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It was so simple. ?I moved the whole layout to the top of the screen and ?bingo.

James, I know exactly where it is in the current code and it's simply a matter of swapping the order of two lines. /jmri/java/src/jmri/jmrix/loconet/SlotManager.java lines 815 and 816.

Does anybody have a?Soundtraxx MC2 decoder definition for a non sound motor decoder? Thanks. Jim K

Dave, Thanks. Is there a way to reorder the list, something that i can test with on the system i am using, is there a way to search for this in the code? I am sure if i were to upgrade to a newer

Glad to hear that. I have made the change to the code that makes the default to NOT set the flag in question. This will be in the next test release, which is due out next weekend if all goes as

Ken S,

Ken S, While doing this test, please watch the LEDs on the NCE USB. The Cab Bus LED (nearest the Cab Bus socket) should initially be OFF until after the Version is returned in the Log. It should come

Hello, I took the cable that I plug into the PROCAB and placed it in the USB interface. I started JMRI. At bottom of screen green message said NCE connected. Just so you are aware, my computer is in

Ken S, Good. Always use the same USB socket or it may change. Which rules out the NCE USB but not all of your local setup. We know what to check in the log. Just start it up this way and then get us

James, Unfortunately there isn't a user preference for this. The default programming mode is selected by JMRI based on the ordering of the modes returned by the Programmer.getSupportedModes() method.

Hello, I watched through Device Manager. When I plugged in the USB cable to the computer this appeared. " Ports(COM+LPT) S8ilicon Labs CP210x USB to UART Bridge (COM4)". When I unplugged the USB,

Is there any method to print out basic details for a loco? Address, picture, Function button labels to allow details to betaken to a club event for easy operator reference? Ian_B

Paul, Ran the jumper as directed and nothing happened either when connected to ground or 5V. Thanks for helping. Ted

The Pull-Up/Down options are referring to the hardware’s ability to have ( or not ) a Pull-Up or Pull-Down resistor enabled by the microprocessor. The Arduino can only have Pull-Up resistors

Jim, Thank you for your response. The particulars of my setup. Raspberry Pi 3 running Raspbin-GNU/Linux 10 (buster) Arduino Uno Rev 3 Arduino Motor Shield Rev 3 JRMI DCC++: 4.16+R6f9aced, updated July

Ted: Seeing second post... There are two pieces of hardware that could be in play The RasberryPi, it's GPIO looking for the inputs or the Arduino and it's inputs. We need to sort this out. I'm not an

Ken and Ken S, Correct. A very good test. It will return the 7.3.0 line without complaining, but will time out subsequently when you try to do anything.

Ted: Let's toss the last sentence... Help, we here are for... What Arduino are you using as the basis of the DCC++ command station? Also version of DCC++. It will be the DCC++ code for the Arduino

To add more to my confusion. When a sensor table sensor entry is edited, you can pick "Pull-up Resistor Enabled" from the Pull-Up/Down tab.? You click "Apply" and the message is returned that the

Mark, Did you check the system console for errors? Dave Sand