This patch implements supports for EHCI controllers whose MMIO
registers are big endian and enables that functionality for
the Toshiba SCC chip. It does _not_ add support for big endian
in-memory data structures as this is not needed for that chip
and I hope it will never be.
The guts of the patch
This patch implements supports for EHCI controllers whose MMIO
registers are big endian and enables that functionality for
the Toshiba SCC chip. It does _not_ add support for big endian
in-memory data structures as this is not needed for that chip
and I hope it will never be.
The guts of the patch
On Tuesday 12 December 2006 1:30 pm, Benjamin Herrenschmidt wrote:
> On Mon, 2006-12-11 at 23:19 -0800, David Brownell wrote:
>
> > Acked-by: David Brownell <[EMAIL PROTECTED]>
> >
> > ... assuming you address the minor comments embedded in the text below.
>
> There was only one comment about a
On Mon, 2006-12-11 at 23:19 -0800, David Brownell wrote:
> Acked-by: David Brownell <[EMAIL PROTECTED]>
>
> ... assuming you address the minor comments embedded in the text below.
There was only one comment about a comment... right ? :-)
>
> Ooh, my eyes hurt from all those little one-line cha
On Saturday 09 December 2006 12:26 am, Benjamin Herrenschmidt wrote:
> This patch implements supports for EHCI controllers whose MMIO
> registers are big endian and enables that functionality for
> the Toshiba SCC chip. It does _not_ add support for big endian
> in-memory data structures as this is
This patch implements supports for EHCI controllers whose MMIO
registers are big endian and enables that functionality for
the Toshiba SCC chip. It does _not_ add support for big endian
in-memory data structures as this is not needed for that chip
and I hope it will never be.
Signed-off-by: Kou Is
This patch implements supports for EHCI controllers whose MMIO
registers are big endian and enables that functionality for
the Toshiba SCC chip. It does _not_ add support for big endian
in-memory data structures as this is not needed for that chip
and I hope it will never be.
Signed-off-by: Kou Is
