compute node

The compute node at the end of each Web service path would have to use a unique part of the Environment tree for its information.

The next node is a Compute node named Length Processing, which interprets the first four bytes of the message data.

If the Out terminal had been wired, the Compute node would have received a propagation for every record.

Before invoking the stylesheet transformation, the compute node Standardise slightly alters the captured WSDL document.

CSM provides the flexibility to define the list of applications that need to be installed on each compute node.

In this example, ESQL is added to the Compute node to determine when to send a message to the Finish File terminal.

The compute nodes run jobs that the TORQUE server dispatches and the TORQUE job-execution daemon running on each compute node starts.

Each path to a Web service request starts at the initial Compute node and ends at a Passthrough node.

We now need to understand the initial StoreInputMsg Compute node.

Add a compute node before and after the Service Invocation to translate the message from BLOB to SOAP and vice versa.

In addition, the standard Compute node now provides 5 output terminals, allowing for much more flexible routing within a message flow.

Add a Compute node (Invalid Claim, in Figure 5) and include the ESQL in Listing 5 to set the appropriate reply information.

The message is forwarded unchanged to the output terminal of the PrepareEnv compute node.

The payload is then passed in as is (binary data) to the compute node you will create shortly.

If this component is used, the only way to implement the processing is to use a compute node.

Include a Compute node (SetReply in Figure 5) and include the ESQL in Listing 6 to set the appropriate values in the reply message.

When a compute node in a cluster wants to access a file in this parallel filesystem, it goes through the following steps