package GuaCaml

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package GuaCaml
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Class type
module Channel : sig ... end
type !'a t = Channel.t -> 'a -> unit
val pos : Channel.channel -> unit
val bool_file : Channel.file_channel -> bool -> unit
val bool_barray : Channel.barray_channel -> bool -> unit
val bool : (Channel.data * Channel.channel_type) -> bool -> unit
val sized_bool_list : (Channel.data * Channel.channel_type) -> bool list -> unit
val sized_unit_list : 'a -> 'b -> unit
val bool_option_list : (Channel.data * Channel.channel_type) -> bool option list -> unit
val unsafe_unary : (Channel.data * Channel.channel_type) -> int -> unit
val unary : (Channel.data * Channel.channel_type) -> int -> unit
val sized_int : int -> (Channel.data * Channel.channel_type) -> int -> unit
val int_aux : (Channel.data * Channel.channel_type) -> int -> unit
val int_legacy : (Channel.data * Channel.channel_type) -> int -> unit
val int_vanilla_rec : (Channel.data * Channel.channel_type) -> int -> unit
val int_vanilla : (Channel.data * Channel.channel_type) -> int -> unit
val debug_int : Channel.channel -> int -> unit
val int : Channel.channel -> int -> unit
val ntimes : int -> ('a -> 'b -> 'c) -> 'a -> 'b -> unit
val unary_le : int -> (Channel.data * Channel.channel_type) -> int -> unit
val option : 'a t -> Channel.t -> 'a option -> unit
val int_option : Channel.channel -> int option -> unit
val int_bool_result : Channel.channel -> (int, bool) Stdlib.result -> unit
val sized_list : 'a t -> Channel.t -> 'a list -> unit
val sized_bool_list_le : bool list -> (Channel.data * Channel.channel_type) -> bool list -> unit
val int_le : int -> (Channel.data * Channel.channel_type) -> int -> unit
val int' : int -> int -> (Channel.data * Channel.channel_type) -> int -> unit
val list : 'a t -> Channel.channel -> 'a list -> unit
val bool_list : Channel.channel -> bool list -> unit
val none_list : 'a option t -> Channel.t -> 'a list -> unit
val array : 'a t -> Channel.channel -> 'a array -> unit
val pair : 'a t -> 'b t -> Channel.t -> ('a * 'b) -> unit
val (*) : 'a t -> 'b t -> Channel.t -> ('a * 'b) -> unit
val trio : 'a t -> 'b t -> 'c t -> Channel.t -> ('a * 'b * 'c) -> unit
val quad : 'a t -> 'b t -> 'c t -> 'd t -> Channel.t -> ('a * 'b * 'c * 'd) -> unit
val unit : 'a -> unit -> unit
val char : (Channel.data * Channel.channel_type) -> char -> unit
val bytes : Channel.channel -> bytes -> unit
val string : Channel.channel -> string -> unit
val float : Channel.channel -> float -> unit
val barray : Channel.channel -> Channel.BA.t -> unit
val btree : 'a t -> Channel.t -> 'a Tree.btree -> unit
val btree_code : ?pf:('a -> bool list -> unit) option -> 'a Tree.btree -> 'a t
val huffman_btree : ?pf:('a -> bool list -> unit) option -> 'a t -> Channel.t -> 'a Tree.btree -> unit
val huffman : ?sofa:('a -> string) option -> 'a t -> Channel.t -> ('a * int) list -> 'a t
val huffman2 : ?sofa:'a STools.ToS.t option -> ?post:('a list -> 'a t) option -> 'a t -> Channel.t -> ('a * int) list -> 'a t
val dag_core : ('ident -> int option) -> ('ident -> int -> unit) -> ('link -> 'ident) -> (Channel.channel -> ('link -> int -> int) -> 'link -> int -> int) -> (int -> int t) -> Channel.channel -> 'link -> int -> int
val ctx_dag_core : ('ctx -> 'ident -> int option) -> ('ctx -> 'ident -> int -> unit) -> ('link -> 'ident) -> (Channel.channel -> ('ctx -> 'link -> int -> int) -> 'ctx -> 'link -> int -> int) -> ('ctx -> int -> int t) -> Channel.channel -> 'ctx -> 'link -> int -> int
val hctx_dag_core : ('ctx -> 'ident -> int option) -> ('ctx -> 'ident -> int -> unit) -> ('link -> 'ident) -> (Channel.channel -> ('ctx -> 'link -> unit) -> 'ctx -> 'link -> unit) -> ('ctx -> int -> int t) -> ('ctx -> int) -> ('ctx -> int) -> Channel.channel -> 'ctx -> 'link -> unit
val hctx2_dag_core : ('ctx -> 'ident -> int option) -> ('ctx -> 'ident -> int -> unit) -> ('link -> 'ident) -> (Channel.channel -> ('ctx -> 'link -> unit) -> 'ctx -> 'link -> unit) -> ('ctx -> int -> int option t) -> ('ctx -> int) -> ('ctx -> int) -> Channel.channel -> 'ctx -> 'link -> unit
val hctx3_dag_core : ('ctx -> 'ident -> (int, bool) Stdlib.result) -> ('ctx -> 'ident -> int -> unit) -> ('link -> 'ident) -> (Channel.channel -> ('ctx -> 'link -> unit) -> 'ctx -> 'link -> unit) -> ('ctx -> int -> (int, bool) Stdlib.result t) -> ('ctx -> int) -> ('ctx -> int) -> Channel.channel -> 'ctx -> 'link -> unit
val ofbstream : Channel.channel -> BTools_OfBStream.Channel.t -> unit
val sum_list : ?min:int -> int -> (Channel.data * Channel.channel_type) -> int list -> unit