def _toggle_smart(cls, dname, request, enable=False):
disk = cls._validate_disk(dname, request)
if (not disk.smart_available):
e_msg = ('S.M.A.R.T support is not available on this Disk(%s)' % dname)
handle_exception(Exception(e_msg), request)
smart.toggle_smart(disk.name, enable)
disk.smart_enabled = enable
disk.save()
return Response(DiskInfoSerializer(disk).data)
def _toggle_smart(cls, dname, request, enable=False):
disk = cls._validate_disk(dname, request)
if (not disk.smart_available):
e_msg = ('S.M.A.R.T support is not available on this Disk(%s)' % dname)
handle_exception(Exception(e_msg), request)
smart.toggle_smart(disk.name, enable)
disk.smart_enabled = enable
disk.save()
return Response(DiskInfoSerializer(disk).data)
def smart_control(dname, enable=False):
disks = btrfs_disk_scan()
for disk in disks:
if disk["name"] == dname:
if (not disk["smart_available"]):
e_msg = ('S.M.A.R.T support is not available on this Disk(%s)' % dname)
return e_msg
smart.toggle_smart(disk["name"], "", enable)
disk["smart_enabled"] = enable
return disk
return None
def smart_control(dname, enable=False):
disks = btrfs_disk_scan()
for disk in disks:
if disk["name"] == dname:
if (not disk["smart_available"]):
e_msg = (
'S.M.A.R.T support is not available on this Disk(%s)' %
dname)
return e_msg
smart.toggle_smart(disk["name"], "", enable)
disk["smart_enabled"] = enable
return disk
return None
