.README-dataflow.dot

digraph G {
  subgraph cluster_legend {
    label="Legend";
    legend [label="Kind of data\n(`conventional.filename`)"];
    legend_ [shape=point, label=""];
    legend -> legend_ [label=" tool"];
  }

  defects4j [label="Defects4J\nfault"];

  buggy_lines [label="Fault\ninformation\n(`*.buggy.lines`)\n(`source-code.lines`)\n(`*.candidates`)\n(`sloc.csv`)"];

  defects4j -> buggy_lines [label="`d4j_integration`"];

  subgraph cluster_coverage_info {
    label="Coverage information";
    matrix [label="Which tests\ncover which\nstatements\n(`matrix`)"];
    spectra [label="Statement\nline numbers\n(`spectra`)"];
  }

  _gzoltar [shape=point, label=""];
  defects4j -> _gzoltar [label="GZoltar"];
  _gzoltar -> matrix;
  _gzoltar -> spectra;

  subgraph cluster_mutation_info {
    label="Mutation information";
    killmap_csv [label="Killmap\n(`killmap.csv.gz`)"];
    mutants_log [label="Mutants'\ndetails\n(`mutants.log`)"];
  }

  _killmap [shape=point, label=""];
  defects4j -> _killmap [label="Killmap"];
  _killmap -> killmap_csv;
  _killmap -> mutants_log;

  _pipeline [shape=point, label=""];
  buggy_lines -> _pipeline;
  matrix -> _pipeline;
  spectra -> _pipeline;
  killmap_csv -> _pipeline;
  mutants_log -> _pipeline;

  scores_csv [label="Scores for\nFL techniques\n(`scores.csv`)"]
  _pipeline -> scores_csv [label=" Scoring pipeline"];
}