(************************************************************************) (* * 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 Constr
(** {6 Data needed to abstract over the section variables and section universes } *)
(** The instantiation to apply to generalized declarations so that they behave as if not generalized: this is the a1..an instance to apply to a declaration c in the following transformation: [a1:T1..an:Tn, C:U(a1..an) ⊢ v(a1..an,C):V(a1..an,C) ~~> C:Πx1..xn.U(x1..xn), a1:T1..an:Tn ⊢ v(a1..an,Ca1..an):V(a1..an,Ca1..an)] note that the data looks close to the one for substitution above (because the substitution are represented by their domain) but
here, local definitions of the context have been dropped *)
type abstr_inst_info
type'a entry_map = 'a Cmap_env.t * 'a Mindmap_env.t type expand_info = abstr_inst_info entry_map
(** The collection of instantiations to be done on generalized declarations + the generalization to be done on a specific judgment: [a1:T1,a2:T2,C:U(a1) ⊢ v(a1,a2,C):V(a1,a2,C) ~~> c:Πx.U(x) ⊢ λx1x2.(v(a1,a2,cx1)[a1,a2:=x1,x2]):Πx1x2.(V(a1,a2,ca1)[a1,a2:=x1,x2])] so, a cooking_info is the map [c ↦ x1..xn],
the context x:T,y:U to generalize, and the substitution [x,y] *)
type cooking_info
val empty_cooking_info : cooking_info (** Nothing to abstract *)
val make_cooking_info : recursive:MutInd.t option -> expand_info ->
named_context -> UVars.UContext.t -> cooking_info * abstr_inst_info (** Abstract a context assumed to be de-Bruijn free for terms and universes *)
val names_info : cooking_info -> Id.Set.t
val universe_context_of_cooking_info : cooking_info -> UVars.AbstractContext.t
val instance_of_cooking_info : cooking_info -> Constr.t array
type cooking_cache
val create_cache : cooking_info -> cooking_cache val instance_of_cooking_cache : cooking_cache -> Constr.t array val rel_context_of_cooking_cache : cooking_cache -> rel_context
val abstract_as_type : cooking_cache -> types -> types
val abstract_as_body : cooking_cache -> constr -> constr
val abstract_as_sort : cooking_cache -> Sorts.t -> Sorts.t
val lift_mono_univs : cooking_info -> Univ.ContextSet.t -> cooking_info * Univ.ContextSet.t
(** The [int] is how many universes got discharged, ie size of
returned context - size of input context. *) val lift_poly_univs : cooking_info -> UVars.AbstractContext.t -> cooking_info * (int * int) * UVars.AbstractContext.t
val lift_private_mono_univs : cooking_info -> 'a -> 'a
val lift_private_poly_univs : cooking_info -> Univ.ContextSet.t -> Univ.ContextSet.t
val lift_relevance : cooking_info -> Sorts.relevance -> Sorts.relevance
val discharge_proj_repr : cooking_info -> Names.Projection.Repr.t -> Names.Projection.Repr.t
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