Norg should work on any system that can compile `nim` code with `nimble`.
Tested on:
* Arch Linux
* Debian Linux
* AlmaLinux
* FreeBSD
But in general all Linux distributions and BSDs should work if borg and/or restic is installed.
Windows support (Restic only until Borg support in Windows is available) is planned with the only real issue being finding the restic executable. Should be an easy fix.
in line with the [Borg pseudo-species](https://memory-alpha.fandom.com/wiki/Borg) as the borg backup utility does.
Also, sometimes I feel my code has elements of inexperience but loads of potential... which reminded me of [Nog](https://memory-alpha.fandom.com/wiki/Nog).
I love both Borg and Restic tools, they are both great and both have their pros and cons. As [BorgBase](https://borgbase.com) has repos for both, I felt it only sensible to
provide a tool that can use both.
Providing implementation for both means you could have duplicate backups using
different tools which should provide a certain amount of protection over failures in
a particular tool.
Caution should be taken when using additional flags when you have repositories of
both types in the same configuration file. I have tried to cater for some common flags
that will be converted to the correct type for a particular tool, but this may not always be the case. If in any doubt, it is advised to use the `--repository` flag for any borg/restic specific flags so as not to cause one the other tool to fail.
Some different yet similar commands should be converted to the correct type. A table below shows some of these:
package repositories so ended up building borgmatic from source on all computers.
This was a lengthy process, and borgmatic isn't very portable; it requires installation of numerous python packages (and the entire rust language in FreeBSD).
I wanted to make something that had to features I needed, in a single binary I
could move around to whatever computer I needed it on.