[Theory]
    [InlineData(1,"Moves for 1 disks\n1 -> 3")]
    [InlineData(2, "Moves for 2 disks\n1 -> 2\n1 -> 3\n2 -> 3")]
    [InlineData(3,"Moves for 3 disks\n1 -> 3\n1 -> 2\n3 -> 2\n1 -> 3\n2 -> 1\n2 -> 3\n1 -> 3")]
    [InlineData(4, "Moves for 4 disks\n1 -> 2\n1 -> 3\n2 -> 3\n1 -> 2\n3 -> 1\n3 -> 2\n1 -> 2\n1 -> 3\n2 -> 3\n2 -> 1\n3 -> 1\n2 -> 3\n1 -> 2\n1 -> 3\n2 -> 3")]
    [InlineData(5, "Moves for 5 disks\n1 -> 3\n1 -> 2\n3 -> 2\n1 -> 3\n2 -> 1\n2 -> 3\n1 -> 3\n1 -> 2\n3 -> 2\n3 -> 1\n2 -> 1\n3 -> 2\n1 -> 3\n1 -> 2\n3 -> 2\n1 -> 3\n2 -> 1\n2 -> 3\n1 -> 3\n2 -> 1\n3 -> 2\n3 -> 1\n2 -> 1\n2 -> 3\n1 -> 3\n1 -> 2\n3 -> 2\n1 -> 3\n2 -> 1\n2 -> 3\n1 -> 3")]

    public void CaesarTowerTest(int n,string expected)
    {
        Assert.Equal(expected, Circus.CaesarTower(n));
    }

 [Theory]
    [InlineData(1,"Moves for 1 disks\n1 -> 3")]
    [InlineData(2, "Moves for 2 disks\n1 -> 2\n1 -> 3\n2 -> 3")]
    [InlineData(3,"Moves for 3 disks\n1 -> 3\n1 -> 2\n3 -> 2\n1 -> 3\n2 -> 1\n2 -> 3\n1 -> 3")]
    [InlineData(4, "Moves for 4 disks\n1 -> 2\n1 -> 3\n2 -> 3\n1 -> 2\n3 -> 1\n3 -> 2\n1 -> 2\n1 -> 3\n2 -> 3\n2 -> 1\n3 -> 1\n2 -> 3\n1 -> 2\n1 -> 3\n2 -> 3")]
    [InlineData(5, "Moves for 5 disks\n1 -> 3\n1 -> 2\n3 -> 2\n1 -> 3\n2 -> 1\n2 -> 3\n1 -> 3\n1 -> 2\n3 -> 2\n3 -> 1\n2 -> 1\n3 -> 2\n1 -> 3\n1 -> 2\n3 -> 2\n1 -> 3\n2 -> 1\n2 -> 3\n1 -> 3\n2 -> 1\n3 -> 2\n3 -> 1\n2 -> 1\n2 -> 3\n1 -> 3\n1 -> 2\n3 -> 2\n1 -> 3\n2 -> 1\n2 -> 3\n1 -> 3")]

    public void CaesarTowerTest(int n,string expected)
    {
        Assert.Equal(expected, Circus.CaesarTower(n));
    }