def statuses_mode(players_tokens):
if len(players_tokens) < 2:
raise ValueError('too few players, need at least 2')
if 8 < len(players_tokens):
raise ValueError('too much players, need at most 8')
random.shuffle(players_tokens)
players = [Player(t) for t in players_tokens]
pc = PlayersControl()
for p in players: pc.add_player(p)
gc = GameControl(EventList(), CardPool.create(), pc, ActionStack())
gc.game_init(players)
host = players[0]
others = players[1:]
def after_host_selected():
gc.push_frame(_SelectCharacter(
gc, others,
{ p.token: characters_select_dict(random_pick_characters(3))
for p in others },
gc.start))
gc.push_frame(_SelectCharacter(
gc, [host],
{ host.token: characters_select_dict(random_pick_characters(3)) },
after_host_selected))
return gc
test_data.CardInfo("slash", 1, card.CLUB),
test_data.CardInfo("slash", 1, card.CLUB),
test_data.CardInfo("slash", 1, card.CLUB),
test_data.CardInfo("slash", 1, card.CLUB),
test_data.CardInfo("steal", 9, card.HEART),
test_data.CardInfo("steal", 10, card.CLUB),
test_data.CardInfo("steal", 9, card.HEART),
test_data.CardInfo("steal", 10, card.CLUB),
]
)
),
pc,
ActionStack(),
)
players = [Player(19, 3), Player(91, 4), Player(1729, 4)]
map(lambda p: pc.add_player(p), players)
gc.start()
last_event_id = len(gc.get_events(players[0].token, 0)) # until getting cards
# cards:
# name | rank | id | suit
# -chitu | 5 | 0 | HEART
# -dawan | 13 | 1 | SPADE
# +jueying | 5 | 2 | SPADE
# slash | 1 | 3 | CLUB
# steal | 9 | 12 | HEART <- use this
# steal | 10 | 13 | CLUB
# steal | 7 | 4 | CLUB
gc = GameControl(EventList(), test_data.CardPool(test_data.gen_cards([
test_data.CardInfo('duel', 1, card.SPADE),
test_data.CardInfo('fire attack', 2, card.HEART),
test_data.CardInfo('slash', 3, card.DIAMOND),
test_data.CardInfo('duel', 4, card.SPADE),
test_data.CardInfo('slash', 5, card.CLUB),
test_data.CardInfo('fire attack', 6, card.HEART),
test_data.CardInfo('dodge', 7, card.DIAMOND),
test_data.CardInfo('slash', 8, card.DIAMOND),
test_data.CardInfo('duel', 9, card.SPADE),
test_data.CardInfo('slash', 10, card.SPADE),
])), pc, ActionStack())
players = [Player(91, 4), Player(1729, 4)]
map(lambda p: pc.add_player(p), players)
gc.start()
last_event_id = len(gc.get_events(players[0].token, 0)) # until getting cards
# cards:
# name | rank (id = rank - 1) | suit
# duel | 1 | SPADE <- use this to duel
# fire attack | 2 | HEART
# slash | 3 | DIAMOND
# duel | 4 | SPADE
# duel | 9 | SPADE
# slash | 10 | SPADE
# slash | 5 | CLUB
from ext.src.players_control import PlayersControl
from ext.test.fake_player import Player
from test_common import *
pc = PlayersControl()
players = [Player(i, 1) for i in range(10000, 10008)]
for p in players:
pc.add_player(p)
assert_eq(players[0], pc.current_player())
assert_eq([players[i] for i in range(1, 8)], pc.succeeding_players())
pc.next_player()
assert_eq(players[1], pc.current_player())
assert_eq([players[i] for i in range(2, 8)] + [players[0]], pc.succeeding_players())
players[3].alive = False
assert_eq(players[1], pc.current_player())
assert_eq([players[2]] + [players[i] for i in range(4, 8)] + [players[0]], pc.succeeding_players())
pc.next_player()
assert_eq(players[2], pc.current_player())
assert_eq([players[i] for i in range(4, 8)] + [players[0], players[1]], pc.succeeding_players())
pc.next_player()
assert_eq(players[4], pc.current_player())
assert_eq([players[i] for i in range(5, 8)] + [players[i] for i in range(0, 3)], pc.succeeding_players())
players[4].alive = False
assert_eq([players[i] for i in range(5, 8)] + [players[i] for i in range(0, 3)], pc.succeeding_players())
from ext.src.players_control import PlayersControl
from ext.src.player import Player
from test_common import *
pc = PlayersControl()
players = [Player(i, 1) for i in range(10000, 10008)]
for p in players: pc.add_player(p)
assert_eq(players[0], pc.current_player())
assert_eq([players[i] for i in range(1, 8)], pc.succeeding_players())
pc.next_player()
assert_eq(players[1], pc.current_player())
assert_eq([players[i] for i in range(2, 8)] + [players[0]],
pc.succeeding_players())
players[3].alive = False
assert_eq(players[1], pc.current_player())
assert_eq([players[2]] + [players[i] for i in range(4, 8)] + [players[0]],
pc.succeeding_players())
pc.next_player()
assert_eq(players[2], pc.current_player())
assert_eq([players[i] for i in range(4, 8)] + [players[0], players[1]],
pc.succeeding_players())
pc.next_player()
assert_eq(players[4], pc.current_player())
assert_eq([players[i] for i in range(5, 8)] + [players[i] for i in range(0, 3)],
pc.succeeding_players())
from ext.src.players_control import PlayersControl
from ext.src.player import Player
from test_common import *
pc = PlayersControl()
players = [Player(i, 1) for i in range(10000, 10008)]
for p in players:
pc.add_player(p)
assert_eq(players[0], pc.current_player())
assert_eq([players[i] for i in range(1, 8)], pc.succeeding_players())
pc.next_player()
assert_eq(players[1], pc.current_player())
assert_eq([players[i] for i in range(2, 8)] + [players[0]],
pc.succeeding_players())
players[3].alive = False
assert_eq(players[1], pc.current_player())
assert_eq([players[2]] + [players[i] for i in range(4, 8)] + [players[0]],
pc.succeeding_players())
pc.next_player()
assert_eq(players[2], pc.current_player())
assert_eq([players[i] for i in range(4, 8)] + [players[0], players[1]],
pc.succeeding_players())
pc.next_player()
assert_eq(players[4], pc.current_player())
assert_eq([players[i]
