def test_play_roll_dice_3(monkeypatch):
# Given
board = Board.create(players=[1, 3])
state = GameState.create(board)
dice = Dice()
monkeypatch.setattr(dice, "roll", lambda: 3)
game = GameEngine(board, dice)
# When
new_state = game.play(GameMove.roll_dice(player=1))
# Then
assert new_state == game.get_state()
assert new_state.number == 1
assert new_state.dice == 3
assert new_state.valid_actions == [GameMove.roll_dice(player=3)]
# And When
new_state = game.play(GameMove.roll_dice(player=3))
# Then
assert new_state == game.get_state()
assert new_state.number == 2
assert new_state.dice == 3
assert new_state.valid_actions == [GameMove.roll_dice(player=1)]
def _fitnessEvaluations(self, pacmen, ghosts):
totalGames = max(len(pacmen), len(ghosts))
pacManNumber = 0
ghostNumber = 0
for evaluation in range(totalGames):
pacMan = None
ghost = None
if pacManNumber > len(pacmen) - 1:
pacManNumber = 0
if ghostNumber > len(ghosts) - 1:
ghostNumber = 0
pacMan = pacmen[pacManNumber]
ghost = ghosts[ghostNumber]
engine = GameEngine(self.configDict, pacMan.parseTree,
ghost.parseTree)
engine.runGame()
pacMan, ghost = self._evaluateFitness(engine, pacMan, ghost)
pacmen[pacManNumber] = pacMan
ghosts[ghostNumber] = ghost
pacManNumber += 1
ghostNumber += 1
return pacmen, ghosts
def main():
board = Board()
engine = GameEngine(board)
cross_player = AIPlayer(1, "dude", engine)
noughts_player = HumanPlayer(-1, "Rand", engine)
view = BoardView(board)
done = False
view.update()
while not done:
try:
cross_player.make_move()
view.update()
if engine.game_ended():
view.reset()
continue
noughts_player.make_move()
view.update()
if engine.game_ended():
view.reset()
continue
for event in pygame.event.get():
if event.type == pygame.QUIT:
done = True
except Exception:
traceback.print_exc()
def test_do_not_move_piece_to_end_on_bigger_dice(monkeypatch):
# Given we have started the game and a piece is in the safe zone
board = Board.create(players=[0, 2], pieces_per_player=1)
state = GameState.create(board)
dice = Dice()
monkeypatch.setattr(dice, "roll", lambda: 5)
game = GameEngine(board, dice)
state.board.pieces[0].progress = board.end_progress - 3
# When we roll the dice with 5 which is bigger then we need to
# get to the goal
new_state = game.play(GameMove.roll_dice(player=0))
# Then the piece should not go to the goal and it should be the
# next player turn
assert new_state == game.get_state()
assert new_state.number == 1
assert new_state.dice == 5
assert new_state.valid_actions == [
GameMove.roll_dice(player=2),
]
assert new_state.board.pieces == [
Piece(number=0, player=0, progress=board.end_progress - 3),
Piece(number=0, player=2, progress=0),
]
assert new_state.winners == []
def test_do_move_and_knock_out(monkeypatch):
dice1 = Dice()
monkeypatch.setattr(dice1, "roll", lambda: 1)
dice5 = Dice()
monkeypatch.setattr(dice5, "roll", lambda: 5)
dice6 = Dice()
monkeypatch.setattr(dice6, "roll", lambda: 6)
b = Board.create(players=[0, 1], pieces_per_player=1)
g = GameEngine(b)
assert GameMove.roll_dice(0) in g.state.valid_actions
g.dice = dice1
s = g.play(GameMove.roll_dice(0))
assert GameMove.roll_dice(1) in s.valid_actions
g.dice = dice6
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.piece_out(1, 0))
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 1)]
assert GameMove.roll_dice(1) in s.valid_actions
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 6))
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 7)]
assert GameMove.roll_dice(1) in s.valid_actions
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 6))
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 13)]
assert GameMove.roll_dice(1) in s.valid_actions
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 6))
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 19)]
assert GameMove.roll_dice(1) in s.valid_actions
g.dice = dice5
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 5))
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 24)]
assert GameMove.roll_dice(0) in s.valid_actions
g.dice = dice6
s = g.play(GameMove.roll_dice(0))
assert GameMove.piece_out(0, 0) in s.valid_actions
s = g.play(GameMove.piece_out(0, 0))
assert s.board.pieces == [Piece(0, 0, 1), Piece(0, 1, 24)]
g.dice = dice1
s = g.play(GameMove.roll_dice(0))
s = g.play(GameMove.move_piece(0, 0, 1))
assert s.board.pieces == [Piece(0, 0, 2), Piece(0, 1, 24)]
g.dice = dice6
s = g.play(GameMove.roll_dice(1))
assert GameMove.move_piece(1, 0, 6) in s.valid_actions
s = g.play(GameMove.move_piece(1, 0, 6))
# player 1 hits player 0 and sends her home
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 30)]
def main(argv):
engine = GameEngine()
engine.check_file_integrity("../data/test_init.json")
engine.initialize_from_file("../data/test_init.json")
result = engine.compute()
print(result)
def application(environ, start_response):
try:
if environ['REQUEST_METHOD'] == 'POST':
request_body_size = int(environ.get('CONTENT_LENGTH', '0'))
request_body = environ['wsgi.input'].read(request_body_size)
data = json.loads(request_body.decode())
WORLDS = {}
world = data['world']
if world not in WORLDS:
with open('public/' + world + '/OBJECTS.json') as f:
objects = json.load(f)
with open('public/' + world + '/ROOMS.json') as f:
rooms = json.load(f)
WORLDS['world'] = [objects, rooms]
world = WORLDS['world']
game = GameEngine(world[0], world[1])
game.set_state(data['state'])
cmd = game.decode_button_command(data['user_command'])
prs = game.process_command(cmd)
audio_prs = game.prompts_only(prs)
text_prs = game.text_only(prs)
ndata = {
'text': text_prs,
'audio': audio_prs,
'state': game.get_state()
}
start_response('200 OK', [('Content-Type', 'application/json')])
return [json.dumps(ndata).encode()]
else:
# If we are running alongside a web server then the server will handle static files.
# This is for the stand-alone case (like running on the Farmer Says)
fn = environ['PATH_INFO']
if fn == '/':
fn = '/index.html'
print('*', fn, '*')
with open('public' + fn, 'rb') as f:
data = f.read()
if fn.endswith('.json'):
start_response('200 OK', [('Content-Type', 'application/json')])
else:
start_response('200 OK', [('Content-Type', 'text/html')])
return [data]
except Exception:
with open('ex.txt', 'w') as f:
f.write(traceback.format_exc())
raise
def test_initial_gate_state(monkeypatch):
# Given
board = Board.create(players=[1, 3])
state = GameState.create(board)
# When
game = GameEngine(board)
# Then
assert game.state == state
def test_play_to_leaf_with_sims():
d = Deal(seed=0)
disp = Displayer()
dec = Decisions()
sim = Simulator()
e = GameEngine(disp, dec, sim)
sims = sim.load_sims(0)
d = e.play_to_leaf(d, sims, random=False)
assert_equal(d.full_history[0][1], d.trick_tally)
def reinit(self):
game = Application.GAMES[self._game_number]
with open('public/' + game + '/ROOMS.json') as f:
rooms = json.load(f)
with open('public/' + game + '/OBJECTS.json') as f:
objects = json.load(f)
self._engine = GameEngine(objects, rooms)
self._hardware.set_audio_path('public/' + game + '/audio/')
def main():
"""Main function to bootstrap the game."""
board_generator = BoardGenerator()
config_parser = JSONConfigParser()
config_loader = ConfigLoader(CONFIG_FILE_PATH, config_parser)
console_input = ConsoleInput()
console_output = ConsoleOutput()
game_engine = GameEngine(board_generator)
validator = StrToIntValidator()
menu = Menu(config_loader, game_engine, console_input, console_output,
validator)
menu.run_main_menu()
def __init__(self, size):
"""
Draw game's grid/universe
Arguments:
size {int tuple} -- size of grid to draw (x, y)
"""
# init self state as randomized binary value based on given tuple (size)
self.state = RNG.integers(2, size=size)
# init self access to GameEngine class
self.gameEngine = GameEngine(self)
def test_do_move_take_out_of_home_and_knock_out(monkeypatch):
dice4 = Dice()
monkeypatch.setattr(dice4, "roll", lambda: 4)
dice6 = Dice()
monkeypatch.setattr(dice6, "roll", lambda: 6)
b = Board.create(players=[0, 1], pieces_per_player=1)
g = GameEngine(b)
assert GameMove.roll_dice(0) in g.state.valid_actions
g.dice = dice4
s = g.play(GameMove.roll_dice(0))
assert GameMove.roll_dice(1) in s.valid_actions
g.dice = dice6
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.piece_out(1, 0))
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 1)]
assert s.valid_actions == [GameMove.roll_dice(1)]
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 6))
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 7)]
assert s.valid_actions == [GameMove.roll_dice(1)]
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 6))
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 13)]
assert s.valid_actions == [GameMove.roll_dice(1)]
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 6))
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 19)]
assert s.valid_actions == [GameMove.roll_dice(1)]
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 6))
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 25)]
assert s.valid_actions == [GameMove.roll_dice(1)]
g.dice = dice4
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 4))
assert s.board.pieces == [Piece(0, 0, 0), Piece(0, 1, 29)]
assert s.valid_actions == [GameMove.roll_dice(0)]
g.dice = dice6
s = g.play(GameMove.roll_dice(0))
assert GameMove.piece_out(0, 0) in s.valid_actions
s = g.play(GameMove.piece_out(0, 0))
assert s.board.pieces == [Piece(0, 0, 1), Piece(0, 1, 0)]
def test_play_invalid_action_on_initial_state(monkeypatch):
# Given
board = Board.create(players=[1, 3])
state = GameState.create(board)
game = GameEngine(board)
# When we try to play an invalid action PieceOut
with pytest.raises(Exception):
game.play(GameMove.piece_out(1, 1))
# When we try to play valid action for an invalid Player
with pytest.raises(Exception):
game.play(GameMove.roll_dice(player=3))
def test_play_to_all_leaves():
d = Deal(seed=0)
d.make_lead()
# print(d.original_hands)
disp = Displayer()
dec = Decisions()
sim = Simulator()
e = GameEngine(disp, dec, sim)
e.play_to_all_leaves(d)
assert_equal(d.trick_no, 5)
assert_equal(d.card_no, 17)
assert_equal(d.current_trick, [])
# we save this number from a previous run. Good to check we always traverse the whole tree
assert_equal(d.leaf_nodes, 832)
def _initializePopulation(self):
newPacMen = []
numberOfPacMen = self.configDict["pacmanPopulationSize"]
if self.totalEvals < numberOfPacMen:
numberOfPacMen = self.totalEvals
newGhosts = []
numberOfGhosts = self.configDict["ghostPopulationSize"]
if self.totalEvals < numberOfGhosts:
numberOfGhosts = self.totalEvals
totalGames = max(numberOfPacMen, numberOfGhosts)
for evaluation in range(totalGames):
pacMan = None
ghost = None
# Random number passed to _generateSolution implements ramped half and half.
if numberOfPacMen > 0:
pacMan = self._generateSolution("pac-man",
random.randint(0, 1))
numberOfPacMen -= 1
if numberOfGhosts > 0:
ghost = self._generateSolution("ghost", random.randint(0, 1))
numberOfGhosts -= 1
reusedPacManInd = -1
reusedGhostInd = -1
if not pacMan:
reusedPacManInd = random.randint(0, len(newPacMen) - 1)
pacMan = newPacMen[reusedPacManInd]
elif not ghost:
reusedGhostInd = random.randint(0, len(newGhosts) - 1)
ghost = newGhosts[reusedGhostInd]
engine = GameEngine(self.configDict, pacMan.parseTree,
ghost.parseTree)
engine.runGame()
pacMan, ghost = self._evaluateFitness(engine, pacMan, ghost)\
if reusedPacManInd != -1:
newPacMen[reusedPacManInd] = pacMan
else:
newPacMen.append(pacMan)
if reusedGhostInd != -1:
newGhosts[reusedGhostInd] = ghost
else:
newGhosts.append(ghost)
self.pacmanPopulation = newPacMen
self.ghostPopulation = newGhosts
def test_roll(monkeypatch, client):
# Given 4 players had joined in the previous tests and the game had starte
# When we try to play with the correct user token
rv = client.get("/play/roll", headers={"4oBe4e-user-token": player1_token})
game_state = json.loads(rv.data)
board = Board.create(players=[0, 1, 2, 3])
dice = Dice()
monkeypatch.setattr(dice, "roll", lambda: game_state["dice"])
game = GameEngine(board, dice)
game.play(GameMove.roll_dice(player=0))
# Then we want the same state as the default for 4 players
assert game_state == dataclasses.asdict(game.get_state())
def game_loop():
engine = GameEngine()
running = True
while running:
clock.tick(40)
if pygame.event.get(pygame.QUIT):
running = False
return
engine.scene.handle_events(pygame.event.get())
engine.scene.update()
engine.scene.render(gameDisplay)
pygame.display.update(engine.scene.rects_to_update)
engine.scene.rects_to_update = []
"""
def test_play_to_leaf():
deal = {
'N': set(['C14', 'C13', 'C12', 'C11']),
'E': set(['S14', 'S13', 'H12', 'H11']),
'S': set(['D14', 'D13', 'H14', 'H13']),
'W': set(['D12', 'D11', 'S12', 'S11'])
}
d = Deal(deal=deal)
disp = Displayer()
dec = Decisions()
sim = Simulator()
e = GameEngine(disp, dec, sim)
e.play_to_leaf(d)
assert_equal(d.trick_no, 5)
assert_equal(d.card_no, 17)
assert_equal(d.current_trick, [])
assert_equal(d.leaf_nodes, 1)
def test_find_all_layouts_and_run_sims():
deal = {
'N': set(['C14', 'C13', 'C12', 'C11']),
'E': set(['S14', 'S13', 'H12', 'H11']),
'S': set(['D14', 'D13', 'H14', 'H13']),
'W': set(['D12', 'D11', 'S12', 'S11'])
}
d = Deal(deal=deal)
sim = Simulator()
dec = Decisions()
disp = Displayer()
e = GameEngine(disp, dec, sim)
d.make_lead('D12')
layouts = sim.find_layouts(d)
# This should be the case because west has played a card already and north/south haven't
assert (len(layouts[2]) > len(layouts[0]))
def test_generate_possible_layouts():
d = Deal(seed=0)
disp = Displayer()
dec = Decisions()
sim = Simulator()
e = GameEngine(disp, dec, sim)
layouts = sim.generate_layouts('NS',
set(['D12', 'D11', 'S12', 'S11']),
set(['C14', 'C13', 'C12', 'C11']),
d.all_cards,
lead=set([]))
assert_equal(len(layouts), scipy.special.comb(8, 4))
my_layout = {
'N': set(['C14', 'C13', 'C12', 'C11']),
'E': set(['S14', 'S13', 'H12', 'H11']),
'S': set(['D12', 'D11', 'S12', 'S11']),
'W': set(['D14', 'D13', 'H14', 'H13'])
}
def test_play_roll_dice_6(monkeypatch):
# Given
board = Board.create(players=[1, 3])
state = GameState.create(board)
dice = Dice()
monkeypatch.setattr(dice, "roll", lambda: 6)
game = GameEngine(board, dice)
# When
new_state = game.play(GameMove.roll_dice(player=1))
# Then
# assert new_state == game.get_state()
assert new_state.number == 1
assert new_state.dice == 6
assert new_state.valid_actions == [
GameMove.piece_out(player=1, piece=0, dice=6),
GameMove.piece_out(player=1, piece=1, dice=6),
GameMove.piece_out(player=1, piece=2, dice=6),
GameMove.piece_out(player=1, piece=3, dice=6),
]
def join(player: str):
global engine # TODO Where shall we keep the curren running GameEngine/s ?
if player in player_name_token:
token = player_name_token[player]
num = player_token_number[token]
return jsonify({"player_token": token, "player_num": num})
if len(player_token_name) == 4:
players: Dict[str, int] = dict(
(name, player_token_number[token])
for name, token in player_name_token.items())
raise ValueError("Game is full. Players are ", players)
player_uuid: str = str(uuid.uuid4())
player_token_name[player_uuid] = player
player_number: int = len(player_token_number)
player_name_token[player] = player_uuid
player_token_number[player_uuid] = player_number
if len(player_token_name) == 4:
board = Board.create(list(player_token_number.values()))
engine = GameEngine(board)
__state_to_json(engine.state)
return jsonify({"player_token": player_uuid, "player_num": player_number})
def __init__(self, game, use_audio=True):
if use_audio:
print('Loading hardware ...')
from farmer_says import FarmerSays
print('... done')
self._hardware = FarmerSays()
self._hardware.start_audio_thread()
else:
self._hardware = None
with open('public/' + game + '/ROOMS.json') as f:
rooms = json.load(f)
with open('public/' + game + '/OBJECTS.json') as f:
objects = json.load(f)
self._engine = GameEngine(objects, rooms)
if self._hardware:
self._hardware.set_audio_path('public/' + game + '/audio/')
def __init__(self):
self.process_stack = []
self.game_engine = GameEngine(self)
self.state_continuous = True
self.current_state = None
self.ending_message = ''
def test_play_until_the_end_two_players_once_piece(monkeypatch):
# Given we have started the game
board = Board.create(players=[0, 2], pieces_per_player=1)
state = GameState.create(board)
dice = Dice()
monkeypatch.setattr(dice, "roll", lambda: 6)
game = GameEngine(board, dice)
# When we roll the dice
new_state = game.play(GameMove.roll_dice(player=0))
# Then the state should be as expected
assert new_state == game.get_state()
assert new_state.number == 1
assert new_state.dice == 6
assert new_state.valid_actions == [
GameMove.piece_out(player=0, piece=0, dice=6),
]
# And When we play getting out with the first peice
new_state = game.play(GameMove.piece_out(player=0, piece=0, dice=6))
# Then the first piece should be out
assert new_state.current_player == 0
assert new_state.number == 2
assert new_state.dice == 6
assert new_state.board.pieces == [
Piece(number=0, player=0, progress=1),
Piece(number=0, player=2, progress=0),
]
assert new_state.valid_actions == [GameMove.roll_dice(player=0)]
# And When we row the dice again with 6
new_state = game.play(GameMove.roll_dice(player=0))
# Then we should should be able to move the piece forward
assert new_state.number == 3
assert new_state.dice == 6
assert new_state.valid_actions == [GameMove.move_piece(player=0, piece=0, dice=6)]
# And When we move the piece
new_state = game.play(GameMove.move_piece(player=0, piece=0, dice=6))
# Then it should go forward and we should be able to roll the dice again
assert new_state.number == 4
assert new_state.winners == []
assert new_state.board.pieces == [
Piece(number=0, player=0, progress=7),
Piece(number=0, player=2, progress=0),
]
assert new_state.valid_actions == [GameMove.roll_dice(player=0)]
# And When we roll the dice again with 6
new_state = game.play(GameMove.roll_dice(player=0))
# Then we should be able to move the piece forward
assert new_state.dice == 6
assert new_state.number == 5
assert new_state.valid_actions == [GameMove.move_piece(player=0, piece=0, dice=6)]
# And When we move the piece
new_state = game.play(GameMove.move_piece(player=0, piece=0, dice=6))
# Then the piece should go forward and we should be able to roll the dice again
assert new_state.number == 6
assert new_state.board.pieces == [
Piece(number=0, player=0, progress=13),
Piece(number=0, player=2, progress=0),
]
assert new_state.winners == []
assert new_state.valid_actions == [GameMove.roll_dice(player=0)]
# And When we position the piece toward the end of the board
new_state.board.pieces[0].progress = board.end_progress - 6
# And When we roll the dice again with 6
new_state = game.play(GameMove.roll_dice(player=0))
# Then we should be able to move the piece forward into the safe zone and to the goal
assert new_state.dice == 6
assert new_state.number == 7
assert new_state.valid_actions == [GameMove.move_piece(player=0, piece=0, dice=6)]
# And When we move the piece
new_state = game.play(GameMove.move_piece(player=0, piece=0, dice=6))
# Then the piece should go forward and we should be able to roll the dice again
assert new_state.number == 8
assert new_state.board.pieces == [
Piece(number=0, player=0, progress=board.end_progress),
Piece(number=0, player=2, progress=0),
]
assert new_state.winners == [0]
assert new_state.valid_actions == []
import math
from display import YELLOW, RED
from engine import GameEngine
from agents.human_agent import HumanAgent
from agents.minimax_agent import MiniMaxAgent
from agents.random_agent import RandomAgent
from player1 import Player1
from player2 import Player2
if __name__ == "__main__":
engine = GameEngine(YELLOW, RED)
engine.init_display()
# TODO: Separate AgentGlobalParams (HyperParams?) and AgentTurnParams
human_agent = HumanAgent(params={'display': engine.display})
random_agent = RandomAgent()
minimax_agent = MiniMaxAgent(params={
'depth': 5,
'alpha': -math.inf,
'beta': math.inf,
'maximizingPlayer': True
})
human_player1 = Player1(human_agent, "Human 1")
human_player2 = Player2(human_agent, "Human 2")
minimax_player1 = Player1(minimax_agent, "MiniMax 1")
minimax_player2 = Player2(minimax_agent, "MiniMax 2")
random_player1 = Player1(random_agent, "Random 1")
def setUp(self):
pygame.init()
self.engine = GameEngine()
def createHeadless(self):
"""Create a headless game."""
gamemanager = self.createGameManager()
engine = GameEngine()
engine.updateables.append(gamemanager)
return (engine, gamemanager)
def test_move_blocked(monkeypatch):
dice1 = Dice()
monkeypatch.setattr(dice1, "roll", lambda: 1)
dice5 = Dice()
monkeypatch.setattr(dice5, "roll", lambda: 5)
dice6 = Dice()
monkeypatch.setattr(dice6, "roll", lambda: 6)
b = Board.create(players=[0, 1], pieces_per_player=2)
g = GameEngine(b)
assert GameMove.roll_dice(0) in g.state.valid_actions
g.dice = dice5
s = g.play(GameMove.roll_dice(0))
assert GameMove.roll_dice(1) in s.valid_actions
g.dice = dice6
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.piece_out(1, 0))
assert s.board.pieces == [Piece(0, 0), Piece(1, 0), Piece(0, 1, 1), Piece(1, 1)]
assert GameMove.roll_dice(1) in s.valid_actions
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.piece_out(1, 1))
assert s.board.pieces == [Piece(0, 0), Piece(1, 0), Piece(0, 1, 1), Piece(1, 1, 1)]
assert GameMove.roll_dice(1) in s.valid_actions
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 6))
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 1, 6))
assert s.board.pieces == [Piece(0, 0), Piece(1, 0), Piece(0, 1, 7), Piece(1, 1, 7)]
assert GameMove.roll_dice(1) in s.valid_actions
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 6))
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 1, 6))
assert s.board.pieces == [
Piece(0, 0),
Piece(1, 0),
Piece(0, 1, 13),
Piece(1, 1, 13),
]
assert GameMove.roll_dice(1) in s.valid_actions
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 6))
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 1, 6))
assert s.board.pieces == [
Piece(0, 0),
Piece(1, 0),
Piece(0, 1, 19),
Piece(1, 1, 19),
]
assert GameMove.roll_dice(1) in s.valid_actions
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 6))
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 1, 6))
assert s.board.pieces == [
Piece(0, 0),
Piece(1, 0),
Piece(0, 1, 25),
Piece(1, 1, 25),
]
assert GameMove.roll_dice(1) in s.valid_actions
g.dice = dice5
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 0, 5))
assert s.board.pieces == [
Piece(0, 0),
Piece(1, 0),
Piece(0, 1, 30),
Piece(1, 1, 25),
]
assert s.valid_actions == [GameMove.roll_dice(0)]
s = g.play(GameMove.roll_dice(0))
# i.e. player 0 can't move
assert s.valid_actions == [GameMove.roll_dice(1)]
s = g.play(GameMove.roll_dice(1))
s = g.play(GameMove.move_piece(1, 1, 5))
assert s.board.pieces == [
Piece(0, 0),
Piece(1, 0),
Piece(0, 1, 30),
Piece(1, 1, 30),
]
assert s.valid_actions == [GameMove.roll_dice(0)]
g.dice = dice6
s = g.play(GameMove.roll_dice(0))
s = g.play(GameMove.piece_out(0, 0))
assert s.board.pieces == [
Piece(0, 0, 1),
Piece(1, 0),
Piece(0, 1, 30),
Piece(1, 1, 30),
]
assert s.valid_actions == [GameMove.roll_dice(0)]
g.dice = dice1
s = g.play(GameMove.roll_dice(0))
# i.e. player 0 can't move: piece 1 is not out, and piece 0 is blocked
assert s.valid_actions == [GameMove.roll_dice(1)]
