// RUN: GPUVerify -unstructured -inference -print:%t %s
// RUN: grep 'assert.*WRITE_HAS_OCCURRED.*==> BV32_AND(BV32_SUB(' %t.bpl
// RUN: grep 'assert {:tag "variable \$i\.0 is strided"}.*\$i\.0\$1.*group_size_x.*local_id_x\$1' %t.bpl
// RUN: Boogie -noVerify %t.bpl

type {:datatype} ptr;
type arrayId;
function {:constructor} MKPTR(base: arrayId, offset: bv32) : ptr;
function PTR_LT(lhs: ptr, rhs: ptr) : bool;

type float;
type double;

var {:global} $$A : [bv32]bv8;
const unique $arrayId$A : arrayId;

var {:global} $$B : [bv32]bv8;
const unique $arrayId$B : arrayId;

var {:global} $$C : [bv32]bv8;
const unique $arrayId$C : arrayId;

const unique $arrayId$$null : arrayId;

const {:group_size_x} group_size_x : bv32;
const {:group_size_y} group_size_y : bv32;
const {:group_size_z} group_size_z : bv32;
const {:local_id_x} local_id_x : bv32;
const {:num_groups_y} num_groups_y : bv32;
const {:num_groups_z} num_groups_z : bv32;
function {:bvbuiltin "bvadd"} BV32_ADD(bv32, bv32) : bv32;
function {:bvbuiltin "bvmul"} BV32_MUL(bv32, bv32) : bv32;
function {:bvbuiltin "bvslt"} BV32_SLT(bv32, bv32) : bool;
procedure {:kernel} $foo()
{
  var $i.0:bv32;
  var v1:bv32;
  var v2:bv32;
  var v3:bv32;
  var v0:bool;
$entry:
  $i.0 := local_id_x;
  goto $for.cond;
$for.cond:
  v0 := BV32_SLT($i.0, 1024bv32);
  goto $truebb, $falsebb;
$for.body:
  v1 := local_id_x;
  $$A[BV32_MUL($i.0, 4bv32)] := v1[8:0];
  $$A[BV32_ADD(BV32_MUL($i.0, 4bv32), 1bv32)] := v1[16:8];
  $$A[BV32_ADD(BV32_MUL($i.0, 4bv32), 2bv32)] := v1[24:16];
  $$A[BV32_ADD(BV32_MUL($i.0, 4bv32), 3bv32)] := v1[32:24];
  v2 := local_id_x;
  $$B[BV32_MUL(BV32_ADD($i.0, 10bv32), 4bv32)] := v2[8:0];
  $$B[BV32_ADD(BV32_MUL(BV32_ADD($i.0, 10bv32), 4bv32), 1bv32)] := v2[16:8];
  $$B[BV32_ADD(BV32_MUL(BV32_ADD($i.0, 10bv32), 4bv32), 2bv32)] := v2[24:16];
  $$B[BV32_ADD(BV32_MUL(BV32_ADD($i.0, 10bv32), 4bv32), 3bv32)] := v2[32:24];
  v3 := local_id_x;
  $$C[BV32_MUL(BV32_ADD($i.0, 20bv32), 4bv32)] := v3[8:0];
  $$C[BV32_ADD(BV32_MUL(BV32_ADD($i.0, 20bv32), 4bv32), 1bv32)] := v3[16:8];
  $$C[BV32_ADD(BV32_MUL(BV32_ADD($i.0, 20bv32), 4bv32), 2bv32)] := v3[24:16];
  $$C[BV32_ADD(BV32_MUL(BV32_ADD($i.0, 20bv32), 4bv32), 3bv32)] := v3[32:24];
  goto $for.inc;
$for.inc:
  $i.0 := BV32_ADD($i.0, group_size_x);
  goto $for.cond;
$for.end:
  return;
$truebb:
  assume v0;
  goto $for.body;
$falsebb:
  assume !v0;
  goto $for.end;
}
axiom (if group_size_y == 1bv32 then 1bv1 else 0bv1) != 0bv1;
axiom (if group_size_z == 1bv32 then 1bv1 else 0bv1) != 0bv1;
axiom (if num_groups_y == 1bv32 then 1bv1 else 0bv1) != 0bv1;
axiom (if num_groups_z == 1bv32 then 1bv1 else 0bv1) != 0bv1;
axiom (if group_size_x == 16bv32 then 1bv1 else 0bv1) != 0bv1;