You can search for identifiers within the package.
in-package search v0.2.0
val check : Object.t -> bool
val create : int -> Object.t
val empty : Object.t
val get_item : Object.t -> int -> Object.t
val get : Object.t -> int -> Object.t
val set_item : Object.t -> int -> Object.t -> unit
val set : Object.t -> int -> Object.t -> unit
val get_slice : Object.t -> int -> int -> Object.t
val size : Object.t -> int
val init : int -> (int -> Object.t) -> Object.t
val of_array : Object.t array -> Object.t
val of_array_map : ('a -> Object.t) -> 'a array -> Object.t
val of_list : Object.t list -> Object.t
val of_list_map : ('a -> Object.t) -> 'a list -> Object.t
val to_array : Object.t -> Object.t array
val to_array_map : (Object.t -> 'a) -> Object.t -> 'a array
val to_list : Object.t -> Object.t list
val to_list_map : (Object.t -> 'a) -> Object.t -> 'a list
val fold_left : ('a -> Object.t -> 'a) -> 'a -> Object.t -> 'a
val fold_right : (Object.t -> 'a -> 'a) -> Object.t -> 'a -> 'a
val for_all : (Object.t -> bool) -> Object.t -> bool
val exists : (Object.t -> bool) -> Object.t -> bool
val of_sequence : Object.t -> Object.t
val of_tuple1 : Object.t -> Object.t
val of_tuple2 : (Object.t * Object.t) -> Object.t
val of_tuple3 : (Object.t * Object.t * Object.t) -> Object.t
val of_tuple4 : (Object.t * Object.t * Object.t * Object.t) -> Object.t
val of_tuple5 : (Object.t * Object.t * Object.t * Object.t * Object.t) -> Object.t
val to_tuple1 : Object.t -> Object.t
val to_tuple2 : Object.t -> Object.t * Object.t
val to_tuple3 : Object.t -> Object.t * Object.t * Object.t
val to_tuple4 : Object.t -> Object.t * Object.t * Object.t * Object.t
val to_tuple5 : Object.t -> Object.t * Object.t * Object.t * Object.t * Object.t
val singleton : Object.t -> Object.t
val to_singleton : Object.t -> Object.t
val of_pair : (Object.t * Object.t) -> Object.t
val to_pair : Object.t -> Object.t * Object.t