Set this variable at the node level.
在节点级别设置此变量。
Select the RAR deployed at the node level.
选择在节点级别部署的rar。
The base of the cloud at the node level is the hypervisor.
hypervisor是云在节点级别的基础。
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。
Node level with module having embedded activation specification.
在节点级别部署并且模块具有嵌入的激活规范。
Node level with module having JNDI activation specification reference.
在节点级别部署并且模块具有JNDI激活规范参考。
Node level: You can execute an action at node level by using this syntax.
节点层次：您可以使用以下的语法来执行节点层次上的操作。
Thus, messages can be tracked at both the transaction level and the node level.
因此，可以同时在事务级别和节点级别跟踪消息。
For deployment at node level, do not select any scope because the scope is always node.
对于节点级别的部署，不要选择任何范围，因为该范围始终为Node。
Similarly, a scope defined at the node level can be seen by all the server instances in that node.
类似地，如果定义节点级别的作用域，则资源对于该节点的所有服务器实例都可见。
This means that any property Settings made at the node level are propagated to all of the environment's server members.
这意味着，在节点级别进行的属性设置，将会传递给环境中的所有服务器成员。
At the node level you can track the passing of the message from one node to the other. Consider the following example scenario.
在节点级别，您可以跟踪消息从一个节点到另一个节点的传递。
An administrator can also assign an access control list to each work node for additional security control at the work node level.
管理员也可以为每个工作节点分配访问控制列表，进一步在工作节点级别上进行安全控制。
This distinction is primarily important only to developers who are writing code that works with XML trees at the node level.
这个区别只有对于撰写可在节点层级使用xml树状结构之程序码的开发人员特别重要。
Let's start with a view of open source at the individual node level, then step up to the infrastructure to see what's happening there.
在这里，我们先来看一下在单个节点级别的开源，然后再研究此基础设施。
Promoting the property helps to change it, at a flow level rather than at each node level during deployments on various environments.
提升此属性可帮助在各个环境中部署时在流级别(而不是每个节点的级别)对其进行更改。
After the adapter is deployed at the node level on the individual nodes and then at the cluster level, you need to deploy the application.
当适配器以节点级别被部署到各个节点中并随后被部署到集群级别后，您需要部署应用程序。
The steps for deploying the adapter at the node and cluster levels are given above in 2. Node level with module having embedded activation specification.
在节点和集群级别上部署适配器的步骤已在前面的2.在节点级别部署带有嵌入激活规范的模块中给出。
To create an application with the node level adapter and activation specification properties specified in the module itself, use the External Service wizard.
要使用节点级别的适配器以及模块本身指定的激活规范属性创建应用程序，使用ExternalService wizard。
If you are writing a complex XML application, such as an XML editor or a word processor that stores content as XML, you will often work at the node level.
如果要编写复杂的XML应用程序(例如将内容存储为XML的XML编辑器或字处理器)，则经常需要在节点级别上工作。
Now that you've seen some of the open source solutions at the virtualized node level, look at some other open source applications that support this infrastructure.
了解了虚拟节点级别的开源解决方案后，接下来看看支持这种基础设施的其他一些开源解决方案。
For example, you can't specify a German language variant at the Node level after specifying only a French language variant at the ClassificationTaxonomy level.
例如，当您在ClassificationTaxonomy级别仅指定了法语语言变体之后，不能在Node级别指定德语语言变体。
Typical activities when working at the node level include adding nodes, deleting nodes, transforming nodes, and iterating through axes that return collections of nodes.
在节点级别上工作时的典型活动包括添加节点、删除节点、转换节点以及循环访问返回节点集合的轴。
If you specify the cell or node level, the information contained in it must be accessible and applicable to all servers that inherit the specification from that cell or node.
如果在单元或节点级别进行指定，则其中包含的信息必须可由继承该规范的所有服务器从该单元或节点进行访问。
In the J2C page, you can define a connection factory at the node level and it will apply to all servers that it contains, or you can define the connection factory at the server level.
在J2C页面中，您可以在节点层指定连接工厂，然后它将应用到节点包含的所有服务器中，您也可以在服务器层定义连接工厂。
When the master repository configuration is synchronized with a node, the application configuration is replicated in the node level repository and extracted in the application install destination.
当主存储配置与节点同步后，应用程序配置将复制到节点级别的存储库中，并提取到应用程序安装目的地中。
Load balancing is helpful in spreading the load equally across the free nodes when a node is loaded above its threshold level.
负载平衡有助于在某个节点的负载超出阈值水平时，将负载平均地分散到空闲的节点。
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。
The title of each paragraph can be imagined to be the heading nodes under the root node (level 1).
每一个段落的名字可以被想象为根节点下的标题节点(层次1)。
You can set the security profile property at the message flow level, so that a node can inherit it if the node security profile property is left blank.
您可以在消息流级设置安全性配置文件属性，以便在节点安全性配置文件的属性留空时，节点能够继承这些属性。
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