On 11/19/20 2:23 AM, David Teigland wrote:
> On Wed, Nov 18, 2020 at 09:28:21AM +0800, Gang He wrote:
>> I prefer to use a metadata flag for each VG or LV to skip auto-activation.
>> Otherwise, it is not easy for the pacemaker cluster to manager a local
>> VG(e.g. local or systemid type) in a clust
Hi David,
On 2020/11/19 2:23, David Teigland wrote:
On Wed, Nov 18, 2020 at 09:28:21AM +0800, Gang He wrote:
I prefer to use a metadata flag for each VG or LV to skip auto-activation.
Otherwise, it is not easy for the pacemaker cluster to manager a local
VG(e.g. local or systemid type) in a clu
On 11/18/20 12:17 AM, David Teigland wrote:
> On Tue, Nov 17, 2020 at 04:00:10PM +0800, heming.z...@suse.com wrote:
>> Hello LVM-maintainers,
>>
>> Currently activation/auto_activation_volume_list is not enable and it does
>> the default behavior:
>>pvscan will activate all the devices on boot
On Wed, Nov 18, 2020 at 09:28:21AM +0800, Gang He wrote:
> I prefer to use a metadata flag for each VG or LV to skip auto-activation.
> Otherwise, it is not easy for the pacemaker cluster to manager a local
> VG(e.g. local or systemid type) in a cluster via active-passive mode.
I created a bug for
On 11/18/2020 12:17 AM, David Teigland wrote:
On Tue, Nov 17, 2020 at 04:00:10PM +0800, heming.z...@suse.com wrote:
Hello LVM-maintainers,
Currently activation/auto_activation_volume_list is not enable and it does the
default behavior:
pvscan will activate all the devices on booting.
Th
On Tue, Nov 17, 2020 at 04:00:10PM +0800, heming.z...@suse.com wrote:
> Hello LVM-maintainers,
>
> Currently activation/auto_activation_volume_list is not enable and it does
> the default behavior:
> pvscan will activate all the devices on booting.
>
> This rule will trigger a clumsy process i
Hello LVM-maintainers,
Currently activation/auto_activation_volume_list is not enable and it does the
default behavior:
pvscan will activate all the devices on booting.
This rule will trigger a clumsy process in HA (corosync+pacemaker stack) env.
## let me show the scenario:
2 nodes (A & B)
