随着应用程序的启动，生成一个全局数据库密钥并存储在钥匙串中。
With the launch of the application, a global database key is generated and stored in the keychain.
TCS要求控制关键系统资源的分配和释放，包括数据库记录、通信套接字、安全密钥，等等。
The TCS requires control over the allocation and release of key system resources, including database records, communication sockets, security keys, etc.
在配置内核时，必须启用这个文件，因为它允许任何用户列出密钥数据库。
This file must be enabled when the kernel is configured, because it allows any user to list the keys database.
接收进入服务器密钥数据库的服务器证书。
Receive the server certificate into the server's key database.
为服务器创建密钥数据库并生成一个CSR。
为客户端创建密钥数据库并生成相应的证书。
Create a key database for the client and generate the corresponding certificate.
为服务器创建密钥数据库并生成相应的证书。
Create a key database for the server and generate the corresponding certificate.
接受缺省的CMS密钥数据库类型。
该数据库有一部分称为密钥存储区，它包含用于对要发送的数据进行签名的所有证书。
The database has one section called the key store that contains all of the certificates that could be used to sign something to be sent out.
应用程序使用带有表标识或数据库序列密钥生成器的实体。
The application USES entities with table identity or database sequence key generation.
如果该密钥数据库仅包含自签名证书，就不可能匹配多个非预期证书。
If the key database contains only self-signed certificates, there is no chance of matching multiple unintended certificates.
当创建该数据库时，该信任存储区由商业证书颁发机构提供的一套缺省密钥填充。
When the database is created, the trust store is populated with a default set of keys from commercial certificate authorities.
密钥数据库中的另一部分是信任存储区，它包含由该队列管理器信任的数据的所有公钥。
Another section in the key database is the trust store and it contains all of the public keys of things that are trusted by the queue manager.
为客户端创建密钥数据库并生成证书签名请求(CSR)。
Create a key database for the client and generate a certificate signing request (CSR).
这个问题的解决方案非常简单和有效：从密钥数据库中删除缺省的证书颁发机构。
The solution for this is simple and effective: remove the default certificate authorities from the key database.
之前，要执行这么一个看上去很简单的TFS备份，需要备份多个数据库，而且报表服务还需要密钥。
Prior to this the seemingly simple task of performing a TFS backup required backing up to eleven databases as well as an encryption key needed for reporting services.
这些公钥和机密密钥存储在一个公共数据库（/etc/publickey文件）中。
The public and secret keys are stored in a public database (/etc/publickey file).
为userone创建公钥和机密密钥，并将它添加到publickey数据库中。
Create a public and secret key for userone and add it to the publickey database.
这要求将外部可见的主机名的凭证存储在一个CryptographicMessageSyntax (CMS)密钥数据库文件中。
This requires that a certificate for the externally visible hostname be stored in a Cryptographic Message Syntax (CMS) key database file.
例如，一个模式可能定义一个key元素为用于密钥的base64数据，而另一个模式将key定义为一个用于储存数据库标识符的整数。
For example, one schema could define a key element as base64 data for storing a cryptographic key while another schema would define key as an integer for storing a database identifier.
demolabel是密钥数据库中的证书的唯一名称。
Demolabel is the unique name for the certificate in the key database.
snoopy是密钥数据库的密码。
有关创建密钥数据库的详细步骤以及命令行选项的完整列表，请参阅gskcapicmd用户指南。
For instructions on creating a key database and a complete list of command line options, refer to GSKCapiCmd User Guide.
如果要创建新的密钥数据库文件，应确保选择“Stash thepasswordtoafile”选项。
If creating a new key database file, be sure to select the "Stash the password to a file" option.
我们将使用缺省的密钥数据库位置：\Qmgrs\\ssl。
We will use the default location for the key database, which is \Qmgrs\\ssl.
LotusMobileConnect附带有一个实用程序wg_ikeyman，用于管理密钥数据库文件。
Lotus Mobile Connect ships with a utility, wg_ikeyman, for managing key database files.
Kerberos正是这样的一种身份验证协议，它通过在称为密钥分发中心(KDC)的中央存储库中存储相关信息的数据库，从而提供集中式的身份验证。
Kerberos is one such network authentication protocol that provides centralized authentication by storing the database of relevant data in a central repository known as a Key Distribution Center (KDC).
这台服务器使用的专用密钥数据库（keystore）也应该被指定为全局的。
The keystore to use for this server is globally specified as well. The settings used in our example are
在ssl属性中，确认密钥存储库的位置是否与您的密钥数据库名称和位置相符。
In the SSL properties, verify that the location of the key repository matches your key database name and location.
这是一个管理守护进程，负责管理主体数据库、主体数据库的密钥和策略配置。
This is an administrative daemon managing a database of principals, their secret keys, and policy configurations.
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