STB 34.101.31-2020

Belarusian information technology and security encryption and integrity control algorithms

How to Test

Use test_belt.bat or test_belt.sh

Procedure	Description
`seal_dwp`	Authenticated encryption: `belt-seal-dwp`
`open_dwp`	Authenticated encryption: `belt-open-dwp`
`seal_che`	Authenticated encryption: `belt-seal-che`
`open_che`	Authenticated encryption: `belt-open-che`
`seal_kwp`	Key wrap encryption: `belt-seal-kwp`
`open_kwp`	Key wrap encryption: `belt-open-kwp`
`encrypt_ctr`	Counter encryption: `belt-encrypt-ctr`
`decrypt_ctr`	Counter encryption: `belt-decrypt-ctr`
`encrypt_cfb`	Cipher feedback encryption: `belt-encrypt-cfb`
`decrypt_cfb`	Cipher feedback encryption: `belt-decrypt-cfb`
`encrypt_ecb`	Electronic codebook encryption: `belt-encrypt-ecb`
`decrypt_ecb`	Electronic codebook encryption: `belt-decrypt-ecb`
`encrypt_cbc`	Cipher block chaining encryption: `belt-encrypt-cbc`
`decrypt_cbc`	Cipher block chaining encryption: `belt-decrypt-cbc`
`derive_mac`	Message authentication code derivation: `belt-derive-mac`
`derive_hash`	Hash derivation: `belt-derive-hash`
`encrypt_bde`	Block level encryption: `belt-encrypt-bde`
`decrypt_bde`	Block level encryption: `belt-decrypt-bde`
`encrypt_sde`	Sector level encryption: `belt-encrypt-sde`
`decrypt_sde`	Sector level encryption: `belt-decrypt-sde`
`expand_key`	Expand `key128`, `key192` to `key256`: `belt-expand-key`
`derive_key`	Derive `key128`, `key192`, `key256` from `key128`, `key192`, `key256`: `belt-derive-key`