def run_game(player_one, player_two):
print 'Starting Game'
game = GameBoard()
turn = 0
while game.winner is None:
#player one plays even turns
if turn % 2 == 0:
current_player = player_one
#player two plays odd turns
else:
current_player = player_two
# get player input
print game
print ' '.join(str(number) for number in range(game.columns))
column = raw_input('{} which column to place {}? '.format(
current_player.name, current_player.piece))
# try to insert piece into board, retry turn if failure
if not game.insert_piece(column, current_player.piece):
print 'Column either full or invalid, please make another move'
continue
turn += 1
print game
print '{} wins in {} turns'.format(current_player.name, turn)
def run_game(player_one, player_two):
print 'Starting Game'
game = GameBoard()
turn = 0
while game.winner is None:
#player one plays even turns
if turn % 2 == 0:
current_player = player_one
#player two plays odd turns
else:
current_player = player_two
# get player input
print game
print ' '.join(str(number) for number in range(game.columns))
column = raw_input('{} which column to place {}? '.format(
current_player.name,
current_player.piece
))
# try to insert piece into board, retry turn if failure
if not game.insert_piece(column, current_player.piece):
print 'Column either full or invalid, please make another move'
continue
turn += 1
print game
print '{} wins in {} turns'.format(current_player.name, turn)
def test_vertical_win():
game = GameBoard()
game.insert_piece(0, 'X')
game.insert_piece(0, 'X')
game.insert_piece(0, 'X')
assert game.winner is None
game.insert_piece(0, 'X')
assert game.winner == 'X'
def test_horizontal_win():
game = GameBoard()
game.insert_piece(0, 'X')
game.insert_piece(1, 'X')
game.insert_piece(2, 'X')
assert game.winner is None
game.insert_piece(3, 'X')
assert game.winner == 'X'
def test_vertical_win():
game = GameBoard()
game.insert_piece(0, 'X')
game.insert_piece(0, 'X')
game.insert_piece(0, 'X')
assert game.winner is None
game.insert_piece(0, 'X')
assert game.winner == 'X'
def test_horizontal_win():
game = GameBoard()
game.insert_piece(0, 'X')
game.insert_piece(1, 'X')
game.insert_piece(2, 'X')
assert game.winner is None
game.insert_piece(3, 'X')
assert game.winner == 'X'
def test_insert_piece_success():
# ensure correctly inserting piece results in successful return
game = GameBoard()
assert game.insert_piece(0, 'X') is True
def test_good_string_entry():
# ensure board state changes upon correct string entry
game = GameBoard()
empty_board = str(game)
game.insert_piece('0', 'X')
assert str(game) != empty_board
def test_bad_string_entry():
# ensure board state remains unchanged upon bad string entry
game = GameBoard()
empty_board = str(game)
game.insert_piece('test', 'X')
assert str(game) == empty_board
def test_bad_int_entry():
# ensure board state remains unchanged upon bad int entry
game = GameBoard()
empty_board = str(game)
game.insert_piece(12315, 'X')
assert str(game) == empty_board
def test_diagonal_win():
game = GameBoard()
game.insert_piece(0, 'X')
game.insert_piece(1, 'Y')
game.insert_piece(1, 'X')
game.insert_piece(2, 'Y')
game.insert_piece(2, 'Y')
game.insert_piece(2, 'X')
game.insert_piece(3, 'Y')
game.insert_piece(3, 'Y')
game.insert_piece(3, 'Y')
assert game.winner is None
game.insert_piece(3, 'X')
assert game.winner == 'X'
def test_insert_piece_failure():
# ensure incorrectly inserting piece results in failure return
game = GameBoard()
assert game.insert_piece('test', 'X') is False
def test_insert_piece_success():
# ensure correctly inserting piece results in successful return
game = GameBoard()
assert game.insert_piece(0, 'X') is True
def test_good_string_entry():
# ensure board state changes upon correct string entry
game = GameBoard()
empty_board = str(game)
game.insert_piece('0', 'X')
assert str(game) != empty_board
def test_bad_string_entry():
# ensure board state remains unchanged upon bad string entry
game = GameBoard()
empty_board = str(game)
game.insert_piece('test', 'X')
assert str(game) == empty_board
def test_bad_int_entry():
# ensure board state remains unchanged upon bad int entry
game = GameBoard()
empty_board = str(game)
game.insert_piece(12315, 'X')
assert str(game) == empty_board
def test_insert_piece_failure():
# ensure incorrectly inserting piece results in failure return
game = GameBoard()
assert game.insert_piece('test', 'X') is False
def run_simulation():
print 'Game Start'
game = GameBoard()
game.insert_piece(0,'X')
print game
print '#'* 10, 'winner: {}'.format(game.winner), '#'* 10
game.insert_piece(1, 'Y')
print game
print '#'* 10, 'winner: {}'.format(game.winner), '#'* 10
game.insert_piece(0,'X')
print game
print '#'* 10, 'winner: {}'.format(game.winner), '#'* 10
game.insert_piece(2, 'Y')
print game
print '#'* 10, 'winner: {}'.format(game.winner), '#'* 10
game.insert_piece(0,'X')
print game
print '#'* 10, 'winner: {}'.format(game.winner), '#'* 10
game.insert_piece(2, 'Y')
print game
print '#'* 10, 'winner: {}'.format(game.winner), '#'* 10
game.insert_piece(0,'X')
print game
print '#'* 10, 'winner: {}'.format(game.winner), '#'* 10
def test_diagonal_win():
game = GameBoard()
game.insert_piece(0, 'X')
game.insert_piece(1, 'Y')
game.insert_piece(1, 'X')
game.insert_piece(2, 'Y')
game.insert_piece(2, 'Y')
game.insert_piece(2, 'X')
game.insert_piece(3, 'Y')
game.insert_piece(3, 'Y')
game.insert_piece(3, 'Y')
assert game.winner is None
game.insert_piece(3, 'X')
assert game.winner == 'X'
