hashlib 1.15.0

Secure hash functions, checksum generators, and key derivation algorithms optimized for Dart.

hashlib

This library contains implementations of secure hash functions, checksum generators, and key derivation algorithms optimized for Dart.

Depencencies

There is only 1 dependency used by this package:

• hashlib_codecs

Features

Block Hash Algorithms

Algorithm	Available methods	Source
MD4	md4	RFC-1320
MD5	md5	RFC-1321
SHA-1	sha1	RFC-3174
SHA-2	sha224, sha256, sha384, sha512, sha512t224, sha512t256	RFC-6234
SHA-3	sha3_224, sha3_256, sha3_384, sha3_512	FIPS-202
SHAKE-128	Shake128, shake128, shake128_128, shake128_256	FIPS-202
SHAKE-256	Shake256, shake256, shake256_256, shake256_512	FIPS-202
Keccak	keccak224, keccak256, keccak384, keccak512	Team Keccak
Blake2b	blake2b160, blake2b256, blake2b384, blake2b512	RFC-7693
Blake2s	blake2s128, blake2s160, blake2s224, blake2s256	RFC-7693
xxHash-32	XXHash32,xxh32,xxh32code	Cyan4973
xxHash-64	XXHash64,xxh64,xxh64code	Cyan4973
xxHash3-64	XXH3, xxh3, xxh3code	Cyan4973
xxHash3-128	XXH128, xxh128, xxh128code	Cyan4973
RIPEMD	ripemd128, ripemd256, ripemd160, ripemd320	ISO/IEC 10118-3:2018(E)

Password / Key Derivation Algorithms

Algorithm	Available methods	Source
Argon2	Argon2, argon2d, argon2i, argon2id	RFC-9106
PBKDF2	PBKDF2, pbkdf2, #.pbkdf2	RFC-8081
scrypt	scrypt, Scrypt	RFC-7914

Message Authentication Code (MAC) Generators

Algorithms	Available methods	Source
HMAC	HMAC, #.hmac	RFC-2104
Poly1305	Poly1305, poly1305, poly1305pair	RFC-8439

OTP generation for 2FA

Algorithms	Available methods	Source
HOTP	HOTP	RFC-4226
TOTP	TOTP	RFC-6238

Other Hash Algorithms

Algorithms	Available methods	Source
CRC	crc16, crc32, crc64	Wikipedia
Alder32	alder32	Wikipedia

Demo

A demo application is available in Google Play Store featuring the capabilities of this package.

Getting Started

The following import will give you access to all of the algorithms in this package.

import 'package:hashlib/hashlib.dart' as hashlib;

Check the API Reference for details.

Usage

Examples can be found inside the example folder.

import 'package:hashlib/hashlib.dart';
import 'package:hashlib_codecs/hashlib_codecs.dart';

void main() {
  var text = "Happy Hashing!";
  var key = "password";
  var pw = key.codeUnits;
  var salt = "some salt".codeUnits;
  print("text => $text");
  print("key => $key");
  print("salt => ${toHex(salt)}");
  print('');

  // Example of hash code generations
  print('[XXH32] => ${xxh32code(text)}');
  print('[CRC32] => ${crc32code(text)}');
  print('[Alder32] => ${alder32code(text)}');
  print('[CRC16] => ${crc16code(text)}');
  print('');

  // Examples of Hash generation
  print('[CRC64] => ${crc64sum(text)}');
  print('[XXH64] => ${xxh64sum(text)}');
  print('[XXH3] => ${xxh3sum(text)}');
  print('[XXH128] => ${xxh128sum(text)}');
  print('[MD4] => ${md4.string(text)}');
  print('[MD5] => ${md5.string(text)}');
  print('[SHA-1] => ${sha1.string(text)}');
  print('[SHA-224] => ${sha224.string(text)}');
  print('[SHA-256] => ${sha256.string(text)}');
  print('[SHA-384] => ${sha384.string(text)}');
  print('[SHA-512] => ${sha512.string(text)}');
  print('[SHA-512/224] => ${sha512t224.string(text)}');
  print('[SHA-512/256] => ${sha512t256.string(text)}');
  print('[SHA3-224] => ${sha3_224.string(text)}');
  print('[SHA3-256] => ${sha3_256.string(text)}');
  print('[SHA3-384] => ${sha3_384.string(text)}');
  print('[SHA3-512] => ${sha3_512.string(text)}');
  print('[Keccak-224] => ${keccak224.string(text)}');
  print('[Keccak-256] => ${keccak256.string(text)}');
  print('[Keccak-384] => ${keccak384.string(text)}');
  print('[Keccak-512] => ${keccak512.string(text)}');
  print('[SHAKE-128] => ${shake128.of(20).string(text)}');
  print('[SHAKE-256] => ${shake256.of(20).string(text)}');
  print('[BLAKE-2s/256] => ${blake2s256.string(text)}');
  print('[BLAKE-2b/512] => ${blake2b512.string(text)}');
  print('');

  // Examples of MAC generations
  print('HMAC[MD5] => ${md5.hmac(pw).string(text)}');
  print('HMAC[SHA1] => ${sha1.hmacBy(key).string(text)}');
  print('HMAC[SHA256] => ${sha256.hmacBy(key).string(text)}');
  print('HMAC[SHA3-256] => ${HMAC(sha3_256, pw).string(text)}');
  print("[BLAKE-2b/224] => ${Blake2bMAC(28, pw).string(text)}");
  print("[BLAKE-2b/256] => ${blake2b256.mac(pw).string(text)}");
  print('');

  // Examples of PBKDF2 key derivation
  print("PBKDF2[HMAC[SHA256]] => ${pbkdf2(pw, salt, 100)}");
  print("PBKDF2[HMAC[SHA1]] => ${sha1.hmac(pw).pbkdf2(salt, 100)}");
  print("PBKDF2[BLAKE2b-256-MAC] => ${blake2b256.mac(pw).pbkdf2(salt, 100)}");
  print("PBKDF2[HMAC[BLAKE-2b-256]] => ${blake2b256.pbkdf2(pw, salt, 100)}");
  print('');

  // Examples of OTP generation
  int nw = DateTime.now().millisecondsSinceEpoch ~/ 30000;
  var counter = fromHex(nw.toRadixString(16).padLeft(16, '0'));
  print('TOTP[time=$nw] => ${TOTP(salt).value()}');
  print('HOTP[counter=$nw] => ${HOTP(salt, counter: counter).value()}');
  print('');

  // Examples of Argon2 key derivation
  var argon2Test = Argon2Security.test;
  print("[Argon2i] => ${argon2i(pw, salt, security: argon2Test)}");
  print("[Argon2d] => ${argon2d(pw, salt, security: argon2Test)}");
  print("[Argon2id] => ${argon2id(pw, salt, security: argon2Test)}");

  // Examples of scrypt key derivation
  var scryptLittle = ScryptSecurity.little;
  print("[scrypt] => ${scrypt(pw, salt, security: scryptLittle, dklen: 24)}");
  print('');
}

Benchmarks

Libraries:

• Hashlib : https://pub.dev/packages/hashlib
• Crypto : https://pub.dev/packages/crypto
• PointyCastle : https://pub.dev/packages/pointycastle
• Hash : https://pub.dev/packages/hash

With 5MB message (10 iterations):

Algorithms	hashlib	PointyCastle	crypto	hash
MD4	259.72MB/s	99.56MB/s 161% slower	➖	➖
MD5	168.39MB/s	87.81MB/s 92% slower	131.96MB/s 28% slower	76.41MB/s 120% slower
HMAC(MD5)	156.45MB/s	➖	129.58MB/s 21% slower	75.25MB/s 108% slower
SHA-1	139.41MB/s	53.93MB/s 158% slower	100.08MB/s 39% slower	42.84MB/s 225% slower
HMAC(SHA-1)	139.88MB/s	➖	101.45MB/s 38% slower	➖
SHA-224	95.23MB/s	20.65MB/s 361% slower	86.13MB/s 11% slower	20.32MB/s 369% slower
SHA-256	95.18MB/s	20.83MB/s 357% slower	86.50MB/s 10% slower	20.45MB/s 365% slower
HMAC(SHA-256)	94.70MB/s	➖	85.48MB/s 11% slower	➖
SHA-384	151.46MB/s	5.41MB/s 2698% slower	53.04MB/s 186% slower	17.97MB/s 743% slower
SHA-512	150.59MB/s	5.39MB/s 2693% slower	52.88MB/s 185% slower	17.94MB/s 739% slower
SHA3-256	95.12MB/s	3.21MB/s 2855% slower	➖	➖
SHA3-512	150.90MB/s	1.70MB/s 8754% slower	➖	➖
RIPEMD-128	204.31MB/s	43.18MB/s 373% slower	➖	➖
RIPEMD-160	65.84MB/s	28.14MB/s 134% slower	➖	33.66MB/s 96% slower
RIPEMD-256	223.50MB/s	41.98MB/s 432% slower	➖	➖
RIPEMD-320	65.74MB/s	27.95MB/s 135% slower	➖	➖
BLAKE-2s	143.56MB/s	➖	➖	➖
BLAKE-2b	158.93MB/s	12.08MB/s 1215% slower	➖	➖
Poly1305	448.23MB/s	147.96MB/s 203% slower	➖	➖
XXH32	518.68MB/s	➖	➖	➖
XXH64	527.12MB/s	➖	➖	➖
XXH3	120.16MB/s	➖	➖	➖
XXH128	119.32MB/s	➖	➖	➖

With 1KB message (5000 iterations):

Algorithms	hashlib	PointyCastle	crypto	hash
MD4	243.89MB/s	95.49MB/s 155% slower	➖	➖
MD5	161.42MB/s	83.58MB/s 93% slower	127.65MB/s 26% slower	96.58MB/s 67% slower
HMAC(MD5)	128.92MB/s	➖	106.10MB/s 22% slower	73.12MB/s 76% slower
SHA-1	131.39MB/s	51.14MB/s 157% slower	95.65MB/s 37% slower	46.99MB/s 180% slower
HMAC(SHA-1)	96.57MB/s	➖	69.18MB/s 40% slower	➖
SHA-224	88.92MB/s	19.92MB/s 346% slower	81.37MB/s 9% slower	20.68MB/s 330% slower
SHA-256	88.71MB/s	19.87MB/s 346% slower	81.34MB/s 9% slower	20.71MB/s 328% slower
HMAC(SHA-256)	64.20MB/s	➖	58.76MB/s 9% slower	➖
SHA-384	131.39MB/s	4.91MB/s 2571% slower	46.20MB/s 184% slower	19.43MB/s 576% slower
SHA-512	131.90MB/s	4.89MB/s 2593% slower	46.37MB/s 184% slower	19.53MB/s 575% slower
SHA3-256	89.05MB/s	3.08MB/s 2790% slower	➖	➖
SHA3-512	132.36MB/s	1.65MB/s 7918% slower	➖	➖
RIPEMD-128	195.96MB/s	41.61MB/s 371% slower	➖	➖
RIPEMD-160	61.78MB/s	26.49MB/s 133% slower	➖	35.84MB/s 72% slower
RIPEMD-256	207.92MB/s	39.87MB/s 421% slower	➖	➖
RIPEMD-320	61.66MB/s	26.29MB/s 134% slower	➖	➖
BLAKE-2s	141.49MB/s	➖	➖	➖
BLAKE-2b	152.02MB/s	11.96MB/s 1170% slower	➖	➖
Poly1305	423.75MB/s	146.63MB/s 189% slower	➖	➖
XXH32	494.25MB/s	➖	➖	➖
XXH64	501.45MB/s	➖	➖	➖
XXH3	113.33MB/s	➖	➖	➖
XXH128	112.55MB/s	➖	➖	➖

With 10B message (100000 iterations):

Algorithms	hashlib	PointyCastle	crypto	hash
MD4	35.37MB/s	16.32MB/s 117% slower	➖	➖
MD5	29.80MB/s	14.07MB/s 112% slower	14.82MB/s 101% slower	8.03MB/s 271% slower
HMAC(MD5)	5.20MB/s	➖	4.53MB/s 15% slower	2.15MB/s 142% slower
SHA-1	16.91MB/s	7.78MB/s 117% slower	11.61MB/s 46% slower	5.08MB/s 233% slower
HMAC(SHA-1)	2.68MB/s	➖	2.08MB/s 29% slower	➖
SHA-224	12.24MB/s	3.23MB/s 278% slower	9.75MB/s 26% slower	2.74MB/s 346% slower
SHA-256	12.24MB/s	3.21MB/s 281% slower	9.83MB/s 25% slower	2.76MB/s 342% slower
HMAC(SHA-256)	1.89MB/s	➖	1.76MB/s 7% slower	➖
SHA-384	9.41MB/s	432.14KB/s 2131% slower	3.56MB/s 164% slower	1.40MB/s 568% slower
SHA-512	9.36MB/s	432.57KB/s 2118% slower	3.55MB/s 164% slower	1.42MB/s 560% slower
SHA3-256	12.24MB/s	239.44KB/s 5137% slower	➖	➖
SHA3-512	9.31MB/s	239.06KB/s 3889% slower	➖	➖
RIPEMD-128	28.70MB/s	6.79MB/s 322% slower	➖	➖
RIPEMD-160	9.48MB/s	4.26MB/s 123% slower	➖	4.32MB/s 120% slower
RIPEMD-256	28.97MB/s	6.44MB/s 350% slower	➖	➖
RIPEMD-320	9.42MB/s	4.03MB/s 134% slower	➖	➖
BLAKE-2s	19.13MB/s	➖	➖	➖
BLAKE-2b	15.15MB/s	903.43KB/s 1618% slower	➖	➖
Poly1305	62.02MB/s	36.58MB/s 70% slower	➖	➖
XXH32	101.78MB/s	➖	➖	➖
XXH64	76.44MB/s	➖	➖	➖
XXH3	10.43MB/s	➖	➖	➖
XXH128	10.01MB/s	➖	➖	➖

Argon2 and scrypt benchmarks on different security parameters:

Algorithms	test	little	moderate	good	strong
scrypt	0.057 ms	1.507 ms	10.907 ms	87.509 ms	1412.755 ms
argon2i	0.395 ms	2.761 ms	17.238 ms	200.692 ms	2407.547 ms
argon2d	0.268 ms	2.726 ms	16.428 ms	200.05 ms	2404.685 ms
argon2id	0.286 ms	2.364 ms	16.378 ms	198.979 ms	2433.166 ms

All benchmarks are done on AMD Ryzen 7 5800X processor and 3200MHz RAM using compiled exe

Dart SDK version: 3.3.3 (stable) (Tue Mar 26 14:21:33 2024 +0000) on "windows_x64"