its about new technque using stream cipher

MD5 HASH摘要算法，采用C语言开发-MD5 HASH digest algorithm using C language development

基于一阶Bézier曲线的信息隐藏算法-based Bzier curves of a band of Steganography

Serpent加密算法源代码-Serpent encryption algorithm source code

NAME: gmfsk VERSION: 0.6 RELEASE: 1 SUMMARY: Gnome MFSK, RTTY, THROB, PSK31, MT63 and HELLSCHREIBER terminal DISTRIBUTION: OH2BNS VENDOR: OH2BNS LICENSE: GPL PACKAGER: Tomi Manninen GROUP: Applications/Communications OS: linux ARCH: i386 SOURCE RPM: gmfsk-0.6-1.src.rpm DESCRIPTION: gMFSK is a terminal program for MFSK, RTTY, THROB, PSK31, MT63 and HELLSCHREIBER. -NAME: gmfsk VERSION: 0.6 RELEASE: 1 SUMMARY: Gnome MFSK, RTTY, THROB, PSK31, MT63 and HELLSCHREIBER terminal DISTRIBUTION: OH2BNS VENDOR: OH2BNS LICENSE: GPL PACKAGER: Tomi Manninen GROUP: Applications/Communications OS: linux ARCH: i386 SOURCE RPM: gmfsk-0.6-1.src.rpm DESCRIPTION: gMFSK is a terminal program for MFSK, RTTY, THROB, PSK31, MT63 and HELLSCHREIBER.

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.

在不改变access文件密码的情况下，直接查看密码，数据库内容一览无余哦！-Without changing the password access documents directly view the password, database content glance Oh!

md5加密酸法实现，VC++6.0实现，希望东家多多下载，交流交流-md5 encryption acid realize, VC++ 6.0 realize the hope that a lot owner to download and exchange exchange

rc4加密算法在VB中实现-RC4 encryption algorithm to achieve in VB

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.

使用单片来进行CRC校验，可以位校验、半字节和字节校验-Using the single-chip to carry out CRC check, you can place check, half-byte and byte checksum