Arbitrary-precision integer arithmetic using OpenSSL
A browserify implementation of node-bignum
Node.js JSON replacement which handles 64-bit integers and arbitrary-precision decimals.
TypeScript definitions for bignum
An Implementation of Base58 and Base58Check encoding using bignum library.
Bignum utility used in Noir inputs rewritten from rust to js with tests to ensure parity
TypeScript definitions for javascript-bignum
Babel plugin to replace tagged template literals with BigNum JS expressions.
A BigNum implementation
bignum api for browser javascript
Internal utility functions and constants shared across @bignum packages.
chai assertions for bignum
Library for working with bignum numbers
Type definitions for BigNum from https://www.github.com/DefinitelyTyped/DefinitelyTyped
## v.0.5.0
High-performance 128-bit and 256-bit integer arithmetic for AssemblyScript. Fully audited by Verichains. Designed for blockchain and cryptographic applications.
128 and 256 bits integer and fixed point arithmetics for AssemblyScript. Also support checking overflow/underflow
Type definitions for javascript-bignum from https://www.github.com/DefinitelyTyped/DefinitelyTyped
在json基础上, 扩展了bigint类型和自定义的BigNum类型, 对boolean, null等做了替换
Vite plugin to pre-compile BigNum template literals.
An implementation of the Paillier cryptosystem relying on bignum
Write formulas with template literals.
Minimalistic bignum library compiled from Moon-lang.
Arbitrary-precision decimal arithmetic with BigInt.
A wrapper lib around num_bigint, num_integer, and num_traits with extra utilities for handling incredibly large (astronomical) values.
command line tool to convert a modulus into bignum instance parameters for https://github.com/noir-lang/noir-bignum
Large, medium-precision numbers
A constant time bignum library that operates fully on the stack, effectively eliminating the side channel attack vector.
Big integer arithmetic (U1024, U2048, U4096, I4096)
A Rust implementation for Numbers from ± 10 ^ i64::MIN - 9.999.. * 10 ^ i64::MAX. The Primary Use of this is for Incremental Games.
SACP-CBOR/1: strict deterministic CBOR validation and canonical encoding (hot-path optimized, no_std-capable).
A crate for working with finite fields where the modulus is of unknown order, typtical for RSA, Paillier, Hyperelliptic curves, etc.
graviola is a modern, fast cryptography library
Functions for performing arithmetic modulo the 61st Mersenne number. Aimed at testing bignum implementations.
Fork of James Miller's Ramp, a high-performance multiple-precision arithmetic library
Rust FFI bindings for GMP, MPFR and MPC.
extended numbers
This is just a test. Fibonacci-related methods for Fixnum and Bignum. Currently only has closest_fibonacci.
Adds closest_fibonacci to Fixnum and Bignum
Creates a Set class with methods that allow you to construct and opperate on set instances. A 'Bignum' instance is used internally to store each element of the set. This allows very fast operations when comparing two set instances. Member elements can be represented as positive small integers, or characters. Sets can be constructed with integers, strings, characters, ranges, and arrays. When characters are used, the ordinate value sets the element bit of the internal Bignum.
Yet another FizzBuzz in Ruby! Provides simple and fast solution to a popular FizzBuzz problem for Ruby. Written in C as an example of using Ruby's C API - with the support for arbitrary large numeric values via the Bignum class, or the Integer class starting from Ruby version 2.4 onwards.
ruby-libtommath is a ruby extension encapsulating the LibTomMath multi-precision integer library (http://libtom.org/?page=features&newsitems=5&whatfile=ltm). It has been written to be an almost complete drop in replacement for ruby's Bignum.
Bitfifo implements a FIFO for 1 or more bits of an Integer. This will be needed for a compression and encryption system. Could be used for any variable length integer based problems including base64 encode/decode. Includes bit reversals for LSB first or MSB first systems. No need to worry about overfill as a Bignum is used to store bits.
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