// .................................................. 
// Intermediate code:

// ---------------------------------------------------------------------------
// class TestArrSum {
//     public static void main(String[] a){
// 	System.out.println((new Arr()).do_it(10));
//     }
// }

// class Arr {
//     int[] theArr;
//     int mx;

//     // theArr[i]=i, for all 0<=i<m
//     public int init(int m) {
// 	int i;
// 	mx = m;
// 	i = 0;
// 	while (i<m) {
// 	    theArr[i] = i;
// 	    i = i + 1;
// 	}
// 	return 0;
//     }
//     // Sum_{0<=i<m} i
//     public int sum() {
// 	int i;
// 	int s;
// 	i = 0;
// 	s = 0;
// 	while (i<mx) {
// 	    s = s + theArr[i];
// 	    i = i + 1;
// 	}
// 	return s;
//     }
//     public int do_it(int m) {
// 	int q;
// 	theArr = new int[m];
// 	q = this.init(m);
// 	return this.sum();
//     }
// }
// ---------------------------------------------------------------------------

FCT LArr$sum(REG t1) =
{
L13:
t39 <- 0
t40 <- 0
JUMP L11 [L11]
L11:
CJUMP (t39<MEM((t1+8))) ? L10 : L9
L9:
t2 <- t40
JUMP L12 [L12]
L10:
t40 <- (t40+MEM((MEM((t1+4))+(t39*4))))
t39 <- (t39+1)
JUMP L11 [L11]
L12:
}

FCT LArr$init(REG t1, REG t36) =
{
L15:
MEM((t1+8)) <- t36
t37 <- 0
JUMP L5 [L5]
L5:
CJUMP (t37<t36) ? L4 : L3
L3:
t2 <- 0
JUMP L14 [L14]
L4:
MEM((MEM((t1+4))+(t37*4))) <- t37
t37 <- (t37+1)
JUMP L5 [L5]
L14:
}

FCT LArr$do_it(REG t1, REG t42) =
{
L17:
t47 <- MEM((t1+4))
t44 <- ((t42+1)*4)
t45 <- CALL L_halloc_arr(t44)
MEM((t45-4)) <- t42
t46 <- CALL L_init_arr(t45, t44)
t47 <- t45
t43 <- CALL LArr$init(t1, t42)
t2 <- CALL LArr$sum(t1)
JUMP L16 [L16]
L16:
}

FCT LTestArrSum$main(REG t1, REG t77) =
{
L19:
t34 <- CALL L_halloc_obj(8)
t35 <- CALL L_init_obj(t34, 8)
t48 <- CALL LArr$do_it(t34, t77+1)
CALL L_print(t48)
JUMP L18 [L18]
L18:
}