def play_tictactoe():
""" () -> None
Play a single game of tic-tac-toe, with one player being the program
user and the other player being this computer program.
(No docstring example given since the function indirectly depends on either
user input or randomly generated numbers.)
"""
# Initialize the game setup.
board_size = get_game_size()
game_board = tictactoe_functions.make_empty_board(board_size)
print('\nYou are using symbol ' + SYMBOLS[HUMAN] + ' and the computer '
+ 'program is using symbol ' + SYMBOLS[COMPUTER] + '.')
print(format_game_board(game_board))
# Play the game until a player wins or there is a draw.
is_human_move = False
have_a_winner = False
while (not have_a_winner and
not tictactoe_functions.game_board_full(game_board)):
is_human_move = not is_human_move
(row,col) = get_move(is_human_move, game_board)
if is_human_move:
player_symbol = SYMBOLS[HUMAN]
print('\nYou chose row ' + str(row) + ' and column '
+ str(col) + '.')
else:
player_symbol = SYMBOLS[COMPUTER]
print('The computer program then chose row ' + str(row)
+ ' and column ' + str(col) + '.')
game_board = tictactoe_functions.make_move(
player_symbol, row, col, game_board)
if not is_human_move:
print(format_game_board(game_board))
have_a_winner = game_won(game_board, player_symbol)
if have_a_winner:
print('We have a winner!')
if is_human_move:
print(format_game_board(game_board))
print('You beat the computer program! Congratulations!')
else:
print('The computer program won!')
print('Re-think your strategy and try again.')
else:
print(format_game_board(game_board))
print('The game has played to a draw.')
print('Re-think your strategy and try again.')
def play_tictactoe():
""" () -> None
Play a single game of tic-tac-toe, with one player being the program
user and the other player being this computer program.
(No docstring example given since the function indirectly depends on either
user input or randomly generated numbers.)
"""
# Initialize the game setup.
board_size = get_game_size()
game_board = tictactoe_functions.make_empty_board(board_size)
print('\nYou are using symbol ' + SYMBOLS[HUMAN] + ' and the computer ' +
'program is using symbol ' + SYMBOLS[COMPUTER] + '.')
print(format_game_board(game_board))
# Play the game until a player wins or there is a draw.
is_human_move = False
have_a_winner = False
while (not have_a_winner
and not tictactoe_functions.game_board_full(game_board)):
is_human_move = not is_human_move
(row, col) = get_move(is_human_move, game_board)
if is_human_move:
player_symbol = SYMBOLS[HUMAN]
print('\nYou chose row ' + str(row) + ' and column ' + str(col) +
'.')
else:
player_symbol = SYMBOLS[COMPUTER]
print('The computer program then chose row ' + str(row) +
' and column ' + str(col) + '.')
game_board = tictactoe_functions.make_move(player_symbol, row, col,
game_board)
if not is_human_move:
print(format_game_board(game_board))
have_a_winner = game_won(game_board, player_symbol)
if have_a_winner:
print('We have a winner!')
if is_human_move:
print(format_game_board(game_board))
print('You beat the computer program! Congratulations!')
else:
print('The computer program won!')
print('Re-think your strategy and try again.')
else:
print(format_game_board(game_board))
print('The game has played to a draw.')
print('Re-think your strategy and try again.')
'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)
# Type check and simple test for tictactoe_functions.extract_line
result = tictactoe_functions.extract_line('abcd', 'across', 1)
assert isinstance(result, str), \
"tictactoe_functions.extract_line('abcd', 'across', 1) should return " \
'a str, but returned {0}.'.format(type(result))
assert result == 'ab', \
"tictactoe_functions.extract_line('abcd', 'across', 1) should return " \
"'ab', but returned '{0}'.".format(result)
'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)
# Type check and simple test for tictactoe_functions.extract_line
result = tictactoe_functions.extract_line('abcd', 'across', 1)
assert isinstance(result, str), \
"tictactoe_functions.extract_line('abcd', 'across', 1) should return " \
'a str, but returned {0}.'.format(type(result))
assert result == 'ab', \
"tictactoe_functions.extract_line('abcd', 'across', 1) should return " \
"'ab', but returned '{0}'.".format(result)
