package lwt

  1. Overview
  2. Docs
On This Page
  1. Reading
  2. Writing
Promises and event-driven I/O

Install 

dune-project
 Dependency

github.com Readme MIT License Edit opam file Versions (27)

Authors

  1. J
    Jérôme Vouillon
  2. J
    Jérémie Dimino

Maintainers

  1. R
    Raphaël Proust <code@bnwr.net>
  2. Anton Bachin

Sources

5.9.1.tar.gz
md5=18742da8b8fe3618e3fa700b7a884fe7
sha512=1c51fdb4d0856c89e2df08a1c0095ef28ebd0f613b07b03d0f66501ca5486515562071291e6d0932e57587ed0c9362c8b92c5c9eddb4d2bb2f5e129986b484a7

doc/lwt.unix/Lwt_io/BE/index.html

Module Lwt_io.BESource

Reading/writing of numbers in big-endian

Reading

Sourceval read_int : input_channel -> int Lwt.t

Reads a 32-bits integer as an ocaml int

Sourceval read_int16 : input_channel -> int Lwt.t
Sourceval read_int32 : input_channel -> int32 Lwt.t
Sourceval read_int64 : input_channel -> int64 Lwt.t
Sourceval read_float32 : input_channel -> float Lwt.t

Reads an IEEE single precision floating point value

Sourceval read_float64 : input_channel -> float Lwt.t

Reads an IEEE double precision floating point value

Writing

Sourceval write_int : output_channel -> int -> unit Lwt.t

Writes an ocaml int as a 32-bits integer

Sourceval write_int16 : output_channel -> int -> unit Lwt.t
Sourceval write_int32 : output_channel -> int32 -> unit Lwt.t
Sourceval write_int64 : output_channel -> int64 -> unit Lwt.t
Sourceval write_float32 : output_channel -> float -> unit Lwt.t

Writes an IEEE single precision floating point value

Sourceval write_float64 : output_channel -> float -> unit Lwt.t

Writes an IEEE double precision floating point value