def test_go_up_keyboard_binding():
screen = turtle.Screen()
screen.setup(width=1000, height=600)
pad = Paddle()
pad.paddle()
snakehead = Snake()
sk = snakehead.snakehead()
snake = Bindings(screen, sk, pad)
snake.go_up()
assert snake.GetsnakeheadDirection() == "up"
snake.go_right()
assert snake.GetsnakeheadDirection() == "right"
snake.go_down()
assert snake.GetsnakeheadDirection() == "down"
snake.go_left()
assert snake.GetsnakeheadDirection() == "left"
#snake should not go left if it is going right
snake.go_left()
snake.go_right() #should still be going left
assert snake.GetsnakeheadDirection() == "left"
snake.go_up()
snake.go_down() #snake should still go up
assert snake.GetsnakeheadDirection() == "up"
screen = turtle.Screen() screen.setup(width=1000, height=600) # SNAKE PART # Snake head snake = Snake() snakehead = snake.snakehead() # long border bor = Border() border = bor.setUpBorder() # Snake tail segments = [] # Paddle # You can move the paddle with 'z' and 's' pad = Paddle() paddle = pad.paddle() # Ball of circle shape Ball = Ball() # Global part #Sets key bindings to the right thing. bindings = Bindings(screen, snakehead, paddle) bindings.Keyboard_bindings() #movement of the snakehead move = Move() move.move(snakehead) tail = Tail() semgents = tail.add_tail(segments) # Displays the score sk = Sketch() sketch = sk.Setup()
