def is_occupied(row_index, col_index, game_board):
""" (int, int, str) -> int
Precondition: row_index and col_index are valid indices for a cell in the
tic-tac-toe game_board.
Return True if and only if the cell with indices row_index and col_index
in the tic-tac-toe game_board does not contain the EMPTY cell character.
>>> is_occupied(1, 1, 'XOX-')
True
>>> is_occupied(2, 2, 'XOX-')
False
"""
board_size = tictactoe_functions.get_board_size(game_board)
position = tictactoe_functions.get_position(row_index, col_index,
board_size)
return game_board[position] != tictactoe_functions.EMPTY
def is_occupied(row_index, col_index, game_board):
""" (int, int, str) -> int
Precondition: row_index and col_index are valid indices for a cell in the
tic-tac-toe game_board.
Return True if and only if the cell with indices row_index and col_index
in the tic-tac-toe game_board does not contain the EMPTY cell character.
>>> is_occupied(1, 1, 'XOX-')
True
>>> is_occupied(2, 2, 'XOX-')
False
"""
board_size = tictactoe_functions.get_board_size(game_board)
position = tictactoe_functions.get_position(row_index, col_index,
board_size)
return game_board[position] != tictactoe_functions.EMPTY
'returned {0} .'.format(type(result))
assert result == 1, \
"tictactoe_functions.get_board_size('-') should return 1, but "\
'returned {0}.'.format(result)
# Type check and simple test for tictactoe_functions.make_empty_board
result = tictactoe_functions.make_empty_board(1)
assert isinstance(result, str), \
'tictactoe_functions.make_empty_board should return a str, but ' \
'returned {0}.'.format(type(result))
assert result == constant_before[0], \
"tictactoe_functions.make_empty_board(1) should return '" \
+ constant_before[0] + "', but returned '{0}'.".format(result)
# Type check and simple test for tictactoe_functions.get_position
result = tictactoe_functions.get_position(1, 1, 3)
assert isinstance(result, int), \
'tictactoe_functions.get_position should return an int, but returned ' \
'{0}.'.format(type(result))
assert result == 0, \
'tictactoe_functions.get_position(1, 1, 3) should return 0, but ' \
'returned {0}.'.format(result)
# Type check and simple test for tictactoe_functions.make_move
result = tictactoe_functions.make_move('X', 1, 1, '-')
assert isinstance(result, str), \
'tictactoe_functions.make_move should return a str, but returned {0}.' \
.format(type(result))
assert result == 'X', \
"tictactoe_functions.make_move('X', 1, 1, '-') should return 'X', "\
"but returned '{0}'.".format(result)
'returned {0} .'.format(type(result))
assert result == 1, \
"tictactoe_functions.get_board_size('-') should return 1, but "\
'returned {0}.'.format(result)
# Type check and simple test for tictactoe_functions.make_empty_board
result = tictactoe_functions.make_empty_board(1)
assert isinstance(result, str), \
'tictactoe_functions.make_empty_board should return a str, but ' \
'returned {0}.'.format(type(result))
assert result == constant_before[0], \
"tictactoe_functions.make_empty_board(1) should return '" \
+ constant_before[0] + "', but returned '{0}'.".format(result)
# Type check and simple test for tictactoe_functions.get_position
result = tictactoe_functions.get_position(1, 1, 3)
assert isinstance(result, int), \
'tictactoe_functions.get_position should return an int, but returned ' \
'{0}.'.format(type(result))
assert result == 0, \
'tictactoe_functions.get_position(1, 1, 3) should return 0, but ' \
'returned {0}.'.format(result)
# Type check and simple test for tictactoe_functions.make_move
result = tictactoe_functions.make_move('X', 1, 1, '-')
assert isinstance(result, str), \
'tictactoe_functions.make_move should return a str, but returned {0}.' \
.format(type(result))
assert result == 'X', \
"tictactoe_functions.make_move('X', 1, 1, '-') should return 'X', "\
"but returned '{0}'.".format(result)
