https://github.com/EasyCrypt/easycrypt
Tip revision: 7f5fe7453912332a9be00d1efc0f880d80f47a7c authored by François Dupressoir on 14 March 2022, 17:21:04 UTC
[chore] Brutally prune all oldlibs
[chore] Brutally prune all oldlibs
Tip revision: 7f5fe74
ecAlgebra.mli
(* --------------------------------------------------------------------
* Copyright (c) - 2012--2016 - IMDEA Software Institute
* Copyright (c) - 2012--2021 - Inria
* Copyright (c) - 2012--2021 - Ecole Polytechnique
*
* Distributed under the terms of the CeCILL-C-V1 license
* -------------------------------------------------------------------- *)
(* -------------------------------------------------------------------- *)
open EcUtils
open EcFol
open EcRing
open EcField
open EcDecl
open EcEnv
module RState : sig
type rstate
val empty : rstate
val add : LDecl.hyps -> form -> rstate -> int * rstate
val get : int -> rstate -> form option
val update : rstate -> int list -> form list -> rstate
end
(* -------------------------------------------------------------------- *)
val rapp : ring -> EcPath.path -> form list -> form
val rzero : ring -> form
val rone : ring -> form
val radd : ring -> form -> form -> form
val ropp : ring -> form -> form
val rmul : ring -> form -> form -> form
val rexp : ring -> form -> EcRing.c -> form
val rsub : ring -> form -> form -> form
val rofint : ring -> EcRing.c -> form
(* -------------------------------------------------------------------- *)
val fzero : field -> form
val fone : field -> form
val fadd : field -> form -> form -> form
val fopp : field -> form -> form
val fmul : field -> form -> form -> form
val fexp : field -> form -> EcRing.c -> form
val fsub : field -> form -> form -> form
val finv : field -> form -> form
val fdiv : field -> form -> form -> form
val fofint : field -> EcRing.c -> form
(* -------------------------------------------------------------------- *)
val emb_rzero : ring -> form
val emb_fzero : field -> form
val emb_rone : ring -> form
val emb_fone : field -> form
(* -------------------------------------------------------------------- *)
type eq = form * form
(* -------------------------------------------------------------------- *)
type cring
type cfield
val cring_of_ring : ring -> cring
val cfield_of_field : field -> cfield
val ring_of_cring : cring -> ring
val field_of_cfield : cfield-> field
(* -------------------------------------------------------------------- *)
val toring:
LDecl.hyps
-> cring (* ring structure *)
-> RState.rstate (* reification state *)
-> form (* formula to reify *)
-> pexpr * RState.rstate (* (reification, mutated state) *)
val ofring:
ring (* ring structure *)
-> RState.rstate (* reification state *)
-> pexpr -> form
val ring_simplify_pe:
cring (* ring structure *)
-> pexpr pair list (* hypotheses (equations) *)
-> pexpr (* expression to simplify *)
-> pexpr (* simplified formula *)
val ring_simplify:
LDecl.hyps
-> cring (* ring structure *)
-> eq list (* hypotheses (equations) *)
-> form (* formula to simplify *)
-> form (* simplified formula *)
val ring_eq:
LDecl.hyps
-> cring (* ring structure *)
-> eq list (* hypotheses (equations) *)
-> form (* LHS *)
-> form (* RHS *)
-> form
(* -------------------------------------------------------------------- *)
val tofield:
EcEnv.LDecl.hyps
-> cfield (* field structure *)
-> RState.rstate (* reification state *)
-> form (* formula to reify *)
-> fexpr * RState.rstate (* (reification, mutated state) *)
val offield:
field (* field structure *)
-> RState.rstate (* reification state *)
-> fexpr -> form
val field_simplify_pe:
cfield (* field structure *)
-> pexpr pair list (* hypotheses (equations) *)
-> fexpr (* formula to simplify *)
-> pexpr list * pexpr pair (* (!=0 conditions, (num, den)) *)
val field_simplify:
LDecl.hyps
-> cfield (* field structure *)
-> eq list (* hypotheses (equations) *)
-> form (* formula to simplify *)
-> form list * form pair (* (!=0 conditions, (num, den)) *)
val field_eq:
LDecl.hyps
-> cfield (* field structure *)
-> eq list (* hypotheses (equations) *)
-> form (* LHS *)
-> form (* RHS *)
-> form list * form pair pair (* (!=0 conditions, (num, den) pair) *)