anchor.diff:    //if this file is a dependency, and it is not already an interface, we will extract interface from it and verify that
     let m =
       if ((not (Options.should_verify m.name.str)) && (not m.is_interface)) then begin
  -      BU.print1 "The module is a dependence, before extracting interface: \n\n%s\n\n" (Print.modul_to_string m);
  +      //BU.print1 "The module is a dependence, before extracting interface: \n\n%s\n\n" (Print.modul_to_string m);
         let m = extract_interface m in
         BU.print1 "The module is a dependence, verifying the extracted interface: \n\n%s\n\n" (Print.modul_to_string m);
         m
  
positive.code:   let is_abstract = List.contains Abstract in
    let is_irreducible = List.contains Irreducible in
    let filter_out_abstract = List.filter (fun q -> not (q = Abstract || q = Irreducible)) in
    let filter_out_abstract_and_noeq = List.filter (fun q -> not (q = Abstract || q = Irreducible || q = Noeq || q = Unopteq)) in
  
    let added_vals = BU.mk_ref [] in
  
    let mk_typ_for_abstract_inductive (bs:binders) (t:typ) (r:Range.range) :typ =
      match bs with
  
negative.code:     BU.print1 "%s\n" (Print.modul_to_string normalized_module)
    end;
  
    m, env