ocamlnet 4.1.9 · OCaml Package

exception Closed_channel

exception Buffer_underrun

exception Command_failure of Unix.process_status

class type rec_in_channel = object ... end

class type raw_in_channel = object ... end

class type rec_out_channel = object ... end

class type raw_out_channel = object ... end

class type raw_io_channel = object ... end

class type compl_in_channel = object ... end

class type in_obj_channel = object ... end

class type compl_out_channel = object ... end

class type out_obj_channel = object ... end

class type io_obj_channel = object ... end

class type trans_out_obj_channel = object ... end

class input_channel : ?onclose:(unit -> unit) -> in_channel -> in_obj_channel

val input_channel : ?onclose:(unit -> unit) -> in_channel -> in_obj_channel

class input_command : string -> in_obj_channel

val input_command : string -> in_obj_channel

class input_string : ?pos:int -> ?len:int -> string -> in_obj_channel

val input_string : ?pos:int -> ?len:int -> string -> in_obj_channel

class input_bytes : ?pos:int -> ?len:int -> Bytes.t -> in_obj_channel

val input_bytes : ?pos:int -> ?len:int -> Bytes.t -> in_obj_channel

class input_memory : ?pos:int -> ?len:int -> Netsys_types.memory -> in_obj_channel

val input_memory : 
  ?pos:int ->
  ?len:int ->
  Netsys_types.memory ->
  in_obj_channel

val input_tstring : 
  ?pos:int ->
  ?len:int ->
  Netsys_types.tstring ->
  in_obj_channel

val create_input_netbuffer : 
  ?keep_data:bool ->
  Netbuffer.t ->
  in_obj_channel * (unit -> unit)

val lexbuf_of_in_obj_channel : in_obj_channel -> Lexing.lexbuf

val string_of_in_obj_channel : in_obj_channel -> string

val bytes_of_in_obj_channel : in_obj_channel -> Bytes.t

val lines_of_in_obj_channel : in_obj_channel -> string list

val with_in_obj_channel : in_obj_channel as 'c -> ('c -> 'b) -> 'b

class output_channel : ?onclose:(unit -> unit) -> out_channel -> out_obj_channel

class output_command : ?onclose:(unit -> unit) -> string -> out_obj_channel

class output_buffer : ?onclose:(unit -> unit) -> Buffer.t -> out_obj_channel

class output_netbuffer : ?onclose:(unit -> unit) -> Netbuffer.t -> out_obj_channel

class output_null : ?onclose:(unit -> unit) -> unit -> out_obj_channel

val with_out_obj_channel : out_obj_channel as 'c -> ('c -> 'b) -> 'b

class rec_in_channel_delegation : ?close:bool -> rec_in_channel -> rec_in_channel

class raw_in_channel_delegation : ?close:bool -> raw_in_channel -> raw_in_channel

class in_obj_channel_delegation : ?close:bool -> in_obj_channel -> in_obj_channel

class rec_out_channel_delegation : ?close:bool -> rec_out_channel -> rec_out_channel

class raw_out_channel_delegation : ?close:bool -> raw_out_channel -> raw_out_channel

class out_obj_channel_delegation : ?close:bool -> out_obj_channel -> out_obj_channel

val lift_in : 
  ?eol:string list ->
  ?buffered:bool ->
  ?buffer_size:int ->
  ?pass_through:int ->
  [ `Raw of raw_in_channel | `Rec of rec_in_channel ] ->
  in_obj_channel

val lift_out : 
  ?buffered:bool ->
  ?buffer_size:int ->
  ?pass_through:int ->
  [ `Raw of raw_out_channel | `Rec of rec_out_channel ] ->
  out_obj_channel

class virtual augment_raw_in_channel : object ... end

class lift_rec_in_channel : ?start_pos_in:int -> rec_in_channel -> in_obj_channel

class virtual augment_raw_out_channel : object ... end

class lift_raw_out_channel : raw_out_channel -> out_obj_channel

class lift_rec_out_channel : ?start_pos_out:int -> rec_out_channel -> out_obj_channel

type input_result = [

| `Data of int
| `Separator of string

]

class type enhanced_raw_in_channel = object ... end

class buffered_raw_in_channel : ?eol:string list -> ?buffer_size:int -> ?pass_through:int -> raw_in_channel -> 
  enhanced_raw_in_channel

class buffered_raw_out_channel : ?buffer_size:int -> ?pass_through:int -> raw_out_channel -> raw_out_channel

class input_descr : ?blocking:bool -> ?start_pos_in:int -> ?fd_style:Netsys.fd_style -> 
  Unix.file_descr -> raw_in_channel

class output_descr : ?blocking:bool -> ?start_pos_out:int -> ?fd_style:Netsys.fd_style -> 
  Unix.file_descr -> raw_out_channel

class socket_descr : ?blocking:bool -> ?start_pos_in:int -> ?start_pos_out:int -> ?fd_style:
  Netsys.fd_style -> Unix.file_descr -> raw_io_channel

type close_mode = [

| `Commit
| `Rollback

]

class buffered_trans_channel : ?close_mode:close_mode -> out_obj_channel -> trans_out_obj_channel

val make_temporary_file : 
  ?mode:int ->
  ?limit:int ->
  ?tmp_directory:string ->
  ?tmp_prefix:string ->
  unit ->
  string * in_channel * out_channel

class tempfile_trans_channel : ?close_mode:close_mode -> ?tmp_directory:string -> ?tmp_prefix:string -> 
  out_obj_channel -> trans_out_obj_channel

class pipe : ?conv:(Netbuffer.t ->
  bool ->
  Netbuffer.t ->
  unit) -> ?buffer_size:int -> unit -> io_obj_channel

class output_filter : io_obj_channel -> out_obj_channel -> out_obj_channel

class input_filter : in_obj_channel -> io_obj_channel -> in_obj_channel

package ocamlnet