def __init__(self):
self.all_sprites = pygame.sprite.Group()
self.enemy = pygame.sprite.Group()
self.crystal = pygame.sprite.Group()
self.all_platforms = pygame.sprite.Group()
self.bg = Obj("assets/bg.png", 0, 0, self.all_sprites)
self.tree1 = Obj("assets/tree1.png", 80, 250, self.all_sprites)
self.tree2 = Obj("assets/tree2.png", 450, 250, self.all_sprites)
self.tree3 = Obj("assets/tree1.png", 1060, 250, self.all_sprites)
self.plat1 = Obj("assets/plat1.png", 50, 550, self.all_sprites, self.all_platforms)
self.plat2 = Obj("assets/plat3.png", 430, 550, self.all_sprites, self.all_platforms)
self.plat3 = Obj("assets/plat2.png", 1080, 550, self.all_sprites, self.all_platforms)
self.crystal1 = Obj("assets/crystal.png", 520, 400, self.all_sprites, self.crystal)
self.crystal2 = Obj("assets/crystal.png", 870, 400, self.all_sprites, self.crystal)
self.crystal3 = Obj("assets/crystal.png", 1155, 400, self.all_sprites, self.crystal)
self.enemy1 = Enemy("assets/enemy0.png", 520, 502, self.all_sprites, self.enemy)
self.enemy2 = Enemy("assets/enemy0.png", 800, 502, self.all_sprites, self.enemy)
self.enemy3 = Enemy("assets/enemy0.png", 1100, 502, self.all_sprites, self.enemy)
self.player = Hero("assets/idle0.png", 100, 250, self.all_sprites)
self.hud = Obj("assets/hud.png", 50, 50, self.all_sprites)
def __init__(self):
self.all_sprites = pygame.sprite.Group()#cenario, aqui é o grupo do cenario
self.all_cube = pygame.sprite.Group()#jogador
self.all_enemy = pygame.sprite.Group()#inimigo
self.all_meteor = pygame.sprite.Group()#meteor
#cenario
self.bg = Obj("Assets/Background2.png", 0, 0, self.all_sprites)
#jogador
self.cube = Cube("Assets/Player2.png", 640, 360, self.all_sprites, self.all_cube)
random_x = random.randint(100, 1000)
#inimigo
self.enemy = Enemy("Assets/enemy2.png", random_x, -750, self.all_sprites, self.all_enemy)
self.enemy = Enemy("Assets/enemy2.png", 500, -750, self.all_sprites, self.all_enemy)
self.enemy = Enemy("Assets/enemy2.png", 500, -750, self.all_sprites, self.all_enemy)
self.enemy = Enemy("Assets/enemy2.png", 500, -750, self.all_sprites, self.all_enemy)
self.enemy = Enemy("Assets/enemy2.png", 500, -750, self.all_sprites, self.all_enemy)
#obstaculos
self.meteor = Meteor("Assets/meteor.png", 100, 1000, self.all_sprites, self.all_meteor)
#cenario
self.hud = Obj("Assets/hud_black.png", 10, 10, self.all_sprites)
self.lifes_1 = Obj("Assets/life_3.png", 107, 14, self.all_sprites)
self.lifes_2 = Obj("Assets/life_3.png", 116, 14, self.all_sprites)
self.lifes_3 = Obj("Assets/life_3.png", 125, 14, self.all_sprites)
def test_Enemy_fails_to_construct_with_invalid_healthPoints_type():
# 3As | Arrange
# Overwrite testName to be invalid data.
testHealthPoints = "I wonder if Ayman or Alex will ever read this. Probably not, hi Manish :)"
# ExpectedOutput is only used to compare the type of the output. Expect int type out.
expectedOutput = type(testHealthPoints)
# 3As | Act
# Attempt to construct character from constructor.
with assertion.raises(Exception) as exc_info:
unitUnderTest = EnemyClass.Enemy(testName, testLevel, testHealthPoints,
testIsAlive, mockedEquippedWeapon)
# 3As | Assert
# Assert object was not constructed.
try:
assert unitUnderTest == None
except UnboundLocalError:
assert True
# Assert that the correct exception was raised.
assert exc_info.errisinstance(TypeError)
assert "Enemy healthPoints expected a int. Received: " + str(
expectedOutput) + " Check the type." in str(exc_info.value)
def test_Enemy_Constructs_With_Valid_Data():
# 3As | Arrange
# Nothing, use stock test variables/test setup.
# 3As | Act
# Attempt to construct character from constructor.
unitUnderTest = EnemyClass.Enemy(testName, testLevel, testHealthPoints,
testIsAlive, mockedEquippedWeapon)
# 3As | Assert
# Assert that unit Under Test is not null.
assert unitUnderTest != None
# Assert that each value was set correctly.
assert unitUnderTest.name == testName
assert unitUnderTest.level == testLevel
assert unitUnderTest.healthPoints == testHealthPoints
assert unitUnderTest.isAlive == testIsAlive
assert unitUnderTest.equippedWeapon == mockedEquippedWeapon
def generateRandomEnemy():
enemy1 = EnemyClass.Enemy("Skeleton", 30, 500, True,
mock.Mock(spec=WeaponClass.Weapon))
return enemy1