Intrepid Control Systems RAD-Galaxy User Manual page 71

Now we will repeat this same basic process for the server response on channel 2.
15. Select RAD-Galaxy Channel 2 Network: Select "OP (BR) ETH02" from the on
Network drop-down box.
16. Create a Receive Message: To the right of the drop-down box click the
17. Rename the Message: Double-click the default message name and change it to
"Server Response".
18. Change the EtherType and Protocol: Check the EtherType setting from "Raw" to
"IPv4". Then change the Protocol field from "Raw" to "UDP".
We want to define the Server Response message so that it will decode any reply from the
server's address and port. So we will use the IP address and port that the server node is using
for the Source fields, but set the Destination fields to wildcards.
19. Change the Source and Destination Address and Port Fields: Change Source to
"10.0.0.2", Source Port to "60002", Destination to "X.X.X.X", and Destination Port to
blank (delete the "60002" value in the field).
20. Add a Signal: Click the arrow next to the
21. Rename the Signal: Rename signal to "Response Value".
The server receive message is now done. Let's take a look at the results of our message
definitions.
22. Switch to Messages View.
23. Go Online.
The result will be a display similar to Figure 73. Notice how the decoding allows us to more
clearly see the client/server nature of the exchange.
The server only transmits when it is responds to client requests it receives. The fact that this
continues to happen with the RAD-Galaxy tap in place demonstrates that messages are still
being sent between the two nodes even as they are copied over to Vehicle Spy.
24. Go Offline.
Version 1.2 - November 28, 2017
RAD-Galaxy User's Guide
button and select "Add 16 Bit Signal".
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button.
© 2016 Intrepid Control Systems, Inc.