def _test_adjutant(self):
self._test_declare()
# Napoleon decides the card of adjutant as culb ace
p = list(self.state.players)[0]
adjutant = card.from_int(1)
p.decide(adjutant)
assert self.state.adjutant == adjutant
def _test_declare(self):
self._test_start()
# only one player declares as Napoleon
# while others passes
players = list(self.state.players)
for p in players[1:]:
p.pass_()
assert len(list(self.state._passed_players)) == len(players) - 1
declaration = card.from_int(1)
p = players[0]
p.declare(declaration)
assert self.state.declaration == declaration
assert p.is_napoleon
def act(self, adjutant):
self.player.decide(card.from_int(int(adjutant)))
self.player.state.set_role(card.from_int(int(adjutant)))
self.player.add_rest_to_hand()
def act(self, declaration):
self.player.declare(card.from_int(int(declaration)))
def act(self, selected):
# check turn user
if self.player.state.phase.waiting_next_turn:
self.next_round()
self.player.select(card.from_int(int(selected)))
def player_cards(self):
d = self.adaptor.get_dict("player_cards", type=int)
if d:
return {k: card.from_int(v) for k, v in d.items()}
else:
return {}
def adjutant(self):
d = self.adaptor.get("adjutant")
if d:
return card.from_int(int(d))
