The compute node can be logically and physically grouped into multiple sections.
Compute节点可以采用逻辑和物理的方式分组到多个部分。
If this component is used, the only way to implement the processing is to use a compute node.
如果使用该组件，那么实现处理过程的唯一方法是使用计算节点。
The payload is then passed in as is (binary data) to the compute node you will create shortly.
然后，负载被按原样(二进制数据)传递给稍后将创建的计算节点。
Before invoking the stylesheet transformation, the compute node Standardise slightly alters the captured WSDL document.
在调用样式表转换前，计算节点Standardise将对捕获的WSDL文档进行少量的修改。
When a compute node in a cluster wants to access a file in this parallel filesystem, it goes through the following steps.
当集群中的计算节点想要访问并行文件系统中的一个文件时，它需要执行以下步骤。
So that changes to the LocalEnvironment are not lost after leaving the node, remember to alter the compute Mode property of the compute node.
这样，对LocalEnvironment的更改就不会在离开节点后丢失，请记得更改计算节点的Computemode属性。
Monitoring is important in a high performance cluster since it is essential to know when a compute node has failed or when the desired performance is not being achieved.
在高性能集群中，监控很重要，因为要得知何时某个计算节点发生故障或者不能达到期望的性能，这是最基本的。
When all of the Web service paths have been completed, then the final step in the compute node is to update the response message with the results from the web services.
完成了所有Web服务路径后，Compute节点中的最后一步是使用来自 Web服务的结果更新响应消息。
IBM's Message Broker which is used as a software "universal adapter" to connect anything to anything now supports a PHP compute node in its message transformation flows.
IBM的MessageBroker可以当作一个“万能转换器”，它能够将一个东西连接到另外一个东西，而现在它的消息转化流中也提供了对PHP计算节点的支持。
Define the compute node group in the noderes table, define the compute profile - a profile defines the packages included in a root image - in the nodetype table, as shown in Listing 8.
在noderes表内定义计算节点组，在nodetype表内定义计算概要文件—一个概要文件定义了在一个根映像内所含的包—，如清单8所示。
The compute node, named Convert, consists of a single module whose purpose is to configure the LocalEnvironment tree in order to control the behavior of the following HTTPRequest node.
计算节点名为Convert，包含单个模块，该模块用于配置localenvironment树，以控制后面的HTTPRequest节点的行为。
Compute node (AddBrokerName) reads and copies the message tree.
计算节点(AddBrokerName)读取和复制消息树。
The next node is a Compute node named Length Processing, which interprets the first four bytes of the message data.
下一个节点是名称为LengthProcessing的Compute节点，它将对消息数据的前四个字节进行解释。
The ESQL for the Compute node will not be copied to the new message flow, but will remain in the original ESQL schema.
Compute节点的ESQL将不会复制到新的消息流，但是仍将位于原始esql模式中。
The potential number can be increased even more by adding another Compute node and "duplicating" the functions of the StoreInputMsg Compute node.
通过再添加一个Compute节点，并“复制”StoreInputMsg Compute 节点的功能，甚至可以进一步增加可添加的潜在数量。
The following figure shows that the request is then forwarded to a Compute node to do the transformation of the incoming request from SOAP to binary.
下面的图显示该请求接着被转发到一个Compute节点，以将进入的请求从soap转换成二进制。
The returned document is parsed and the invocation criteria set up using a Compute node (for example) for input into a request-type node, which is then invoked.
对返回的文档进行解析，并使用Compute节点(举例而言)设置调用标准以输入请求类型的节点，然后调用该节点。
Within the Compute node named AddRunningTotal the following ESQL keeps a running total, and also adds a new element to each record showing the total sales so far.
在名为addrunningtotal的Compute节点中，以下ESQL保存累计销售额，同时还向每个记录添加一个新元素，以显示到目前为止的总销售额。
This flow will read messages from WebSphere MQ cluster input queues and process messages. The flow consists of a JMSInput node followed by a Compute node and a JMSOutput node.
该信息流将从WebSphereMQ集群输入队列读取消息并处理消息。
This flow will read messages from WebSphere MQ cluster input queues and process messages. The flow consists of a JMSInput node followed by a Compute node and a JMSOutput node.
该信息流将从WebSphereMQ集群输入队列读取消息并处理消息。
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