Encrypted communications for HDR.
对HDR进行加密通信。
Adding an HDR server to a cluster.
向集群添加hdr服务器。
Replicating indexes to HDR secondary servers.
将索引复制到HDR辅助服务器。
This is a common problem with fake HDR images.
这是伪hdr图像的常见问题。
Step 5: Prepare the HDR secondary server's disk.
步骤5：准备HDR备用服务器的磁盘。
HDR: High availability data replication secondary.
HDR：高可用性数据复制辅助服务器。
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 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 secondary node can either be an HDR or RS secondary type.
该辅助节点可以是hdr或rs辅助类型。
LOG_STAGING_DIR must be set to a valid value in the HDR server.
必须将LOG_STAGING_DIR设置为hdr服务器中的一个有效值。
The two records (HDR and LIN) translate into two match elements.
两个记录（HDR和LIN ）转换成两个匹配元素。
Unlike HDR, the communication occurs using a full duplex protocol.
与hdr不同，通信使用全双工协议。
How to avoid blocking checkpoints on primary in an HDR environment?
如何避免阻塞hdr环境中主要服务器上的检查点？
These layers include the HDR effects, warm color overlays, and fog.
这些图层包括HDR效果图层，暖色调滤镜，和雾化的效果。
On the HDR server, perform a physical restore of the level 0 backup.
在HDR服务器上，执行0级备份的物理恢复。
Step 2: Check whether the HDR server can be converted to an er server.
步骤2：检查HDR服务器是否可以转换为ER服务器。
What happens when primary fails while logs are staged at HDR secondary?
如果主要服务器失效，而日志暂存于HDR 次要服务器上，会出现什么情况？
There currently seems to be a lot of interest in HDR or similar processes.
现在对HDR（高动态范围）或者类似方法感兴趣的人越来越多。
To avoid blocking checkpoints, we enable log staging at HDR secondary nodes.
为了避免阻塞检查点，我们支持在HDR次要节点上暂存日志。
HDR was considered a specialised technique employed mostly by professionals.
HDR技术被认为是大多是由专业人士掌握的一项专门技术。
Update the SQLHOSTS file at primary. and at both SDS and HDR secondary servers.
在主服务器更新SQLHOSTS文件，同时在SDS和HDR备用服务器中更新。
Refer to Option 1 Step 8 on how to use ifxclone utility to re-set up RSS and HDR.
参阅选项1 -步骤8了解如何使用ifxclone实用工具来重新设置RSS和HDR。
Refer to Option 1 Step-8 on how to use ifxclone utility to re-set up RSS and HDR.
参阅选项1 - 步骤 8 了解如何使用ifxclone实用工具来重新设置RSS和HDR。
Run the ifxclone utility on the intended target for HDR secondary server as user informix.
作为用户Informix，在指定的HDR辅助服务器上运行ifxclone实用工具。
From here on out you learn how to apply the general principles of HDR in specific situations.
从现在开始，您要学习怎样将这些HDR的普遍原理应用到具体的实践中去。
In asynchronous mode, only checkpoints are synchronized between the primary and HDR secondary.
在异步模式下，只有检查点在主服务器和HDR备用服务器之间是同步的。
Generally HDR is being described as "more lifelike colors with deeper blacks and higher whites".
一般情况下，HDR被描述为“更生动鲜活的色彩以及层次更加丰富的黑白”。
We concluded with a detailed explanation on blocking checkpoints on primary in an HDR environment.
最后，我们对HDR环境中主要服务器上阻塞的检查点进行了详细说明。
The RSS server can be promoted to an HDR secondary in the event of a failure to the primary server.
当主服务器出现故障时，RSS 服务器可以升级为HDR 辅助服务器。
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