package letsencrypt-mirage

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ACME implementation in OCaml for MirageOS

Install

Dune Dependency

github.com Readme Changelog BSD-2-clause License Edit opam file Versions (3)

Authors

M

Michele Mu <maker@tumbolandia.net>, Hannes Mehnert <hannes@mehnert.org>

Maintainers

M

Michele Mu <maker@tumbolandia.net>

Sources

letsencrypt-1.0.0.tbz

sha256=928346d7d6a82d8dbc1dbec6cae3ee254cab080139f67daf8db1f8cf4ca41af0

sha512=bcb394200ac4a9d4bc4ed45cc60d6c6af0827d81b68b79d0fcc5e80700a33eb6792cb3fd76ebb2309fe50a61c4ad71def3f8f10a508d7c50c38a4b30dccba906

doc/letsencrypt-mirage.http-server/LE_http_server/Make/argument-3-Random/index.html

Parameter `Make.Random`

type g = Mirage_crypto_rng.g

A generator (PRNG) with its state.

module Entropy : sig ... end

Entropy sources and collection

val generate_into : ?g:g -> bytes -> ?off:int -> int -> unit

generate_into ~g buf ~off len invokes generate_into on g or default generator. The random data is put into buf starting at off (defaults to 0) with len bytes.

val generate : ?g:g -> int -> string

Invoke generate_into on g or default generator and a freshly allocated string.

val accumulate : g option -> Entropy.source -> [ `Acc of string -> unit ]

accumulate g source is a function data -> unit to feed entropy to the RNG. This is useful if your system has a special entropy source.