class PlayerDamage(unittest.TestCase):
def setUp(self):
self.player = Player('hero')
self.enemy = Enemy('wolf')
def test_player_attack(self):
self.player.attack_enemy(self.enemy) # call the method after that =>
# (if all steps of this sequence work as expected means test passed successfully)
# game -> return enemy.receive_damage(self.attack) ->
# -> self.lives=1 - self.attack(damage)=1 => self.lives = 0 -> return self.notify_is_dead() ->
# -> (if not self.is_alive()) -> return self.lives>0 -> False => True ->
# return f'{self.name} lost'
self.assertEqual(self.enemy.lives, 0) # True
self.assertEqual(self.enemy.is_alive(), False) # False
self.assertEqual(self.enemy.notify_if_dead(), 'wolf lost!') # True
class TestPlayerDamage():
def setup(self):
self.player = Player('hero')
self.enemy = Enemy('wolf')
@pytest.mark.enemySuite
@pytest.mark.playerSuite
def test_player_attack(self):
self.player.attack_enemy(self.enemy) # call the method after that =>
# (if all steps of this sequence work as expected means test passed successfully)
# game -> return enemy.receive_damage(self.attack) ->
# -> self.lives=1 - self.attack(damage)=1 => self.lives = 0 -> return self.notify_is_dead() ->
# -> (if not self.is_alive()) -> return self.lives>0 -> False => True ->
# return f'{self.name} lost'
assert self.enemy.lives == 0 # True
assert self.enemy.is_alive() is False # False
assert self.enemy.notify_if_dead() == 'wolf lost!' # True
class PlayerDamage(unittest.TestCase):
def setUp(self):
self.player = Player("Mario")
self.enemy = Enemy("Bowser")
def test_player_attack(self):
result = self.player.attack_enemy(self.enemy)
self.assertEqual(self.enemy.lives, 0)
self.assertFalse(self.enemy.is_alive())
self.assertEqual(result, "Bowser lost!")
