Retrieves the MD5 message-digest algorithm.
撷取MD5讯息摘要演算法。
The system uses message-digest algorithm 5 (MD5) for the passwords of operators in order to assure the security.
为了保证系统的安全性，系统对登陆者的密码实现了MD5算法加密。
The type attribute indicates the hash algorithm, such as Message-Digest algorithm 5 (MD5) or Secure Hashing algorithm (SHA-1).
类型属性指出了hash算法，例如消息摘要算法5 (MD5)或安全哈希算法(SHA - 1)。
Based on RSA algorithm of unsymmetrical cryptographic system and MD5 message-digest algorithm, the paper presents a digital signature scheme based on IC card.
在基于非对称加密系统中的RSA算法和MD 5报文摘要算法上，提出了一种基于IC卡的数字签名方案。
If any one character of a message is changed, then up to half of the message digest changes.
如果改变了消息中的一个字符，那么消息摘要中大约有一半字符要改变。
Once computed, the digest is transmitted along with the message.
一旦计算出了摘要，它就与消息一起被传送。
Algorithm Type defines whether the cryptography algorithm is symmetric, asymmetric, or a message digest.
算法类型定义加加密算法是对称的、非对称的还是消息摘要。
To produce a message digest, you need a scrambling mechanism.
为了生成消息摘要，您需要一种加密编码机制。
The process involves the sender generating the message digest, then encrypting the digest using its private key to create the digital signature.
这个过程包括发送方生成消息摘要，然后用其私钥对摘要加密以创建数字签名。
Anyone receiving the message can use the same hash algorithm on that message, then decrypt the supplied encrypted digest using your public key and compare the two values.
任何接收此消息的人都可以对该消息使用相同的散列算法，然后使用您的公开密匙解密附带的已加密摘要，并比较两者的值。
I just want to support one encryption algorithm (DES in CBC mode) whose INTEGER identifier is 1, 2, or 3, depending upon the message digest algorithm of the client's choice.
我只希望支持一种加密算法(CBC模式下的DES)，根据客户机所选择的消息摘要算法，它的INTEGER标识号是1、2或者3。
After the recipient receives it, the message digest is unscrambled using the sender's public key.
接收方收到消息之后，使用发送方的公开密钥整理出消息摘要。
The sender encrypts the message digest under her private key.
发送方用自己的私钥加密消息摘要。
It is easier to compute a message digest from a password and computationally infeasible to compute the password based on its message digest.
从密码来计算消息摘要是比较简单的，但以消息摘要为基础来计算密码却是不可行的。
The sender creates a message digest (also called hash value, fingerprint/thumbprint, or watermark) based on the contents of the message.
发送方根据消息的内容创建消息摘要（也称为哈希码、指纹或者水印）。
For a message digest, the strength of the algorithm is determined by the size of the hash or check sum that the algorithm generates.
对于消息摘要，算法的长度由算法生成的哈希码或者校验和决定。
Tampering is addressed by a message digest, which is a fixed size numeric representation of the contents of a message.
消息摘要解决了篡改问题，消息摘要是消息内容的定长数字表示。
The message digest (also called the message authentication code) is computed using a hash function.
消息摘要（又称消息认证代码）是用散列函数计算的。
The receiver then decrypts the message digest using the sender's public key, confirming that the message was indeed sent by the sender.
然后，接收方使用发送方的公钥对消息解密，确认消息确实是由发送方发送的。
It is not meant to replace existing OAuth or Digest protocols that ensure message integrity.
这并不意味着要去取代能保证消息完整性的OAuth或Digest协议。
The hash function used to generate the message digest
用于生成消息摘要的散列函数
I'll explain the use of message digest algorithms in the next article of this series, but for now just note that I'm going to use the MD5 message digest algorithm in the Kerberos client.
我将在本系列的下一篇文章中解释消息摘要算法的使用，但是现在只要知道我要在Kerberos客户机中使用MD 5消息摘要算法。
Each check attribute constitutes an MD5 hash (a message digest algorithm commonly used in generating cryptographic hashes) of the following concatenated string.
每个check属性组成了以下连接字符串的MD 5散列(一种通常用于生成加密散列的消息摘要算法)。
For example, there are several different standards of MD (Message Digest) algorithm.
例如，MD(消息摘要)算法有几种不同的标准。
If you need to hex-encode or Base64-encode message digest output, you're on your own - there's no standard JDK support for either.
如果需要输出十六进制编码或Base64编码的消息摘要，你只有靠自己-对上述两种编码，没有标准的JD K支持它们。
The Message Digest 5 utility is readily available, in source, and binary versions on the Internet.
很容易从互联网上获得Message Digest5实用程序的源代码和二进制版本。
You can determine the list of ciphers and message digest formats supported by using openssl help, as shown here in Listing 1.
可以通过openssl帮助确定受支持的密码和哈希格式列表，如清单1所示。
You can determine the list of ciphers and message digest formats supported by using openssl help, as shown here in Listing 1.
可以通过openssl帮助确定受支持的密码和哈希格式列表，如清单1所示。
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