Really though, unless you're writing x86 assembly, any language should be just fine on ARM. The only potential holdp is is you rely on precompiled binaries at some point. Otherwise it should just be a matter of hitting the compile button again.
In C/C++ land the kind of ”Just try and see if it works” kind of development is super common in proprietary software. Leading to issues such as:
Using volatile for threadsafe stuff. Arm has weaker memory model than X86 so it requires barriers. C++ standard threading lib handles this for you but not everyone uses it.
Memory alignment. Arm tends to be more critical of that. While it’s impossible for well formed C++ program to mess it up it’s quite common for people just go ”Hey it’s just a number” and go full yolo with it. Because hey, it works on their machine.
