("res_square": skip 8)
("h": skip 8)
("x": skip 8)
("s": skip 8)
("res_integr": skip 8)

(function "square" (x: addr)
   (let r "res_square"
        (store r ( *f (load x float) (load x float)))
        r))

(function "integr" (f: addr low: addr high: addr n: int)
  (let (h "h" x "x" s "s" i n)
    (store h (/f (-f (load high float) (load low float)) (floatofint n)))
    (store x (load low float))
    (store s 0.0)
    (while (> i 0)
      (store s (+f (load s float) (load (app f x addr) float)))
      (store x (+f (load x float) (load h float)))
      (assign i (- i 1)))
    (store "res_integr" ( *f (load s float) (load h float)))
    "res_integr"))

("low": skip 8)
("hi": skip 8)

(function "test" (n: int)
  (store "low" 0.0)
  (store "hi" 1.0)
  (load (app "integr" ["square" "low" "hi" n] addr) float))