Set this variable at the node level.
在节点级别设置此变量。
Choose a template for the node class.
为节点类选择一个模板。
The node name we will give is backupNode.
我们将使用的节点名称是 backupNode。
The nodeValue is the text within the node.
nodeValue是节点中的文本。
The node agent is also started at this time.
此时还将启动节点代理。
Of course, the node could be a model element.
当然，这个节点可以是一个模型元素。
Name is the possibly prefixed name of the node.
name是可能的节点前缀名。
Note that the node serving this page now is ha2.
注意，现在正在为该页提供服务的节点是ha2。
Distribute the application update to the node.
将应用程序更新发布到节点。
It needs to know the type of the data in the node.
它需要知道节点中数据的类型。
Plug in the SAN cables and let the node boot fully.
插上san线，让节点完全引导。
Is the name of the profile used to create the node.
是用于创建节点的概要文件名称。
In our scenario the node name was set to ISSW2Node.
在我们的场景中，节点名设置为issw2 Node。
The name of the node on which the member is to be created.
要创建成员的节点的名称。
The base of the cloud at the node level is the hypervisor.
hypervisor是云在节点级别的基础。
Change the cluster name and the node name in this file.
修改这个文件中的群集名称和节点名称。
Push the power button on the node to turn on the node.
按在节点的次幂按钮打开节点。
You also need to specify the node name, shown in Listing 6.
您还需要指定节点名，如清单6所示。
The node is returned to the address tree first at the root.
节点首先返回到地址树的根上。
As a convenience, you can pass such a tree directly to the node.
作为便利措施，您可以将这样的树直接传递给节点。
If the expression is true, the node is added to the results.
如果表达式为true，节点就添加到结果中。
HasValue is true if the node has a text value or false otherwise.
如果节点有文本值，hasvalue值为true；否则，值为false。
Most of the analysis work will probably be done at the node level.
大多数分析工作都是在节点级别上完成的。
This code, given a key, node, looks up the color for the node.
这段代码接收一个键值node，查找node指定的颜色。
This is done when you define the Node Group or Dynamic Cluster.
在定义节点组或动态集群时就完成了这一工作。
Add a new property for the node EndpointLookup1 and save the changes.
为节点EndpointLookup1添加一个新属性并保存更改。
Normally, each node has a host name that is identical to the node name.
在一般情况下，每个节点有一个与节点名相同的主机名。
A trace of the message flowing into the node might look like this.
进入该节点的消息可能与以下所示类似。
The node analysis is an important method to study linear networks.
节点分析法是求解线性网络的一种重要手段。
The node objects in gnosis.xml.objectify trees are, by design, quite dumb.
objectify树中的节点对象被有意设计成没有什么智能。
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