random number
Get a buffer of random bytes from /dev/urandom file, time or another source
Cryptographically secure random number generator using `/dev/urandom` with fallback to node's `crypto` and finally to `window.crypto || window.mscrypto`.
Cryptographically secure random number generator using `/dev/urandom` with fallback to node's `crypto` and finally to `window.crypto || window.mscrypto`.
simple speed measurement in javascript
Speed measurment
Open Node Streams on demand.
Cryptographically secure random number generator using `/dev/urandom` with fallback to node's `crypto` and finally to `window.crypto || window.mscrypto`.
read from /dev/urandom or another random number source device
read from /dev/urandom or another random number source device
Creates a readable stream producing cryptographically strong pseudo-random data using `crypto.randomBytes()`
`/dev/urandom` is made out of cold hard math. Instead, consider using `/dev/uwurandom`, which generates data through a tiny catgirl furiously typing away utter nonsense inside your computer.
read from /dev/urandom or another random number source device
Given a 128 bit secret, create functions to encrypt a 32 bit signed integer to a base58 encoded string and vice versa for things such as coupon codes, order ids, short URLs, serial numbers, etc. ## usage ```shell npm install crypt-ids cat /dev/urandom
Cryptographically secure random number generator using `/dev/urandom` with fallback to node's `crypto` and finally to `window.crypto || window.mscrypto`.
My personal JavaScript / Node.js library (and interpreter) extension(s).
Multi-purpose deploy once prototyping backend
Pipe viewer in Node.js
Simple encryption-at-rest with key rotation. Includes sequelize support.
CLI that produces bip39 mnemonic words from entrophy hex input
A better Math.random()
CLI for the Cloud CLI project
Creates a readable stream producing cryptographically strong pseudo-random data using `crypto.randomBytes()`
When creating new NodeJS modules, use this skeletal structure
Produce and consume randomness, to convert them to useful types and distributions, and some randomness-related algorithms.
CLI password generator with interactive TUI and cryptographic-grade RNG
random numbers in bitcoin
Build disk images and filesystems (ext2/3/4, MBR, GPT) from a directory tree and TOML spec, in the spirit of genext2fs.
Random numbers from the OS interface
uwurandom in Rust
a simple CLI for uwurandom-rs
proc macros for uwurandom-rs
a no-std library to generate uwurandom
Prefer urandom to OpenSSL
Xelor was built for systems that require random bytes for processes faster than one second. Because normal random generation is based off of time as a seed, if there exists multiple calls towards SecureRandom or Rand within one second, the same number will be produced. This can be resolved on unix or linux based systems by making a system call to read /dev/urandom.
Sysrandom generates secure random numbers using /dev/urandom, getrandom(), etc