(************************************************************************) (* * The Rocq Prover / The Rocq Development Team *) (* v * Copyright INRIA, CNRS and contributors *) (* <O___,, * (see version control and CREDITS file for authors & dates) *) (* \VV/ **************************************************************) (* // * This file is distributed under the terms of the *) (* * GNU Lesser General Public License Version 2.1 *) (* * (see LICENSE file for the text of the license) *) (************************************************************************)
open Names open Tac2expr
(** {5 Hardwired data} *)
module Core : sig
val t_unit : type_constant val v_unit : Tac2val.valexpr
val t_list : type_constant val c_nil : ltac_constructor val c_cons : ltac_constructor
val t_int : type_constant val t_option : type_constant val t_string : type_constant val t_array : type_constant
val c_true : ltac_constructor val c_false : ltac_constructor
end
val throw : ?info:Exninfo.info -> exn -> 'a Proofview.tactic
val pf_apply : ?catch_exceptions:bool -> (Environ.env -> Evd.evar_map -> 'a Proofview.tactic) -> 'a Proofview.tactic
module type MapType = sig (** to have less boilerplate we use S.elt rather than declaring a toplevel type t *)
module S : CSig.USetS
module M : CMap.UExtS withtype key = S.elt and module Set := S type valmap val valmap_eq : (valmap, Tac2val.valexpr M.t) Util.eq val repr : S.elt Tac2ffi.repr end
type any_map_tag = Any : _ map_tag -> any_map_tag type tagged_set = TaggedSet : (_,'set,_) map_tag * 'set -> tagged_set type tagged_map = TaggedMap : (_,_,'map) map_tag * 'map -> tagged_map
val map_tag_repr : any_map_tag Tac2ffi.repr val set_repr : tagged_set Tac2ffi.repr val map_repr : tagged_map Tac2ffi.repr
val tag_set : (_,'set,_) map_tag -> 'set -> Tac2val.valexpr val tag_map : (_,_,'map) map_tag -> 'map -> Tac2val.valexpr
val register_map : ?plugin:string -> tag_name:string
-> (module MapType withtype S.elt = 'a and type S.t = 'setandtype valmap = 'map)
-> ('a,'set,'map) map_tag (** Register a type on which we can use finite sets and maps. [tag_name] is the name used for the external to make the
[Ltac2.FSet.Tags.tag] available. *)
val get_map : ('a,'set,'map) map_tag ->
(module MapType withtype S.elt = 'a and type S.t = 'setandtype valmap = 'map)
(** Default registered maps *)
val ident_map_tag : (Id.t, Id.Set.t, Tac2val.valexpr Id.Map.t) map_tag val int_map_tag : (int, Int.Set.t, Tac2val.valexpr Int.Map.t) map_tag val string_map_tag : (string, CString.Set.t, Tac2val.valexpr CString.Map.t) map_tag val inductive_map_tag : (inductive, Indset_env.t, Tac2val.valexpr Indmap_env.t) map_tag val constructor_map_tag : (constructor, Constrset_env.t, Tac2val.valexpr Constrmap_env.t) map_tag val constant_map_tag : (Constant.t, Cset_env.t, Tac2val.valexpr Cmap_env.t) map_tag
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