find-the-secret

libGringotts是一个小型、易于使用的、完全线程的C语言库，最初为Gringotts开发。它的目的是将数据封闭在一个加密和压缩的文件中。它使用加密算法（(RIJNDAEL 128/256, SERPENT, TWOFISH, CAST256, SAFER+, LOKI97, 用于加密的3DES, 以及哈希函数的SHA1和 RIPEMD-160)来确保数据尽可能安全，并允许用户对所有使用的加密、哈希函数和压缩算法有完全的控制。 -libGringotts is small, is easy to use, the entire line regulation C language storehouse, at first is the Gringotts development. Its goal is the data seal in an encryption and in the compression document. It uses the encryption algorithm ((RIJNDAEL 12.8/256, million SERPENT, TWOFISH, CAST256, SAFER, LOKI97, uses in 3DES which encrypts, as well as Hasche function SHA1 and RIPEMD-160) guarantee the data to be as far as possible safe, and the permission user to all uses encryption, the Hasche function and the compression algorithm has the complete control.

这用于制作 vignere 算法的源代码。它是在密码学中的经典算法之一。使用 visual basic，它将给一个友好的界面给用户和易于使用。享受 ！

AT88SA102S,ATMEL首款密钥256位的加密芯片，开发比较简单,内含数据手册，介绍(AT88SA102S, ATMEL first 256-bit key encryption chip, the development is relatively simple, containing data sheets, introduced)

用MFC实现的对任意长度的文件的MD5加密，得到的是标准的32位十六进制数-Using MFC to achieve for any length of document MD5 encryption, receive the standard 32-bit hexadecimal number

Text Hide codes,Text Hide codes Text Hide codes -Text Hide codes,Text Hide codes Text Hide codes,Text Hide codes Text Hide codes

帮助开发出来的程序加密和解密！采用MD5算法，即时数据库中被人盗窃，也不能得到用户登录密码(Developed procedures to help encrypt and decrypt! Using MD5 algorithm, real-time database which has been stolen, nor can the user login password)

MD5算法描述（略）。 设计一个模拟的系统用户安全登录界面，采用MD5算法实现用户登录口令的安全认证。要求模拟界面至少具有用户口令文件的注册和用户登录时输入的口令是否正确的结果提示两个功能。 (MD5 algorithm description (abbreviated). The design of a simulation system security log user interface, using MD5 algorithm users log on password security authentication. Analog interface requirements at least a registered user password files and user login password is entered when the correct results suggest that the two functions.)

在图像加密中用到的md5算法，也就是哈希置换(In the image of the md5 encryption algorithm used, that is, hash replacement)

一个周期3的多表代替密码，第1个表由密钥字法产生（密钥字自拟），第2个表由洗牌法产生（注意，字母a~z与数字0~25一一对应），第三个表由公式法产生（数学公式自拟，注意它须是Z26上的一个一一变换）-a cycle of three multi-table instead of passwords, a table by key word method, (key word from the intended), Table No. 2 produced by shuffling method (note, a letter with a number of z ~ 0 ~ 25 he gathers), 3rd tables generated by the formula (from the proposed mathematical formula, it should pay attention to the Z26 is a transformation on January 1)

多种对称加密算法，非对称加密算法，散列算法的库函数-13 hash algorithms: MD2, MD4, MD5, SHA-1, SHA-2(256, 384, 512), RIPEMD128, RIPEMD160, RIPEMD256, RIPEMD320, PANAMA, TIGER 4 checksum algorithms: CRC16, CRC16C, CRC32, ADLER32 12 HMAC algorithms: MD4-HMAC, MD5-HMAC, SHA1-HMAC, SHA256-HMAC, SHA384-HMAC, SHA512-HMAC, RIPEMD128-HMAC, RIPEMD160-HMAC, RIPEMD256-HMAC, RIPEMD320-HMAC, PANAMA-HMAC, TIGER-HMAC.