package DAGaml

  1. Overview
  2. Docs
package DAGaml
Legend:
Library
Module
Module type
Parameter
Class
Class type
module M : sig ... end
type ident = BinUbdag.Make(M1.M).ident = {
  1. height : int;
  2. index : int;
}
type next' = ident M.next'
type edge' = ident M.edge'
type node' = ident M.node'
type manager = BinUbdag.Make(M1.M).manager = {
  1. mutable man : GuaCaml.H2Array.t array;
}
val default_layer : int
val makeman : int -> manager
val default_hsize : int
val newman : unit -> manager
val getsize : manager -> int
val number_of_nodes : manager -> int
val dump_stats : manager -> string GuaCaml.Tree.tree
val getsize_edge : (M.edge * 'a) -> int
val getsize_edges : (M.edge * 'a) list -> int
val dump_estats : manager -> (M.edge * 'a) list -> string GuaCaml.Tree.tree
val string_of_ident : ident -> string
val string_of_next' : (M.leaf, ident) GuaCaml.Tree.gnext -> string
val height_next : ('a, ident) GuaCaml.Tree.gnext -> int
val height_edge : ('a * ('b, ident) GuaCaml.Tree.gnext) -> int
val height_node : ('a * ('b * ('c, ident) GuaCaml.Tree.gnext) * ('d * ('e, ident) GuaCaml.Tree.gnext)) -> int
val resize_double : manager -> unit
val push : manager -> ident M.node' -> ident
val pull : manager -> ident -> ident M.node'
val dump : manager -> ident M.edge' list -> string GuaCaml.Tree.tree
val load : string GuaCaml.Tree.tree -> manager * ident M.edge' list
val tof_edge' : GuaCaml.Io.ToF.stream -> ident M.edge' -> unit
val true_height : manager -> int
val bw : ?destruct:bool -> manager -> GuaCaml.BTools.ToBStream.Channel.t -> edge' list -> unit
val combine_layerized_file : ?normalize:bool -> in_channel array -> out_channel -> unit
val to_barray : ?destruct:bool -> manager -> edge' list -> GuaCaml.BTools.BArray.t
val of_barray : GuaCaml.BTools.BArray.t -> manager * ident M.edge' list
val export : manager -> ((ident -> 'xnode) -> ident -> 'xnode) -> ((unit -> 'xnode) M.node' -> 'xnode) -> ident -> 'xnode
val traverse : manager -> edge' -> bool
val copy_into : manager -> manager -> edge' -> edge'
val copy_list_into : manager -> manager -> edge' list -> edge' list
val reachable : ?clean:bool -> ?hr:bool -> manager -> edge' list -> unit
val collect : ?hr:bool -> manager -> edge' list -> unit
val compact : manager -> ?hr:bool -> ?normalize:bool -> edge' list -> edge' list
val keep_clean : ?hr:bool -> ?compactify:bool -> ?normalize:bool -> manager -> edge' list -> edge' list
type !'lk bw_next' = 'lk GuaCaml.BTools.bw -> 'lk M.next' GuaCaml.BTools.bw
type !'lk bw_node' = 'lk GuaCaml.BTools.bw -> 'lk M.node' GuaCaml.BTools.bw
type !'lk bw_edge' = 'lk GuaCaml.BTools.bw -> 'lk M.edge' GuaCaml.BTools.bw
module BW : sig ... end
val bw_node_list : ident bw_node' -> manager -> GuaCaml.BTools.ToBStream.Channel.t -> ident list -> unit
val bw_edge_list : ident bw_node' -> ident bw_edge' -> manager -> GuaCaml.BTools.ToBStream.Channel.t -> edge' list -> unit
type !'lk br_next' = 'lk GuaCaml.BTools.br -> 'lk M.next' GuaCaml.BTools.br
type !'lk br_node' = 'lk GuaCaml.BTools.br -> 'lk M.node' GuaCaml.BTools.br
type !'lk br_edge' = 'lk GuaCaml.BTools.br -> 'lk M.edge' GuaCaml.BTools.br
module BR : sig ... end
type !'lk bre_node' = 'lk M.edge' GuaCaml.BTools.br -> ('lk M.node' -> 'lk) -> 'lk M.edge' GuaCaml.BTools.br
type !'lk bre_edge' = 'lk M.edge' GuaCaml.BTools.br -> 'lk M.edge' GuaCaml.BTools.br
module BRE : sig ... end
val to_stree : manager -> GuaCaml.Tree.stree
module ToF : sig ... end
module OfF : sig ... end
OCaml

Innovation. Community. Security.

GitHub Discord Twitter Peertube RSS
About
Changelog Releases Industrial Users Academic Users Why OCaml
Ecosystem
Packages Community Events OCaml Planet Jobs
Resources
Install OCaml Get Started Platform Tools Language Manual Standard Library API Books Exercises Papers OCaml Playground Logo
Policies
Carbon Footprint Governance Privacy Code of Conduct