ZiiN
English
Polski- Adler-16
- Adler-32
- Adler-8
- AP Hash
- APHash (b)
- BKDR Hash
- BLAKE-256
- BLAKE-512
- CARP
- CityHash
- CK Sum
- CRC DNP
- CRC-16
- CRC-16 CCITT (0x1D0F)
- CRC-16 CCITT (0xFFFF)
- CRC-16 IBM
- CRC-16 Kermit
- CRC-16 LHA
- CRC-16 Modbus
- CRC-16 Sick
- CRC-16 X.25
- CRC-16 XModem
- CRC-24
- CRC-32
- CRC-32 Bzip2
- CRC-32 Jamcrc
- CRC-32 Posix
- CRC-32 ZModem
- CRC-32C
- CRC-64
- CRC-64 ECMA-182
- DEK Hash
- DJB Hash
- Easy Text Hash
- ECOH
- ELF Hash
- Fast Syndrome Based Hash
- FCS-16
- FCS-32
- Fletcher 16
- Fletcher 32
- Fletcher 8
- FNV-0
- FNV-1
- FNV-1a
- FORK-256
- GHash 3
- GHash 5
- GOST R 34.11-94
- Grostl
- HAS-160
- HAVAL 128
- HAVAL 160
- HAVAL 192
- HAVAL 224
- HAVAL 256
Fletcher 8
Fletcher 8 is a Fletcher family algorithm invented by John G. Fletcher .
The algorithm was presented in/on IEEE Transactions on Communications in January 1982.
The digest (hash generated by this algorithm) is 8 bits (1 Bytes) in length.
You can read more about it on this page.
- JH
- JHash
- JS Hash
- Keccak (removed)
- Luhn
- MD2
- MD4
- MD5
- Murmur Hash
- Murmur Hash 2
- MySQL 3
- One at a time
- Panama
- Pearson Hash
- PJW Hash
- RadioGatún
- RIPEMD-128
- RIPEMD-160
- RIPEMD-256
- RIPEMD-320
- RS Hash
- Sapphire 128
- Sapphire 160
- Sapphire 192
- Sapphire 224
- Sapphire 256
- Sapphire 288
- Sapphire 320
- SDBM Hash
- SHA-0
- SHA-1
- SHA-224
- SHA-256
- SHA-384
- SHA-512
- Size64
- Snefru
- Sum BSD
- Sum System V
- Sum-16 BSD
- Sum16
- Sum24
- Sum32
- Sum64
- Sum8
- SWIFFT
- Tiger/128
- Tiger/160
- Tiger/192
- Whirlpool-1
- Whirlpool-2
- XOR16
- XOR32
- XOR8
- XUM 32