package coq-serapi

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in-package search v0.2.0

Serialization library and protocol for machine interaction with the Coq proof assistant

Install

Dune Dependency

github.com Readme Changelog Edit opam file Versions (38)

Authors

Maintainers

E

e@x80.org

Sources

coq-serapi-8.19.0.0.19.1.tbz

sha256=10d90417815073507a53dbc5cca1cf504afa58104da8557e2afa2e7daf6ec852

sha512=95006e1e2798c531a01656972990662b07db815534bc789a5f3351c7d5bc8e75156c5a3c3b3a18d37f3eab0b11ceabd17d1609ed4d8afb461698b4098106e028

doc/src/serlib_number_string_notation_plugin/ser_g_number_syntax.ml.html

Source file `ser_g_number_syntax.ml`

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(************************************************************************)
(* SerAPI: Coq interaction protocol with bidirectional serialization    *)
(************************************************************************)
(* Copyright 2016-2019 MINES ParisTech -- License LGPL 2.1+             *)
(* Copyright 2019-2023 Inria           -- License LGPL 2.1+             *)
(* Written by: Emilio J. Gallego Arias and others                       *)
(************************************************************************)

open Serlib

open Sexplib.Conv
open Ppx_compare_lib.Builtin
open Ppx_hash_lib.Std.Hash.Builtin

module Libnames = Ser_libnames
module Notation = Ser_notation

module A2 = struct
  type raw = Ser_number.number_option
  [@@deriving sexp,hash,compare]
  type glb = unit
  [@@deriving sexp,hash,compare]
  type top = unit
  [@@deriving sexp,hash,compare]
end

let ser_wit_number_modifier = let module M = Ser_genarg.GS(A2) in M.genser

module A3 = struct
  type raw = Ser_number.number_option list
  [@@deriving sexp,hash,compare]
  type glb = unit
  [@@deriving sexp,hash,compare]
  type top = unit
  [@@deriving sexp,hash,compare]
end

let ser_wit_number_options = let module M = Ser_genarg.GS(A3) in M.genser

module A4 = struct
  type raw = bool * Libnames.qualid * Libnames.qualid
  [@@deriving sexp,hash,compare]
  type glb = unit
  [@@deriving sexp,hash,compare]
  type top = unit
  [@@deriving sexp,hash,compare]
end

let ser_wit_number_string_mapping = let module M = Ser_genarg.GS(A4) in M.genser

module A5 = struct
  type raw = Libnames.qualid * (bool * Libnames.qualid * Libnames.qualid) list
  [@@deriving sexp,hash,compare]
  type glb = unit
  [@@deriving sexp,hash,compare]
  type top = unit
  [@@deriving sexp,hash,compare]
end

let ser_wit_number_string_via = let module M = Ser_genarg.GS(A5) in M.genser

module A6 = struct
  type raw = Libnames.qualid * (bool * Libnames.qualid * Libnames.qualid) list
  [@@deriving sexp,hash,compare]
  type glb = unit
  [@@deriving sexp,hash,compare]
  type top = unit
  [@@deriving sexp,hash,compare]
end

let ser_wit_string_option = let module M = Ser_genarg.GS(A6) in M.genser

let register () =
  Ser_genarg.register_genser Number_string_notation_plugin.G_number_string.wit_number_modifier ser_wit_number_modifier;
  Ser_genarg.register_genser Number_string_notation_plugin.G_number_string.wit_number_options ser_wit_number_options;
  Ser_genarg.register_genser Number_string_notation_plugin.G_number_string.wit_number_string_mapping ser_wit_number_string_mapping;
  Ser_genarg.register_genser Number_string_notation_plugin.G_number_string.wit_number_string_via ser_wit_number_string_via;
  Ser_genarg.register_genser Number_string_notation_plugin.G_number_string.wit_string_option ser_wit_string_option;
  ()

let _ = register ()