On Tue, Feb 10, 2015 at 01:20:30PM -0800, Dave Hansen wrote:
>
> From: Dave Hansen
>
> With 32-bit non-PAE kernels, we have 2 page sizes available
> (at most): 4k and 4M.
>
> Enabling PAE replaces that 4M size with a 2M one (which 64-bit
> systems use too).
>
> But, when booting a 32-bit
On Tue, Feb 10, 2015 at 01:20:30PM -0800, Dave Hansen wrote:
From: Dave Hansen dave.han...@linux.intel.com
With 32-bit non-PAE kernels, we have 2 page sizes available
(at most): 4k and 4M.
Enabling PAE replaces that 4M size with a 2M one (which 64-bit
systems use too).
But, when
From: Dave Hansen
With 32-bit non-PAE kernels, we have 2 page sizes available
(at most): 4k and 4M.
Enabling PAE replaces that 4M size with a 2M one (which 64-bit
systems use too).
But, when booting a 32-bit non-PAE kernel, in one of our
early-boot printouts, we say:
[0.00]
From: Dave Hansen dave.han...@linux.intel.com
With 32-bit non-PAE kernels, we have 2 page sizes available
(at most): 4k and 4M.
Enabling PAE replaces that 4M size with a 2M one (which 64-bit
systems use too).
But, when booting a 32-bit non-PAE kernel, in one of our
early-boot printouts, we
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