Lines Matching full:mirror
135 utility is used for mirror (RAID1) configurations.
136 After a mirror's creation, all components are detected and configured
145 file system on a mirror.
152 Create a mirror.
197 but creates mirror without storing on-disk metadata in last sector.
199 mirror detection after reboot, device hot-plug and other external events.
229 Rebuild the given mirror components forcibly.
233 Change the size of the given mirror.
238 New size of the mirror is expressed in logical block numbers.
243 Add the given component(s) to the existing mirror.
255 Remove the given component(s) from the mirror and clear metadata on it.
260 connected to the mirror.
262 Stop the given mirror and clear metadata on all its components.
267 Stop the given mirror even if it is opened.
275 Stop the given mirror.
280 Stop the given mirror even if it is opened.
306 Use 3 disks to setup a mirror.
313 newfs /dev/mirror/data
314 mount /dev/mirror/data /mnt
321 Create a mirror on disk with valid data (note that the last sector of the disk
323 Add another disk to this mirror,
330 Create a mirror, but do not use automatic synchronization feature.
345 Create a mirror, deactivate one component, do the backup and connect it again.
359 .It Va kern.geom.mirror.debug
362 .It Va kern.geom.mirror.timeout
363 The amount of time, in seconds, to wait for all copies of a mirror to
364 appear before starting the mirror.
365 Disks that appear after the mirror has been started are not automatically
366 added to the mirror.
367 .It Va kern.geom.mirror.idletime
369 a mirror before that mirror is marked clean.
374 .It Va kern.geom.mirror.disconnect_on_failure
375 Determine whether a disk is automatically removed from its mirror when an
377 .It Va kern.geom.mirror.sync_requests
378 The number of parallel I/O requests used while synchronizing a mirror.
382 .It Va kern.geom.mirror.sync_update_period
383 The period, in seconds, at which a synchronizing mirror's metadata is
400 Reading a dump from the mirror on boot will only work if the
452 There should be a way to change a component's priority inside a running mirror.