Short report:
On my "under construction semi permanent test layout" I have two loops, parallel tracks.
They are connected with two sets of curved turnouts. Between the two turnouts in one set it is a curved track, 24130.
I have completely isolated the two "interconnecting" 24130 (blue colour) from the rest of the tracks, both "0" and "B".
The inner track is connected directly to the normal track output on the CS.
The outer track is connected to a 7244, the center terminals of two of the switches. This goes for both "0" and "B".
One side of the two switches sets are connected to the inner track, "0" and "B".
The other side of the two switches are connected to the programming track output of the CS.
The center connectors of the two remaining switches of the 7244 are connected to the two interconnecting 24130.
The "other side" (same side as above) of the switches are connected to the programming output.
The 6083 controlling the 7244 is connected to the inner noramal track.
This way I can run the outer loop as a programming track and the inner as a normal track, or I can run both loops as normal tracks.
If I run the outer track as a programming track, the two interconncting 24130 is compleste cut off from any power, as a "safety zone" between the normal track and the programming track.

I have set up a train route with the CS to control the programming track:
A. Programming function, lower right corner of the screenshot:1. Upper left turnout red
2. Lower left turnout green
3. Lower right turnout green
4. Upper right turnout red
5. 7244 red - outer track connected to programming output, no power on the two blue 24130
B. Normal function, upper left corner of the screenshot:1. Upper left turnout red
2. Lower left turnout green
3. Lower right turnout green
4. Upper right turnout red
5. 7244 green - all tracks connected to the normal output
