Still learning about thin volumes.
Why do I want my thin pool to get auto extended? Does "extended" mean
resized?
Why would I want to have thin_pool_autoextend_threshold below 100 and
have it auto extend as needed vs having all of them be at 100, knowing
that underlying block allocation will fail
On Thu, Jul 26, 2018 at 10:40:42AM +0200, Zdenek Kabelac wrote:
> What are you trying to achieve with 'mkdir /dev/vgds2/' ?
> You shall never ever touch /dev content - it's always under full control
> of udev - if you start to create there your own files and directories you
> will break whole usa
Dne 26.7.2018 v 06:25 David F. napsal(a):
Never mind, the answer is the extent_size is the number of sectors (or perhaps
it's the number of 512 byte blocks, I'll have to test on 4K sector
drives). So in this case 4M and 4M*3840 is the 16G (not 16M which was the
3840*4096).
On Wed, Jul 25,
Dne 26.7.2018 v 09:24 Marc MERLIN napsal(a):
On Wed, Jul 25, 2018 at 05:41:54PM -0700, Marc MERLIN wrote:
Howdy,
Kernel 4.17, trying thin LV for the first time, and I'm getting this:
gargamel:~# lvcreate -L 14.50TiB -Zn -T vgds2/thinpool2
Using default stripesize 64.00 KiB.
Thin pool volu
Never mind, the answer is the extent_size is the number of sectors (or
perhaps it's the number of 512 byte blocks, I'll have to test on 4K sector
drives). So in this case 4M and 4M*3840 is the 16G (not 16M which was
the 3840*4096).
On Wed, Jul 25, 2018 at 5:37 PM, David F. wrote:
> I created
I created a test lvm on a 32G UFD with two logical volumes, 15G and 14G. I
then looked at the on disk data and most makes since except the
extent_count vs extent_size. In this case the extent_size is 8192, and it
says the extent sizes are 3840 and 3584, but that * 8192 is double its
actual size.
On Wed, Jul 25, 2018 at 05:41:54PM -0700, Marc MERLIN wrote:
> Howdy,
>
> Kernel 4.17, trying thin LV for the first time, and I'm getting this:
> gargamel:~# lvcreate -L 14.50TiB -Zn -T vgds2/thinpool2
> Using default stripesize 64.00 KiB.
> Thin pool volume with chunk size 8.00 MiB can addre
