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BBSdfbdgdr
- 如果遇到MD5加密文件，而又不知道密码的， 请在数据库中换上这组加密的数据吧 16位：7a57a5a743894a0e 32位：21232f297a57a5a743894a0e4a801fc3 那么密码就是admin-if they MD5 encryption, and do not know the password. please database with a group of encrypted data it 16 : 7a57a5a743894a0e 32
OPERATION_UNIT
- 本程序为加密芯片内部加密运算单元部分，包括32位减法器、移位寄存器、加/减法器、寄存器等，对密码芯片运算部分设计具有一定指导意义-The procedure for encryption chip unit internal encryption algorithms, including 32-bit subtraction, and shift register, add/subtraction, and register and so on password-chip design has
prog_delcopi_at88sc0204
- AT88SC0104 (at88sc, at88sc0104c) burner software download, compressed packets inside incidental Manual AT88SC0104C 1-Kbit user memory with authentication and encryption AT88SC0204C 2-Kbit user memory with authentication and encryption AT88SC0404C 4-K
KeeLoq
- * Corrected KeeLoq Encryption and Decryption functions by Ruptor. * Use at your own risk! This source is not copyrighted. * Encoder encrypts an all-0 block, decoder decrypts it. * KeeLoq cipher encrypts 32-bit blocks with 64-bit keys. * K
32niosiiprogram
- 32位nios ii处理器用于对RSA加密模块进行数据传送与处理-Nios ii processor 32-bit RSA encryption module used for data transmission and processing
PCK_CRC32_D32
- 一种32位数据32位CRC并行加密算法。程序以数据包的格式编写，已经通过测试。-One kind of data 32 32 parallel CRC encryption algorithm. Program written in the format of packets, has passed the test.
Encryption
- This function takes a 16-, 24-, or 32-byte key and generates the RC6 key schedule in array S.
Encryption
- This function takes a 16-, 24-, or 32-byte key and generates the RC6 key schedule in array S.
decrypt_8
- This file is top level entity of decrypt_8 project. This project is 8_bit decryption for TEA algorithm. You can change number of bits (at least 32 bit for TEA). This project is only for one round. You should use input as encryption output so that you
blowfish
- Blowfish算法是一个64位分组及可变密钥长度的对称密钥分组密码算法，可用来加密64比特长度的字符串。32位处理器诞生后，Blowfish算法因其在加密速度上超越了DES而引起人们的关注。Blowfish算法具有加密速度快、紧凑、密钥长度可变、可免费使用等特点，已被广泛使用于众多加密软件。 -Blowfish is a keyed, symmetric cryptographic block cipher designed by Bruce Schneier in 1993 and pl