def splitting(board): #<--splitting board on 2D matrix
    for row in range(len(board)):
         board[row]=list(board[row])
    print(board)
    return board

def find_char(matrix,char): #<-- looking for position of jaffar's pawn
    jaffars_pawn = [(index, row.index(char)) for index, row in enumerate(matrix) if char in row]
    print(jaffars_pawn)
    return jaffars_pawn #<-- return as tupel in list, in case of many pawns but only one in signle row

def attack(jaffar_position,board): #<- main function which ger points when Jaffar's pawn are able to beat Aladdin pawn
    board = splitting(board)
    len_board = len(board)
    y , x = jaffar_position[0]
    points = 0
    play = True
    while play: #<-loop until next beat dosen't occur
        if ((x+2<len_board-1 or x-2 >= 0) and y-2>=0): #<- chceking that attack jaffar's pawn dosen't move to the outside of board

            if (board[y-1][x+1] == "X" and not board[y-2][x+2] == "X"):#<- checking if jaffar's pawn can attack up-right direction
                points+=1
                x , y = x + 2, y - 2
                continue

            if (board[y-1][x-1] == "X" and not board[y-2][x-2] == "X"): #<- checking if jaffar's pawn can attack up-left direction
                points+=1 #<- counting points
                x ,y = x - 2, y - 2 #<- move jaffar's pawn
                continue

            else: play=False #<- when Jaffar's pawn can't attack next Aladdin's pawn

        else: play=False

    return points


def solution(B):
    jaffar_char="O"
    return attack(find_char(splitting(B),jaffar_char),B)

A =['.X.....',
   '..X.X..',
   '.X..X..',
   '....X..',
   '...X...',
   '..X.X.X',
   '...O...']