Package org.apache.tez.dag.utils

Examples of org.apache.tez.dag.utils.Graph

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    Matcher m = sanitizeLabelPattern.matcher(label);
    return m.replaceAll("_");
  }

  private void generateDAGVizFile(TezDAGID dagId, DAGPlan dagPB) {
    Graph graph = new Graph(sanitizeLabelForViz(dagPB.getName()));

    for (VertexPlan v : dagPB.getVertexList()) {
      String nodeLabel = sanitizeLabelForViz(v.getName())
          + "[" + getShortClassName(v.getProcessorDescriptor().getClassName() + "]");
      Graph.Node n = graph.newNode(sanitizeLabelForViz(v.getName()), nodeLabel);
      for (DAGProtos.RootInputLeafOutputProto input : v.getInputsList()) {
        Graph.Node inputNode = graph.getNode(sanitizeLabelForViz(v.getName())
            + "_" + sanitizeLabelForViz(input.getName()));
        inputNode.setLabel(sanitizeLabelForViz(v.getName())
            + "[" + sanitizeLabelForViz(input.getName()) + "]");
        inputNode.setShape("box");
        inputNode.addEdge(n, "Input"
            + " [inputClass=" + getShortClassName(input.getIODescriptor().getClassName())
            + ", initializer=" + getShortClassName(input.getControllerDescriptor().getClassName()) + "]");
      }
      for (DAGProtos.RootInputLeafOutputProto output : v.getOutputsList()) {
        Graph.Node outputNode = graph.getNode(sanitizeLabelForViz(v.getName())
            + "_" + sanitizeLabelForViz(output.getName()));
        outputNode.setLabel(sanitizeLabelForViz(v.getName())
            + "[" + sanitizeLabelForViz(output.getName()) + "]");
        outputNode.setShape("box");
        n.addEdge(outputNode, "Output"
            + " [outputClass=" + getShortClassName(output.getIODescriptor().getClassName())
            + ", initializer=" + getShortClassName(output.getControllerDescriptor().getClassName()) + "]");
      }
    }

    for (DAGProtos.EdgePlan e : dagPB.getEdgeList()) {

      Graph.Node n = graph.getNode(sanitizeLabelForViz(e.getInputVertexName()));
      n.addEdge(graph.getNode(sanitizeLabelForViz(e.getOutputVertexName())),
          "["
          + "input=" + getShortClassName(e.getEdgeSource().getClassName())
          + ", output=" + getShortClassName(e.getEdgeDestination().getClassName())
          + ", dataMovement=" + e.getDataMovementType().name().trim()
          + ", schedulingType=" + e.getSchedulingType().name().trim() + "]");
    }

    String logDirs = System.getenv(Environment.LOG_DIRS.name());
    String outputFile = "";
    if (logDirs != null && !logDirs.isEmpty()) {
      int pos = logDirs.indexOf(",");
      if (pos != -1) {
        outputFile += logDirs.substring(0, pos);
      } else {
        outputFile += logDirs;
      }
      outputFile += File.separator;
    }
    outputFile += dagId.toString() + ".dot";

    try {
      LOG.info("Generating DAG graphviz file"
          + ", dagId=" + dagId.toString()
          + ", filePath=" + outputFile);
      graph.save(outputFile);
    } catch (Exception e) {
      LOG.warn("Error occurred when trying to save graph structure"
          + " for dag " + dagId.toString(), e);
    }
  }
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    }
    return className;
  }

  private void generateDAGVizFile(TezDAGID dagId, DAGPlan dagPB) {
    Graph graph = new Graph(dagPB.getName());

    for (VertexPlan v : dagPB.getVertexList()) {
      String nodeLabel = v.getName().replace("\\W","_")
          + "[" + getShortClassName(v.getProcessorDescriptor().getClassName() + "]");
      Graph.Node n = graph.newNode(v.getName(), nodeLabel);
      for (DAGProtos.RootInputLeafOutputProto input : v.getInputsList()) {
        Graph.Node inputNode = graph.getNode(v.getName()
            + "_" + input.getName());
        inputNode.setLabel(v.getName() + "[" + input.getName() + "]");
        inputNode.setShape("box");
        inputNode.addEdge(n, "Input"
            + " [inputClass=" + getShortClassName(input.getEntityDescriptor().getClassName())
            + ", initializer=" + getShortClassName(input.getInitializerClassName()) + "]");
      }
      for (DAGProtos.RootInputLeafOutputProto output : v.getOutputsList()) {
        Graph.Node outputNode = graph.getNode(v.getName()
            + "_" + output.getName());
        outputNode.setLabel(v.getName() + "[" + output.getName() + "]");
        outputNode.setShape("box");
        n.addEdge(outputNode, "Output"
            + " [outputClass=" + getShortClassName(output.getEntityDescriptor().getClassName())
            + ", initializer=" + getShortClassName(output.getInitializerClassName()) + "]");
      }
    }

    for (DAGProtos.EdgePlan e : dagPB.getEdgeList()) {

      Graph.Node n = graph.getNode(e.getInputVertexName());
      n.addEdge(graph.getNode(e.getOutputVertexName()),
          "["
          + "input=" + getShortClassName(e.getEdgeSource().getClassName())
          + ", output=" + getShortClassName(e.getEdgeDestination().getClassName())
          + ", dataMovement=" + e.getDataMovementType().name().trim()
          + ", schedulingType=" + e.getSchedulingType().name().trim() + "]");
    }

    String logDirs = System.getenv(Environment.LOG_DIRS.name());
    String outputFile = "";
    if (logDirs != null && !logDirs.isEmpty()) {
      int pos = logDirs.indexOf(",");
      if (pos != -1) {
        outputFile += logDirs.substring(0, pos);
      } else {
        outputFile += logDirs;
      }
      outputFile += File.separator;
    }
    outputFile += dagId.toString() + ".dot";

    try {
      graph.save(outputFile);
    } catch (IOException e) {
      LOG.warn("Error occurred when trying to save graph structure"
          + " for dag " + dagId.toString(), e);
    }
  }
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    Matcher m = sanitizeLabelPattern.matcher(label);
    return m.replaceAll("_");
  }

  private void generateDAGVizFile(TezDAGID dagId, DAGPlan dagPB) {
    Graph graph = new Graph(sanitizeLabelForViz(dagPB.getName()));

    for (VertexPlan v : dagPB.getVertexList()) {
      String nodeLabel = sanitizeLabelForViz(v.getName())
          + "[" + getShortClassName(v.getProcessorDescriptor().getClassName() + "]");
      Graph.Node n = graph.newNode(sanitizeLabelForViz(v.getName()), nodeLabel);
      for (DAGProtos.RootInputLeafOutputProto input : v.getInputsList()) {
        Graph.Node inputNode = graph.getNode(sanitizeLabelForViz(v.getName())
            + "_" + sanitizeLabelForViz(input.getName()));
        inputNode.setLabel(sanitizeLabelForViz(v.getName())
            + "[" + sanitizeLabelForViz(input.getName()) + "]");
        inputNode.setShape("box");
        inputNode.addEdge(n, "Input"
            + " [inputClass=" + getShortClassName(input.getEntityDescriptor().getClassName())
            + ", initializer=" + getShortClassName(input.getInitializerClassName()) + "]");
      }
      for (DAGProtos.RootInputLeafOutputProto output : v.getOutputsList()) {
        Graph.Node outputNode = graph.getNode(sanitizeLabelForViz(v.getName())
            + "_" + sanitizeLabelForViz(output.getName()));
        outputNode.setLabel(sanitizeLabelForViz(v.getName())
            + "[" + sanitizeLabelForViz(output.getName()) + "]");
        outputNode.setShape("box");
        n.addEdge(outputNode, "Output"
            + " [outputClass=" + getShortClassName(output.getEntityDescriptor().getClassName())
            + ", initializer=" + getShortClassName(output.getInitializerClassName()) + "]");
      }
    }

    for (DAGProtos.EdgePlan e : dagPB.getEdgeList()) {

      Graph.Node n = graph.getNode(sanitizeLabelForViz(e.getInputVertexName()));
      n.addEdge(graph.getNode(sanitizeLabelForViz(e.getOutputVertexName())),
          "["
          + "input=" + getShortClassName(e.getEdgeSource().getClassName())
          + ", output=" + getShortClassName(e.getEdgeDestination().getClassName())
          + ", dataMovement=" + e.getDataMovementType().name().trim()
          + ", schedulingType=" + e.getSchedulingType().name().trim() + "]");
    }

    String logDirs = System.getenv(Environment.LOG_DIRS.name());
    String outputFile = "";
    if (logDirs != null && !logDirs.isEmpty()) {
      int pos = logDirs.indexOf(",");
      if (pos != -1) {
        outputFile += logDirs.substring(0, pos);
      } else {
        outputFile += logDirs;
      }
      outputFile += File.separator;
    }
    outputFile += dagId.toString() + ".dot";

    try {
      LOG.info("Generating DAG graphviz file"
          + ", dagId=" + dagId.toString()
          + ", filePath=" + outputFile);
      graph.save(outputFile);
    } catch (Exception e) {
      LOG.warn("Error occurred when trying to save graph structure"
          + " for dag " + dagId.toString(), e);
    }
  }
View Full Code Here
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    Matcher m = sanitizeLabelPattern.matcher(label);
    return m.replaceAll("_");
  }

  private void generateDAGVizFile(TezDAGID dagId, DAGPlan dagPB) {
    Graph graph = new Graph(sanitizeLabelForViz(dagPB.getName()));

    for (VertexPlan v : dagPB.getVertexList()) {
      String nodeLabel = sanitizeLabelForViz(v.getName())
          + "[" + getShortClassName(v.getProcessorDescriptor().getClassName() + "]");
      Graph.Node n = graph.newNode(sanitizeLabelForViz(v.getName()), nodeLabel);
      for (DAGProtos.RootInputLeafOutputProto input : v.getInputsList()) {
        Graph.Node inputNode = graph.getNode(sanitizeLabelForViz(v.getName())
            + "_" + sanitizeLabelForViz(input.getName()));
        inputNode.setLabel(sanitizeLabelForViz(v.getName())
            + "[" + sanitizeLabelForViz(input.getName()) + "]");
        inputNode.setShape("box");
        inputNode.addEdge(n, "Input"
            + " [inputClass=" + getShortClassName(input.getEntityDescriptor().getClassName())
            + ", initializer=" + getShortClassName(input.getInitializerClassName()) + "]");
      }
      for (DAGProtos.RootInputLeafOutputProto output : v.getOutputsList()) {
        Graph.Node outputNode = graph.getNode(sanitizeLabelForViz(v.getName())
            + "_" + sanitizeLabelForViz(output.getName()));
        outputNode.setLabel(sanitizeLabelForViz(v.getName())
            + "[" + sanitizeLabelForViz(output.getName()) + "]");
        outputNode.setShape("box");
        n.addEdge(outputNode, "Output"
            + " [outputClass=" + getShortClassName(output.getEntityDescriptor().getClassName())
            + ", initializer=" + getShortClassName(output.getInitializerClassName()) + "]");
      }
    }

    for (DAGProtos.EdgePlan e : dagPB.getEdgeList()) {

      Graph.Node n = graph.getNode(sanitizeLabelForViz(e.getInputVertexName()));
      n.addEdge(graph.getNode(sanitizeLabelForViz(e.getOutputVertexName())),
          "["
          + "input=" + getShortClassName(e.getEdgeSource().getClassName())
          + ", output=" + getShortClassName(e.getEdgeDestination().getClassName())
          + ", dataMovement=" + e.getDataMovementType().name().trim()
          + ", schedulingType=" + e.getSchedulingType().name().trim() + "]");
    }

    String logDirs = System.getenv(Environment.LOG_DIRS.name());
    String outputFile = "";
    if (logDirs != null && !logDirs.isEmpty()) {
      int pos = logDirs.indexOf(",");
      if (pos != -1) {
        outputFile += logDirs.substring(0, pos);
      } else {
        outputFile += logDirs;
      }
      outputFile += File.separator;
    }
    outputFile += dagId.toString() + ".dot";

    try {
      LOG.info("Generating DAG graphviz file"
          + ", dagId=" + dagId.toString()
          + ", filePath=" + outputFile);
      graph.save(outputFile);
    } catch (Exception e) {
      LOG.warn("Error occurred when trying to save graph structure"
          + " for dag " + dagId.toString(), e);
    }
  }
View Full Code Here
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Related Classes of org.apache.tez.dag.utils.Graph

  • org.apache.tez.dag.app.DAGAppMaster
  • java.io.FileWriter
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