Gets or sets the key container name.
获取或设置密钥容器名称。
解密密钥容器。
删除密钥容器。
How to: Store Asymmetric Keys in a Key Container.
如何：将非对称密钥存储在密钥容器中。
Describes how to store private keys in a key container.
描述如何将私钥存储在密钥容器中。
Such key pairs can only be accessed indirectly through a key container.
这样的密钥对只能通过密钥容器间接访问。
In that case, the same RSA key container must also be deployed to those servers.
在这种情况下，还必须将相同的RS a密钥容器部署到这些服务器上。
If that succeeds, then the assembly is signed with the information in the key container.
如果这个动作成功，那么组件就会使用金钥容器中的资讯加以签署。
It is very important that any key container that is created is removed when it is no longer in use.
对任何创建的密钥容器，当不再使用它时将其移除非常重要。
The private key portion of the RSA key container is required in order to decrypt encrypted information.
若要对加密信息进行解密，RS a密钥容器的私钥部分是必需的。
The password information is stored in your personal key container list and your personal certificate store.
密码资讯会储存在您的个人金钥容器清单和您的个人凭证存放区中。
You can use the XML file as backup for the RSA key container or to import the RSA key container on a different server.
您可以使用xml档做为rsa金钥容器的备份，或是在不同的伺服器上汇入rsa金钥容器。
Specify the location of a key container from the system's cryptographic service provider (CSP) to use to name the assemblies.
指定用于命名组件的系统中，密码编译服务提供者(csp)的金钥容器位置。
These entities are usually stored in a file or disk or in a key container owned by a Crypto API Cryptographic Service Provider (CSP).
这些实体通常存储在文件或磁盘中，或者存储在加密API加密服务提供程序 （CSP） 所拥有的密钥容器中。
Deleting a key container can constitute a denial of service attack because it prevents the use of files encrypted or signed with the key.
删除密钥容器可能导致拒绝服务攻击，因为它阻止使用通过密钥加密或签名过的文件。
Provides authorization utilities to support specific Web-application configuration, assembly registration, and assembly-key container manipulation.
允许系统根据提供的参数，执行组态区段和组件金钥容器的特殊管理。
Specifies that the generated assemblies are strongly named by using a key file or key container to encode the assemblies and ensure that they have not been tampered with.
指定应透过使用金钥档或金钥容器将组件编码，并确定这些组件未遭他人修改，让产生的组件具备强式名称。
A container can either support strings as its keys, like the root object itself, or can use integers as an alternate key system instead.
容器可以支持将字符串作为其键值，就像根对象本身一样，或者可以使用整数作为备选键值系统。
In contrast, a map container holds objects for which the order is not important; a value is extracted from the container by providing a key that locates the value of interest.
相比之下，映射容器则用于保存那些对顺序不是很敏感的对象；通过提供可以找到关系值的密钥，就可以从容器中提取值。
Two key CSS properties are also applied to the pop-up dialog container to make it work.
另外，还对弹出对话框容器应用了两个重要属性以确保它正确运行。
Install the newly created key stores into the Web container and Web server plug-in.
将新创建的密钥存储库安装到web容器和Web服务器插件。
Create a key store and trust store for the Web container and a key store for the Web server plug-in.
为web容器创建一个密钥存储库和信任存储库，为Web服务器插件创建一个密钥存储库。
Create a key store and trust store for the Web container and a key store for the Web Server plug-in using ikeyman.
使用ikeyman为we b容器创建一个密钥存储库和信任存储库，并为WebServer插件创建一个密钥存储库。
How do you balance writing end to end tests that require a full container and database (but replicate the full environment) versus lighter tests that make use of mocks for key JEE constructs?
您又是怎样来平衡那些需要完整的容器、数据库的端到端(endto end)测试和用Mocks替换关键的JEE构件而进行的轻量级测试的呢？
You saw how the findByPrimaryKey causes the container to retrieve a row in a database using the primary key of the EJB component as the primary key of the row in the database.
您已看到了findByPrimaryKey 子句如何让容器使用EJB组件中的主键作为数据库中行的主键来检索数据库中的行。
Import the certificate exported from the Web container key store into the plug-in key store.
将从Web容器密钥存储库中导出的证书导入到插件密钥存储库中。
In either case, the inner container is used to obtain the key-to-data value mapping.
在这两种情况下，内层容器都用于获得键到数据值的映射。
Using container-managed transactions (CMTs) provides two key advantages that are nearly impossible to obtain without container support: composable units of work, and robust transactional behavior.
使用容器管理的事务（CMT）提供了两个关键的优势（如果没有容器支持这几乎是不可能的）：可组合的工作单元和健壮的事务行为。
The support for bean validation is another key feature of JPA 2.0, which extends to both the container-managed and application-managed environments.
支持bean验证是JPA 2.0的另一个主要特性，它扩展到了容器管理和应用管理环境。
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