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Functor AnyShtream.Make

module Make: 
functor (E : ELEM) -> S  with module Elem = E
Build a new shtream module. The AnyShtream.ELEM parameter E specifies how to read and print shtream elements.
Parameters:
E : ELEM 
include Shtream.COMMON
The result of AnyShtream.Make contains all the type-indifferent shtream operations from Shtream.
module Elem: AnyShtream.ELEM
Access to the underlying element type and operations. 
type 'a elem = 'a Elem.elem
Alias for AnyShtream.ELEM.elem
type initial = Elem.initial
Alias for AnyShtream.ELEM.initial
val elem_reader : Reader.t -> Pervasives.in_channel -> initial elem
Construct an initial elem reader from a record reader. Functions such as AnyShtream.S.of_channel and AnyShtream.S.of_program take a function of the type returned here.
val output : ?channel:Pervasives.out_channel ->
       ?init:('a elem -> string) ->
       ?term:('a elem -> string) ->
       ?show:('a elem -> string) -> 'a elem t -> unit
Write the entire contents of a shtream on a channel. For each element x of the shtream, it prints init x, then show x, and then term x on the channel, and then flushes the channel.
channel : default = stdout
init : default = fun _ -> ""
term : default = fun _ -> "\n"
show : default = Elem.string_of ()
val channel_of : ?procref:Channel.procref ->
       ?before:(unit -> unit) ->
       ?after:(unit -> unit) ->
       ?init:('a elem -> string) ->
       ?term:('a elem -> string) ->
       ?show:('a elem -> string) ->
       'a elem t -> Pervasives.in_channel
Construct an in_channel from the data in a shtream. If forking a child is necessary (see Shtream.channel_of), then the optional parameter ?before (resp. ?after) is called in the child before (resp. after) printing the shtream; anything printed on stdout by ?before (?after) appears in the resultant in_channel before (after) the shtream data.

The remaining arguments are as for AnyShtream.S.output.

val string_list_of : ?show:('a elem -> string) ->
       'a elem t -> string list
Convert a shtream to a list of strings, using ?show.
val string_stream_of : ?show:('a elem -> string) ->
       'a elem t -> string Stream.t
Convert a shtream to a standard library Stream.t of strings, using ?show.
val of_channel : ?reader:(Pervasives.in_channel -> initial elem) ->
       Pervasives.in_channel -> initial elem t
Read a shtream from a channel, using ?reader.
val of_file : ?reader:(Pervasives.in_channel -> initial elem) ->
       string -> initial elem t
Read a shtream from a file, using ?reader.
val of_command : ?procref:Channel.procref ->
       ?dups:Channel.dup_spec ->
       ?reader:(Pervasives.in_channel -> initial elem) ->
       string -> initial elem t
Read a shtream from the output of a command, using ?reader. If ?procref is given, stash the Proc.t; if ?dups is given, perform the dups in the child process.
val of_program : ?procref:Channel.procref ->
       ?dups:Channel.dup_spec ->
       ?reader:(Pervasives.in_channel -> initial elem) ->
       ?path:bool ->
       string ->
       ?argv0:string -> string list -> initial elem t
Read a shtream from the output of a process, using ?reader. If ?procref is given, stash the Proc.t; if ?dups is given, perform the dups in the child process.
val of_thunk : ?procref:Channel.procref ->
       ?dups:Channel.dup_spec ->
       ?reader:(Pervasives.in_channel -> initial elem) ->
       (unit -> unit) -> initial elem t
Read a shtream from the output of a thunk, using ?reader. If ?procref is given, stash the Proc.t; if ?dups is given, perform the dups in the child process.
val of_string_list : ?parse:(string -> initial elem) ->
       string list -> initial elem t
Construct a shtream from a list of strings, using ?parse.
val of_string_stream : ?parse:(string -> initial elem) ->
       string Stream.t -> initial elem t
Construct a shtream from a standard library Stream.t of strings, using ?parse.