(2013/05/08 0:08), Vivek Goyal wrote:
On Tue, May 07, 2013 at 04:56:46PM +0900, HATAYAMA Daisuke wrote:
(2013/04/30 4:36), Vivek Goyal wrote:
On Sat, Apr 13, 2013 at 09:21:33AM +0900, HATAYAMA Daisuke wrote:
[..]
ELF notes are per-cpu, so total size of ELF note segments increases
according
On Tue, May 07, 2013 at 04:56:46PM +0900, HATAYAMA Daisuke wrote:
> (2013/04/30 4:36), Vivek Goyal wrote:
> >On Sat, Apr 13, 2013 at 09:21:33AM +0900, HATAYAMA Daisuke wrote:
> >
> >[..]
> >>ELF notes are per-cpu, so total size of ELF note segments increases
> >>according to the number of CPUs.
(2013/04/30 4:36), Vivek Goyal wrote:
On Sat, Apr 13, 2013 at 09:21:33AM +0900, HATAYAMA Daisuke wrote:
[..]
ELF notes are per-cpu, so total size of ELF note segments increases
according to the number of CPUs. The current maximum number of CPUs on
x86_64 is 5192, and there's already system
On Tue, May 07, 2013 at 04:56:46PM +0900, HATAYAMA Daisuke wrote:
(2013/04/30 4:36), Vivek Goyal wrote:
On Sat, Apr 13, 2013 at 09:21:33AM +0900, HATAYAMA Daisuke wrote:
[..]
ELF notes are per-cpu, so total size of ELF note segments increases
according to the number of CPUs. The current
(2013/05/08 0:08), Vivek Goyal wrote:
On Tue, May 07, 2013 at 04:56:46PM +0900, HATAYAMA Daisuke wrote:
(2013/04/30 4:36), Vivek Goyal wrote:
On Sat, Apr 13, 2013 at 09:21:33AM +0900, HATAYAMA Daisuke wrote:
[..]
ELF notes are per-cpu, so total size of ELF note segments increases
according
On Sat, Apr 13, 2013 at 09:21:33AM +0900, HATAYAMA Daisuke wrote:
[..]
> ELF notes are per-cpu, so total size of ELF note segments increases
> according to the number of CPUs. The current maximum number of CPUs on
> x86_64 is 5192, and there's already system with 4192 CPUs in SGI,
> where total
On Sat, Apr 13, 2013 at 09:21:33AM +0900, HATAYAMA Daisuke wrote:
[..]
ELF notes are per-cpu, so total size of ELF note segments increases
according to the number of CPUs. The current maximum number of CPUs on
x86_64 is 5192, and there's already system with 4192 CPUs in SGI,
where total size
Copy ELF note segmnets in buffer on the 2nd kernel and the buffer is
allocated on page boundary for the purpose of mmap.
The reason why we don't allocate ELF note segments in the 1st kernel
(old memory) on page boundary is to keep backward compatibility for
old kernels, and one more reason is
Copy ELF note segmnets in buffer on the 2nd kernel and the buffer is
allocated on page boundary for the purpose of mmap.
The reason why we don't allocate ELF note segments in the 1st kernel
(old memory) on page boundary is to keep backward compatibility for
old kernels, and one more reason is
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