sig
type kind = [ `C | `OCaml | `OCaml_toplevel ]
val pp_kind : Format.formatter -> Assemblage.Bin.kind -> unit
val kind : [< `Bin ] Assemblage.part -> Assemblage.Bin.kind
val byte : [< `Bin ] Assemblage.part -> bool
val native : [< `Bin ] Assemblage.part -> bool
val js : [< `Bin ] Assemblage.part -> bool
val ocaml :
[< Assemblage.part_kind ] Assemblage.part ->
[< Assemblage.part_kind > `Bin ] Assemblage.part option
val ocaml_toplevel :
[< Assemblage.part_kind ] Assemblage.part ->
[< Assemblage.part_kind > `Bin ] Assemblage.part option
val c :
[< Assemblage.part_kind ] Assemblage.part ->
[< Assemblage.part_kind > `Bin ] Assemblage.part option
val v :
?usage:Assemblage.Part.usage ->
?exists:bool Assemblage.Conf.value ->
?args:Assemblage.Args.t ->
?byte:bool ->
?native:bool ->
?js:bool ->
string ->
Assemblage.Bin.kind ->
[< `Lib | `Pkg | `Unit ] Assemblage.part list ->
[< Assemblage.part_kind > `Bin ] Assemblage.part
val to_cmd :
?ext:Assemblage.Path.ext ->
[< `Bin ] Assemblage.part -> Assemblage.Acmd.cmd Assemblage.Conf.value
val to_cmd_path :
?abs:bool ->
?ext:Assemblage.Path.ext ->
[< `Bin ] Assemblage.part -> Assemblage.Path.t Assemblage.Conf.value
val exists :
?ext:Assemblage.Path.ext ->
[< `Bin ] Assemblage.part -> bool Assemblage.Conf.value
val gen :
?usage:Assemblage.Part.usage ->
?exists:bool Assemblage.Conf.value ->
?args:Assemblage.Args.t ->
?dir:Assemblage.Path.t Assemblage.Conf.value ->
?name:string ->
?ext:Assemblage.Path.ext ->
?stdin:Assemblage.Path.t Assemblage.Conf.value ->
?stdout:Assemblage.Path.t Assemblage.Conf.value ->
?stderr:Assemblage.Path.t Assemblage.Conf.value ->
[< `Bin ] Assemblage.Part.t ->
string list Assemblage.Conf.value ->
[< Assemblage.part_kind > `Base ] Assemblage.Part.t
end