{-# LANGUAGE OverloadedStrings #-}

module TestData (
    aBigNode
  ) where

import Data.ECTA
import Data.ECTA.Internal.ECTA.Type
import Data.ECTA.Internal.Paths

------------------------------------------------------------------------------------

aBigNode :: Node
aBigNode =
  Node [
    mkEdge "app"
           [(Node [(Edge "baseType" [])]),(Node [(Edge "(->)" [])]),(Node [(mkEdge "app" [(Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))]),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])]),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "(->)" [])]),(Node [(Edge "g" [(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "baseType" [])]),(Node [(Edge "baseType" [])])])])]),(Edge "x" [(Node [(Edge "baseType" [])])]),(Edge "n" [(Node [(Edge "Int" [])])]),(Edge "$" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,1]],PathEClass [Path [1,2],Path [2,2]]]})])]),(Edge "replicate" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "Int" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [2,1],Path [2,2,0]]]})])]),(Edge "foldr" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,2,1,0]],PathEClass [Path [1,2,1],Path [1,2,2],Path [2,1],Path [2,2,2]]]})])])]),(Node [(Edge "g" [(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "baseType" [])]),(Node [(Edge "baseType" [])])])])]),(Edge "x" [(Node [(Edge "baseType" [])])]),(Edge "n" [(Node [(Edge "Int" [])])]),(Edge "$" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,1]],PathEClass [Path [1,2],Path [2,2]]]})])]),(Edge "replicate" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "Int" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [2,1],Path [2,2,0]]]})])]),(Edge "foldr" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,2,1,0]],PathEClass [Path [1,2,1],Path [1,2,2],Path [2,1],Path [2,2,2]]]})])])])] EqConstraints {getEclasses = [PathEClass [Path [0],Path [2,0,2]],PathEClass [Path [1],Path [2,0,0]],PathEClass [Path [2,0,1],Path [3,0]]]})]),(Node [(mkEdge "app" [(Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))]),(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))]),(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))]),(Edge "Maybe" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Node [(Edge "(->)" [])]),(Node [(mkEdge "app" [(Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))]),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])]),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "(->)" [])]),(Node [(Edge "g" [(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "baseType" [])]),(Node [(Edge "baseType" [])])])])]),(Edge "x" [(Node [(Edge "baseType" [])])]),(Edge "n" [(Node [(Edge "Int" [])])]),(Edge "$" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,1]],PathEClass [Path [1,2],Path [2,2]]]})])]),(Edge "replicate" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "Int" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [2,1],Path [2,2,0]]]})])]),(Edge "foldr" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,2,1,0]],PathEClass [Path [1,2,1],Path [1,2,2],Path [2,1],Path [2,2,2]]]})])])]),(Node [(Edge "g" [(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "baseType" [])]),(Node [(Edge "baseType" [])])])])]),(Edge "x" [(Node [(Edge "baseType" [])])]),(Edge "n" [(Node [(Edge "Int" [])])]),(Edge "$" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,1]],PathEClass [Path [1,2],Path [2,2]]]})])]),(Edge "replicate" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "Int" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [2,1],Path [2,2,0]]]})])]),(Edge "foldr" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,2,1,0]],PathEClass [Path [1,2,1],Path [1,2,2],Path [2,1],Path [2,2,2]]]})])])])] EqConstraints {getEclasses = [PathEClass [Path [0],Path [2,0,2]],PathEClass [Path [1],Path [2,0,0]],PathEClass [Path [2,0,1],Path [3,0]]]})]),(Node [(Edge "g" [(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "baseType" [])]),(Node [(Edge "baseType" [])])])])]),(Edge "x" [(Node [(Edge "baseType" [])])]),(Edge "n" [(Node [(Edge "Int" [])])]),(Edge "$" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,1]],PathEClass [Path [1,2],Path [2,2]]]})])]),(Edge "replicate" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "Int" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [2,1],Path [2,2,0]]]})])]),(Edge "foldr" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,2,1,0]],PathEClass [Path [1,2,1],Path [1,2,2],Path [2,1],Path [2,2,2]]]})])])])] EqConstraints {getEclasses = [PathEClass [Path [0],Path [2,0,2]],PathEClass [Path [1],Path [2,0,0]],PathEClass [Path [2,0,1],Path [3,0]]]}),(mkEdge "app" [(Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))]),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])]),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "(->)" [])]),(Node [(Edge "g" [(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "baseType" [])]),(Node [(Edge "baseType" [])])])])]),(Edge "x" [(Node [(Edge "baseType" [])])]),(Edge "n" [(Node [(Edge "Int" [])])]),(Edge "$" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,1]],PathEClass [Path [1,2],Path [2,2]]]})])]),(Edge "replicate" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "Int" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [2,1],Path [2,2,0]]]})])]),(Edge "foldr" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,2,1,0]],PathEClass [Path [1,2,1],Path [1,2,2],Path [2,1],Path [2,2,2]]]})])])]),(Node [(mkEdge "app" [(Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))]),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])]),(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "(->)" [])]),(Node [(Edge "g" [(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "baseType" [])]),(Node [(Edge "baseType" [])])])])]),(Edge "x" [(Node [(Edge "baseType" [])])]),(Edge "n" [(Node [(Edge "Int" [])])]),(Edge "$" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,1]],PathEClass [Path [1,2],Path [2,2]]]})])]),(Edge "replicate" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "Int" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [2,1],Path [2,2,0]]]})])]),(Edge "foldr" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,2,1,0]],PathEClass [Path [1,2,1],Path [1,2,2],Path [2,1],Path [2,2,2]]]})])])]),(Node [(Edge "g" [(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "baseType" [])]),(Node [(Edge "baseType" [])])])])]),(Edge "x" [(Node [(Edge "baseType" [])])]),(Edge "n" [(Node [(Edge "Int" [])])]),(Edge "$" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,1]],PathEClass [Path [1,2],Path [2,2]]]})])]),(Edge "replicate" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "Int" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [2,1],Path [2,2,0]]]})])]),(Edge "foldr" [(Node [(mkEdge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])]),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])])),(Node [(Edge "->" [(Node [(Edge "(->)" [])]),(Node [(Edge "List" [(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])]),(Mu (Node [(Edge "baseType" []),(Edge "->" [(Node [(Edge "(->)" [])]),Rec,Rec]),(Edge "Maybe" [Rec]),(Edge "List" [Rec])]))])])])])] EqConstraints {getEclasses = [PathEClass [Path [1,1],Path [2,2,1,0]],PathEClass [Path [1,2,1],Path [1,2,2],Path [2,1],Path [2,2,2]]]})])])])] EqConstraints {getEclasses = [PathEClass [Path [0],Path [2,0,2]],PathEClass [Path [1],Path [2,0,0]],PathEClass [Path [2,0,1],Path [3,0]]]})])] EqConstraints {getEclasses = [PathEClass [Path [0],Path [2,0,2]],PathEClass [Path [1],Path [2,0,0]],PathEClass [Path [2,0,1],Path [3,0]]]})])]
           (mkEqConstraints $ [ [path [1],      path [2, 0, 0]]
                              , [path [2,0, 1], path [3, 0]]
                              , [path [0],      path [2, 0, 2]]
                              ])
  ]