What changed:
-* available data space decreased by 3GiB, usable rougly (50 - 3) + (100 - 3) = 144 GiB
+* available data space decreased by 3GiB, usable roughly (50 - 3) + (100 - 3) = 144 GiB
* metadata redundancy increased
IOW, the unequal device sizes allow for combined space for data yet improved
`btrfs qgroup`(8).
NOTE: the qgroups are different than the traditional user quotas and designed
-to track shared and exlusive data per-subvolume. Plese refer to the section
+to track shared and exclusive data per-subvolume. Please refer to the section
'HIERARCHICAL QUOTA GROUP CONCEPTS' for a detailed description.
PERFORMANCE IMPLICATIONS
created. The ID of the qgroup corresponds to the ID of the subvolume, so 0/5
is the qgroup for the root subvolume.
For the *btrfs qgroup* command, the path to the subvolume can also be used
-instead of '0/ID'. For all higher levels, the ID can be choosen freely.
+instead of '0/ID'. For all higher levels, the ID can be chosen freely.
Each qgroup can contain a set of lower level qgroups, thus creating a hierarchy
of qgroups. Figure 1 shows an example qgroup tree.
ret = mdrestore_init(&mdrestore, in, out, old_restore, num_threads,
fixup_offset, info, multi_devices);
if (ret) {
- error("failed to intialize metadata restore state: %d", ret);
+ error("failed to initialize metadata restore state: %d", ret);
goto failed_cluster;
}
printf("\t-V|--version print the mkfs.btrfs version and exit\n");
printf("\t--help print this help and exit\n");
printf(" deprecated:\n");
- printf("\t-A|--alloc-start START the offset to start the filesytem\n");
+ printf("\t-A|--alloc-start START the offset to start the filesystem\n");
printf("\t-l|--leafsize SIZE deprecated, alias for nodesize\n");
exit(ret);
}