CristalCaveGem » LustreC

let active = ref false

let quiet () = Tiny.Report.verbosity := 0

  let open Format in

    "@[Tiny verifier plugin produces a simple imperative code output for the \

     provided main node, inlining all calls. This code can then be analyzed \

     using tiny analyzer options.@]";

  flush stdout

   let _ = print_tiny_help () in

   exit 0);

    match !Options.main_node with

      Format.eprintf "@[<v 2>Available ones are:@ %a@]@.@?"

             Format.fprintf fmt "%s" m.Machine_code_types.mname.node_id))

        machines;

      (* should have been addessed before *)

        Global.main_node := s;

        Format.eprintf "Code generation error: %a@." Error.pp_error_msg

          Error.Main_not_found;

        raise (Error.Error (Location.dummy_loc, Error.Main_not_found))

      | Some _ ->

        s)

  let m = Machine_code_common.get_machine machines node_name in

    (* We add each variables of the node the Tiny env *)

    Tiny_utils.machine_to_env m

  in

  (* Building preamble with some bounds on inputs *)

  (* TODO: deal woth contracts, asserts, ... *)

  let bounds_inputs = [] in

  let ast = Tiny_utils.machine_to_ast bounds_inputs m in

  let mems = m.mmemory in

  Format.printf "%a@." Tiny.Ast.fprint_stm ast;

  let dom =

    let open Tiny.Load_domains in

    prepare_domains (List.map get_domain !domains)

  in

  let results = Tiny.Analyze.analyze dom !descending !unrolling env ast in

  let module Results = (val results : Tiny.Analyze.Results) in

  let module Dom = Results.Dom in

  let module PrintResults = Tiny.PrintResults.Make (Dom) in

  let m = Results.results in

  (* if !Tiny.Report.verbosity > 1 then *)

  PrintResults.print m ast None (* no !output_file *);

  (* else PrintResults.print_invariants m ast !output_file *)

  ()

module Verifier : VerifierType.S = struct

  include VerifierType.Default

  let name = "tiny"

  let options =

    [

      "-debug", Arg.Set tiny_debug, "tiny debug";

      ( "-abstract-domain",

        Arg.String Tiny.Load_domains.decl_domain,

        "<domain>  Use abstract domain <domain> "

        ^ Tiny.Domains.available_domains_str );

      (* ("-a", Arg.String Tiny.Load_domains.decl_domain,

       *  "<domain>  Use abstract domain <domain> " ^ Tiny.Domains.available_domains_str); *)

      ( "-param",

        Arg.String Tiny.Load_domains.set_param,

        "<p>  Send <p> to the abstract domain, syntax <dom>:<p> can be used to \

         target the (sub)domain <dom>" );

      (* ("-p", Arg.String Tiny.Load_domains.set_param,

       *  "<p>  Send <p> to the abstract domain, syntax <dom>:<p> can be used \

       *   to target the (sub)domain <dom>"); *)

      ( "-help-domain",

        Arg.String Tiny.Load_domains.help_domain,

        "<domain>  Print params of <domain>" );

      (* ("-h", Arg.String Tiny.Load_domains.help_domain, "<domain> Print params

         of <domain>"); *)

      (* ("--compile", Arg.Set compile_mode, " Compilation mode: compile to C");

         ("-c", Arg.Set compile_mode, " Compilation mode: compile to C");*)

      "-quiet", Arg.Unit quiet, " Quiet mode";

      (* ("-q", Arg.Unit quiet, " Quiet mode"); *)

      ( "-verbose",

        Arg.Set_int Tiny.Report.verbosity,

        "<n>  Verbosity level (default is 1)" );

      (* ("-v", Arg.Set_int Tiny.Report.verbosity, "<n> Verbosity level (default

         is 1)"); *)

      (* ("--output", Arg.String set_output_file, "<filename> Output results to

         file <filename> (default is \ standard ouput)"); ("-o", Arg.String

         set_output_file, "<filename> Output results to file <filename> (default

         is standard ouput)"); *)

      ( "-descending",

        Arg.Set_int descending,

        "<n>  Perform <n> descending iterations after fixpoint of a loop is \

         reached (default is 1)" );

      (* ("-d", Arg.Set_int descending,

       *  "<n>  Perform <n> descending iterations after fixpoint of a loop \

       * is reached (default is 1)"); *)

      ( "-unrolling",

        Arg.Set_int unrolling,

        "<n>  Unroll loops <n> times before computing fixpoint (default is 0)" );

       *  *  "<n>  Unroll loops <n> times before computing fixpoint (default is 0)"); *\) *)

    ]

  let activate () =

    active := true;

    (* Options.global_inline := true;

     * Options.optimization := 0;

     * Options.const_unfold := true; *)

    ()

  let is_active () = !active

  let run = tiny_run

end

let () =

    (module Verifier : VerifierType.S) :: !VerifierList.registered