package coq-lsp

You can search for identifiers within the package.

in-package search v0.2.0

Language Server Protocol native server for Coq

Install

sha256=a89d86ed8b19d09bf3a06acbed690ae2859a7343d9faa03537c76cd492371651

sha512=edae491b284d5ab586c82cea4003a5b477f41ab25a4659431d4bc8caaee39b62de03b64d088ab8c528416210f88f73d4dfe5efbd32b22c70b75c9d18999c1e00

Sourcemodule Flags : sig ... end

Sourcemodule Warning : sig ... end

Sourcemodule Require : sig ... end

Sourcetype t = private {

coqlib : string;
coqcorelib : string;
ocamlpath : string option;
vo_load_path : Loadpath.vo_path list;
(*
List of -R / -Q flags passed to Coq, usually theories we depend on
*)
ml_include_path : string list;
(*
List of paths to look for Coq plugins, deprecated in favor of findlib
*)
require_libs : Require.t list;
(*
Modules to preload, usually Coq.Init.Prelude
*)
flags : Flags.t;
(*
Coq-specific flags
*)
warnings : Warning.t list;
kind : string;
(*
How the workspace was built
*)
debug : bool;
(*
Enable backtraces
*)

}

Sourceval inject_requires : extra_requires:Require.t list -> t -> t

Inject some requires

Sourceval compare : t -> t -> int

compare

Sourceval hash : t -> int

hash

Sourceval describe : t -> string * string

user message, debug extra data

Sourceval describe_guess : (t, string) Result.t -> string * string

Sourcemodule CmdLine : sig ... end

val guess : 
  token:Limits.Token.t ->
  debug:bool ->
  cmdline:CmdLine.t ->
  dir:string ->
  (t, string) Result.t

Sourceval default : debug:bool -> cmdline:CmdLine.t -> t

Sourceval apply : uri:Lang.LUri.File.t -> t -> unit

apply libname w will prepare Coq for a new file libname on workspace w

Sourceval dirpath_of_uri : uri:Lang.LUri.File.t -> Names.DirPath.t