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Description: 内核加解密算法 加解密函数库及其使用说明，详见附件。 find_cipher_by_name中参数ciphername可取的值为下面的组合，对应不同的模式: (des,des_ede3,aes,blowfish,cast5,dfc,idea,mars,rc5,rc6,serpent,twofish)-ecb (des,des_ede3,aes,blowfish,cast5,dfc,idea,mars,rc5,rc6,serpent,twofish)-cbc (des,des_ede3,aes,blowfish,cast5,dfc,idea,mars,rc6,serpent,twofish)-cfb struct cipher_implementation* ci中对应的可调用的method：encrypt_iv decrypt_iv encrypt decrypt 比如以des-cbc为find_cipher_by_name的参数得到的ci调用encrypt_iv，decrypt_iv. find_digest_by_name中参数digestname可取的值: sha1 md5 struct digest_implementation* di中对应的可调用的method:open update digest close hmac 计算digest时调用di->digest，计算hmac时调用di->hmac. 注意：加载我们需要的cipher-*.o和digest-*.o之前需先加载cryptoapi.o。 -core encryption and decryption algorithm encryption and decryption functions and their use, as detailed in the annex. Find_cipher_by_name cipher desirable parameter values to the following portfolio, dealing with different modes : (des, des_ede3, Aes, blowfish, cast5, DFC, the idea, mars, RC5, production, serpent, twofish) - ecb ( des, des_ede3, Aes, blowfish, cast5, DFC, the idea, mars, RC5, production, serpent, twofish) - cbc (des, des_ede3, Aes, blowfish, cast5, DFC, the idea, mars, production, the serpent , twofish) - Sample struct cipher_implementation ci * corresponding the available method : encrypt_iv decrypt_iv encrypt decrypt such as a des-cbc find_cipher_by_name parameters for the ci call encrypt_iv, decrypt_iv. find_digest_by_name digestname desirable parameter values : sha1 md
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Size: 139861 |
Author: xf |
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Description: 内核加解密算法 加解密函数库及其使用说明，详见附件。 find_cipher_by_name中参数ciphername可取的值为下面的组合，对应不同的模式: (des,des_ede3,aes,blowfish,cast5,dfc,idea,mars,rc5,rc6,serpent,twofish)-ecb (des,des_ede3,aes,blowfish,cast5,dfc,idea,mars,rc5,rc6,serpent,twofish)-cbc (des,des_ede3,aes,blowfish,cast5,dfc,idea,mars,rc6,serpent,twofish)-cfb struct cipher_implementation* ci中对应的可调用的method：encrypt_iv decrypt_iv encrypt decrypt 比如以des-cbc为find_cipher_by_name的参数得到的ci调用encrypt_iv，decrypt_iv. find_digest_by_name中参数digestname可取的值: sha1 md5 struct digest_implementation* di中对应的可调用的method:open update digest close hmac 计算digest时调用di->digest，计算hmac时调用di->hmac. 注意：加载我们需要的cipher-*.o和digest-*.o之前需先加载cryptoapi.o。 -core encryption and decryption algorithm encryption and decryption functions and their use, as detailed in the annex. Find_cipher_by_name cipher desirable parameter values to the following portfolio, dealing with different modes : (des, des_ede3, Aes, blowfish, cast5, DFC, the idea, mars, RC5, production, serpent, twofish)- ecb ( des, des_ede3, Aes, blowfish, cast5, DFC, the idea, mars, RC5, production, serpent, twofish)- cbc (des, des_ede3, Aes, blowfish, cast5, DFC, the idea, mars, production, the serpent , twofish)- Sample struct cipher_implementation ci* corresponding the available method : encrypt_iv decrypt_iv encrypt decrypt such as a des-cbc find_cipher_by_name parameters for the ci call encrypt_iv, decrypt_iv. find_digest_by_name digestname desirable parameter values : sha1 md
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Size: 139264 |
Author: xf |
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Description: hmac是一种消息验证码，我开发的这个程序可以进行任意长度的消息验证。该程序代码可以用来防止文件篡改，可以适当修改输入密码。-HMAC is a message authentication code, I developed this procedure can be of arbitrary length message authentication. The program code can be used to prevent document tampering, with appropriate modifications can enter a password.
Platform: |
Size: 3072 |
Author: wangweiyang |
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Description: HMAC-MD5算法实现源码-。
Platform: |
Size: 2150400 |
Author: mcszzz |
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Description: 基于AES加密算法的Hash散列生成器，采用CBC模式，能产生一个文件的HMac散列值-Hash-based AES encryption algorithm hash generator, using CBC mode, can produce a hash value of file HMac
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Size: 966656 |
Author: wangurey |
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Description: (1). 复习AES原理。
(2). 用C/C++编写AES算法并调试通过。
(3). 复习CMAC原理。
(4). 在实现AES基础上，用C/C++编写CMAC算法并调试通过。
(5). 回答下列思考题。
AES解密算法和AES的逆算法之间有什么不同？
CMAC与HMAC相比，有什么优点？
-(1). Review AES works. (2) with C/C++ write and debug via the AES algorithm. (3) review CMAC principle. (4) on the basis of achieving AES using C/C++ CMAC algorithm written and debugged. (5) Answer the following Questions. What is the difference between AES and AES decryption algorithm inverse algorithm? CMAC compared with HMAC, what are the advantages?
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Size: 590848 |
Author: 于木每 |
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Description: 实现用户多个网站的密码管理器的功能，用AES算法对密码进行加密管理，同时用Hmac算法对域名进行扩展，并存储到文件中，便于用户对网站密码的增删查改-Password Manager users achieve multiple sites function with AES algorithm to encrypt the password management, and use of the domain name extension Hmac algorithm, and stored in a file, user additions and deletions to the site to check the password change
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Size: 9992192 |
Author: 武琼 |
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Description: CryptoJS (crypto.js) 为 JavaScript 提供了各种各样的加密算法。目前已支持的算法包括：
MD5
SHA-1
SHA-256
AES
Rabbit
MARC4
HMAC
HMAC-MD5
HMAC-SHA1
HMAC-SHA256
PBKDF2-var digest Crypto.MD5( Message )
var digestBytes Crypto.MD5( Message , { asBytes: true })
var digestString Crypto.MD5( Message , { asString: true })
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Size: 102400 |
Author: 曹佳顺 |
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