def test_enemy_collision_with_brick():
GAME = Game(99, 100, 1)
enemy = Enemy(GAME, 33, 31, 6)
GAME.screen.gmap[30:33, 2:4] = 6
enemy.move()
enemy.move()
enemy.move()
enemy.move()
assert enemy.dir == 1
def test_mario_collision_with_ground():
GAME = Game(99, 100, 1)
mario = GAME.player
assert mario.collision(4) == (True, (mario.i + 1, mario.j - 1))
oldloc = mario.get_loc()
mario.vertical()
newloc = mario.get_loc()
assert oldloc == newloc
def test_mario_collision_with_coin():
GAME = Game(0, 100, 1)
mario = GAME.player
GAME.screen.gmap[30:32, 6:8] = 9
mario.move(1)
mario.move(1)
mario.move(1)
assert GAME.points > 0
def test_mario_resize_to_large():
GAME = Game(0, 100, 1)
# Assert changes on resize
GAME.player.resize(1)
assert GAME.player.get_size() == (4, 3)
assert GAME.player.maxj == 11
mario_exists_in_bounds(GAME)
def test_mario_move_right():
GAME = Game(99, 100, 1)
mario = GAME.player
oldloc = mario.get_loc()
mario.move(1)
newloc = mario.get_loc()
assert oldloc[1] == newloc[1] - 1
mario_exists_in_bounds(GAME)
def run(self):
while True:
if len(self.game) > 1:
print('game found')
p0_id, p0_handler = self.game.popitem()
p1_id, p1_handler = self.game.popitem()
Game(p0_handler, p1_handler).start()
time.sleep(1)
def test_mario_move_left():
GAME = Game(0, 100, 1)
mario = GAME.player
oldloc = mario.get_loc()
mario.move(2)
newloc = mario.get_loc()
assert oldloc[1] == newloc[1] + 1
mario_exists_in_bounds(GAME)
def test_mario_collision_with_powerup():
GAME = Game(99, 100, 1)
mario = GAME.player
powerup = PowerUp(GAME, 31, 6)
GAME.screen.position(powerup)
mario.move(1)
mario.move(1)
mario.move(1)
assert mario.get_size() == (4, 3)
def test_game_init_with_proper_params():
'''
Checks for proper initialization of Game
'''
GAME = Game(0, 100, 1)
# Check time allocated is correct
assert GAME.etime - GAME.stime == 100
# Check for object inconsistencies
assert GAME.screen.game == GAME
assert len(GAME.codes) == 1007
def test_mario_jump():
GAME = Game(99, 100, 1)
mario = GAME.player
mario.move(3)
# Check jump up
assert mario.jstate == mario.maxj
while mario.jstate > 0:
pjstate = mario.jstate
mario.vertical()
if pjstate == 1:
assert mario.jstate == -1
else:
assert mario.jstate == pjstate - 1
mario_exists_in_bounds(GAME)
def test_mario_init_with_default_params():
'''
Check for proper initialization of Mario in default
'''
GAME = Game(0, 100, 1)
PLAYER_POS_I = GAME.player.i
PLAYER_POS_J = GAME.player.j
PLAYER_SIZE_I = GAME.player.get_size()[0]
PLAYER_SIZE_J = GAME.player.get_size()[1]
assert GAME.player.lives == 1
assert GAME.player.get_size() == (3, 3)
mario_exists_in_bounds(GAME)
test_mario_resize_to_large()
if LEVEL > 2 or LEVEL < 0:
played_flag = False
print('Choice out of bounds. Press any key to continue')
KEYS.get_ch()
sys.exit(0)
# Start a new Game with level
# the screen used is a property of the game object
LIVES = configs.MAX_LIFE
STATUS = 0
POINTS = 0
while LIVES > 0:
GAME = Game(LEVEL, configs.STD_TIME, LIVES)
# Level screen
GAME.level_screen(LEVEL, LIVES, POINTS)
KEYS.flush()
KEYS.get_ch()
# Game loop executes as time remains
while GAME.get_t_remain() > 0:
# FRAME stores the time remaining at the start of rendering
# a frame, so as to calculate how long actually rendering it
# took, and to maintain a framerate
FRAME = GAME.get_t_remain()
# repaint screen
print("Choose level you want to play:\n0\t1\t2")
level = int(keys.getCh())
if level > 2 or level < 0:
print('Choice out of bounds. Resetting to 0')
level = 0
# Start a new Game with level
# the screen used is a property of the game object
lives = configs.MAX_LIFE
status = 0
points = 0
while lives > 0:
game = Game(level, configs.STD_TIME, lives)
# Level screen
game.levelScreen(level, lives, points)
keys.flush()
keys.getCh()
# Game loop executes as time remains
while game.getTRemain() > 0:
# frame stores the time remaining at the start of rendering
# a frame, so as to calculate how long actually rendering it
# took, and to maintain a framerate
frame = game.getTRemain()
# repaint screen
label = self.font.render(str(self.initial_velocity), True, pg.Color("dodgerblue"))
surface.blit(label, (10, 40))
label = self.font.render(str(self.time), True, pg.Color("dodgerblue"))
surface.blit(label, (10, 80))
if not self.started:
text = "Use mouse to launch satellite."
title = self.font.render(text, True, pg.Color("dodgerblue"))
title_rect = title.get_rect(center=self.screen_rect.center)
surface.blit(title, title_rect)
elif self.paused:
title = self.font.render("PAUSED", True, pg.Color("dodgerblue"))
title_rect = title.get_rect(center=self.screen_rect.center)
surface.blit(title, title_rect)
if __name__ == "__main__":
pg.init()
screen = pg.display.set_mode((1280, 720))
states = {
"SPLASH": SplashScreen(),
"GAMEPLAY": Gameplay(),
"FINISHED": FinishScreen()}
game = Game(screen, states, "SPLASH")
game.run()
pg.quit()
sys.exit()