Having waited almost a week for the HV to bleed off, I dove deeper.
Had to map all the connectors needing to be unhooked to get the main circuit board out. Other than that, it was pretty easy except for the time I wished I had a third hand, one to release the tabs holding the front to the base while also supporting the base and the front with the CRT.
Went to inspect the capacitor, but stopped when it didn't seem to be shorted.
Looking at the bottom of the main circuit board, I saw a nearby spot where there was evidence of a burn where a lead came through the board.
Solder was pretty much gone, the hole for one component lead was about 2 X the normal diameter, and the solder pad was pretty much vaporized away.
Turning the board back over, you could see that it was a 180 microhenry choke with obvious distress to the leads, but miraculously, it was still conducting according to my meter.
After resoldering the coil to each lead (it was making contact but I wanted to give it the best connection), it was possible to resolder it on the bottom, bridging with solder the gap between the lead and the PCB trace.
Then I put some expoxy around the enlarged hole and also on top at the base because physically it wasn't as strong (with the eroded hole ) as before.
After partially reassembling, I plugged it in and turned the switch on. The narrow vertical line has been replaced by a full raster ( no input ) complete with date & time from the internal clock!!!
Letting it run for an hour or so, there were no odd smells, noises, or smoke.
Thanks to all of you guys for the help. This was a favor for a storeowner I know.