public void SolveTest()
{
//var moves = CubeHelpers.GetListNMoveAleatoire(paramSolver.Tt, 3);
var moves = CubeHelpers.GetMoveWithTransoFromMove(
new List <Move> {
new Move {
Identifiant = 'F', Sens = Move.EnumSens.Normal
},
new Move {
Identifiant = 'R', Sens = Move.EnumSens.Normal
},
new Move {
Identifiant = 'B', Sens = Move.EnumSens.Normal
},
}
, paramSolver.Tt);
var cubeInit = CubeHelpers.ApplyMovesToCube(paramSolver.Tr, moves);
var solver = (Solver) new SolverFirstResultLargeur(paramSolver, cubeInit);
var sols = solver.Solve().Result;
Console.WriteLine(string.Join(string.Empty, moves.Select(m => m.Key)));
var formatter = new SolutionsConsoleFormater(sols);
var strHumain = formatter.Format();
Console.WriteLine(strHumain);
Console.WriteLine("Hello World!");
Assert.IsTrue(sols.Contains(CubeHelpers.Reverse(paramSolver.Reverses,
moves.Select(kv => kv.Key)).ToList(),
new ArrayHelpers.EqualityComparer <List <Move> >((t1, t2) => t1.SequenceEqual(t2))));
}
