Module Typed_array.DataView

The DataView view provides a low-level interface for reading and writing multiple number types in an ArrayBuffer irrespective of the platform's endianness.

see https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/DataView MDN

type t

type t;

val make : Js.arrayBuffer -> t

let make: Js.arrayBuffer => t;

val fromBuffer : Js.arrayBuffer -> ?off:int -> ?len:int -> unit -> t

let fromBuffer: Js.arrayBuffer => ?off:int => ?len:int => unit => t;

val buffer : t -> Js.arrayBuffer

let buffer: t => Js.arrayBuffer;

val byteLength : t -> int

let byteLength: t => int;

val byteOffset : t -> int

let byteOffset: t => int;

val getInt8 : int -> t -> int

let getInt8: int => t => int;

val getUint8 : int -> t -> int

let getUint8: int => t => int;

val getInt16 : int -> t -> int

let getInt16: int => t => int;

val getInt16LittleEndian : int -> t -> int

let getInt16LittleEndian: int => t => int;

val getUint16 : int -> t -> int

let getUint16: int => t => int;

val getUint16LittleEndian : int -> t -> int

let getUint16LittleEndian: int => t => int;

val getInt32 : int -> t -> int

let getInt32: int => t => int;

val getInt32LittleEndian : int -> t -> int

let getInt32LittleEndian: int => t => int;

val getUint32 : int -> t -> int

let getUint32: int => t => int;

val getUint32LittleEndian : int -> t -> int

let getUint32LittleEndian: int => t => int;

val getFloat32 : int -> t -> float

let getFloat32: int => t => float;

val getFloat32LittleEndian : int -> t -> float

let getFloat32LittleEndian: int => t => float;

val getFloat64 : int -> t -> float

let getFloat64: int => t => float;

val getFloat64LittleEndian : int -> t -> float

let getFloat64LittleEndian: int => t => float;

val setInt8 : int -> int -> t -> unit

let setInt8: int => int => t => unit;

val setUint8 : int -> int -> t -> unit

let setUint8: int => int => t => unit;

val setInt16 : int -> int -> t -> unit

let setInt16: int => int => t => unit;

val setInt16LittleEndian : int -> int -> t -> unit

let setInt16LittleEndian: int => int => t => unit;

val setUint16 : int -> int -> t -> unit

let setUint16: int => int => t => unit;

val setUint16LittleEndian : int -> int -> t -> unit

let setUint16LittleEndian: int => int => t => unit;

val setInt32 : int -> int -> t -> unit

let setInt32: int => int => t => unit;

val setInt32LittleEndian : int -> int -> t -> unit

let setInt32LittleEndian: int => int => t => unit;

val setUint32 : int -> int -> t -> unit

let setUint32: int => int => t => unit;

val setUint32LittleEndian : int -> int -> t -> unit

let setUint32LittleEndian: int => int => t => unit;

val setFloat32 : int -> float -> t -> unit

let setFloat32: int => float => t => unit;

val setFloat32LittleEndian : int -> float -> t -> unit

let setFloat32LittleEndian: int => float => t => unit;

val setFloat64 : int -> float -> t -> unit

let setFloat64: int => float => t => unit;

val setFloat64LittleEndian : int -> float -> t -> unit

let setFloat64LittleEndian: int => float => t => unit;