def test_undo_moves(players, expected):
game = g.Game(5, 5, 3, players)
game.make_turn(Vector([0, 0]))
game.make_turn(Vector([0, 1]))
game.make_turn(Vector([0, 2]))
game.undo_turn()
assert game.current_player.color == expected
assert game.board[0, 2] == Color.non
def test_make_move_to():
game = g.Game(
3, 3, 3,
[HumanPlayer(Color.black),
RandomBot(Color.white, PlayerEntity.bot)])
human_player = game.players[0]
bot_player = game.players[1]
x, y = bot_player.make_move(game)
assert human_player.make_move(game) is None
assert 0 <= x < 3 and 0 <= y < 3
def test_check_fouls_forks(two_human_players):
game = g.Game(5, 5, 5, two_human_players, True)
game.make_turn(Vector([3, 1]))
game.make_turn(Vector([0, 0]))
game.make_turn(Vector([3, 2]))
game.make_turn(Vector([0, 1]))
game.make_turn(Vector([1, 3]))
game.make_turn(Vector([1, 0]))
game.make_turn(Vector([2, 3]))
game.make_turn(Vector([1, 1]))
game.make_turn(Vector([3, 3]))
assert game.board[Vector([3, 3])] == Color.non
def test_check_fouls_long(two_human_players):
game = g.Game(10, 10, 5, two_human_players, True)
game.make_turn(Vector([1, 3]))
game.make_turn(Vector([0, 0]))
game.make_turn(Vector([2, 3]))
game.make_turn(Vector([0, 1]))
game.make_turn(Vector([3, 3]))
game.make_turn(Vector([1, 0]))
game.make_turn(Vector([5, 3]))
game.make_turn(Vector([1, 1]))
game.make_turn(Vector([6, 3]))
game.make_turn(Vector([9, 9]))
game.make_turn(Vector([4, 3]))
assert game.board[Vector([4, 3])] == Color.non
def test_game_cycle_with_bot(bot_and_human_players):
game = g.Game(5, 5, 3, bot_and_human_players)
game.make_turn(Vector([0, 0]))
game.make_turn(Vector(game.current_player.make_move(game)))
if game.board.map[0][1] == Color.non:
game.make_turn(Vector([0, 1]))
else:
game.make_turn(Vector([1, 0]))
game.make_turn(Vector(game.current_player.make_move(game)))
if game.board.map[2][0] == Color.non:
game.make_turn(Vector([2, 0]))
else:
game.make_turn(Vector([1, 1]))
game.make_turn(Vector(game.current_player.make_move(game)))
if game.board.map[2][2] == Color.non:
game.make_turn(Vector([2, 2]))
else:
game.make_turn(Vector([2, 1]))
game.make_turn(Vector(game.current_player.make_move(game)))
if game.board.map[0][2] == Color.non:
game.make_turn(Vector([0, 2]))
elif game.board.map[1][0] == Color.non:
game.make_turn(Vector([1, 0]))
game.make_turn(Vector(game.current_player.make_move(game)))
if game.board.map[2][0] == Color.non:
game.make_turn(Vector([2, 0]))
elif game.board.map[1][1] == Color.non:
game.make_turn(Vector([1, 1]))
game.make_turn(Vector(game.current_player.make_move(game)))
if game.board.map[1][2] == Color.non:
game.make_turn(Vector([1, 2]))
elif game.board.map[2][1] == Color.non:
game.make_turn(Vector([2, 1]))
elif game.board.map[2][2] == Color.non:
game.make_turn(Vector([2, 2]))
else:
assert game.winner == Color.white
return
else:
assert game.winner == Color.white
return
else:
game.make_turn(Vector([1, 1]))
game.make_turn(Vector(game.current_player.make_move(game)))
if game.board.map[2][2] == Color.non:
game.make_turn(Vector([2, 2]))
else:
game.make_turn(Vector([1, 2]))
assert game.winner == Color.black
def test_check_draw(two_human_players):
game = g.Game(3, 3, 4, two_human_players)
for i in range(game.board.width):
for j in range(game.board.height):
game.make_turn(Vector([i, j]))
assert game.winner == Color.non
def test_sorted_players(test_input, expected):
game = g.Game(5, 5, 3, test_input)
assert game.players[0].color == expected[0]
assert game.players[1].color == expected[1]
assert game.players[2].color == expected[2]
assert game.current_player.color == expected[0]
def test_game_init_with_human(two_human_players):
game = g.Game(5, 5, 3, two_human_players)
assert game.players[0].color == Color.black
assert game.players[1].color == Color.white
def game(two_human_players):
game = g.Game(5, 5, 3, two_human_players)
return game