Every node can save very few keys.
每个节点只需保存少量的密钥。
This node can be called as principal secondary.
该节点可称为主要辅助节点。
The logic required by this new node can now be coded.
现在，可以编写这个新的节点所需要的逻辑。
A single task-node can contain one or more tasks.
单个任务节点可以包含一个或多个任务。
Each Token that is in a Node can receive a signal.
在节点中每一个令牌可以接受一个信号。
Remember that a work node can be in more than one work list.
要记住，一个工作节点可能出现在多个工作列表中。
The root node can wrap data related to different enterprises.
根节点可以封装与不同企业有关的数据。
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。
In this network, node can use multi wavelength at the same time to send data.
在该网络中，网络节点可以同时使用多个波长传输数据。
Now the Stop Node is where you can easily see it, at the beginning.
现在停止节点在您能够容易地看到的地方——在开头。
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。
Each node has its own processors and memory; the nodes can talk to each other.
每个节点有其自己的处理器和内存，节点间可以互相通信。
You can then go through child nodes until you find the photo node.
然后，您可以遍历子节点，直至找到照片节点。
We have one node here, and we can again define that most probable radius.
在这里有个一节点，另外我们可以定义最可能半径。
You can add more than one node to a diagram.
您可以向关系图中添加多个节点。
Any properly formatted message subtree can be sent to the control node.
可以将任何经过正确格式化的消息子树发送到控制节点。
From this root node, you can traverse the entire XML tree.
从这个根节点，就可以遍历整个xml树。
Before you can go further, you need to learn another term: node.
在进一步深入之前，需要学习另一个术语：节点。
You can then rename the new node.
然后，您可以对这个新的节点进行重命名。
From there you can get the type of node.
从这里您可以获得节点的类型。
You can also view the deployed application on each individual node and cluster
您还可以在每个单独的节点和集群中查看已部署的应用程序
An item is a node or an atomic value, so this variable can contain anything.
每个item是一个节点或原子值，因此此变量可以包含任何内容。
You can use the Route node to bypass unnecessary steps.
您可以使用Route节点绕过不必要的步骤。
As you can see, this time, only the services under the "Transportation" node are displayed.
这一次，就象您所看到的，仅显示“Transportation”节点下面的服务。
For: You can use for to take a node set and iterate over it.
for：使用for遍历节点集。
You can set this variable at the cell, node, or server level.
可以在单元、节点或服务器级别设置此变量。
Finally, you can pass a combination of a string and a node-set as parameters.
最后，您可以将字符串和节点集的组合作为参数来传递。
It can either be a text node or an element.
它可以是文本节点，也可以是元素。
Meanwhile, maintenance can be performed on the master node to analyze why it went down.
同时，可以对主节点进行维护，分析它为什么会宕机。
They can really help out when you want a particular element, attribute, or node set.
当需要访问特定的元素、属性或节点集时它们很有用。
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