RC4 （40，56，或128位密钥）
Ron Rivest developed the RC4 algorithm to generate random bytes based on a 256 byte key.
RonRivest开发了基于256字节的密钥生成随机数的RC4加密算法。
WEP uses CRC 32 checking code inside the RC4 encipher system to provide message integrity check.
WEP通过在RC4密码系统内部设置CRC32循环冗余校验的方式来实现报文完整性验证。
The first few random bytes out of the "client_write" RC4 instance are "7E 20 7A 4D FE FB 78 A7 33 ...
“client_write”最前面的随机字节是“E207A4DFEFB 78A733 ...”
The RC4 encryption keys are generated after an initial key exchange in which RSA asymmetric encryption is used.
密钥的RC4加密后生成的初始密钥交换中的RSA非对称加密使用。
The emphasis is analyzing the efficiency, the management of keys, and the capability of the improved RC4 cipher.
对改进后的RC4的数据处理效率、密钥管理、安全性能进行研究和分析。
The means we need to create two RC4 instances: one to encrypt what our browser sends and the other to decrypt what the server sent us.
这意味这我们需要创建两个RC4实例，一个用于加密浏览器发送的消息，另一个用于解密服务器返回的消息。
RC4 is a stream cipher algorithm operating on each byte of data; like the RC2, it supports key lengths of 40 bits, 64 bits, and 128 bits.
RC 4是一个流密码算法，它对数据的每个字节进行操作；和RC 2一样，它支持长度为40位、64位和128位的密钥。
RC4 begins by creating a 256-byte "s" byte array and populating it with 0 to 255. You then iterate over the array by mixing in bytes from the key.
RC4从创建一个256字节的数组“S”开始，并从0到255对其进行填充。
RC4 begins by creating a 256-byte "s" byte array and populating it with 0 to 255. You then iterate over the array by mixing in bytes from the key.
RC4从创建一个256字节的数组“S”开始，并从0到255对其进行填充。
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