MD2 MD5 SHA-1 HAVAL Tiger RIPE-MD160 MD5-MAC HMAC XOR-MAC DES IDEA WAKE 3-WAY TEA SAFER Blowfish SHARK GOST CAST-128 Square Diamond2 Sapphire RC2 RC5 RC6 MARS SEAL Luby-Rackoff MDC various encryption modes (CFB, CBC, OFB, counter) D H DH2 MQV DSA NR
详细介绍了AES-CMAC的算法的原理与实现,附有C语言写的样例程序。 以下是原文的introduction: The National Institute of Standards and Technology (NIST) has recently specified the Cipher-based Message Authentication Code(CMAC). CMAC [NIST-CMAC] is a keyed hash function that is based on a
本篇内容简要介绍BASE64、MD5、SHA、HMAC几种方法。 MD5、SHA、HMAC这三种加密算法,可谓是非可逆加密,就是不可解密的加密方法。我们通常只把他们作为加密的基础。单纯的 以上三种的加密并不可靠。 BASE64 按照RFC2045的定义,Base64被定义为:Base64内容传送编码被设计用来把任意序列的8位字节描述为一种不易被人直接识别的形 式。(The Base64 Content-Transfer-Encoding is designed to represent arb
试用hmac-sha256
验证hmac-sha256板条箱是否生成与binance.us期望的签名匹配的签名。
src / main.rs:
/// Test that hmac_sha256 produce the expected results
/// as defined by [binance.us api docs](https://github.com/binance-us/binance-official-api-docs).
use hmac_sha256::HMAC;