重复前面初始化主节点的前三个步骤。
Repeat the first three steps above for initializing the master node.
其最重要的功能之一就是该协议无需主节点。
One of its most important features is that it does not have a master node.
中间一列应该是主节点的主机名。
The middle column should be the hostname of the primary node.
主节点应该同时接管群集IP。
停止主节点上的ND部署管理器。
移除主节点上的服务ip地址。
每个节点都有且只有一个主节点类型。
主节点用于分配进度和失效转移。
The master node allocate schedules and transfer the fail task.
在master文件中添加主节点的IP地址。
该云架构有一个主节点和一些从属节点。
访问以下url,确认主节点和从节点是正常的。
Visit the following URL to verify that the master and other slave nodes are healthy.
主节点也会接管集群IP。
返回到MachineB(主节点)来创建克隆。
同时,可以对主节点进行维护,分析它为什么会宕机。
Meanwhile, maintenance can be performed on the master node to analyze why it went down.
重新在主节点上启动heartbeat服务。
可以使用ps命令来确认WebSphereMQ正在主节点上运行。
Use the ps command to make sure WebSphere MQ is running on the primary node.
通过再次启动heartbeat,您可以自动恢复至主节点。
You can fail back over to the primary by starting heartbeat again.
每个资源有一个主节点实例,这个实例记录了它当前的状态。
Each resource has a master instance that records its current status.
通过ps命令确认LoadLeveler后台进程正在在主节点上运行。
Use the ps command to make sure LoadLeveler daemons are running on the primary node.
启动主节点上的heartbeat服务,然后在备份节点上执行以下命令。
Start the heartbeat service on the primary and then on the backup node.
停止主节点上的WebSphereApplicationServer (s)和节点代理(node agent)。
Stopping the WebSphere Application Server (s) and the node agent on the primary.
总节点数等于,主量子数减1。
And our equation for total nodes is just the principle quantum number minus 1.
向导试图决定此节点的主域时发生错误。
A problem occurred when the wizard attempted to determine the primary domain of this node.
向导试图决定此节点的主域时发生错误。
A problem occurred when the wizard attempted to determine the primary domain of this node.
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