i'm glad that there are no other valid-looking (to me) objections left against kgdb-light -v10, other than "it would be nice to have more kgdb functionality" and "it would be nice to rewrite the parser", right? :-) (It seems we do have a fundamental disagreement about how kgdb should act: in my opinion it should never break a correct system, while in your opinion apparently it's OK to compromise on that to make debugging easier. (find below more detailed arguments about this.) If you do not change your position about that issue we'll have to agree to disagree about that point.) So unless i forgot about something (please yell if so), it seems to me kgdb is now pretty ready for an upstream merge. here are my replies to the most recent points you brought up [in order of how i perceive the topic's importance]: * Andi Kleen <andi@firstfloor.org> wrote:i gave you very specific technological reasons for why we dont want to do spinning for now: we dont _ever_ want to break a correctly working system with kgdb. A valid counter-argument is _not_ to argue "but it would be nice to have if the system is broken in X, Y and Z ways" (like you did), but to point it out why the behavior we chose is wrong on a correctly working system. Yes, a buggy system might misbehave in various ways but my primary interest is in keeping correctly working systems correct. And note that kgdb is not just a "debugger", it's a system inspection tool. An intelligent, human-controlled printk. A kernel internals learning tool. An extension to the kernel console concept. Yes, people frequently use it for debugging too, but the other uses are actually more important in the big picture than the debugging aspect. but your contention is simply wrong. Most of our debugging infrastructure is non-modular for a good reason. Modularization increases complexity and that's exactly the wrong direction for debugging code. (especially for a first-level merge like this one) it's already commented in -v10 at several places. it's not reimplemented - kgdb_arch_pc() does not directly map to instruction_pointer(). that's already all taken out in -v10. (if you find any leftovers then please cite the code where it isnt - thanks!) that's the approach we are taking: be as unintrusive as possible. This means that the notifier here is registered at the lowest priority. You might disagree with it but it's a completely sensible and consistent approach. Ingo --
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