NET 2.0包括应该简化密码哈希和连接字符串加密的许多功能。
ASP.NET 2.0 includes a number of features which should simplify the hashing of passwords and the encryption of connection strings.
这个方法获得未加密数据，然后将它作为加密字符串返回。
This method takes the unencrypted data and returns it as an encrypted string.
可以使用 EncryptCnxString.aspx页创建要粘贴到配置文件中的计算机特定的加密连接字符串。
You can use the EncryptCnxString.aspx page to create the machine-specific encrypted connection string to paste into your configuration file.
这样将使用生成的秘钥加密字符串HelloWorld。
This will encrypt the string HelloWorld with the generated secret key.
返回的一列称作“密码(password)”，并且它是DES加密的字符串。
The one column returned is called "password" and it is a DES encrypted string.
虽然不与SQLInjection攻击直接相关，但是 BestLogin.aspx演示了另一种安全最佳做法：对连接字符串进行加密。
While not directly related to SQL injection attacks, BestLogin.aspx demonstrates another security best practice: the encryption of connection strings.
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)。
Each check attribute constitutes an MD5 hash (a message digest algorithm commonly used in generating cryptographic hashes) of the following concatenated string.
如果客户机的加密过的返回字符串与本地加密的字符串匹配，则运行关闭命令。
If the client's encrypted return string and the locally encrypted string match, the shutdown command is run.
前者加密一个纯文本的字符串，返回其编码；后者解密一个加密了的字符串并返回纯文本。
The former encrypts a plain-text string, returning its encoding; the latter decrypts an encoded string and returns plain text.
哈希是一种加密功能所获得的结果，这种加密需要获取任意大小的字符串数据，并用算法对其进行加密，然后返回一个固定大小的字符串。
A hash is the result of a cryptographic function that takes an arbitrarily sized string of data, performs a mathematical encryption function on it, and returns a fixed-size string.
演示如何使用数据加密标准算法来加密和解密字符串。
Demonstrates how to encrypt and decrypt strings using the Data Encryption Standard algorithm.
该惟一键是一个加密的搜索字，结果是一个 32 个字符的字符串，这个字符串然后被用作文档的UniversalID (UNID)。
This unique key is an encrypted search word resulting in a 32-character string, that is in turn used as the Universal ID (UNID) for a document.
这是一个被加密的句子或字符串短语。
This is a sentence or string phrase that has been encrypted.
行4编码字符串Doublesecretprobation并使用Base64将加密了的这个字符串转变为可打印的字符，以便于用电子邮件等程序传输。
Line 4 encodes the string Double secret probation and USES Base64 to turn the encrypted string into printable characters that can easily be transmitted over E-mail, say.
如果选择SQL身份验证，将使用数据保护API (DPAPI)基于您的用户凭据对连接字符串进行加密。
If you choose SQL authentication, the connection strings are encrypted, using Data Protection API (DPAPI), based on your user credentials.
敏感信息的示例包括用户名、密码、连接字符串和加密密钥。
Examples of sensitive information include user names, passwords, connection strings, and encryption keys.
敏感信息的示例包括用户名、密码、连接字符串和加密密钥。
Examples of sensitive information include user names, passwords, connection strings, and encryption keys.
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