In embedded, is there any difference between a device driver and a library?
Assuming a platform with no kernel mode, such as Atmel AVR, is there any difference between a device driver and a library, given that everything is user mode anyway?
In embedded, is there any difference between a device driver and a library?
Assuming a platform with no kernel mode, such as Atmel AVR, is there any difference between a device driver and a library, given that everything is user mode anyway?
In embedded, is there any difference between a device driver and a library?
Assuming a platform with no kernel mode, such as Atmel AVR, is there any difference between a device driver and a library, given that everything is user mode anyway?
In embedded, is there any difference between a device driver and a library?
Assuming a platform with no kernel mode, such as Atmel AVR, is there any difference between a device driver and a library, given that everything is user mode anyway?
Are all race conditions worth fixing? [closed]
Closed 10 years ago.
Are all race conditions worth fixing? [closed]
Closed 10 years ago.
YAGNI principle put to practice
I recently came across to this principle and so far it is clear the fact that doing things that you don’t need at the moment is not feasible as they might not be used or might be changed.
YAGNI principle put to practice
I recently came across to this principle and so far it is clear the fact that doing things that you don’t need at the moment is not feasible as they might not be used or might be changed.
YAGNI principle put to practice
I recently came across to this principle and so far it is clear the fact that doing things that you don’t need at the moment is not feasible as they might not be used or might be changed.