def test_win_game():
p = game.Player('Player1', '1')
q = game.Player('Player2', '2')
g = game.Game(p, q)
for i in range(3):
g.play(p, 1)
g.play(q, 2)
assert g.status == 'IN_PROGRESS'
g.play(p, 1)
assert g.status == 'DONE'
assert g.winner == p
def test_game():
p = game.Player('Player1', '1')
q = game.Player('Player2', '2')
g = game.Game(p, q)
with pytest.raises(game.OutOfTurnError):
g.play(q, 0)
move_number = g.play(p, 0)
assert move_number == 0
with pytest.raises(game.OutOfTurnError):
g.play(p, 0)
move_number = g.play(q, 0)
assert move_number == 1
def setUp(self):
self.manager = game.Manager(game.Configuration())
# We'll create players in postiions 0, 2, 3, and 7
for idx in range(self.manager.config.max_players):
self.manager.add_player(game.Player("name{}".format(idx), 0))
for idx in [1, 4, 5, 6, 8, 9]:
self.manager.remove_player(idx)
def connected():
print("connected")
if request.sid not in client_list:
client_list.append(request.sid)
socket.emit('server_connect', {'message': request.sid})
# tell the new player about the room
socket.emit('init_room', {
'room_width': game.room.width,
'room_height': game.room.height
},
room=request.sid)
newChar = game.Player(request.sid)
# tell everyone about the new player
socket.emit(
'init_player', {
'sessionId': newChar.sessionId,
'x_position': newChar.x_position,
'y_position': newChar.y_position
})
# tell the new player about everyone else
for key, value in game.playerDict.items():
if value != newChar:
socket.emit('init_player', {
'sessionId': key,
'x_position': value.x_position,
'y_position': value.y_position,
'hp': newChar.hp
},
room=request.sid)
def main():
printHeadline()
rolls = game.Rolls
name = get_players_name()
player1 = game.Player(name)
player2 = game.Computer()
run_game(player1, player2, rolls)
def __init__(self, cx, cy, px, py):
self.field = [[game.Cell('grass') for i in range(cx)]
for j in range(cy)]
self.player = game.Player('P1', [px, py], 10)
self.player.backpack.load_recipes('resources/recipes.txt')
self.em = None
self.inventory_opened = False
self.actions = None
def setUp(self):
self.manager = game.Manager(game.Configuration(ante=100))
# We'll create players in postiions 0, 1
for idx in range(2):
self.manager.add_player(game.Player("name{}".format(idx), 500))
# Add the recorder last because we don't care about the add events.
self.recorder = game.RecordingListener()
self.manager.add_listener(self.recorder)
async def login(request):
player = game.Player(core)
return web.json_response({
"id": player.id,
"token": _generate_token(player),
"quote_to_find": player.quote_to_find.content,
"suggestion": player.authors_suggestion.authors
})
def setUp(self):
self.manager = game.Manager(game.Configuration(ante=100))
# We'll create players in postiions 0, 2, 4
for idx in range(5):
self.manager.add_player(game.Player("name{}".format(idx), 1000))
for idx in [1, 3]:
self.manager.remove_player(idx)
self.recorder = game.RecordingListener()
self.manager.add_listener(self.recorder)
def test_game_victory_should_add_to_points(self):
player_1 = game.Player('Mr Hero Man', 'player_1', 0)
goldgame_ui.victory()
expected = 1
actual = player_1.points
self.assertEqual(actual, expected)
def setUp(self):
'''
2 of Hearts is the top card in deck
after building the deck
'''
self.player = game.Player("Bob")
self.pile = game.Pile()
self.deck = game.Deck()
# Drew 2 of Hearts (top card)
self.player.draw(self.deck, self.pile)
def handlemessage(originclient, message):
splat = message.split(" ");
if splat[0] == "CREATEROOM":
room = Room(random.randint(1, 1)) #logica achter het gekozen id steken
rooms[room.roomId] = room
if splat[0] == "GETROOMS":
send(originclient, json.dumps(rooms, cls=MyEncoder, indent=2))
if splat[0] == "JOINROOM": #JOINROOM roomid playername
room = rooms.get(int(splat[1])) #handle null
if room.join(game.Player(splat[2])):
send(originclient, "you joined room ")
async def skills(self, ctx):
player = game.Player(ctx.author)
embed = self.create_embed(ctx.author, title="Character skills")
skills = player.get_skills()
for skill in skills:
embed.add_field(name=skill, value=skills[skill])
await ctx.send(embed=embed)
async def me(self, ctx):
player = game.Player(ctx.author)
embed = self.create_embed(ctx.author, title="Character")
attributes = player.get_attributes()
for attribute in attributes:
embed.add_field(name=attribute, value=attributes[attribute])
await ctx.send(embed=embed)
def initialize(self, config):
self.manager = game.Manager(config)
# We'll create players in postiions 0, 1, 2
for idx in range(3):
self.manager.add_player(game.Player("name{}".format(idx), 1000))
self.manager.button_pos = 2
self.manager.start_game()
self.assertEqual(0, self.manager.button_pos)
self.manager.proceed()
self.assertEqual(game.GameState.HOLE_CARDS_DEALT, self.manager.state)
def load_player(filename):
name = os.path.basename(filename)[:-3]
players_dir = os.path.dirname(filename)
try:
fp, pathname, description = imp.find_module(name, [players_dir])
p = imp.load_module(name, fp, pathname, description)
move_function = p.move # Get module classes from imported modules
except Exception as e:
raise LoadError("Error loading player '{}': {}".format(name, e))
return game.Player(name, move_function)
def test_add_player(self):
player = game.Player("myname", 1000)
self.assertEqual(0, self.manager.add_player(player))
self.assertEqual("myname", self.manager.players[0].name)
self.assertEqual(1000, self.manager.players[0].stack)
self.assertEqual(0, self.manager.players[0].position)
self.assertEqual(1, len(self.recorder.events))
self.assertEqual(
"Event(EventType.PLAYER_ADDED, player=Player(myname, 1000, 0))",
str(self.recorder.events[0]))
async def equipment(self, ctx):
player = game.Player(ctx.author)
embed = self.create_embed(ctx.author, title="Equipment")
equipment_items = player.get_equipment()
for part in equipment_items:
embed.add_field(name=part, value=equipment_items[part].name)
await ctx.send(embed=embed)
def set_options_for_new_map(self):
'''Reads values from new game options and sets options for new map'''
self.map_.size = self.new_game_options.map_size
map_area = self.map_.size[0] * self.map_.size[1]
self.map_.hex_number = int(self.new_game_options.hex_number / 100 *
map_area)
if self.new_game_options.players_number > self.map_.hex_number:
self.new_game_options.players_number = self.map_.hex_number
self.map_.players = []
self.map_.players.append(game.Player((255, 0, 0)))
for player in range(self.new_game_options.players_number - 1):
self.map_.players.append(
game.Player((random.randrange(40,
215), random.randrange(40, 215),
random.randrange(40, 215))))
self.gameplay.die_sides_number = self.new_game_options.die_sides_number
self.gameplay.max_dice = self.new_game_options.max_dice_on_single_hex
def test_quit_game():
p = game.Player('Player1', '1')
q = game.Player('Player2', '2')
r = game.Player('Player3', '3')
g = game.Game(p, q, r)
assert g.status == 'IN_PROGRESS'
g.quit(p)
# can't play if you already quit
with pytest.raises(ValueError):
g.play(p, 0)
# make sure other players can play
g.play(q, 1)
g.play(r, 1)
# only 1 player left, so that player wins
g.quit(q)
assert g.status == 'DONE'
assert g.winner == r
def main():
logging.basicConfig(level=logging.INFO)
keyboard = controller.Keyboard()
mouse = controller.Mouse()
player = game.Player(keyboard, mouse)
bobber_finder = get_bobber_finder()
player.init()
for i in range(20):
print('attempt ' + str(i))
fishing(player, bobber_finder)
def setUp(self):
self.manager = game.Manager(game.Configuration())
self.manager._deck_factory = in_order_deck_factory
# We'll create players in postiions 0, 2, 4
for idx in range(5):
self.manager.add_player(game.Player("name{}".format(idx), 0))
for idx in [1, 3]:
self.manager.remove_player(idx)
# Add the recorder last because we don't care about the add/remove events.
self.recorder = game.RecordingListener()
self.manager.add_listener(self.recorder)
# we do long string diffs
self.maxDiff = None
async def inventory(self, ctx):
player = game.Player(ctx.author)
inventory = player.get_inventory_contents()
embed = self.create_embed(
ctx.author,
title="Inventory",
)
for item in inventory:
embed.add_field(name=f"{item.name} \"*{item.entity_id}*\"",
value=item.desc)
await ctx.send(embed=embed)
def test_remove_player(self):
self.manager.add_player(game.Player("name0", 0))
self.manager.add_player(game.Player("name1", 1000))
self.manager.add_player(game.Player("name2", 2000))
# We clear the recorder here because we don't care what
# happened before the thing we wanted to test.
self.recorder.clear()
removed = self.manager.remove_player(1)
self.assertEqual("name1", removed.name)
self.assertEqual(1000, removed.stack)
self.assertEqual(1, removed.position)
self.assertEqual(1, len(self.recorder.events))
self.assertEqual(
"Event(EventType.PLAYER_REMOVED, player=Player(name1, 1000, 1))",
str(self.recorder.events[0]))
with self.assertRaises(game.NoSuchPlayerError):
self.manager.remove_player(4)
with self.assertRaises(game.NoSuchPlayerError):
self.manager.remove_player(9999)
def main():
parser = argparse.ArgumentParser()
parser.add_argument('commands', type=str, nargs='+')
args = parser.parse_args(sys.argv[1:])
cwd = os.getcwd()
players = [game.Player(i, cwd, cmd) for i, cmd in enumerate(args.commands)]
g = game.Game(players)
try:
g.play()
for p in g.players:
print('Player {}: {}'.format(p.pk, p.wealth))
finally:
for p in g.players:
p.cleanup()
def __init__(self):
pygame.init()
players = [game.Player((255, 0, 0))]
resolution = pygame.display.Info()
self.window_size = (resolution.current_w, resolution.current_h)
self.map_ = map.Map((5, 5), 10, players, 4, 32, self.window_size)
self.map_.create_map()
self.gameplay = game.Gameplay(self.map_, 6, 2000, 8)
self.graphics = graphics.Graphics(self.map_, self.gameplay,
self.window_size)
self.event_handler = events.EventHandler(self.map_, self.graphics,
self.gameplay)
def setUp(self):
self.manager = game.Manager(game.Configuration(max_players=4,
game_type=game.GameType.LIMIT,
limits=[10,20],
blinds=[5, 10]))
self.manager._deck_factory = in_order_deck_factory
# We'll create players in postiions 0, 1, 2
for idx in range(3):
self.manager.add_player(game.Player("name{}".format(idx), 1000))
# Button will be advanced to 0
self.manager.button_pos = 3
self.recorder = game.RecordingListener()
self.manager.add_listener(self.recorder)
# we do long string diffs
self.maxDiff = None
def start_game(player_count):
players.clear()
print("start game {} {} {} {}".format(pi.read(PLAYER0_HOOK_PIN),
pi.read(PLAYER1_HOOK_PIN),
pi.read(PLAYER2_HOOK_PIN),
pi.read(PLAYER3_HOOK_PIN)))
if (pi.read(PLAYER0_HOOK_PIN) == 1) or \
(pi.read(PLAYER1_HOOK_PIN) == 1) or \
(pi.read(PLAYER2_HOOK_PIN) == 1) or \
(pi.read(PLAYER3_HOOK_PIN) == 1):
Text(app,
text="All Phones Must Be On HOOK",
size=65,
font=font,
grid=[0, 2],
color=main_font_color,
align='center')
return
clear_screen()
message_index = randint(0, len(phrases) - 1)
message = phrases[message_index]
Text(app,
text=message,
size=font_size,
font=font,
color=phrase_color,
grid=[0, 0, 3, 1],
align='left')
Text(app,
text="1 - Undo 0 - Space",
size=int(font_size / 2),
font=font,
color=phrase_color,
grid=[2, 10],
align='bottom')
for i in range(player_count):
print("creating player {}".format(i))
players.append(game.Player(i, app, message))
print("player count {}".format(len(players)))
def create_player():
""" Creates a new player based on JSON sent and adds the new player to the database. Associates based on logged in user_id. """
new_player_request = request.get_json()
name = new_player_request['name']
player_type = new_player_request['type']
mutation_id = random.choice(game.Mutation.query.all()).mutation_id
player_class = game.Player_Class.query.filter(
game.Player_Class.name == player_type).one()
new_player = game.Player(user_id=session['user_id'],
name=name,
mutation_id=mutation_id,
alive=True,
score=0,
stats=player_class.base_stats,
exp=0,
level=1,
player_class=player_class.class_id)
game.db.session.add(new_player)
game.db.session.commit()
return "" # this does return nothing, but feels weird
def new_player_handler(client_socket):
print("new_player_handler")
player = game.Player()
current_game = add_player_to_game(player)
while True:
if current_game.game_started:
data = protocol_commands.pack_join_reply(keys.PLAY)
client_socket.send(data)
if (protocol_commands.is_it_ok(client_socket.recv(2))):
threading.Thread(target=client_send_handler,
args=[client_socket, player,
current_game]).start()
threading.Thread(target=client_recv_handler,
args=[client_socket, player,
current_game]).start()
break
else:
client_socket.send(protocol_commands.pack_join_reply(keys.WAIT))
client_socket.recv(2)