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_complicated_eater_logic():
card_holder = Player()
card_holder.add_card(EaterOfTheDead())
playerA = Player()
playerB = Player()
playerC = Player()
game = BoardGame()
game.add_player(card_holder)
game.add_player(playerA)
game.add_player(playerB)
game.add_player(playerC)
game.start_game()
playerA.update_health_by(-playerA.current_health)
game.players.apply_eater_of_dead_action()
assert card_holder.victory_points == EaterOfTheDead.victory_points_reward_value
playerB.update_health_by(-playerB.current_health)
playerC.update_health_by(-playerC.current_health)
game.players.apply_eater_of_dead_action()
assert card_holder.victory_points == EaterOfTheDead.victory_points_reward_value * 3
def test_generate_player_status_with_cards_summary():
player1 = Player()
player1.add_card(EnergyHoarder())
player1.add_card(SolarPowered())
player2 = Player()
player2.add_card(EvenBigger())
player_queue = GamePlayers()
player_queue.add_player_to_game(player1)
player_queue.add_player_to_game(player2)
player_queue.set_player_order()
actual_summary: [] = generate_player_status_summary(player_queue)
expected_p1_dictionary = player1.generate_player_status_as_dictionary()
expected_p2_dictionary = player2.generate_player_status_as_dictionary()
expected_summary: [] = [expected_p1_dictionary, expected_p2_dictionary]
assert actual_summary == expected_summary
def player():
player = Player()
player.add_card(EvenBigger())
EvenBigger.immediate_effect(None, player, None)
return player
