Logical Partition or LPAR names.
逻辑分区(lpar)名。
Reassign the disks to the target LPAR.
重新分配磁盘到目标 LPAR。
Mount the file systems on target lpar.
在目标lpar上加载文件系统。
Installing Linux support for dynamic lpar.
安装Linux对动态lpar的支持。
uname -L shows the LPAR number and LPAR name.
uname-L显示LPAR号和 LPAR名称。
Boot each LPAR and configure the new interfaces.
引导每个LPAR并配置新接口。
The LPAR resumes execution on the target system.
LPAR在目标系统上恢复执行。
I performed several health checks on each AIX LPAR.
我在每个AIXLPAR上执行几个健康状态检查。
We varied the number of cores available to the LPAR.
我们为LPAR设置了不同的内核数。
RPM will install and start the dynamic LPAR services.
RPM会安装并启动动态lpar服务。
Target memory expansion factor configured for the LPAR
为LPAR配置的目标内存扩展因数
The LPAR being moved was configured with 4GB of memory.
被转移的LPAR配置了4GB的内存。
Enter the LPAR name, memory, and processor requirements.
输入LPAR名称、内存和处理器需求。
Remove the volume group and its disks from the source LPAR.
从源lpar中移除卷组以及其磁盘。
The performance test LPAR was configured with 12 GB memory.
性能测试LPAR配置了12GB内存。
The newly created and installed LPAR USES a static IP address.
刚创建和安装的LPAR使用一个静态IP地址。
The performance test LPAR was configured with 12 GB of memory.
性能测试LPAR配置了12GB的内存。
The "suspend" of the LPAR itself lasted no more than two seconds.
LPAR本身的“暂停”状态只持续了不到两秒。
If booting an LPAR failed, then restore the LPAR from a mksysb image.
如果引导LPAR失败，那么从mksysb映像恢复VIOS。
The LPAR confirms the suspension by quiescing all its running threads.
LPAR通过停止所有正在运行的线程暂停运行。
Checking there are no dedicated physical adapters assigned to the LPAR.
确认没有给这个LPAR分配专用的物理适配器。
Mobility activity is logged on the LPAR and the source and target VIOS.
转移活动被记录在LPAR以及源和目标VIOS上的日志中。
Configure the disks, volume group, and file systems on the target LPAR.
在目标LPAR上配置磁盘、卷组和文件系统。
Download and install the IBM productivity tools support for dynamic LPAR.
下载并安装IBM支持动态lpar的产品工具。
Each WPAR within LPAR is now using the same system resources of the LPAR.
LPAR中的每个WPAR现在都使用LPAR的相同系统资源。
But given the workload of each LPAR, it should be fine in most situations.
根据每个LPAR的工作负载，这种配置应该适合大多数情况。
And using DLPAR, we remove these virtual adapters from the LPAR definition.
并且使用DLPAR，我们将能够从LPAR定义删除这些虚拟适配器。
Of course, we backup our LPAR before we make any changes to it, just in case.
当然，在对它进行任何更改之前，需要先备份我们的LPAR，以防万一。
Modify the LPARs properties to map the new virtual adapters to LPAR adapters.
通过修改lpar属性把新的虚拟适配器分配给lpar适配器。
I booted up the LPAR, and all appeared well, until the applications were started.
我启动了这个LPAR，直到启动应用程序之前看起来一切顺利。
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