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
MD2	`md2` , `md2sum`	RFC-1319
MD4	`md4`, `md4sum`	RFC-1320
MD5	`md5` , `md5sum`	RFC-1321
SHA-1	`sha1` , `sha1sum`	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
SM3	`sm3` , `sm3sum`	GB/T 32905-2016

Password / Key Derivation Algorithms

Algorithm	Available methods	Source
Argon2	`Argon2`, `argon2d`, `argon2i`, `argon2id`, `argon2Verify`	RFC-9106
PBKDF2	`PBKDF2`, `pbkdf2`, `#.pbkdf2`	RFC-8081
scrypt	`Scrypt`, `scrypt`,	RFC-7914
bcrypt	`Bcrypt`, `bcrypt`, `bcryptSalt`, `bcryptVerify`, `bcryptDigest`

Message Authentication Code (MAC) Generators

Algorithms	Available methods	Source
HMAC	`HMAC`, `#.hmac`	RFC-2104
Poly1305	`Poly1305`, `poly1305`, `poly1305auth`	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

Random Algorithm

Random number generators

Accessible through HashlibRandom:

secure
system
keccak
sha256
md5
xxh64
sm3

UUID generators

Accessible through uuid

v1
v3
v4
v5
v6
v7
v8

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.

Hashilb Example

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

void main() {
  var text = "Happy Hashing!";
  print("text => $text");

  final key = "password";
  final salt = "some salt";
  print("key => $key");
  print("salt => $salt");
  print('');

  final pw = key.codeUnits;
  final iv = salt.codeUnits;

  // 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('MD2 => ${md2.string(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('BLAKE2s-256 => ${blake2s256.string(text)}');
  print('BLAKE2b-512 => ${blake2b512.string(text)}');
  print('SM3] => ${sm3.string(text)}');
  print('');

  // Examples of MAC generations
  print('HMAC/MD5 => ${md5.hmac.by(pw).string(text)}');
  print('HMAC/SHA1 => ${sha1.hmac.byString(text)}');
  print('HMAC/SHA256 => ${sha256.hmac.byString(key).string(text)}');
  print('HMAC/SHA3-256 => ${HMAC(sha3_256).by(pw).string(text)}');
  print("HMAC/BLAKE2b-256 => ${blake2b512.hmac.by(pw).string(text)}");
  print("BLAKE-2b-MAC/256 => ${blake2b256.mac.by(pw).string(text)}");
  print("BLAKE-2b-MAC/224 => ${Blake2b(28).mac.by(pw).string(text)}");
  print('');

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

Key Generation Example

import 'package:hashlib/hashlib.dart';

void main() {
  final key = "password";
  final salt = "some salt";
  print("key => $key");
  print("salt => $salt");
  print('');

  final pw = key.codeUnits;
  final iv = salt.codeUnits;

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

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

  // Examples of bcrypt key derivation
  final bcryptLittle = BcryptSecurity.little;
  print("[bcrypt] => ${bcrypt(pw, bcryptSalt(security: bcryptLittle))}");
  print('');

  // Examples of PBKDF2 key derivation
  print("SHA256/HMAC/PBKDF2 => ${pbkdf2(pw, iv).hex()}");
  print("BLAKE2b-256/HMAC/PBKDF2 => ${blake2b256.pbkdf2(iv).hex(pw)}");
  print("BLAKE2b-256/MAC/PBKDF2 => ${blake2b256.mac.pbkdf2(iv).hex(pw)}");
  print("SHA1/HMAC/PBKDF2 => ${sha1.pbkdf2(iv, iterations: 100).hex(pw)}");
  print('');
}

Random Example

import 'package:hashlib/codecs.dart';
import 'package:hashlib/random.dart';

void main() {
  print('UUID Generation:');
  print('UUIDv1: ${uuid.v1()}');
  print('UUIDv3: ${uuid.v3()}');
  print('UUIDv4: ${uuid.v4()}');
  print('UUIDv5: ${uuid.v5()}');
  print('UUIDv6: ${uuid.v6()}');
  print('UUIDv7: ${uuid.v7()}');
  print('UUIDv8: ${uuid.v8()}');
  print('');

  print('Random Generation:');
  print(randomNumbers(4));
  print(toHex(randomBytes(16)));
  print(randomString(32, lower: true, whitelist: '_'.codeUnits));
  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	1.59 Gbps	836 Mbps `1.9x slow`
MD5	1.42 Gbps	728 Mbps `1.95x slow`	1.15 Gbps `1.23x slow`	617 Mbps `2.3x slow`
HMAC(MD5)	1.37 Gbps		1.13 Gbps `1.21x slow`	615 Mbps `2.23x slow`
SHA-1	1.25 Gbps	439 Mbps `2.84x slow`	861 Mbps `1.45x slow`	351 Mbps `3.55x slow`
HMAC(SHA-1)	1.25 Gbps		858 Mbps `1.46x slow`
SHA-224	823 Mbps	179 Mbps `4.59x slow`	744 Mbps `1.11x slow`	172 Mbps `4.78x slow`
SHA-256	827 Mbps	181 Mbps `4.57x slow`	746 Mbps `1.11x slow`	172 Mbps `4.79x slow`
HMAC(SHA-256)	819 Mbps		740 Mbps `1.11x slow`
SHA-384	1.32 Gbps	46.07 Mbps `28.59x slow`	445 Mbps `2.96x slow`	151 Mbps `8.74x slow`
SHA-512	1.32 Gbps	44.17 Mbps `29.77x slow`	443 Mbps `2.97x slow`	150 Mbps `8.74x slow`
SHA3-224	823 Mbps	27.88 Mbps `29.52x slow`
SHA3-256	826 Mbps	26.6 Mbps `31.06x slow`
SHA3-384	1.31 Gbps	20.37 Mbps `64.17x slow`
SHA3-512	1.31 Gbps	13.97 Mbps `93.79x slow`
RIPEMD-128	1.77 Gbps	378 Mbps `4.69x slow`
RIPEMD-160	559 Mbps	239 Mbps `2.34x slow`		281 Mbps `1.99x slow`
RIPEMD-256	1.91 Gbps	373 Mbps `5.11x slow`
RIPEMD-320	543 Mbps	237 Mbps `2.29x slow`
BLAKE-2s	1.2 Gbps
BLAKE-2b	1.38 Gbps	105 Mbps `13.12x slow`
Poly1305	2.2 Gbps	1.24 Gbps `1.77x slow`
XXH32	3.84 Gbps
XXH64	2.63 Gbps
XXH3	987 Mbps
XXH128	985 Mbps
SM3	637 Mbps	185 Mbps `3.44x slow`

With 1KB message (5000 iterations):

Algorithms	`hashlib`	`PointyCastle`	`crypto`	`hash`
MD4	1.51 Gbps	795 Mbps `1.9x slow`
MD5	1.34 Gbps	684 Mbps `1.96x slow`	1.08 Gbps `1.24x slow`	804 Mbps `1.67x slow`
HMAC(MD5)	1.01 Gbps		886 Mbps `1.14x slow`	608 Mbps `1.66x slow`
SHA-1	1.16 Gbps	416 Mbps `2.79x slow`	809 Mbps `1.44x slow`	395 Mbps `2.93x slow`
HMAC(SHA-1)	773 Mbps		578 Mbps `1.34x slow`
SHA-224	763 Mbps	170 Mbps `4.49x slow`	694 Mbps `1.1x slow`	174 Mbps `4.39x slow`
SHA-256	763 Mbps	170 Mbps `4.49x slow`	692 Mbps `1.1x slow`	174 Mbps `4.38x slow`
HMAC(SHA-256)	519 Mbps		500 Mbps `1.04x slow`
SHA-384	1.14 Gbps	40.79 Mbps `27.98x slow`	391 Mbps `2.92x slow`	165 Mbps `6.92x slow`
SHA-512	1.14 Gbps	40.88 Mbps `27.87x slow`	391 Mbps `2.92x slow`	166 Mbps `6.87x slow`
SHA3-224	767 Mbps	25.06 Mbps `30.59x slow`
SHA3-256	767 Mbps	25.03 Mbps `30.66x slow`
SHA3-384	1.14 Gbps	20.05 Mbps `56.82x slow`
SHA3-512	1.14 Gbps	13.41 Mbps `85.04x slow`
RIPEMD-128	1.63 Gbps	359 Mbps `4.56x slow`
RIPEMD-160	535 Mbps	229 Mbps `2.34x slow`		286 Mbps `1.87x slow`
RIPEMD-256	1.77 Gbps	356 Mbps `4.96x slow`
RIPEMD-320	509 Mbps	224 Mbps `2.28x slow`
BLAKE-2s	1.18 Gbps
BLAKE-2b	1.34 Gbps	104 Mbps `12.91x slow`
Poly1305	2.12 Gbps	1.23 Gbps `1.72x slow`
XXH32	4.12 Gbps
XXH64	2.54 Gbps
XXH3	918 Mbps
XXH128	925 Mbps
SM3	599 Mbps	174 Mbps `3.43x slow`

With 10B message (100000 iterations):

Algorithms	`hashlib`	`PointyCastle`	`crypto`	`hash`
MD4	261 Mbps	138 Mbps `1.89x slow`
MD5	242 Mbps	118 Mbps `2.05x slow`	125 Mbps `1.94x slow`	66.64 Mbps `3.63x slow`
HMAC(MD5)	35.22 Mbps		38.21 Mbps `1.08x fast`	17.63 Mbps `2x slow`
SHA-1	152 Mbps	64.91 Mbps `2.34x slow`	97.82 Mbps `1.55x slow`	42.4 Mbps `3.58x slow`
HMAC(SHA-1)	19.18 Mbps		17.66 Mbps `1.09x slow`
SHA-224	107 Mbps	27.04 Mbps `3.97x slow`	81.07 Mbps `1.32x slow`	22.87 Mbps `4.7x slow`
SHA-256	107 Mbps	26.91 Mbps `3.98x slow`	82.72 Mbps `1.3x slow`	23.14 Mbps `4.63x slow`
HMAC(SHA-256)	13.54 Mbps		14.94 Mbps `1.1x fast`
SHA-384	81.51 Mbps	3.49 Mbps `23.36x slow`	29.83 Mbps `2.73x slow`	11.84 Mbps `6.89x slow`
SHA-512	81 Mbps	3.52 Mbps `23.02x slow`	29.68 Mbps `2.73x slow`	11.94 Mbps `6.78x slow`
SHA3-224	107 Mbps	1.9 Mbps `56.53x slow`
SHA3-256	107 Mbps	1.9 Mbps `56.4x slow`
SHA3-384	80.78 Mbps	1.9 Mbps `42.47x slow`
SHA3-512	81.33 Mbps	1.9 Mbps `42.87x slow`
RIPEMD-128	233 Mbps	60.55 Mbps `3.85x slow`
RIPEMD-160	80.32 Mbps	36.69 Mbps `2.19x slow`		34.53 Mbps `2.33x slow`
RIPEMD-256	238 Mbps	58.04 Mbps `4.1x slow`
RIPEMD-320	76.66 Mbps	34.48 Mbps `2.22x slow`
BLAKE-2s	168 Mbps
BLAKE-2b	140 Mbps	7.71 Mbps `18.21x slow`
Poly1305	572 Mbps	308 Mbps `1.86x slow`
XXH32	840 Mbps
XXH64	656 Mbps
XXH3	82.46 Mbps
XXH128	83.76 Mbps
SM3	101 Mbps	28.19 Mbps `3.57x slow`

Key derivator algorithm benchmarks on different security parameters:

Algorithms	little	moderate	good	strong
scrypt	1.589 ms	16.688 ms	91.663 ms	2937.545 ms
bcrypt	2.24 ms	17.077 ms	273.729 ms	2155.139 ms
pbkdf2	0.849 ms	17.091 ms	283.537 ms	3419.39 ms
argon2i	3.914 ms	16.474 ms	215.783 ms	2598.387 ms
argon2d	2.981 ms	16.98 ms	207.425 ms	2563.844 ms
argon2id	2.311 ms	16.491 ms	205.25 ms	2576.335 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"

Name		Name	Last commit message	Last commit date
Latest commit History 156 Commits
.github		.github
benchmark		benchmark
example		example
lib		lib
scripts		scripts
test		test
.gitignore		.gitignore
.pubignore		.pubignore
BENCHMARK.md		BENCHMARK.md
CHANGELOG.md		CHANGELOG.md
LICENSE		LICENSE
README.md		README.md
analysis_options.yaml		analysis_options.yaml
dart_test.yaml		dart_test.yaml
pubspec.yaml		pubspec.yaml

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hashlib

Depencencies

Features

Block Hash Algorithms

Password / Key Derivation Algorithms

Message Authentication Code (MAC) Generators

OTP generation for 2FA

Other Hash Algorithms

Random Algorithm

Random number generators

UUID generators

Demo

Getting Started

Usage

Hashilb Example

Key Generation Example

Random Example

Benchmarks

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hashlib

Depencencies

Features

Block Hash Algorithms

Password / Key Derivation Algorithms

Message Authentication Code (MAC) Generators

OTP generation for 2FA

Other Hash Algorithms

Random Algorithm

Random number generators

UUID generators

Demo

Getting Started

Usage

Hashilb Example

Key Generation Example

Random Example

Benchmarks

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