src/Pure/Thy/export_theory.ML
author wenzelm
Sun Sep 16 22:45:34 2018 +0200 (13 months ago)
changeset 69003 a015f1d3ba0c
parent 68997 4278947ba336
child 69019 a6ba77af6486
permissions -rw-r--r--
export plain infix syntax;
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(*  Title:      Pure/Thy/export_theory.ML
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    Author:     Makarius
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Export foundational theory content.
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*)
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signature EXPORT_THEORY =
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sig
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  val setup_presentation: (Thy_Info.presentation_context -> theory -> unit) -> unit
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  val export_body: theory -> string -> XML.body -> unit
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end;
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structure Export_Theory: EXPORT_THEORY =
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struct
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(* names for bound variables *)
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local
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  fun declare_names (Abs (_, _, b)) = declare_names b
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    | declare_names (t $ u) = declare_names t #> declare_names u
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    | declare_names (Const (c, _)) = Name.declare (Long_Name.base_name c)
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    | declare_names (Free (x, _)) = Name.declare x
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    | declare_names _ = I;
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  fun variant_abs bs (Abs (x, T, t)) =
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        let
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          val names = fold Name.declare bs (declare_names t Name.context);
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          val x' = #1 (Name.variant x names);
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          val t' = variant_abs (x' :: bs) t;
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        in Abs (x', T, t') end
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    | variant_abs bs (t $ u) = variant_abs bs t $ variant_abs bs u
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    | variant_abs _ t = t;
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in
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  val named_bounds = variant_abs [];
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end;
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(* general setup *)
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fun setup_presentation f =
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  Theory.setup (Thy_Info.add_presentation (fn context => fn thy =>
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    if Options.bool (#options context) "export_theory" then f context thy else ()));
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fun export_body thy name body =
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  Export.export thy ("theory/" ^ name) (Buffer.chunks (YXML.buffer_body body Buffer.empty));
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(* presentation *)
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val _ = setup_presentation (fn {adjust_pos, ...} => fn thy =>
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  let
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    val parents = Theory.parents_of thy;
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    val rep_tsig = Type.rep_tsig (Sign.tsig_of thy);
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    val thy_ctxt = Proof_Context.init_global thy;
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    (* entities *)
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    fun entity_markup space name =
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      let
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        val xname = Name_Space.extern_shortest thy_ctxt space name;
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        val {serial, pos, ...} = Name_Space.the_entry space name;
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        val props =
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          Position.offset_properties_of (adjust_pos pos) @
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          Position.id_properties_of pos @
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          Markup.serial_properties serial;
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      in (Markup.entityN, (Markup.nameN, name) :: (Markup.xnameN, xname) :: props) end;
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    fun export_entities export_name export get_space decls =
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      let val elems =
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        let
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          val parent_spaces = map get_space parents;
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          val space = get_space thy;
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        in
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          (decls, []) |-> fold (fn (name, decl) =>
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            if exists (fn space => Name_Space.declared space name) parent_spaces then I
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            else
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              (case export name decl of
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                NONE => I
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              | SOME body =>
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                  cons (#serial (Name_Space.the_entry space name),
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                    XML.Elem (entity_markup space name, body))))
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          |> sort (int_ord o apply2 #1) |> map #2
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        end;
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      in if null elems then () else export_body thy export_name elems end;
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    (* infix syntax *)
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    fun get_infix_const ctxt = Syntax.get_infix (Proof_Context.syn_of ctxt) o Lexicon.mark_const;
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    fun get_infix_type ctxt = Syntax.get_infix (Proof_Context.syn_of ctxt) o Lexicon.mark_type;
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    fun encode_infix {assoc, delim, pri} =
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      let
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        val ass =
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          (case assoc of
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            Syntax_Ext.No_Assoc => 0
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          | Syntax_Ext.Left_Assoc => 1
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          | Syntax_Ext.Right_Assoc => 2);
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        open XML.Encode Term_XML.Encode;
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      in triple int string int (ass, delim, pri) end;
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    (* types *)
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    val encode_type =
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      let open XML.Encode Term_XML.Encode
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      in triple (option encode_infix) (list string) (option typ) end;
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    fun export_type c (Type.LogicalType n) =
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          SOME (encode_type (get_infix_type thy_ctxt c, Name.invent Name.context Name.aT n, NONE))
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      | export_type c (Type.Abbreviation (args, U, false)) =
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          SOME (encode_type (get_infix_type thy_ctxt c, args, SOME U))
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      | export_type _ _ = NONE;
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    val _ =
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      export_entities "types" export_type Sign.type_space
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        (Name_Space.dest_table (#types rep_tsig));
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    (* consts *)
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    val encode_const =
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      let open XML.Encode Term_XML.Encode in
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        pair (option encode_infix) (pair (list string) (pair typ (option (term o named_bounds))))
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      end;
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    fun export_const c (T, abbrev) =
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      let
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        val syntax = get_infix_const thy_ctxt c;
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        val T' = T |> Logic.unvarifyT_global |> Type.strip_sorts;
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        val abbrev' = abbrev |> Option.map (Logic.unvarify_global #> map_types Type.strip_sorts);
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        val args = map (#1 o dest_TFree) (Consts.typargs (Sign.consts_of thy) (c, T'));
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      in SOME (encode_const (syntax, (args, (T', abbrev')))) end;
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    val _ =
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      export_entities "consts" export_const Sign.const_space
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        (#constants (Consts.dest (Sign.consts_of thy)));
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    (* axioms and facts *)
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    fun standard_prop_of raw_thm =
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      let
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        val thm = raw_thm
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          |> Thm.transfer thy
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          |> Thm.check_hyps (Context.Theory thy)
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          |> Thm.strip_shyps;
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        val prop = thm
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          |> Thm.full_prop_of
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          |> Term_Subst.zero_var_indexes;
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      in (Thm.extra_shyps thm, prop) end;
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    fun encode_prop (Ss, prop) =
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      let
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        val prop' = Logic.unvarify_global (named_bounds prop);
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        val typargs = rev (Term.add_tfrees prop' []);
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        val sorts = Name.invent (Name.make_context (map #1 typargs)) Name.aT (length Ss) ~~ Ss;
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        val args = rev (Term.add_frees prop' []);
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      in
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        (sorts @ typargs, args, prop') |>
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          let open XML.Encode Term_XML.Encode
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          in triple (list (pair string sort)) (list (pair string typ)) term end
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      end;
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    val encode_fact = XML.Encode.list encode_prop o map standard_prop_of;
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    val _ =
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      export_entities "axioms" (fn _ => fn t => SOME (encode_prop ([], t))) Theory.axiom_space
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        (Theory.axioms_of thy);
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    val _ =
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      export_entities "facts" (K (SOME o encode_fact)) (Facts.space_of o Global_Theory.facts_of)
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        (Facts.dest_static true [] (Global_Theory.facts_of thy));
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    (* type classes *)
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    val encode_class =
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      let open XML.Encode Term_XML.Encode
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      in pair (list (pair string typ)) (list (term o named_bounds)) end;
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    fun export_class name =
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      (case try (Axclass.get_info thy) name of
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        NONE => ([], [])
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      | SOME {params, axioms, ...} =>
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          (params, map (Logic.unvarify_global o Thm.full_prop_of) axioms))
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      |> encode_class |> SOME;
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    val _ =
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      export_entities "classes" (fn name => fn () => export_class name)
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        Sign.class_space (map (rpair ()) (Graph.keys (Sorts.classes_of (#2 (#classes rep_tsig)))));
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    (* sort algebra *)
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    val {classrel, arities} =
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      Sorts.dest_algebra (map (#2 o #classes o Type.rep_tsig o Sign.tsig_of) parents)
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        (#2 (#classes rep_tsig));
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    val encode_classrel =
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      let open XML.Encode
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      in list (pair string (list string)) end;
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    val encode_arities =
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      let open XML.Encode Term_XML.Encode
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      in list (triple string (list sort) string) end;
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    val _ = if null classrel then () else export_body thy "classrel" (encode_classrel classrel);
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    val _ = if null arities then () else export_body thy "arities" (encode_arities arities);
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    (* locales *)
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    fun encode_locale ({type_params, params, asm, defs}: Locale.content) =
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      let
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        val args = map #1 params;
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        val typargs = type_params @ rev (fold Term.add_tfrees (map Free args @ the_list asm) []);
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        val encode =
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          let open XML.Encode Term_XML.Encode in
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            pair (list (pair string sort))
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              (pair (list (pair string typ))
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                (pair (option term) (list term)))
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          end;
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      in encode (typargs, (args, (asm, defs))) end;
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    val _ =
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      export_entities "locales" (fn _ => SOME o encode_locale) Locale.locale_space
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        (Locale.dest_locales thy);
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    (* parents *)
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    val _ =
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      export_body thy "parents"
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        (XML.Encode.string (cat_lines (map Context.theory_long_name parents)));
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  in () end);
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end;