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- EFS uses an encryption key to encrypt your data. EFS使用加密密钥对数据进行加密。
- You can change the encryption key for a database. 您可以更改数据库的加密密钥。
- You have not chosen an encryption key. 您还没有选择一个加密密钥。
- Here you can specify the length of the encryption key. 这里您可以指定密钥长度。
- This example shows how to replace the encryption key. 此示例显示如何替换加密密钥。
- Here you can select the type of the encryption key for this partition. 这里您可以为分区选择加密密钥的类型。
- A typical piece of sensitive information is a password or an encryption key. 密码或加密密钥即是典型的敏感信息。
- Back up a copy of the database encryption keys. 备份数据库加密密钥的副本。
- On the Encryption Keys page, click Change. 在“加密密钥”页上,单击“更改”。
- The encryption key will be generated from random data during the installation. 加密密钥会在安装过程中使用随机数据生成。
- Initialization errors and encryption key errors include the following messages. 初始化错误和加密密钥错误包含以下消息
- If you do not use the -key parameter, a default encryption key is used. 如果不使用-key参数,则使用默认加密密钥。
- You need the encryption key each time you want to start the database. 每次您要启动数据库时,都需要加密密钥。
- The number of characters in your key depends on the encryption key length. 您密钥的字符数特征取决于加密钥匙的长度。
- This server's encryption keys may have been modified illicitly. 此服务器的加密密钥可能已被非法修改。
- Receivers use a combination of the sender's public key and their own private encryption key to unlock the secret code for that message and decipher it. 接收者利用发送者的公开密钥和他们自己的秘密密钥的结合，解开该报文的秘密编码，并解密之。
- Generally,digital data in blocks of fixed bit length is combined with a digital encryption key. 一般而言，固定位长的字块中数字化数据是与数字密钥混合在一起的。
- Encryption key backup is a critical aspect of securing access to your Analysis Services databases. 加密密钥备份对于安全访问Analysis Services数据库至关重要。
- This provides an extra measure of security by never allowing the encryption key to be seen in clear text. 这样,加密密钥从不以明文显示,提供了额外的安全保证。
- You must input the encryption key twice to confirm that it was entered correctly. 您必须输入加密密钥两次,以确认正确地输入了密钥。
