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Module Reader0.Internal

module Internal: sig .. end
module State: sig .. end
module Open_flags: Reader0.Unix.Open_flags
type open_flags = (Open_flags.t, exn) Core.Std.Result.t 
val sexp_of_open_flags : (Open_flags.t, Core_kernel.Exn.t) Core.Std.Result.t ->
       Sexplib.Sexp.t
type t = {
   fd : Fd.t;
   id : Reader0.Id.t;
   mutable buf : Core.Std.Bigstring.t Core.Std.sexp_opaque;
   mutable close_may_destroy_buf : [ `Not_ever | `Not_now | `Yes ];
   mutable pos : int;
   mutable available : int;
   mutable bin_prot_len_buf : Core.Std.Bigstring.t Core.Std.sexp_opaque;
   mutable bin_prot_buf : Core.Std.Bigstring.t Core.Std.sexp_opaque;
   mutable state : State.t;
   close_finished : unit Import.Ivar.t;
   mutable last_read_time : Core.Std.Time.t;
   open_flags : open_flags Import.Deferred.t;
} 
val sexp_of_t : t -> Sexplib.Sexp.t
val open_flags : t -> open_flags Import.Deferred.t
val last_read_time : t -> Core.Std.Time.t
val set_last_read_time : t -> Core.Std.Time.t -> unit
val close_finished : t -> unit Import.Ivar.Deferred.t
val state : t -> State.t
val set_state : t -> State.t -> unit
val bin_prot_buf : t -> Core.Std.Bigstring.t Core.Std.sexp_opaque
val set_bin_prot_buf : t -> Core.Std.Bigstring.t Core.Std.sexp_opaque -> unit
val bin_prot_len_buf : t -> Core.Std.Bigstring.t Core.Std.sexp_opaque
val set_bin_prot_len_buf : t -> Core.Std.Bigstring.t Core.Std.sexp_opaque -> unit
val available : t -> int
val set_available : t -> int -> unit
val pos : t -> int
val set_pos : t -> int -> unit
val close_may_destroy_buf : t -> [ `Not_ever | `Not_now | `Yes ]
val set_close_may_destroy_buf : t -> [ `Not_ever | `Not_now | `Yes ] -> unit
val buf : t -> Core.Std.Bigstring.t Core.Std.sexp_opaque
val set_buf : t -> Core.Std.Bigstring.t Core.Std.sexp_opaque -> unit
val id : t -> Reader0.Id.t
val fd : t -> Fd.t
module Fields: sig .. end
val io_stats : Io_stats.t
val invariant : t -> unit
val create : ?buf_len:int -> Fd.t -> t
val of_in_channel : Core.Std.In_channel.t -> Fd.Kind.t -> t
val open_file : ?close_on_exec:bool ->
       ?buf_len:int -> string -> t Async_core.Deferred.t
val stdin : t lazy_t
val close_finished : t -> unit Import.Ivar.Deferred.t
val is_closed : t -> bool
val empty_buf : Core.Std.Bigstring.t
val destroy : t -> unit
val close : t -> unit Import.Ivar.Deferred.t
val with_close : t ->
       f:(unit -> 'a Async_core.Deferred.t) -> 'a Async_core.Deferred.t
val with_reader_exclusive : t ->
       (unit -> 'a Async_core.Deferred.t) -> 'a Async_core.Deferred.t
val with_file : ?buf_len:int ->
       ?exclusive:bool ->
       string ->
       f:(t -> 'a Async_core.Deferred.t) ->
       'a Async_core.Deferred.t
val get_data : t -> [ `Eof | `Ok ] Import.Deferred.t
val with_nonempty_buffer : t -> ([ `Eof | `Ok ] -> 'a) -> 'a Import.Deferred.t
val with_nonempty_buffer' : ?force_refill:bool -> t -> ([ `Eof | `Ok ] -> unit) -> unit
val consume : t -> int -> unit
type 'a read_one_chunk_at_a_time_result = [ `Eof | `Eof_with_unconsumed_data of string | `Stopped of 'a ] 
val sexp_of_read_one_chunk_at_a_time_result : 'a.
         ('a -> Sexplib.Sexp.t) ->
         'a read_one_chunk_at_a_time_result -> Sexplib.Sexp.t
type consumed = [ `Consumed of int * [ `Need of int | `Need_unknown ] ] 
val sexp_of_consumed : [< `Consumed of int * [< `Need of int | `Need_unknown ] ] -> Sexplib.Sexp.t
val read_one_chunk_at_a_time : t ->
       handle_chunk:(Core.Std.Bigstring.t Core.Std.sexp_opaque ->
                     pos:int ->
                     len:int ->
                     [< `Consumed of
                          int * [< `Need of int | `Need_unknown ] &
                          int * [< `Need of int | `Need_unknown ]
                      | `Continue
                      | `Stop of 'a
                      | `Stop_consumed of 'a * int ]
                     Import.Deferred.t) ->
       [> `Eof | `Eof_with_unconsumed_data of string | `Stopped of 'a ]
       Import.Deferred.t
module Read: 
functor (S : Core.Std.Substring_intf.S) -> 
functor (Name : sig


val name : string
end) -> sig .. end
module Read_substring: Read(Core.Std.Substring)(sig


val name : string
end)
val read_substring : t ->
       Core.Std.Substring.t -> [> `Eof | `Ok of Core.Std.Int.t ] Import.Deferred.t
val really_read_substring : t ->
       Core.Std.Substring.t -> [> `Eof of int | `Ok ] Import.Deferred.t
module Read_bigsubstring: Read(Core.Std.Bigsubstring)(sig


val name : string
end)
val read_bigsubstring : t ->
       Core.Std.Bigsubstring.t ->
       [> `Eof | `Ok of Core.Std.Int.t ] Import.Deferred.t
val really_read_bigsubstring : t ->
       Core.Std.Bigsubstring.t -> [> `Eof of int | `Ok ] Import.Deferred.t
val really_read_bigstring : t ->
       Core_kernel.Bigstring.t -> [> `Eof of int | `Ok ] Import.Deferred.t
val read : t ->
       ?pos:int ->
       ?len:int ->
       Core.Std.Substring.base ->
       [> `Eof | `Ok of Core.Std.Int.t ] Import.Deferred.t
val really_read : t ->
       ?pos:int ->
       ?len:int ->
       Core.Std.Substring.base -> [> `Eof of int | `Ok ] Import.Deferred.t
val read_char : t -> [> `Eof | `Ok of char ] Import.Deferred.t
val first_char : t ->
       [< `Char of char | `Pred of char -> bool ] -> int option Core.Std.Or_error.t
val read_until_gen : t ->
       [< `Char of char | `Pred of char -> bool ] ->
       keep_delim:bool ->
       max:int option ->
       (([> `Eof
          | `Eof_without_delim of string
          | `Max_exceeded of string
          | `Ok of string ],
         Core_kernel.Error.t)
        Core.Std._result -> unit) ->
       unit
val read_until : t ->
       [< `Char of char | `Pred of char -> bool ] ->
       keep_delim:bool ->
       (([> `Eof | `Eof_without_delim of string | `Ok of string ],
         Core_kernel.Error.t)
        Core.Std._result -> unit) ->
       unit
val line_delimiter_pred : [> `Char of char ]
val read_line_gen : t ->
       ([> `Eof | `Eof_without_delim of string | `Ok of Core.Std.String.t ] -> unit) ->
       unit
val read_line : t -> [> `Eof | `Ok of Core.Std.String.t ] Import.Deferred.t
val really_read_line : wait_time:Core.Std.Time.Span.t ->
       t -> Core.Std.String.t option Import.Deferred.t
val space : Core.Std.Bigstring.t
val gen_read_sexp : ?parse_pos:Core.Std.Sexp.Parse_pos.t ->
       t ->
       (?parse_pos:Core.Std.Sexp.Parse_pos.t ->
        ?len:int ->
        Core.Std.Bigstring.t ->
        (Core.Std.Bigstring.t, 'a) Core.Std.Sexp.parse_result) ->
       (([> `Eof | `Ok of 'a * Core.Std.Sexp.Parse_pos.t ], Core_kernel.Error.t)
        Core.Std._result -> unit) ->
       unit
type 'a read = ?parse_pos:Core.Std.Sexp.Parse_pos.t -> 'a 
val gen_read_sexps : ?parse_pos:Core.Std.Sexp.Parse_pos.t ->
       t ->
       (?parse_pos:Core.Std.Sexp.Parse_pos.t ->
        ?len:int ->
        Core.Std.Bigstring.t ->
        (Core.Std.Bigstring.t, 'a) Core.Std.Sexp.parse_result) ->
       'a Import.Pipe.Reader.t
val read_sexps : ?parse_pos:Core.Std.Sexp.Parse_pos.t ->
       t -> Core.Std.Sexp.t Import.Pipe.Reader.t
val read_bin_prot : ?max_len:Core.Std.Int.t ->
       t ->
       'a Reader0.Type_class.reader ->
       ([> `Eof | `Ok of 'a ] Core.Std.Or_error.t -> unit) -> unit
val read_marshal_raw : t ->
       [> `Eof | `Ok of Core.Std.String.t ] Async_core.Deferred.t
val read_marshal : t -> [> `Eof | `Ok of 'a ] Async_core.Deferred.t
val read_all : t ->
       (t -> [< `Eof | `Ok of 'a ] Async_core.Deferred.t) ->
       'a Import.Pipe.Reader.t
val lines : t -> Core.Std.String.t Import.Pipe.Reader.t
val contents : t -> string Async_core.Deferred.t
val recv : t -> [> `Eof | `Ok of Core.Std.String.t ] Import.Deferred.t
val transfer : t ->
       (string, Import.Pipe.Writer.phantom) Import.Pipe.t -> unit Import.Deferred.t