Indeed, nothing is perfect, but closed source stuff doesn’t provide a lot of recourse. If you have a linux expert in your team, they can investigate and if need be even dig into the code of linux itself to find the core issue. Microsoft doesn’t provide anything even remotely similar.
Don’t need one. If you can read C/C++ you can read the kernel code. And in most cases, you won’t have to, as the problem is probably in a component in the distro. Those are written in python, ruby, or bash, which are all much more readable than C/C++.
You don’t have to be a kernel dev for that. Reading source code is much easier than writing it. I myself have even read the code that handles the battery management drivers, and it’s mostly self documenting, even though I’m bad at C and it’s pointers, and also have never yet written a kernel driver.
Indeed, nothing is perfect, but closed source stuff doesn’t provide a lot of recourse. If you have a linux expert in your team, they can investigate and if need be even dig into the code of linux itself to find the core issue. Microsoft doesn’t provide anything even remotely similar.
How many dev teams have a kernel dev on them?
Don’t need one. If you can read C/C++ you can read the kernel code. And in most cases, you won’t have to, as the problem is probably in a component in the distro. Those are written in python, ruby, or bash, which are all much more readable than C/C++.
No such luck on windows
You don’t have to be a kernel dev for that. Reading source code is much easier than writing it. I myself have even read the code that handles the battery management drivers, and it’s mostly self documenting, even though I’m bad at C and it’s pointers, and also have never yet written a kernel driver.