def detect_disks(hw_lst):
"""Detect disks."""
names = diskinfo.disknames()
sizes = diskinfo.disksizes(names)
disks = [name for name, size in sizes.items() if size > 0]
hw_lst.append(('disk', 'logical', 'count', str(len(disks))))
for name in disks:
diskinfo.get_disk_info(name, sizes, hw_lst)
# nvme devices do not need standard cache mechanisms
if not name.startswith('nvme'):
diskinfo.get_disk_cache(name, hw_lst)
diskinfo.get_disk_id(name, hw_lst)
# smartctl support
# run only if smartctl command is there
if which("smartctl"):
if name.startswith('nvme'):
sys.stderr.write('Reading SMART for nvme\n')
smart_utils.read_smart_nvme(hw_lst, name)
else:
smart_utils.read_smart(hw_lst, "/dev/%s" % name)
else:
sys.stderr.write("Cannot find smartctl, exiting\n")
def test_read_smart_call_smart_scsi(self, mock_popen, mock_os_path_exists,
mock_scsi):
hwlst = []
fake_output = sample('smartctl_scsi', mode='rb').splitlines()
mock_popen.return_value = mock.Mock(stdout=fake_output)
smart_utils.read_smart(hwlst, 'fake')
mock_scsi.assert_called()
def test_read_smart_call_smart_ata(self, mock_popen, mock_os_path_exists,
mock_ata, mock_which):
hwlst = []
fake_output = sample('smartctl_ata').splitlines()
mock_popen.return_value = mock.Mock(stdout=fake_output)
smart_utils.read_smart(hwlst, 'fake')
mock_ata.assert_called()
def detect_disks(hw_lst):
"""Detect disks."""
names = diskinfo.disknames()
sizes = diskinfo.disksizes(names)
disks = [name for name, size in sizes.items() if size > 0]
hw_lst.append(('disk', 'logical', 'count', str(len(disks))))
for name in disks:
diskinfo.get_disk_info(name, sizes, hw_lst)
# nvme devices do not need standard cache mechanisms
if not name.startswith('nvme'):
diskinfo.get_disk_cache(name, hw_lst)
diskinfo.get_disk_id(name, hw_lst)
# TODO(rpittau): add smart-tools support for nvme devices
if not name.startswith('nvme'):
smart_utils.read_smart(hw_lst, "/dev/%s" % name)
