global arr1, arr2, arr3, elide_idx1, elide_global_a, elide_global_b

function fna(a:long) {return a}
function fnb(a:long, b:long) {return a+b}

probe begin {
  // array indices
  arr2[elide_idx1 = 1] = 10
  arr2[idx2 = 2] = 20
  arr2[elide_i=3] = 30
  arr2[j=4] = 40
  arr1[fna(k = 0), k] = 1
  arr1[b = 1, b] = 2
  arr1[elide_c = 2,2] = 3
  fnb(arr3[0] = 4, arr3[0])
  m = 1
  for (elide_n=2; m <= 10; m++)
    arr2[m] = m * 10
  printf ("%d %d %d %d\n", arr1[0,0], arr2[0], idx2, j)
  
  // function args
  aa = fna(elide_aa = 1)
  bb = fnb(cc = 1, elide_global_a = 2)

  // loop
  for (elide_bb = 1; bb < 10; bb++)
     cc += bb
  for (dd = 1; dd < 10; elide_ee = 1)
     dd += 1

  // conditional
  if (elide_ff = 0)
     elide_ff = 1
  if (elide_global_b = 1)
     ee = 1

  // compound assignment
  cc = elide_gg=dd=5

  // binary expression
  cc = ((elide_hh = 4) + (cc = 1))

  printf("%d %d %d %d %d\n", aa, bb, cc, dd, ee)
  exit ()
}