On 08/15/2012 06:54 AM, Jacob Shin wrote:
On Tue, Aug 14, 2012 at 04:34:39PM +0800, Dave Young wrote:
On 08/14/2012 05:46 AM, Jacob Shin wrote:
Currently kernel direct mappings are created for all pfns between
[ 0 to max_low_pfn ) and [ 4GB to max_pfn ). When we introduce memory
holes, we end
On Tue, Aug 14, 2012 at 04:34:39PM +0800, Dave Young wrote:
> On 08/14/2012 05:46 AM, Jacob Shin wrote:
>
> > Currently kernel direct mappings are created for all pfns between
> > [ 0 to max_low_pfn ) and [ 4GB to max_pfn ). When we introduce memory
> > holes, we end up mapping memory ranges that
On 08/14/2012 04:34 PM, Dave Young wrote:
> On 08/14/2012 05:46 AM, Jacob Shin wrote:
>
>> Currently kernel direct mappings are created for all pfns between
>> [ 0 to max_low_pfn ) and [ 4GB to max_pfn ). When we introduce memory
>> holes, we end up mapping memory ranges that are not backed by ph
On 08/14/2012 05:46 AM, Jacob Shin wrote:
> Currently kernel direct mappings are created for all pfns between
> [ 0 to max_low_pfn ) and [ 4GB to max_pfn ). When we introduce memory
> holes, we end up mapping memory ranges that are not backed by physical
> DRAM. This is fine for lower memory addre
Currently kernel direct mappings are created for all pfns between
[ 0 to max_low_pfn ) and [ 4GB to max_pfn ). When we introduce memory
holes, we end up mapping memory ranges that are not backed by physical
DRAM. This is fine for lower memory addresses which can be marked as UC
by fixed/variable ra
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