def runTest(self):
# The DOS disklabel does not support naming.
self.assertRaises(_ped.PartitionException, self._part.set_name, "blah")
# These should work.
self._disk = _ped.disk_new_fresh(self._device, _ped.disk_type_get("mac"))
self._part = _ped.Partition(self._disk, _ped.PARTITION_NORMAL, 0, 100, _ped.file_system_type_get("fat32"))
self.assertTrue(self._part.set_name("blah"))
self.assertEqual(self._part.get_name(), "blah")
# Partitions that are inactive won't work.
self._part = _ped.Partition(self._disk, _ped.PARTITION_FREESPACE, 0, 100)
self.assertRaises(_ped.PartitionException, self._part.get_name)
def runTest(self):
# The DOS disklabel does not support naming.
self.assertRaises(_ped.PartitionException, self._part.set_name, "blah")
# These should work.
self._disk = _ped.disk_new_fresh(self._device, _ped.disk_type_get("mac"))
self._part = _ped.Partition(self._disk, _ped.PARTITION_NORMAL, 0, 100,
_ped.file_system_type_get("fat32"))
self.assertTrue(self._part.set_name("blah"))
self.assertEqual(self._part.get_name(), "blah")
# Partitions that are inactive won't work.
self._part = _ped.Partition(self._disk, _ped.PARTITION_FREESPACE, 0, 100)
self.assertRaises(_ped.PartitionException, self._part.get_name)
def freshDisk(device, ty):
"""Return a Disk object for this Device and using this DiskType.
The type should be a member of the parted.diskType hash,
either a key or a value.
The new label is not written to disk until commitToDevice()
is called on the Disk."""
from _ped import disk_new_fresh, DiskType
if isinstance(ty, string_types):
ty = diskType[ty]
elif not isinstance(ty, DiskType):
raise TypeError("type must be a key or value in parted.diskType", ty)
peddisk = disk_new_fresh(device.getPedDevice(), ty)
return Disk(PedDisk=peddisk)
def freshDisk(device, ty):
"""Return a Disk object for this Device and using this DiskType.
The type should be a member of the parted.diskType hash,
either a key or a value.
The new label is not written to disk until commitToDevice()
is called on the Disk."""
from _ped import disk_new_fresh, DiskType
if type(ty) == str:
ty = diskType[ty]
elif not isinstance(ty, DiskType):
raise SyntaxError("type must be a key or value in parted.diskType")
peddisk = disk_new_fresh(device.getPedDevice(), ty)
return Disk(PedDisk=peddisk)
def runTest(self):
# The DOS disklabel does not support naming.
self.assertRaises(_ped.PartitionException, self._part.get_name)
# Partitions that are inactive won't work either.
self._part = _ped.Partition(self._disk, _ped.PARTITION_FREESPACE, 0, 100)
self.assertRaises(_ped.PartitionException, self._part.get_name)
# Mac disk labels do support naming, but there still has to be a name.
self._disk = _ped.disk_new_fresh(self._device, _ped.disk_type_get("mac"))
self._part = _ped.Partition(self._disk, _ped.PARTITION_NORMAL, 0, 100, _ped.file_system_type_get("fat32"))
self.assertEqual(self._part.get_name(), "untitled")
# Finally, Mac disk labels with a name will work.
self._part.set_name("blah")
self.assertEqual(self._part.get_name(), "blah")
def runTest(self):
# The DOS disklabel does not support naming.
self.assertRaises(_ped.PartitionException, self._part.get_name)
# Partitions that are inactive won't work either.
self._part = _ped.Partition(self._disk, _ped.PARTITION_FREESPACE, 0, 100)
self.assertRaises(_ped.PartitionException, self._part.get_name)
# Mac disk labels do support naming, but there still has to be a name.
self._disk = _ped.disk_new_fresh(self._device, _ped.disk_type_get("mac"))
self._part = _ped.Partition(self._disk, _ped.PARTITION_NORMAL, 0, 100,
_ped.file_system_type_get("fat32"))
self.assertEqual(self._part.get_name(), "untitled")
# Finally, Mac disk labels with a name will work.
self._part.set_name("blah")
self.assertEqual(self._part.get_name(), "blah")
def restore_image(self):
""" """
invalid_partitions = False
if is_mounted(self.target_device):
log.error("The partition {0} is mounted, please umount first, and try again".format(self.target_device))
self.notify_status("mounted_partition_error",{"mounted_partition_error":self.target_device})
raise DeviceIsMounted("Please umount first")
self.active = True
information = Information(self.image_path)
information.load()
if self.partitions:
information.set_partitions(self.partitions)
image_name = information.get_image_name()
compressor_level = information.get_image_compressor_level()
partitions = information.get_partitions()
# Get total size
total_bytes = 0
for part in partitions:
total_bytes += part.size
self.total_blocks = long(math.ceil(total_bytes/float(BLOCK_SIZE)))
device = Device(self.target_device)
if device.is_disk() != \
information.get_image_is_disk():
log.error("Invalid target device %s" % device.path)
self.notify_status("write_error", \
{"write_error":device_path})
raise ErrorRestoringImage("Invalid target device")
try:
disk = Disk(device)
except _ped.DiskLabelException:
try:
device.fix_disk_label()
disk = Disk(device)
except:
log.error("Unrecognized disk label")
raise ErrorRestoringImage("Unrecognized disk label")
if information.get_image_is_disk():
if ("msdos" not in disk.getPedDisk().type.name):
#se a tabela nao for msdos, recria ela como msdos para nao haver problemas
d = disk_new_fresh(device.getPedDevice(), _ped.disk_type_get("msdos"))
d.commit_to_dev()
disk = Disk(device)
#Get total disk target size
disk_size = get_disk_size(self.target_device)
if (total_bytes > disk_size):
log.info("Total size of image is {0}".format(total_bytes))
log.info("Total size of {0} is {1}".format(self.target_device,disk_size))
log.error("The size of {0} is {1}, is not enough to apply the selected image".format(self.target_device, disk_size))
disk_space_info = []
disk_space_info.append(total_bytes)
disk_space_info.append(disk_size)
self.notify_status("no_enough_space", {"disk_minimum_size":disk_space_info})
raise ErrorRestoringImage("No enough space on disk")
log.info("Restoring MBR and Disk Layout")
mbr = Mbr(self.image_path)
try:
mbr.restore_from_file(self.target_device)
except Exception as e:
log.error("Error to restore the Mbr file")
image_path = self.image_path.split("/")[3] + "/mbr.bin"
self.notify_status("file_not_found",{"file_not_found":image_path})
raise ErrorFileNotFound("File not Found {0}".format(image_path))
dlm = DiskLayoutManager(self.image_path)
#try:
if self.expand != 2:
dlm.restore_from_file(disk, True)
else:
dlm.restore_from_file(disk, False)
#except Exception as e:
# log.error("Error to restore the disk.dl file")
# image_path = self.image_path.split("/")[3] + "/disk.dl"
# self.notify_status("file_not_found",{"file_not_found":image_path})
# raise ErrorFileNotFound("File not found {0}".format(image_path))
else:
parent_path = get_parent_path(self.target_device)
parent_device = Device(parent_path)
parent_disk = Disk(parent_device)
partition = parent_disk.get_partition_by_path(
self.target_device,
part.type)
part_size = partition.getSize('b')
if (total_bytes > part_size):
part_space_info = []
part_space_info.append(total_bytes)
part_space_info.append(part_size)
log.error("The partition selected is smaller than the image")
self.notify_status("no_enough_space_part", {"disk_minimum_size":part_space_info})
raise ErrorRestoringImage("No enought space on partition")
self.timer.start()
total_partitions = len(partitions)
for part in partitions:
total_partitions -= 1
if not self.active: break
if (self.expand == 3) and (total_partitions == 0): break
if information.get_image_is_disk():
partition = disk.get_partition_by_number(part.number,
part.type)
else:
parent_path = get_parent_path(self.target_device)
parent_device = Device(parent_path)
parent_disk = Disk(parent_device)
partition = parent_disk.get_partition_by_path(
self.target_device,
part.type)
if partition is None:
invalid_partitions = True
continue
log.info("Restoring partition {0}".format(partition.get_path()))
self.notify_status("restore_partition",\
{"restoring_partition":partition.get_path()})
invalid_partitions = False
if hasattr(part, "uuid"):
partition.filesystem.open_to_write(part.uuid)
else:
partition.filesystem.open_to_write()
if hasattr(part, "label"):
partition.filesystem.write_label(part.label)
if partition.filesystem.is_swap():
continue
pattern = FILE_PATTERN.format(name=image_name,
partition=part.number,
volume="{volume}")
volumes = 1
if hasattr(part, "volumes"):
volumes = part.volumes
try:
image_reader = ImageReaderFactory(self.image_path, pattern,
volumes, compressor_level,
self.notify_status)
except Exception as e:
log.info(e)
extract_callback = None
if compressor_level:
compressor = Compressor(compressor_level)
extract_callback = compressor.extract
self.buffer_manager = BufferManagerFactory(image_reader.read_block,
self.notify_status,
extract_callback)
# open the file after instantiating BufferManager, cause of a
# problem on multiprocessing module, FD_CLOEXE doesn't work
# (I don't want to dup the file descriptor).
image_reader.open()
self.buffer_manager.start()
buffer = self.buffer_manager.output_buffer
while self.active:
try:
data = buffer.get()
except IOError, e:
if e.errno == errno.EINTR:
self.notify_status("read_buffer_error",{"read_buffer_error":str(e)})
data = ""
self.cancel()
raise ErrorReadingFromDevice(e)
break
if data == EOF:
break
try:
partition.filesystem.write_block(data)
except ErrorWritingToDevice, e:
self.notify_status("write_partition_error")
if not self.canceled:
self.stop()
raise e
self.processed_blocks += 1
def setUp(self):
RequiresDevice.setUp(self)
self._disk = _ped.disk_new_fresh(self._device,
_ped.disk_type_get("msdos"))
self.disk = parted.Disk(PedDisk=self._disk)
def setUp(self):
RequiresDevice.setUp(self)
self._disk = _ped.disk_new_fresh(self._device, _ped.disk_type_get("msdos"))
self.disk = parted.Disk(PedDisk=self._disk)