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。
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。
No procedures or mechanisms for archiving, backup, restore, or disaster recovery exist.
没有归档、备份、恢复或灾难恢复的过程和机制。
You still need a reliable backup, restore and disaster recovery plan in place for such events.
您仍然需要一种可靠的备份、还原和灾难恢复计划来应对这类事件。
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。
Pick the backup image to restore.
选择要恢复的备份映像。
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。
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。
Much faster backup and restore.
更快的备份和恢复。
The output should be backup or restore format file.
输出应为备份或恢复格式文件。
This makes the clone and backup/restore scenarios very easy to do.
这样就可以非常方便地执行克隆和备份/恢复操作。
This article provides a group of powerful procedures that allow for schema-level operations such as logical backup, restore, and copy of all objects in a given schema.
本文提供了一组强大的过程，可以执行模式级操作，比如对给定模式中的所有对象进行逻辑备份、恢复和复制。
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。
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。
This memory is used by database level tasks such as backup/restore, locking, and SQL executions.
这种内存用于数据库级的任务，例如备份/恢复、锁定和SQL的执行。
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。
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。
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。
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。
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。
Online backup and Restore - Table of comparisons
在线备份和恢复 ——对照表
Incremental and delta Backup and restore.
增量和delta备份和恢复。
How to backup and restore the default database?
如何备份和恢复默认数据库？
Automate the backup and restore process.
自动化备份和恢复过程。
Strategy 3: System backup and restore.
策略3：系统备份和恢复。
Automatic ordering of dbspaces during backup and restore processes.
备份和恢复过程中dbspace的自动排序。
Setting up HDR with external backup and restore.
建立带有外部备份和恢复的hdr。
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