def print_board(game: othello_console.Othello) -> None:
""" Prints a board in the form of 2D list """
print("B: {} W: {}".format(add_pieces(game, "B"), add_pieces(game, "W")))
for row in range(game.get_rows()):
for col in range(game.get_cols()):
print(game.get_board()[row][col], end=" ")
print()
def add_pieces(game: othello_console.Othello, piece: str) -> int:
""" Totals the number of pieces of B/W given the piece type as a str """
sum = 0
for row in range(game.get_rows()):
for col in range(game.get_cols()):
board_piece = game.get_board()[row][col]
if board_piece == piece:
sum += 1
return sum
def print_winner(game: othello_console.Othello) -> None:
""" Prints out the winner of the game """
black_pieces = add_pieces(game, "B")
white_pieces = add_pieces(game, "W")
if black_pieces == white_pieces:
print("WINNER: NONE")
elif black_pieces > white_pieces:
if game.get_win_type() == ">":
print("WINNER: BLACK")
elif game.get_win_type() == "<":
print("WINNER: WHITE")
else:
if game.get_win_type() == ">":
print("WINNER: WHITE")
elif game.get_win_type() == "<":
print("WINNER: BLACK")
def read_move(game: othello_console.Othello) -> (int, int):
""" Reads input and returns if move is valid """
if not game.any_possible_moves():
game.flip_current_turn()
if not game.any_possible_moves():
raise othello_console.GameOverError
else:
game.flip_current_turn()
raise othello_console.PlayerCantMoveError
while True:
try:
move = str(input().strip()).split(" ")
row = int(move[0])-1
col = int(move[1])-1
if row < game.get_rows() and col < game.get_cols() and game.check_valid_move(row, col):
print("VALID")
return row, col
else:
raise othello_console.InvalidMoveError
except:
raise othello_console.InvalidInputError
