Currently the restart is aborted with an exception if the local scrub ID does not match the one in the MDS / backend:
local_restart_volume_: 96dff8c9-c758-47f0-93b0-675951e02858: failed to restart volume: ASSERT: md_scrub_id == sm->scrub_id() std::unique_ptr<volumedriver::Volume, volumedriver::{anonymous}::FreshVolumeDestroyer<delete_local_data, remove_volume_completely> > volumedriver::{anonymous}::create_volume_stage_1(const volumedriver::VolumeConfig&, volumedriver::OwnerTag, const boost::shared_ptr<backend::Condition>&, volumedriver::RestartContext, volumedriver::NSIDMap, std::unique_ptr<volumedriver::MetaDataStoreInterface>) [with volumedriver::DeleteLocalData delete_local_data = (volumedriver::DeleteLocalData)0u; volumedriver::RemoveVolumeCompletely remove_volume_completely = (volumedriver::RemoveVolumeCompletely)0u]
while it should however be possible to proceed (by adopting the backend scrub ID) if the local TLogs continue seamlessly where the backend ones end.
Currently the restart is aborted with an exception if the local scrub ID does not match the one in the MDS / backend:
while it should however be possible to proceed (by adopting the backend scrub ID) if the local TLogs continue seamlessly where the backend ones end.