Examples of org.graphstream.stream.GraphReplay

org.graphstream.stream.GraphReplay
A simple source of graph events that takes an existing graph and creates a flow of events by enumerating all nodes, edges and attributes of the graph.
The only method of this class is {@link #replay(Graph)} that takes a graph asargument and :
- First exports all graph attributes as attribute-addition events.
- Then exports all nodes as node-creation events.
  - For each node exports all the node attributes as attribute-addition events.
- Then exports all edges ad edge-creation events.
  - For each edge exports all the edge attribute as attribute-addition events.
In this order.

Note that this is a source, not a pipe. This means that it has its own identifier and is a producer of "new" events. Also note that is does not export the dynamics of the graph, only its structure at the present time (the evolution of the graph is not stored in the graph, to produce a dynamic flow of events of the evolution of a graph you have to register the sinks in the graph itself just after its creation).

   * @param graphs
   *            all graphs that will be merged in result.
   */
  public static void mergeIn(Graph result, Graph... graphs) {
    boolean strict = result.isStrict();
    GraphReplay replay = new GraphReplay(String.format("replay-%x",
        System.nanoTime()));


    replay.addSink(result);
    result.setStrict(false);


    if (graphs != null)
      for (Graph g : graphs)
        replay.replay(g);


    replay.removeSink(result);
    result.setStrict(strict);
  }

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   */
  public synchronized void writeAll(Graph g, String filename)
      throws IOException {
    clearGG();


    GraphReplay replay = new GraphReplay(String.format(
        "file_sink_image-write_all-replay-%x", System.nanoTime()));


    replay.addSink(gg);
    replay.replay(g);
    replay.removeSink(gg);


    outputNewImage(filename);


    clearGG();
  }

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  }


  protected void export(Context ctx, Graph g) throws IOException {
    ctx.gexf.disable(GEXF.Extension.DYNAMICS);


    GraphReplay replay = new GraphReplay("replay");
    replay.addSink(ctx.gexf);
    replay.replay(g);


    try {
      ctx.gexf.export(ctx.stream);
      ctx.stream.close();

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    if (!layout)
      return;


    SpringBox sbox = new SpringBox();


    GraphReplay replay = new GraphReplay("replay");
    replay.addSink(sbox);
    sbox.addAttributeSink(buffer);


    replay.replay(buffer);


    do
      sbox.compute();
    while (sbox.getStabilization() < 0.9);

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Related Classes of org.graphstream.stream.GraphReplay

org.graphstream.graph.implementations.Graphs

org.graphstream.stream.file.FileSinkGEXF2

org.graphstream.stream.file.FileSinkImages

org.graphstream.stream.file.FileSinkTikZ

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