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此工程实现了对文件,文件夹,字节流的加密,解密,使用了AES加密,界面简单实用-this project to achieve the right files, folders, byte-stream encryption, decryption, using AES encryption, simple and practical interface
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比较严谨的算法,分别针对字符串、文件、流的加密解密算法,, Respectively, for string, file, stream encryption and decryption algorithm
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关于流密码加密,以及CBC,DES,AES等多种加密算法-On the stream cipher encryption, and the CBC, DES, AES and other encryption algorithm
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AesLib.pas is a C# interface to the AES encryption routines fromBrian Gladman. Generating of a salt valuePassword verificationGenerating of authentication codeEncryption of a streamDecryption of a stream.The source code of a sample program is include
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rijndael AES 比较经典的加解密算法,只只需要调用相应的函数就能实现对数据流或文件进行加解密。
-rijndael AES the classic encryption and decryption algorithm, only need to call the corresponding function will be able to achieve the data stream or file encryption and decryption.
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保密强度非常高的AES加密源源代码,让你的数据变的非常安全。
-Confidentiality very high strength AES the encryption stream of code, so your data very safe.
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TXmlIni支援以下功能(特征):
        1. 具有压缩能力(使用ZLib)
        2. 储存成其他程式语言看得懂得xml(在非压缩的情况下)
        3. 具Stream串流载入与输出能力
        4. 具字串载入与输出能力
        5. 具Base64能力(当使用压缩时
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Visual c++ 下使用C语言开发的基于AES分组加密算法的流加密算法,OFB模式,分组长度128bit,密钥长度可变,128或256bit,可实现以字节为单位的流加密。-Using C language development in Visual c++ block encryption algorithm AES-based stream encryption algorithm, OFB mode, packet length 128bit key variable length, 1
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Visual c++ 下使用C语言开发的ARC4流加密算法,密钥长度可变,可实现以字节为单位的流加密,加密强度比AES分组加密算法弱,但是效率比AES算法高。-C language development Visual c++ ARC4 stream encryption algorithm and key length is variable and can be realized in bytes stream encryption, encryption strength than AES
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实现一款文档文件加密和签名的工具
1、选择一种hash算法(MD5 | SHA1 | SHA3)用于摘要的计算;
2、选择一种对称钥加密算法或者序列密码(DES| AES | RC4);
3、选择一种公钥算法实现签名(RSA| ECC),需要单独的密钥对生成算法;
4、文档文件的加密模式为CBC。-Achieve a document file encryption and signature tool 1. Select a hash algorithm (MD5 | SHA1
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Phelix
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is a high-speed stream cipher with a built-in MAC func-
tionality. It is efficient in both hardware and software. On current Pentium
CPUs, Phelix has a per-packet overhead of less than 900 clocks, plus a per-
byte cost well under 8
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