def test_player_not_allowed_to_yield_after_attacked_out_of_tokyo():
attacker = Player()
attacker.move_to_tokyo()
yielder = Player()
yielder.leave_tokyo()
attack_actions.attack_players(attacker, [yielder])
assert not yielder.allowed_to_yield
assert not attacker.allowed_to_yield
def test_gets_all_attackable_players_in_different_location():
attack_player = Player()
player_two = Player()
player_three = Player()
player_four = Player()
player_two.move_to_tokyo()
player_four.move_to_tokyo()
possible_players = [player_two, player_three, player_four]
attackable_players = attack_actions.get_attackable_players(
attack_player, possible_players)
assert attackable_players == [player_two, player_four]
def test_attack_all_players_if_attacker_has_nova_breath():
attack_player = Player()
player_two = Player()
player_three = Player()
player_four = Player()
player_two.move_to_tokyo()
player_four.move_to_tokyo()
possible_players = [player_two, player_three, player_four]
attack_player.add_card(NovaBreath())
attackable_players = attack_actions.get_attackable_players(
attack_player, possible_players)
assert attackable_players == possible_players
def test_drop_from_high_altitude_force_other_player_out(player):
other_player = Player()
other_player.move_to_tokyo()
DropFromHighAltitude().immediate_effect(player, other_player)
assert other_player.location == Locations.OUTSIDE
def test_if_attackable_in_different_locations():
player_one = Player()
player_two = Player()
player_two.move_to_tokyo()
assert attack_actions.is_attackable(player_one, player_two)
