You stated a problem: Configure ~6 servers where they share variables.
I can implement it in plethora of ways. The most sensible one for me is to have a general or globals or defaults area where every server overrides some part of this defaults. The file format has nothing to do with the sectional organization of a configuration file. Because none of the files force you to a distinct section organization.
e.g.: Nesting is just a tool, I don't care about its availability. I don't guarantee that I'll be using if that's available.
I can write equally backwards and esoteric configuration file in any syntax. Their ultimate expressiveness doesn't change at the end of the day.
I don't care. All can do whatever I want and need. Only changes how you parse and map. It's hashmaps, parsing and string matching at the end of the day.
If you know both languages equally well, LISP becomes as complex as x86 assembly and x86 assembly becomes as easy as LISP. Depends on your perspective and priorities.
If you don't know how to use the tool you have at hand, even though it's the simplest possible, you blow your foot off.
You stated a problem: Configure ~6 servers where they share variables.
I can implement it in plethora of ways. The most sensible one for me is to have a general or globals or defaults area where every server overrides some part of this defaults. The file format has nothing to do with the sectional organization of a configuration file. Because none of the files force you to a distinct section organization.
e.g.: Nesting is just a tool, I don't care about its availability. I don't guarantee that I'll be using if that's available.
I can write equally backwards and esoteric configuration file in any syntax. Their ultimate expressiveness doesn't change at the end of the day.
It can be
or or I don't care. All can do whatever I want and need. Only changes how you parse and map. It's hashmaps, parsing and string matching at the end of the day.If you know both languages equally well, LISP becomes as complex as x86 assembly and x86 assembly becomes as easy as LISP. Depends on your perspective and priorities.
If you don't know how to use the tool you have at hand, even though it's the simplest possible, you blow your foot off.