Array  --> array null   --> null Boolean--> boolean Object --> string (dubious!) 
```
The interface {@link JSON.Convertible} may be implemented by classes that wish to externalize and initialize specific fields to and from JSON objects. Only directed acyclic graphs of objects are supported.

The interface {@link JSON.Generator} may be implemented by classes that know how to render themselves as JSON andthe {@link #toString(Object)} method will use {@link JSON.Generator#addJSON(StringBuffer)} to generate the JSON.The class {@link JSON.Literal} may be used to hold pre-gnerated JSON object.
The interface {@link Convertor} may be implemented to provide static convertors for objects that may be registered with {@link #registerConvertor(Class,org.mortbay.util.ajax.JSON.Convertor)}. These convertors are looked up by class, interface and super class by {@link #getConvertor(Class)}.
@author gregw

    if ("json".equals(format)) {
      response.setContentType("application/json; charset=utf-8");
      PrintWriter out = response.getWriter();
      try {
        // Uses Jetty's built-in JSON support to convert the map into JSON.
        out.print(new JSON().toJSON(makeMap(allContexts)));
      } finally {
        out.close();
      }
    } else {
      PrintWriter out = response.getWriter();

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      if (dfs != null) {
        map.put("namenode_port", dfs.getNameNodePort());
      }


      FileWriter fw = new FileWriter(new File(writeDetails));
      fw.write(new JSON().toJSON(map));
      fw.close();
    }
  }

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  /**
   * {@inheritDoc}
   */
  @Override
  public void connect(PipeTasks pipeTasks) {
    Source source;
    int taskSourceCount;
    
    // Get the input task. A sink only has one input, this corresponds to
    // pipe index 0.
    source = (Source) getInputTask(pipeTasks, 0, Source.class);
    
    // Cast the input feed to the correct type.
    // Connect the tasks.
    source.setSink(task);
    
    // Register all the sources provided by this task as outputs.
    taskSourceCount = task.getSourceCount();
    for (int i = 0; i < taskSourceCount; i++) {
      setOutputTask(pipeTasks, task.getSource(i), i);

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  /**
   * {@inheritDoc}
   */
  @Override
  public void connect(PipeTasks pipeTasks) {
    Source source;
    
    // Get the input task. A sink only has one input, this corresponds to
    // pipe index 0.
    source = (Source) getInputTask(pipeTasks, 0, Source.class);
    
    // Cast the input feed to the correct type.
    // Connect the tasks.
    source.setSink(task);
    
    // Register the task as an output. A source only has one output, this
    // corresponds to pipe index 0.
    setOutputTask(pipeTasks, task, 0);
  }

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  public void connect(PipeTasks pipeTasks) {
    // A multi sink receives multiple streams of data, so we must connect
    // them up one by one.
    for (int i = 0; i < task.getSinkCount(); i++) {
      Sink sink;
      Source source;
      
      // Retrieve the next sink.
      sink = task.getSink(i);
      
      // Retrieve the appropriate source.
      source = (Source) getInputTask(pipeTasks, i, Source.class);
      
      // Connect the tasks.
      source.setSink(sink);
    }
    
    // Register the source as an output task.
    setOutputTask(pipeTasks, task, 0);
  }

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  /**
   * {@inheritDoc}
   */
  @Override
  public void connect(PipeTasks pipeTasks) {
    Source source;
    
    // Get the input task. A sink only has one input, this corresponds to
    // pipe index 0.
    source = (Source) getInputTask(pipeTasks, 0, Source.class);
    
    // Connect the tasks.
    source.setSink(task);
    
    // Register the task as an output. A source only has one output, this
    // corresponds to pipe index 0.
    setOutputTask(pipeTasks, task, 0);
  }

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  public void connect(PipeTasks pipeTasks) {
    // A multi sink receives multiple streams of data, so we must connect
    // them up one by one.
    for (int i = 0; i < task.getSinkCount(); i++) {
      Sink sink;
      Source source;
      
      // Retrieve the next sink.
      sink = task.getSink(i);
      
      // Retrieve the appropriate source.
      source = (Source) getInputTask(pipeTasks, i, Source.class);
      
      // Connect the tasks.
      source.setSink(sink);
    }
    
    // Register the change source as an output task.
    setOutputTask(pipeTasks, task, 0);
  }

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  /**
   * {@inheritDoc}
   */
  @Override
  public void connect(PipeTasks pipeTasks) {
    Source source;
    
    // Get the input task. A sink only has one input, this corresponds to
    // pipe index 0.
    source = (Source) getInputTask(pipeTasks, 0, Source.class);
    
    // Cast the input feed to the correct type.
    // Connect the tasks.
    source.setSink(task);
  }

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    // A multi sink receives multiple streams of data, so we must connect
    // them up one by one. In this case we will connect the sinks and then
    // the change sinks.
    for (int i = 0; i < task.getSinkCount(); i++) {
      Sink sink;
      Source source;
      
      // Retrieve the next sink.
      sink = task.getSink(i);
      
      // Retrieve the appropriate source.
      source = (Source) getInputTask(pipeTasks, i, Source.class);
      
      // Connect the tasks.
      source.setSink(sink);
    }
    for (int i = 0; i < task.getChangeSinkCount(); i++) {
      ChangeSink changeSink;
      ChangeSource changeSource;

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  /**
   * {@inheritDoc}
   */
  @Override
  public void connect(PipeTasks pipeTasks) {
    Source source;
    
    // Get the input task. A sink only has one input, this corresponds to
    // pipe index 0.
    source = (Source) getInputTask(pipeTasks, 0, Source.class);
    
    // Cast the input feed to the correct type.
    // Connect the tasks.
    source.setSink(task);
    
    // Register the task as an output. A source only has one output, this
    // corresponds to pipe index 0.
    setOutputTask(pipeTasks, task, 0);
  }

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