AES加解密源码，可供大家在动态库或源码中使用。

根据openssl封装的AES加密算法。

aes128位数据加解密算法源码，有veriolg硬件描述语言写的

AES加解密，采用CBC模式 PKCS5填充模式 可提取C源码 用QT可直接编译使用

编程实现AES的加、解密以及S盒的构造。 生成子秘钥，加、解密，实现自主构造S盒子，电子密码本模式ECB和密码分组链接模式CBC并适用于所有文件加密。 适合北航信息安全方向的同学 绝对拿来就能用的！

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 symmetric key block cipher, such as the Advanced Encryption Standard [NIST-AES]. CMAC is equivalent to the One-Key CBC MAC1 (OMAC1) submitted by Iwata and Kurosawa [OMAC1a, OMAC1b]. OMAC1 is an improvement of the eXtended Cipher Block Chaining mode (XCBC) submitted by Black and Rogaway [XCBCa, XCBCb], which itself is an improvement of the basic Cipher Block Chaining-Message Authentication Code (CBC-MAC). XCBC efficiently addresses the security deficiencies of CBC-MAC, and OMAC1 efficiently reduces the key size of XCBC. AES-CMAC provides stronger assurance of data integrity than a checksum or an error-detecting code. The verification of a checksum or an error-detecting code detects only accidental modifications of the data, while CMAC is designed to detect intentional, unauthorized modifications of the data, as well as accidental modifications. AES-CMAC achieves a security goal similar to that of HMAC [RFC-HMAC]. Since AES-CMAC is based on a symmetric key block cipher, AES, and HMAC is based on a hash function, such as SHA-1, AES-CMAC is appropriate for information systems in which AES is more readily available than a hash function. This memo specifies the authentication algorithm based on CMAC with AES-128. This new authentication algorithm is named AES-CMAC.

AES加解密和压缩解压工具类，用于android中apk的加解密所用，具体使用请参考 https://blog.csdn.net/I123456789T/article/details/91562328

AesDll使用方法.zipAesDll使用方法.zipAesDll使用方法.zip

AES源码及演示 可以用在很多地方~ Advanced Encryption Standard (AES), Delphi implementation

网络安全课程设计，模拟RSA,AES,DES加密以及混合加密算法，使用VS运行