There will be an OSX driver for the Creamware platform.
Reverse engieneering will be more realistic then, won't it?
Blaze1st
On Fri, Nov 09, 2001 at 03:27:38PM +0100, Joachim Backhaus wrote:
>
> Trying to reverse engineer seems to become a life-task,
> it's perhaps really better to buy a second professional card that
> has Linux support. Maybe the M-Audio Delta 44.
>
> But which card with additional dsp's for effect
Trying to reverse engineer seems to become a life-task,
it's perhaps really better to buy a second professional card that
has Linux support. Maybe the M-Audio Delta 44.
But which card with additional dsp's for effect
processing has Linux support?
That's actually a very good poin
Trying to reverse engineer seems to become a life-task,
it's perhaps really better to buy a second professional card that
has Linux support. Maybe the M-Audio Delta 44.
But which card with additional dsp's for effect
processing has Linux support?
Just correcting spelling and logic.
It really blew my mind when Erik de Castro Lopo <[EMAIL PROTECTED]> said:
> If someone hs access to a Logic Analyser with a PCI bus probe (I have seen
> one) then this becomes possible reverse engineering task.
>
> You run the card under Linux and watch the L
It really blew my mind when Paul Davis <[EMAIL PROTECTED]> said:
> >> unless you can figure out what the interesting address ranges are and
> >> then find only the assignments to locations within those ranges, no
> >> debugger or anything will help reverse engineer this kind of design.
> >
> >Ah,
>> unless you can figure out what the interesting address ranges are and
>> then find only the assignments to locations within those ranges, no
>> debugger or anything will help reverse engineer this kind of design.
>
>Ah, but we can (with PCI at least). /proc/pci is your friend.
Ah, but you can
