Lines Matching full:component

138 All operations like failure detection, stale component detection, rebuild
153 The order of components is important, because a component's priority is based on its position
155 The component with the biggest priority is used by the
158 and is also used as a master component when resynchronization is needed,
167 Read from the component with the lowest load.
170 Read from the component with the biggest priority.
172 Use round-robin algorithm when choosing component to read.
221 Specifies priority for the given component
243 Add the given component(s) to the existing mirror.
250 Mark component(s) as inactive immediately after insertion.
252 Specifies priority of the given component(s).
255 Remove the given component(s) from the mirror and clear metadata on it.
257 Activate the given component(s), which were marked as inactive before.
259 Mark the given component(s) as inactive, so it will not be automatically
345 Create a mirror, deactivate one component, do the backup and connect it again.
397 First of all, a kernel dump will go only to one component and
399 always chooses the component with the highest priority.
404 will read only from the component with the highest priority).
425 The decision which component to choose for dumping is made when
428 If on the next boot a component with a higher priority will be available,
432 If on the next boot a component with the highest priority will be synchronized,
452 There should be a way to change a component's priority inside a running mirror.