stepper motor skip stepping control

But as it is now, it forces you to work with a large resolution encoder and precision (for a screw with a 10mm pitch, which is difficult for some reasons.) If you do not allow the program to DRO an axis along the DRO, with low resolution and encoder accuracy (100-300 marks) control whether there is a local stall motor stall from the emergency overload of the machine.

"To use the 5ABOB_enc config I would just clone (copy/paste) your working axis hal file entries and change the encoder, stepgen, and PID numbers/names as desired "
So I would, and where to get the hal and ini for this firmware 5ABOB_enc in which to insert, because there is nothing to generate

Yes if you are using the encoder for control feedback you will need a relatively high resolution encoder, but you can use a low resolution encoder in conjunction with the "near" component to verify tracking but this will require a more complex hal file

I would suggest reading a bit about hal files and components

You dont need a specific 5Abob hal file, _any_ mesa step/dir hal file will work as a starting point for hand editing

"You dont need a specific 5Abob hal file, _any_ mesa step/dir hal file will work as a starting point for hand editing "

Yes, but for the firmware 5ABOB_enc, one of the ports completely encoder inputs and how linux will know where (on which pins) does it read the encoder of which axis? Where it is necessary to finish this?

LinuxCNC only knows its has N encoders available (0 through N-1)

LinuxCNC doesn't need to know what pins they are on to work properly (though you do of course)

To determine the pin-out of a specific firmware image, you can refer to the
corresponding .pin file if its available, or run mesaflash with the --readhmid option:

mesaflash --device 7i92 --readhmid

It is clear what is stored in the XML file with the name of the working machine, there is just a bunch of lines with pins, etc.
Do you really need to correct it?
about "near" прочитал, но мне до конца не ясен синтаксис и не получается его без ошибок запустить.
Надо на его входные пины подать
hm2_7i92.0.encoder.00.position
hm2_7i92.0.stepgen.00.position-fb
In addition, we need to fix the hal part, which works with an oracular encoder link.
I started to do it, it turned out that the configurator for 7i92 (generating the start hal) when connecting the encoder to any axis except the spindle immediately generates hal with errors and it is NOT WORKABLE

The XML file is only needs by pncconf, LinuxCNC uses hal and ini files

Since you have a very non-standard configuration I would abandon pncconf and xml files and just work by editing the ini /hal files