On 10/28/2016 03:19 AM, Will Deacon wrote:
On Tue, Oct 25, 2016 at 02:31:00PM -0700, David Daney wrote:
From: David Daney
On arm64 NUMA kernels we can pass "numa=off" on the command line to
disable NUMA. A side effect of this is that kmalloc_node() calls to
non-zero
On 10/28/2016 03:19 AM, Will Deacon wrote:
On Tue, Oct 25, 2016 at 02:31:00PM -0700, David Daney wrote:
From: David Daney
On arm64 NUMA kernels we can pass "numa=off" on the command line to
disable NUMA. A side effect of this is that kmalloc_node() calls to
non-zero nodes will crash the
On Tue, Oct 25, 2016 at 02:31:00PM -0700, David Daney wrote:
> From: David Daney
>
> On arm64 NUMA kernels we can pass "numa=off" on the command line to
> disable NUMA. A side effect of this is that kmalloc_node() calls to
> non-zero nodes will crash the system with an
On Tue, Oct 25, 2016 at 02:31:00PM -0700, David Daney wrote:
> From: David Daney
>
> On arm64 NUMA kernels we can pass "numa=off" on the command line to
> disable NUMA. A side effect of this is that kmalloc_node() calls to
> non-zero nodes will crash the system with an OOPS:
>
> [0.00]
On 2016/10/27 1:00, David Daney wrote:
> On 10/26/2016 06:43 AM, Robert Richter wrote:
>> On 25.10.16 14:31:00, David Daney wrote:
>>> From: David Daney
>>>
>>> On arm64 NUMA kernels we can pass "numa=off" on the command line to
>>> disable NUMA. A side effect of this
On 2016/10/27 1:00, David Daney wrote:
> On 10/26/2016 06:43 AM, Robert Richter wrote:
>> On 25.10.16 14:31:00, David Daney wrote:
>>> From: David Daney
>>>
>>> On arm64 NUMA kernels we can pass "numa=off" on the command line to
>>> disable NUMA. A side effect of this is that kmalloc_node()
There has been some significant rework around
__alloc_pages_nodemask(), adding Mel and linux-mm.
-Robert
On 26.10.16 10:00:02, David Daney wrote:
> On 10/26/2016 06:43 AM, Robert Richter wrote:
> >On 25.10.16 14:31:00, David Daney wrote:
> >>From: David Daney
> >>
> >>On
There has been some significant rework around
__alloc_pages_nodemask(), adding Mel and linux-mm.
-Robert
On 26.10.16 10:00:02, David Daney wrote:
> On 10/26/2016 06:43 AM, Robert Richter wrote:
> >On 25.10.16 14:31:00, David Daney wrote:
> >>From: David Daney
> >>
> >>On arm64 NUMA kernels we
On 10/26/2016 06:43 AM, Robert Richter wrote:
On 25.10.16 14:31:00, David Daney wrote:
From: David Daney
On arm64 NUMA kernels we can pass "numa=off" on the command line to
disable NUMA. A side effect of this is that kmalloc_node() calls to
non-zero nodes will crash
On 10/26/2016 06:43 AM, Robert Richter wrote:
On 25.10.16 14:31:00, David Daney wrote:
From: David Daney
On arm64 NUMA kernels we can pass "numa=off" on the command line to
disable NUMA. A side effect of this is that kmalloc_node() calls to
non-zero nodes will crash the system with an OOPS:
On 25.10.16 14:31:00, David Daney wrote:
> From: David Daney
>
> On arm64 NUMA kernels we can pass "numa=off" on the command line to
> disable NUMA. A side effect of this is that kmalloc_node() calls to
> non-zero nodes will crash the system with an OOPS:
>
> [
On 25.10.16 14:31:00, David Daney wrote:
> From: David Daney
>
> On arm64 NUMA kernels we can pass "numa=off" on the command line to
> disable NUMA. A side effect of this is that kmalloc_node() calls to
> non-zero nodes will crash the system with an OOPS:
>
> [0.00] []
From: David Daney
On arm64 NUMA kernels we can pass "numa=off" on the command line to
disable NUMA. A side effect of this is that kmalloc_node() calls to
non-zero nodes will crash the system with an OOPS:
[0.00] [] __alloc_pages_nodemask+0xa4/0xe68
[
From: David Daney
On arm64 NUMA kernels we can pass "numa=off" on the command line to
disable NUMA. A side effect of this is that kmalloc_node() calls to
non-zero nodes will crash the system with an OOPS:
[0.00] [] __alloc_pages_nodemask+0xa4/0xe68
[0.00] [] new_slab+0xd0/0x57c
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