a4/tcp/results/learnedModel.full.TTT.rand.25sec.dot

   1 digraph g {
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   3
   4         s0 [shape="circle" label="s0"];
   5         s1 [shape="circle" label="s1"];
   6         s2 [shape="circle" label="s2"];
   7         s3 [shape="circle" label="s3"];
   8         s4 [shape="circle" label="s4"];
   9         s0 -> s2 [label="SYN / SYN-ACK"];
  10         s0 -> s1 [label="ACK / ERR"];
  11         s0 -> s1 [label="DAT / ERR"];
  12         s0 -> s1 [label="RST / ERR"];
  13         s0 -> s1 [label="FIN / ERR"];
  14         s1 -> s1 [label="SYN / ERR"];
  15         s1 -> s1 [label="ACK / ERR"];
  16         s1 -> s1 [label="DAT / ERR"];
  17         s1 -> s1 [label="RST / ERR"];
  18         s1 -> s1 [label="FIN / ERR"];
  19         s2 -> s1 [label="SYN / ERR"];
  20         s2 -> s1 [label="ACK / ERR"];
  21         s2 -> s4 [label="DAT / ACK"];
  22         s2 -> s0 [label="RST / Reset"];
  23         s2 -> s3 [label="FIN / ACK"];
  24         s3 -> s3 [label="SYN / Closed"];
  25         s3 -> s3 [label="ACK / Closed"];
  26         s3 -> s3 [label="DAT / Closed"];
  27         s3 -> s3 [label="RST / Closed"];
  28         s3 -> s3 [label="FIN / Closed"];
  29         s4 -> s1 [label="SYN / ERR"];
  30         s4 -> s1 [label="ACK / ERR"];
  31         s4 -> s4 [label="DAT / DATA"];
  32         s4 -> s0 [label="RST / Reset"];
  33         s4 -> s3 [label="FIN / ACK"];
  34
  35 __start0 -> s0;
  36 }