�&ǐk�@'bJ�h�ۊL'}T� :��'2�Z#$��n�a��� �>a��`��_3d�Qpt�/�P -��#5�,�M��� �pA:©�q�����NW��ډ�A���� �9nʺج���� �TSM��{J6?7��r�@�\����D��� �׶���s�f�TJj?"��D��`?��̒� b�#�%�C*v�$�{�$����5Ծ�F�s��y�e/8��h-�f�̰&(����Gj�L:U� 2�� ����v�_k����Y��gp,�k�WF�R������_C�R��N@���R�@�ߔ?A�w9���F("iNa-S���Q�o�3tDMLh*�#4k�T/iQ��Y*�G��m����)��8�hBm/�I�,g�ﯖ���Z��}�Cz�q@´��d.����L�ŕ�,��1�Z�܌�: ̪���F+J-'��c�tvJ8��]Q-��b��y �6;*J`r_�d ��'�G ~p��)'�C,�%F��E(��2�k�����lР�z�!�=t ��_�0��f7��� ;�p�|�U �% /dev/null | tail -n 1)" test -b "$x" && echo "$x" } while getopts "t:V" c do case $c in t) OPTS="-t $OPTARG" ;; V) xfs_spaceman -p xfs_info -V status=$? exit $status ;; *) echo $USAGE 1>&2 exit 2 ;; esac done set -- extra "$@" shift $OPTIND case $# in 1) arg="$1" # See if we can map the arg to a loop device loopdev="$(try_find_loop_dev_for_file "${arg}")" test -n "${loopdev}" && arg="${loopdev}" # If we find a mountpoint for the device, do a live query; # otherwise try reading the fs with xfs_db. if mountpt="$(findmnt -t xfs -f -n -o TARGET "${arg}" 2> /dev/null)"; then xfs_spaceman -p xfs_info -c "info" $OPTS "${mountpt}" status=$? else xfs_db -p xfs_info -c "info" $OPTS "${arg}" status=$? fi ;; *) echo $USAGE 1>&2 exit 2 ;; esac exit $status