def _set_file_system_type(self):
try:
print "---------------"
print "TRYING TO SET FILE SYSTEM of %s to %s" % (
self.volume.device_path, self.new_file_system)
try:
parted_device = parted.Device(self.volume.device_path)
parted_disk = parted.Disk(parted_device)
except:
parted_device = parted.Device(self.volume.path)
parted_disk = parted.Disk(parted_device)
parted_partition = parted_disk.getPartitionByPath(self.volume.path)
parted_partition.system = parted.fileSystemType.get(
self.new_file_system_parted)
# Commit Changes
parted_disk.commit()
print "SUCCCESS"
except Exception as e:
print "FAILED TO SET FILE SYSTEM", e.message
self.error = True
self.emit(SIGNAL("partition_table_error()"))
def __init__(self, path, arch="x86"):
self._arch = arch
self._path = ""
self._device = None
self._model = ""
self._disk = None
self._disklabel = ""
self._length = 0 # total sectors
self._sectorSize = 0
self._isSetup = False
device = parted.Device(path)
self._model = device.model
self._length = device.length
self._sectorSize = device.sectorSize
self._device = device
try:
self._disk = parted.Disk(device)
except:
label = archinfo[self._arch]["disklabel"]
self._disk = parted.freshDisk(self._device, ty=label)
self._disklabel = self._disk.type
self._path = path
self._partitions = None
self._update()
def _remove_volume_flags(self):
try:
print "---------------"
print "TRYING TO REMOVE FLAGS of %s" % self.volume.device_path
parted_device = parted.Device(self.volume.device_path)
parted_disk = parted.Disk(parted_device)
parted_partition = parted_disk.getPartitionByPath(self.volume.path)
# Get possible flags
parted_flags = parted.partitionFlag.values()
# Remove any Flags
flags_found = parted_partition.getFlagsAsString().split(", ")
if flags_found:
for flag in flags_found:
parted_partition.unsetFlag(parted_flags.index(flag) + 1)
# Commit Changes
parted_disk.commit()
print "SUCCCESS"
except Exception as e:
print "FAILED TO REMOVE FLAGS \n", e.message
def creeTablePartition(self):
"""Créer une nouvelle table d
Efface signaturev disque wipefs --all /dev/sdb2
/dev/sdb2 : 2 octets ont été effacés à l'index 0x00000438 (ext4) : 53 ef
Cree Systeme fichiers fat
Créé le systeme de fichiers mkfs.fat -F32 -v -I -n "BOOT" /dev/sdb1
mkfs.fat 3.0.28 (2015-05-16)
/dev/sdb1 has 255 heads and 63 sectors per track,
hidden sectors 0x0800;
logical sector size is 512,
using 0xf8 media descriptor, with 2048000 sectors;
drive number 0x80;
filesystem has 2 32-bit FATs and 8 sectors per cluster.
FAT size is 1997 sectors, and provides 255496 clusters.
There are 32 reserved sectors.
Volume ID is 2107cb40, volume label BOOT .
Cree Systeme fichiers ext4
e partition sur un disque"""
dev = parted.Device(self.disque)
table = parted.freshDisk(dev, 'gpt') #gpt msdos
if not table.commit(): #Si c'est Vrai on le commit
sys.exit()
else:
print("\nNouvelle table de partition " + self.disque)
time.sleep(3)
def crear_particion(self, drive, start, end, fs, partype, format):
'''
Argumentos:
- disco: el disco donde se realizará la partición. Ej: /dev/sda
- tipo: el tipo de partición a realizar {primary, extended, logical}
- formato: el formato que usará la partición {ext2, ext4, linux-swap,fat32, ntfs}
- inicio: donde comenzará la partición, en kB
- fin: donde terminará la partición, en kB
'''
i = 0
j = 0
k = 0
dev = parted.Device(drive)
disk = parted.Disk(dev)
s_sec = start * 1024 / dev.sectorSize
e_sec = end * 1024 / dev.sectorSize
if partype == 'primary' or partype == 0:
pedtype = _ped.PARTITION_NORMAL
elif partype == 'logical' or partype == 1:
pedtype = _ped.PARTITION_LOGICAL
elif partype == 'extended' or partype == 2:
pedtype = _ped.PARTITION_EXTENDED
else:
return False
while True:
if not dev.busy:
break
try:
geometry = parted.Geometry(device=dev, start=s_sec, end=e_sec)
i += 1
except Exception, a:
print a
def partition_table(device, part_type, fs_type):
# wipe the old partition table
utils.sysexec(
"dd if=/dev/zero of={} bs=512 count=1".format(device), log)
# get the device
dev = parted.Device(device)
disk = parted.freshDisk(dev, part_type)
# create one big partition on each block device
constraint = parted.constraint.Constraint(device=dev)
geometry = parted.geometry.Geometry(device=dev, start=0, end=1)
fs = parted.filesystem.FileSystem(type=fs_type, geometry=geometry)
new_part = parted.partition.Partition(disk,
type=parted.PARTITION_NORMAL,
fs=fs,
geometry=geometry)
# make it an lvm partition
new_part.setFlag(parted.PARTITION_LVM)
# actually add the partition to the disk
disk.addPartition(new_part, constraint)
disk.maximizePartition(new_part, constraint)
disk.commit()
log.write("Current disk for {} - partition type {}\n{}\n".format(
device, part_type, disk))
log.write("Current dev for {}\n{}\n".format(device, dev))
del disk
def best_disklabel_type(self, device):
"""The best disklabel type for the specified device."""
if flags.testing:
return self.default_disklabel_type
parted_device = parted.Device(path=device.path)
# if there's a required type for this device type, use that
label_type = self.required_disklabel_type(parted_device.type)
log.debug("required disklabel type for %s (%s) is %s", device.name,
parted_device.type, label_type)
if not label_type:
# otherwise, use the first supported type for this platform
# that is large enough to address the whole device
label_type = self.default_disklabel_type
log.debug("default disklabel type for %s is %s", device.name,
label_type)
for lt in self.disklabel_types:
l = parted.freshDisk(device=parted_device, ty=lt)
if l.maxPartitionStartSector > parted_device.length:
label_type = lt
log.debug("selecting %s disklabel for %s based on size",
label_type, device.name)
break
return label_type
def post_init(self):
self.device = parted.Device(self.devpath)
self.disk = parted.Disk(self.device)
self.type = self.disk.type
self.sector = int(self.device.sectorSize)
# self.grainSize = self.disk.partitionAlignment.intersect(self.disk.device.optimumAlignment).grainSize
# 使用统一的分区对齐值
self.grainSize = PARTED_START_SECTOR
def do_image_hd(outf, hd, fslabel, target, grub_version, grub_fw_type=None):
# pylint: disable=too-many-arguments
# pylint: disable=too-many-locals
# pylint: disable=too-many-branches
sector_size = 512
s = size_to_int(hd.text("size"))
size_in_sectors = s / sector_size
imagename = os.path.join(target, hd.text("name"))
outf.do('rm -f "%s"' % imagename, allow_fail=True)
f = open(imagename, "wb")
f.truncate(size_in_sectors * sector_size)
f.close()
imag = parted.Device(imagename)
if hd.tag == "gpthd":
disk = parted.freshDisk(imag, "gpt")
else:
disk = parted.freshDisk(imag, "msdos")
if grub_version == 199:
grub = grubinstaller199(outf)
elif grub_version == 202 and grub_fw_type == "efi":
grub = grubinstaller202(outf, "efi")
elif grub_version == 202 and grub_fw_type == "hybrid":
grub = grubinstaller202(outf, "hybrid")
elif grub_version == 202:
grub = grubinstaller202(outf)
else:
grub = grubinstaller_base(outf)
current_sector = 2048
for part in hd:
if part.tag == "partition":
ppart = create_partition(disk, part, parted.PARTITION_NORMAL,
fslabel, size_in_sectors, current_sector)
if part.text("label") in fslabel:
create_label(outf, disk, part, ppart, fslabel, target, grub)
elif part.tag == "extended":
ppart = create_partition(disk, part, parted.PARTITION_EXTENDED,
fslabel, size_in_sectors, current_sector)
create_logical_partitions(outf, disk, part, ppart, fslabel, target,
grub)
else:
continue
current_sector += ppart.getLength()
disk.commit()
if hd.has("grub-install") and grub_version:
grub.install(target)
return hd.text("name")
def partedDevice(self):
if self.exists and self.status and not self._partedDevice:
ctx.logger.debug("looking up parted Device: %s" % self.path)
try:
self._partedDevice = parted.Device(path=self.path)
except (_ped.IOException, _ped.DeviceException):
pass
return self._partedDevice
def get_disk_partition(self):
""" Return the PedDisk and partition of the selected device """
import parted
parent = self.drives[self._drive]['parent']
dev = parted.Device(path=parent)
disk = parted.Disk(device=dev)
for part in disk.partitions:
if self._drive == '/dev/%s' % (part.getDeviceNodeName(), ):
return disk, part
raise TailsInstallerError(_('Unable to find partition'))
def nueva_tabla_particiones(self, drive, t):
dev = parted.Device(drive)
new = parted.freshDisk(dev, t)
while True:
if not dev.busy:
break
try:
new.commit()
except _ped.IOException, x:
print x
def __init__(self):
self.disque = ((parted.getAllDevices())[-1].path
) #Unite disque ,dernier p.e /dev/sdb
if '/dev/sda' in self.disque: #Disque principal systeme
sys.exit()
else:
print("Disque = ", self.disque)
self.dev = parted.Device(self.disque) #Parted device
self.partitions = parted.Disk(self.dev) #Partition
time.sleep(1)
def num_particion(self, drive, ptype, start, end):
dev = parted.Device(drive)
disk = parted.Disk(dev)
s_sec = start * 1024 / dev.sectorSize
e_sec = end * 1024 / dev.sectorSize
m_sec = ((e_sec - s_sec) / 2) + s_sec
if ptype == 'logical' or ptype == 'primary' or ptype == 1 or ptype == 0:
part = disk.getPartitionBySector(m_sec)
else:
part = disk.getExtendedPartition()
return part.number
def blockPartitions(path):
device = parted.Device(path)
try:
disk = parted.Disk(device)
except:
# FIXME: This is suck! Must be changed!
disk = parted.freshDisk(device, parted.diskType['msdos'])
partition = disk.getFirstPartition()
while partition:
if partition.fileSystem and partition.fileSystem.type != "linux-swap":
yield partition.path, partition.fileSystem.type
partition = partition.nextPartition()
def partedDevice(self):
if not self._partedDevice and self.device and \
os.path.exists(self.device):
# We aren't guaranteed to be able to get a device. In
# particular, built-in USB flash readers show up as devices but
# do not always have any media present, so parted won't be able
# to find a device.
try:
self._partedDevice = parted.Device(path=self.device)
except (_ped.IOException, _ped.DeviceException):
pass
return self._partedDevice
def createpartitions(self):
''' Partition the LVM volume into persistent and swap partitions
using the parted module.
'''
dev = parted.Device(path=self.lvpath)
dev.removeFromCache()
disk = parted.freshDisk(dev, 'msdos')
constraint = parted.Constraint(device=dev)
persist_size = int(0.75 * constraint.maxSize);
self.createpartition(device=dev, disk=disk, start=1,
end=(persist_size - 1) , type="ext4")
self.createpartition(device=dev, disk=disk, start=persist_size,
end=(constraint.maxSize - 1) , type="linux-swap(v1)")
disk.commit()
def bestDiskLabelType(self, device):
"""The best disklabel type for the specified device."""
if flags.testing:
return self.defaultDiskLabelType
# the device is FBA DASD
if dasd.is_fba_dasd(device.name):
return "msdos"
# the device is DASD
elif parted.Device(path=device.path).type == parted.DEVICE_DASD:
return "dasd"
# other types of devices
return super(S390, self).bestDiskLabelType(device)
def initVGs():
VGs={}
PVs={}
disks={}
re_split=re.compile('[ \t]+')
dsk_re=re.compile('([/a-z]*)([0-9]*)')
p=subprocess.Popen(['pvs','--segments','--nosuffix','--noheadings','--units','B','-ovg_name,vg_extent_size,seg_start,seg_size,stripes,pv_name,pv_size,pv_free,pvseg_start,pvseg_size,lv_name'], stdout=subprocess.PIPE, stderr=stderr)
for l in p.stdout:
l=l.replace('\n','')
c=re_split.split(l)
try:
empty,vg_name,vg_extent_size,seg_start,seg_size,stripes,pv_name,pv_size,pv_free,pvseg_start,pvseg_size = c[0:10]
except:
continue
try:
VG=VGs[vg_name]
except:
VG=LVM_VG(vg_name, vg_extent_size)
VGs[vg_name]=VG
try:
PV=PVs[pv_name]
except:
m=dsk_re.match(pv_name)
disk_path=m.group(1)
try:
disk=disks[disk_path]
except:
dev=parted.Device(disk_path)
disk=parted.Disk(dev)
disks[disk_path] = self.disk
pv_part=disk.getPartitionByPath(part_name)
PV=LVM_PV(pv_part,VG,pv_size,pv_free)
PVs[pv_name]=PV
if len(c) > 10:
try:
lv_name=c[10]
LV=VG[lv_name]
except:
LV=LVM_LV(lv_name)
VG[lv_name]=LV
try:
seg=LV[seg_start]
except Exception:
seg=LV_segment(seg_start,seg_size)
LV[seg_start]=seg
seg.append(PV_segment(PV,pvseg_start,pvseg_size))
return VGs
def partitionDelete(self):
if self.treePartitionWidget.selectedItems():
select = self.treePartitionWidget.selectedItems()[0]
if isinstance(select.parent(), QTreeWidgetItem):
try:
print(select.parent().text(0))
disk = parted.Disk(parted.Device(select.parent().text(0)))
for partition in disk.partitions:
if partition.path == select.text(0):
print(partition.path)
#disk.deletePartition(partition)
except parted.PartitionException as err:
print(err)
def parted_device(self):
if not self._parted_device and self.device:
if os.path.exists(self.device):
# We aren't guaranteed to be able to get a device. In
# particular, built-in USB flash readers show up as devices but
# do not always have any media present, so parted won't be able
# to find a device.
try:
self._parted_device = parted.Device(path=self.device)
except (_ped.IOException, _ped.DeviceException) as e:
log.error("DiskLabel.parted_device: Parted exception: %s", e)
else:
log.info("DiskLabel.parted_device: %s does not exist", self.device)
if not self._parted_device:
log.info("DiskLabel.parted_device returning None")
return self._parted_device
def partition(device):
dev = parted.Device(path=device)
disk = parted.freshDisk(dev, 'msdos')
constraint = parted.Constraint(device=dev)
new_geom = parted.Geometry(device=dev,
start=1,
end=(constraint.maxSize - 1))
filesystem = parted.FileSystem(type="ext2", geometry=new_geom)
partition = parted.Partition(disk=disk,
fs=filesystem,
type=parted.PARTITION_NORMAL,
geometry=new_geom)
constraint = parted.Constraint(exactGeom=new_geom)
partition.setFlag(parted.PARTITION_BOOT)
disk.addPartition(partition=partition, constraint=constraint)
disk.commit()
def remover_bandera(self, drive, part, flag):
dev = parted.Device(drive)
disk = parted.Disk(dev)
partition = disk.getPartitionByPath(part)
if flag == 'boot':
pedflag = _ped.PARTITION_BOOT
while True:
if not dev.busy:
break
if partition.unsetFlag(pedflag):
if disk.commit():
return True
else:
return False
else:
return False
def __init__(self, device=None, PedDisk=None):
"""Create a new Disk object from the device and type specified. The
device is a Device object and type is a string matching a key in
the diskType hash."""
if PedDisk:
self.__disk = PedDisk
if device is None:
self._device = parted.Device(PedDevice=self.__disk.dev)
else:
self._device = device
elif device is None:
raise parted.DiskException("no device specified")
else:
self.__disk = _ped.Disk(device.getPedDevice())
self._device = device
# pylint: disable=W0108
self._partitions = CachedList(lambda : self.__getPartitions())
def getDevicePartedInfo(devPath):
try:
partedDevice = parted.Device(devPath)
except:
return {}
try:
partedDisk = parted.Disk(partedDevice)
except:
# partedDevice is a partition or a disk without partition table
return {
'model': partedDevice.model,
'sectorSize': partedDevice.sectorSize,
'type': '',
'freeSpaceRegions': [],
'partitions': {}
}
freeRegionList = []
for region in partedDisk.getFreeSpaceRegions():
freeBytes = region.length * partedDevice.sectorSize
freeRegionList.append(
(region.start, region.end, region.length, freeBytes))
partitions = {}
for partition in partedDisk.partitions:
partitionFlags = [
flagname
for (flag, flagname) in parted.partition.partitionFlag.items()
if partition.getFlag(flag)
]
partitions.update({
partition.path:
(partitionFlags, partition.geometry.start, partition.geometry.end)
})
return {
'model': partedDevice.model,
'sectorSize': partedDevice.sectorSize,
'type': partedDisk.type,
'freeSpaceRegions': freeRegionList,
'partitions': partitions
}
def bestDiskLabelType(self, device):
"""The best disklabel type for the specified device."""
if flags.testing:
return self.defaultDiskLabelType
parted_device = parted.Device(path=device.path)
label_type = self.defaultDiskLabelType
log.debug("default disklabel type for %s is %s", device.name,
label_type)
# use the first supported type for this platform
# that is large enough to address the whole device
for lt in self.diskLabelTypes:
l = parted.freshDisk(device=parted_device, ty=lt)
if l.maxPartitionStartSector > parted_device.length:
label_type = lt
log.debug("selecting %s disklabel for %s based on size",
label_type, device.name)
break
return label_type
def __init__(self, path, size, schema=None):
"""Initialize an image file to a given size in bytes.
:param path: Path to image file on the file system.
:type path: str
:param size: Size in bytes to set the image file to.
:type size: int
:param schema: The partitioning schema of the volume.
:type schema: VolumeSchema
Public attributes:
* path - Path to the image file.
"""
self.path = path
# Create an empty image file of a fixed size. Unlike
# truncate(1) --size 0, os.truncate(path, 0) doesn't touch the
# file; i.e. it must already exist.
with open(path, 'wb'):
pass
# Truncate to zero, so that extending the size in the next call
# will cause all the bytes to read as zero. Stevens $4.13
os.truncate(path, 0)
os.truncate(path, size)
# Prepare the device and disk objects for parted to be used for all
# future partition() calls. Only do it if we actually care about the
# partition table.
if schema is None:
self.sector_size = 512
self.device = None
self.disk = None
self.schema = None
else:
self.device = parted.Device(self.path)
label = 'msdos' if schema is VolumeSchema.mbr else 'gpt'
self.schema = schema
self.disk = parted.freshDisk(self.device, label)
self.sector_size = self.device.sectorSize
def __init__(self, device=None, start=None, length=None, end=None,
PedGeometry=None):
"""Create a new Geometry object for the given _ped.Device that extends
for length sectors from the start sector. Optionally, an end sector
can also be provided."""
if PedGeometry:
self.__geometry = PedGeometry
if device is None:
self._device = parted.Device(PedDevice=self.__geometry.dev)
else:
self._device = device
elif not end:
self._device = device
self.__geometry = _ped.Geometry(self.device.getPedDevice(), start, length)
elif not length and (end > start):
self._device = device
self.__geometry = _ped.Geometry(self.device.getPedDevice(), start, (end - start + 1), end=end)
elif start and length and end and (end > start):
self._device = device
self.__geometry = _ped.Geometry(self.device.getPedDevice(), start, length, end=end)
else:
raise parted.GeometryException("must specify PedGeometry or (device, start, length) or (device, start, end) or (device, start, length, end)")
def borrar_particion(self, drive, part):
'''
Argumentos:
- disco: el disco donde se realizará la partición. Ej: /dev/sda
- tipo: el tipo de partición a realizar {primary, extended, logical}
- formato: el formato que usará la partición {ext2, ext4, linux-swap,fat32, ntfs}
- inicio: donde comenzará la partición, en kB
- fin: donde terminará la partición, en kB
'''
i = 0
dev = parted.Device(drive)
disk = parted.Disk(dev)
partition = disk.getPartitionByPath(part)
while True:
if not dev.busy:
break
try:
disk.deletePartition(partition=partition)
i += 1
except Exception, x:
print x
def populate(self, nonraids, mpaths, raids, activeByDefault=False):
def _addTuple(tuple):
global totalDevices, totalSize
global selectedDevices, selectedSize
added = False
self.store.append(None, tuple)
for pg in self.pages:
if pg.cb.isMember(tuple[0]):
added = True
pg.cb.addToUI(tuple)
# Only update the size label if this device was added to any pages.
# This prevents situations where we're only displaying the basic
# filter that has one disk, but there are several advanced disks
# in the store that cannot be seen.
if added:
totalDevices += 1
totalSize += tuple[0]["XXX_SIZE"]
if tuple[ACTIVE_COL]:
selectedDevices += 1
selectedSize += tuple[0]["XXX_SIZE"]
def _isProtected(info):
protectedNames = map(udev_resolve_devspec, self.anaconda.protected)
sysfs_path = udev_device_get_sysfs_path(info)
for protected in protectedNames:
_p = "/sys/%s/%s" % (sysfs_path, protected)
if os.path.exists(os.path.normpath(_p)):
return True
return False
def _active(info):
if _isProtected(info) or activeByDefault:
return True
name = udev_device_get_name(info)
if self.anaconda.storage.exclusiveDisks and \
name in self.anaconda.storage.exclusiveDisks:
return True
elif self.anaconda.storage.ignoredDisks and \
name not in self.anaconda.storage.ignoredDisks:
return True
else:
return False
for d in nonraids:
name = udev_device_get_name(d)
# We aren't guaranteed to be able to get a device. In
# particular, built-in USB flash readers show up as devices but
# do not always have any media present, so parted won't be able
# to find a device.
try:
partedDevice = parted.Device(path="/dev/" + name)
except (_ped.IOException, _ped.DeviceException):
continue
d["XXX_SIZE"] = int(partedDevice.getSize())
# cciss controllers, without any sets defined, show up as a 0 size
# blockdev, ignore these
if d["XXX_SIZE"] == 0:
continue
# This isn't so great, but iSCSI and s390 devices have an ID_PATH
# that contains a lot of useful identifying info, so that should be
# displayed instead of a blank WWID.
if udev_device_is_iscsi(d) or udev_device_is_dasd(
d) or udev_device_is_zfcp(d):
ident = udev_device_get_path(d)
else:
ident = udev_device_get_wwid(d)
tuple = (d, True, _active(d), _isProtected(d), name,
partedDevice.model, str(d["XXX_SIZE"]) + " MB",
udev_device_get_vendor(d), udev_device_get_bus(d),
udev_device_get_serial(d), ident, "", "", "", "")
_addTuple(tuple)
if raids and flags.dmraid:
used_raidmembers = []
for rs in block.getRaidSets():
# dmraid does everything in sectors
size = (rs.rs.sectors * 512) / (1024.0 * 1024.0)
fstype = ""
# get_members also returns subsets with layered raids, we only
# want the devices
members = filter(lambda m: isinstance(m, block.device.RaidDev),
list(rs.get_members()))
members = map(lambda m: m.get_devpath(), members)
for d in raids:
if udev_device_get_name(d) in members:
fstype = udev_device_get_format(d)
sysfs_path = udev_device_get_sysfs_path(d)
break
# Skip this set if none of its members are in the raids list
if not fstype:
continue
used_raidmembers.extend(members)
# biosraid devices don't really get udev data, at least not in a
# a way that's useful to the filtering UI. So we need to fake
# that data now so we have something to put into the store.
data = {
"XXX_SIZE": size,
"ID_FS_TYPE": fstype,
"DM_NAME": rs.name,
"name": rs.name,
"sysfs_path": sysfs_path
}
model = "BIOS RAID set (%s)" % rs.rs.set_type
tuple = (data, True,
_active(data), _isProtected(data), rs.name, model,
str(size) + " MB", "", "", "", "", "", "", "", "")
_addTuple(tuple)
unused_raidmembers = []
for d in raids:
if udev_device_get_name(d) not in used_raidmembers:
unused_raidmembers.append(udev_device_get_name(d))
self.anaconda.intf.unusedRaidMembersWarning(unused_raidmembers)
for mpath in mpaths:
# We only need to grab information from the first device in the set.
name = udev_device_get_name(mpath[0])
try:
partedDevice = parted.Device(path="/dev/" + name)
except (_ped.IOException, _ped.DeviceException):
continue
mpath[0]["XXX_SIZE"] = int(partedDevice.getSize())
model = partedDevice.model
# However, we do need all the paths making up this multipath set.
paths = "\n".join(map(udev_device_get_name, mpath))
# We use a copy here, so as to not modify the original udev info
# dict as that would break NameCache matching
data = mpath[0].copy()
data["name"] = udev_device_get_multipath_name(mpath[0])
tuple = (data, True, _active(data), _isProtected(data),
udev_device_get_multipath_name(mpath[0]), model,
str(mpath[0]["XXX_SIZE"]) + " MB",
udev_device_get_vendor(mpath[0]),
udev_device_get_bus(mpath[0]),
udev_device_get_serial(mpath[0]),
udev_device_get_wwid(mpath[0]), paths, "", "", "")
_addTuple(tuple)
