The steps below show you how to do an incremental backup and restore.
下面的步骤向您展示了如何执行增量备份和恢复。
In most cases, the database system itself will provide one or more backup and restore mechanisms as part of the product.
大多数情况下，数据库系统本身将提供一种或多种备份与恢复机制，作为产品的组成部分。
Components implement this interface to participate in backup and restore operations for places.
组件实现这个接口来参与多个位置的备份和恢复操作。
They can limit whether you can backup and restore the content.
他们可以限制用户能否备份和恢复内容。
Backup and restore to and from the cloud are supported.
支持备份和恢复到云，以及从云备份和恢复。
The offline policy controls backup and restore commands, and the encryption and decryption of database backup images.
离线策略控制备份和恢复命令，以及数据库备份映像的加密和解密。
Table 2 shows an example backup and restore policy and schedule.
表2显示了一个备份和恢复策略与调度示例。
Since these two storage systems have different performance characteristics, there may be an impact on the backup and restore solution.
因为这两种存储系统在性能方面具有不同的特性，可能对备份与恢复解决方案造成影响。
Backup and restore operations with the DB agent are logged for audit and sent to the security server by default.
使用db代理的备份和恢复操作将被记录下来用于审计，并默认发送给安全服务器。
For the new database, schedule backup and restore commands using the tools provided with DB2.
对于新数据库，要使用DB 2所提供的工具来调度备份和恢复命令。
Managing data requires specific skills in many areas, such as backup and restore, database design, and choice of service provider.
数据管理涉及多种领域的专门技术，比如备份和恢复、数据库设计、服务提供商选择。
Much faster backup and restore.
更快的备份和恢复。
For the second example, ultimately, we had to go to backup and restore.
对于第二个示例，最终只能执行备份和恢复。
This latter scenario is not a complete backup and restore of the original database.
后面的这种情况并不是原始数据库的备份和恢复。
The backup and restore enhancements improve performance and debugging.
备份和恢复的改进提高了性能和调试效率。
You can use the same tool to backup and restore every machine.
你可以使用该工具备份和恢复任何电脑。
The online backup and restore is a built-in mechanism provided to ensure no data is lost in corporate databases.
在线备份和恢复是一种内置的机制，用来确保数据库中的数据不会丢失。
This reduces the total time required for complete backup and restore to a great extent.
这样可以在很大程度上减少整个备份和恢复的时间。
Backup and restore capabilities are key to ensuring data recoverability for any database management system.
对于任何数据库管理系统来说，备份和恢复功能是确保数据可恢复性的关键。
There are faster and more efficient ways of doing that, such as using database backup and restore utility programs.
有一些其他的更迅速、有效的途径来实现这个目的，比如使用数据库备份和恢复实用工具。
You can see how having a good backup-and-restore strategy is important in such situations.
在这样的情况下，您就会了解到有一个好的备份与恢复策略是多么重要了。
For disaster recovery, standard database backup and restore procedures are advised.
对于灾难恢复，建议使用标准的数据库备份和存储过程。
You may also find third-party tools that provide backup and restore capabilities for databases as well.
您还可以使用为数据库提供备份与恢复功能的第三方工具。
Reducing mail file size improves performance of view indexing, compact, backup and restore, and transaction logging.
减小邮件文件的大小可以提高视图索引编制、压缩、备份还原和事务日志记录的性能。
Databases can pose unique requirements for backup and restore solutions.
数据库可能对备份与恢复解决方案提出独特要求。
DB2 has backup and restore commands native to the DB2 engine.
DB2有一些DB2引擎可以直接使用的备份和恢复命令。
CAI provides capabilities to backup and restore applications, and to manage composite application communities and support policies.
CAI提供了备份和恢复应用程序的功能，以及管理复合应用程序社区和支持策略的功能。
Vendor - This option specifies that the vendor backup and restore API will be used instead.
VENDOR——这个选项指定要使用厂商的备份和恢复API。
In other words, the backup and restore functions are accomplished at the database level.
换句话说，备份和恢复功能在数据库级执行。
How to backup and restore the default database?
如何备份和恢复默认数据库？
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