class TestBoard(TestCase):
def setUp(self):
self.board = Board()
def batch_move(self, board, moves):
for move in moves:
move = parse(board, move)
self.board.move(move)
def test_two_move_checkmate_recommend_move(self):
moves = [
'f2 f3',
'e7 e5',
'g2 g4',
#'d8 h4',
]
self.batch_move(self.board, moves)
move = self.board.recommended_move(1)
desired_move = parse(self.board, 'd8 h4')
self.assertEquals(move, desired_move)
def test_draw_losing(self):
moves = [
'c2 c4',
'h7 h5',
'h2 h4',
'a7 a5',
'd1 a4',
'a8 a6',
'a4 a5',
'a6 h6',
'a5 c7',
'f7 f6',
'c7 d7',
'e8 f7',
'd7 b7',
'd8 d3',
'b7 b8',
'd3 h7',
'b8 c8',
'f7 g6',
#'c8 e6',
]
self.batch_move(self.board, moves)
move = self.board.recommended_move(1)
desired_move = parse(self.board, 'c8 e6')
self.assertEquals(move, desired_move)
def test_ai_game(self):
# run to try and find failures
while True:
check, draw, checkmate = self.board.status()
if checkmate or draw:
break
move = self.board.recommended_move(2)
print(move)
self.board.move(move)
if check:
print('check!!!')
# if a human then ask for input
if player is None or board.current_player == player:
cmd = input_parser.cmd(board)
if isinstance(cmd, Move): # move
board.move(cmd)
printer.print_board(board)
elif cmd == 'q': # quit
break
elif cmd == 'r': # random move
board.random_move()
printer.print_board(board)
elif cmd == 'l': # list possible moves
printer.print_moves(board)
elif cmd == 's': # current score
printer.print_score(board)
else:
pass
else:
# ai turn
# move = board.random_move()
print('ai thinking...')
move = board.recommended_move(3)
board.move(move)
print('{} moved {}'.format(board.current_player.opponent(), board.last_move()))
printer.print_board(board)
