On 03/09/2017 08:56 AM, Mel Gorman wrote:
> A pgdat tracks if recent reclaim encountered too many dirty, writeback
> or congested pages. The flags control whether kswapd writes pages back
> from reclaim context, tags pages for immediate reclaim when IO completes,
> whether processes block on
On 03/09/2017 08:56 AM, Mel Gorman wrote:
> A pgdat tracks if recent reclaim encountered too many dirty, writeback
> or congested pages. The flags control whether kswapd writes pages back
> from reclaim context, tags pages for immediate reclaim when IO completes,
> whether processes block on
A pgdat tracks if recent reclaim encountered too many dirty, writeback
or congested pages. The flags control whether kswapd writes pages back
from reclaim context, tags pages for immediate reclaim when IO completes,
whether processes block on wait_iff_congested and whether kswapd blocks
when too
A pgdat tracks if recent reclaim encountered too many dirty, writeback
or congested pages. The flags control whether kswapd writes pages back
from reclaim context, tags pages for immediate reclaim when IO completes,
whether processes block on wait_iff_congested and whether kswapd blocks
when too
A pgdat tracks if recent reclaim encountered too many dirty, writeback
or congested pages. The flags control whether kswapd writes pages back
from reclaim context, tags pages for immediate reclaim when IO completes,
whether processes block on wait_iff_congested and whether kswapd blocks
when too
A pgdat tracks if recent reclaim encountered too many dirty, writeback
or congested pages. The flags control whether kswapd writes pages back
from reclaim context, tags pages for immediate reclaim when IO completes,
whether processes block on wait_iff_congested and whether kswapd blocks
when too
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