Pa_deriving_enum (pa_ppx.Pa_deriving

val to_fname : 'a -> string -> string

val of_fname : 'a -> string -> string

val min_fname : 'a -> string -> string

val max_fname : 'a -> string -> string

val extract_value : MLast.attributes_no_anti -> int option

module PM : sig ... end

val to_expression : 'a -> MLast.ctyp -> (MLast.expr * int) list * MLast.expr

val of_expression : 'a -> (MLast.expr * int) list -> MLast.ctyp -> MLast.expr

val fmt_top : 'a -> MLast.ctyp -> MLast.expr * MLast.expr * int * int

val str_item_top_funs : 'a -> MLast.type_decl -> (string * MLast.expr) list

val sig_item_top_funs : 'a -> MLast.type_decl -> (string * MLast.ctyp) list

val str_item_funs : 
  'a ->
  MLast.type_decl ->
  (MLast.patt
   * MLast.expr
   * ((MLast.loc * string) Ploc.vala * MLast.payload) Ploc.vala list Ploc.vala)
    list

val sig_item_funs : 'a -> MLast.type_decl -> MLast.sig_item list

val str_item_gen_enum0 : 
  'a ->
  MLast.type_decl ->
  (MLast.patt
   * MLast.expr
   * ((MLast.loc * string) Ploc.vala * MLast.payload) Ploc.vala list Ploc.vala)
    list

val str_item_gen_enum : 'a -> 'b -> MLast.str_item -> MLast.str_item

val sig_item_gen_enum0 : 'a -> MLast.type_decl -> MLast.sig_item list

val sig_item_gen_enum : 'a -> 'b -> MLast.sig_item -> MLast.sig_item