(* TEST
 flags = "-S -function-sections";
 function_sections;
 {
   arch_arm64;
   reference = "${test_source_directory}/func_sections.no_jump_tables_in_rodata.reference";
   native;
 }{
   arch_amd64;
   reference = "${test_source_directory}/func_sections.reference";
   native;
 }{
   arch_power;
   reference = "${test_source_directory}/func_sections.no_jump_tables_in_rodata.reference";
   native;
 }{
   arch_riscv;
   reference = "${test_source_directory}/func_sections.no_jump_tables_in_rodata.reference";
   native;
 }{
   arch_s390x;
   reference = "${test_source_directory}/func_sections.reference";
   native;
 }
*)

(* We have a separate reference output for the backends which do not emit
   jump tables in .rodata, and thus do not need to emit text section
   directives after them. This only affects compilation of f5 below. *)

(* Test for anonymous functions which result in a mangled symbol *)
let f4 list =
  List.map (fun s -> String.length s) list

let test1 () =
  f4 ["a";"asfda";"afda"]

(* Test for jump tables*)

let g1 s = s^"*"
let g2 s = "*"^s
let g3 s = "*"^s^"*"

let f5 = function
  | 1 -> g1 "a"
  | 2 -> g2 "b"
  | 3 -> g3 "c"
  | 4 -> g1 "d"
  | 5 -> g2 "e"
  | 6 -> g3 "f"
  | _ -> "x"

let test2 () =
  let list =    [f5 5;
                f5 7;
                f5 15;
                f5 26]
  in
  ignore list

let iter = 1_000

let f0 x = x - 7;
[@@inline never]

let f1 x = x + iter
[@@inline never]

let f2 x = f1(x)
[@@inline never]

let f3 x = f2(x)*f0(x)
[@@inline never]

let test3 () =
  f3 iter


let () =
  ignore (test1 ());
  ignore (test2 ());
  ignore (test3 ());
  ()