You can search for identifiers within the package.
in-package search v0.2.0
val absolute : Object.t -> Object.t
val add : Object.t -> Object.t -> Object.t
val number_and : Object.t -> Object.t -> Object.t
val divmod : Object.t -> Object.t -> Object.t
val float : Object.t -> Object.t
val floor_divide : Object.t -> Object.t -> Object.t
val in_place_add : Object.t -> Object.t -> Object.t
val in_place_and : Object.t -> Object.t -> Object.t
val in_place_floor_divide : Object.t -> Object.t -> Object.t
val in_place_lshift : Object.t -> Object.t -> Object.t
val in_place_multiply : Object.t -> Object.t -> Object.t
val in_place_or : Object.t -> Object.t -> Object.t
val in_place_power : Object.t -> Object.t -> Object.t -> Object.t
val in_place_remainder : Object.t -> Object.t -> Object.t
val in_place_rshift : Object.t -> Object.t -> Object.t
val in_place_subtract : Object.t -> Object.t -> Object.t
val in_place_true_divide : Object.t -> Object.t -> Object.t
val in_place_xor : Object.t -> Object.t -> Object.t
val invert : Object.t -> Object.t
val lshift : Object.t -> Object.t -> Object.t
val multiply : Object.t -> Object.t -> Object.t
val negative : Object.t -> Object.t
val number_or : Object.t -> Object.t -> Object.t
val positive : Object.t -> Object.t
val power : Object.t -> Object.t -> Object.t -> Object.t
val remainder : Object.t -> Object.t -> Object.t
val rshift : Object.t -> Object.t -> Object.t
val subtract : Object.t -> Object.t -> Object.t
val true_divide : Object.t -> Object.t -> Object.t
val number_xor : Object.t -> Object.t -> Object.t
val check : Object.t -> bool
val to_float : Object.t -> float