Step 6: Restore the backup on the HDR secondary server.
步骤6：恢复HDR备用服务器上的备份。
Step 3: Transform the secondary server to form an er server.
步骤3：转换辅助服务器以形成一个ER服务器。
Step 4: Transform the secondary server to form an er server.
步骤4：转换辅助服务器以形成一个ER服务器。
Step 7: Bring the HDR secondary server into online mode.
步骤7：使HDR备用服务器进入online模式。
Step 4: Register the HDR secondary server with the primary.
步骤4：将HDR备份服务器注册到主服务器。
The application then knows to switch to the secondary server.
随后，应用程序就知道要转换到备用服务器。
Loading and unloading of data can be done from the secondary server.
数据的加载和卸载可以从次服务器完成。
The secondary server being transformed should belong to a different er group.
正在被转换的辅助服务器应该属于一个不同的er组。
The next example shows the RS secondary server online log when DELAY_APPLY is set.
下一个例子显示了设置DELAY_APPLY时的RS次要服务器在线日志。
Example 1: Restoring a backup taken on RS secondary to create new RS secondary server.
示例1：恢复在RS次要服务器上所做的外部备份以创建新的RS次要服务器。
RS secondary server online log message when LOG_STAGING_DIR is set at RS secondary server.
在RS次要服务器上设置LOG_STAGING_DIR时的RS次要服务器的在线日志消息。
The primary purpose of the RS secondary server is to provide a disaster recovery solution.
RS备用服务器的主要作用是提供灾难修复解决方案。
The last two elements that affect performance are reading from secondary server and internal parallelism.
最后两个影响性能的要素是备用服务器上的读操作和内部并行性。
Each will fail over to the other server as secondary.
每个都将另一服务器当作故障转移的目标服务器。
Each will fail over to the other server as secondary.
每个都将另一服务器当作故障转移的目标服务器。
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