class SixthDriveTestCase(unittest.TestCase):
def setUp(self):
unittest.TestCase.setUp(self)
self._disk = Disk(3)
@classmethod
def setUpClass(cls):
super(SixthDriveTestCase, cls).setUpClass()
if socket.gethostname() != "host-ci38":
raise unittest.SkipTest("This test case should run only on host-ci38")
def test_uber(self):
self._disk.destroy_partition_table()
self._disk.create_partition_table("mbr")
self._disk.create_first_partition()
volume = self._disk.get_partitions()[0].get_volume()
volume.format()
self.assertFalse(volume.has_drive_letter())
volume.assign_first_available_drive_letter()
self.assertTrue(volume.has_drive_letter())
class SixthDriveTestCase(unittest.TestCase):
def setUp(self):
unittest.TestCase.setUp(self)
self._disk = Disk(3)
@classmethod
def setUpClass(cls):
super(SixthDriveTestCase, cls).setUpClass()
if socket.gethostname() != 'host-ci38':
raise unittest.SkipTest(
"This test case should run only on host-ci38")
def test_uber(self):
self._disk.destroy_partition_table()
self._disk.create_partition_table('mbr')
self._disk.create_first_partition()
volume = self._disk.get_partitions()[0].get_volume()
volume.format()
self.assertFalse(volume.has_drive_letter())
volume.assign_first_available_drive_letter()
self.assertTrue(volume.has_drive_letter())
def setUp(self):
unittest.TestCase.setUp(self)
self._disk = Disk(3)
class WindowsDiskDrive(disk.DiskDrive):
def __init__(self, storage_device, path):
super(WindowsDiskDrive, self).__init__()
self._storage_device = storage_device
self._disk_object = Disk(self._storage_device.get_physical_drive_number())
self._path = path
@cached_method
def get_storage_device(self):
return self._storage_device
@cached_method
def get_block_access_path(self):
return self._disk_object._path
def is_empty(self):
return len(self._disk_object.get_partitions()) == 0
def get_partition_table(self):
from .partition import WindowsMBRPartitionTable, WindowsGPTPartitionTable
if self._disk_object.is_gpt():
return WindowsGPTPartitionTable(self)
return WindowsMBRPartitionTable(self)
def delete_partition_table(self):
self._disk_object.destroy_partition_table()
def create_mbr_partition_table(self):
from .partition import WindowsMBRPartitionTable
return WindowsMBRPartitionTable.create_partition_table(self)
def create_gpt_partition_table(self):
from .partition import WindowsGPTPartitionTable
return WindowsGPTPartitionTable.create_partition_table(self)
def is_online(self):
return self._disk_object.is_online()
def online(self):
return self._disk_object.online()
def offline(self):
return self._disk_object.offline()
def has_read_only_attribute(self):
return self._disk_object.is_read_only()
def unset_read_only_attribute(self):
self._disk_object.read_write()
def set_read_only_attribute(self):
self._disk_object.read_only()
def __init__(self, storage_device, path):
super(WindowsDiskDrive, self).__init__()
self._storage_device = storage_device
self._disk_object = Disk(self._storage_device.get_physical_drive_number())
self._path = path
def __init__(self, storage_device, path):
super(WindowsDiskDrive, self).__init__()
self._storage_device = storage_device
self._disk_object = Disk(self._storage_device.get_physical_drive_number())
self._path = path
class WindowsDiskDrive(disk.DiskDrive):
def __init__(self, storage_device, path):
super(WindowsDiskDrive, self).__init__()
self._storage_device = storage_device
self._disk_object = Disk(self._storage_device.get_physical_drive_number())
self._path = path
@cached_method
def get_storage_device(self):
return self._storage_device
@cached_method
def get_block_access_path(self):
return self._disk_object._path
def is_empty(self):
return len(gevent_wrapper.defer(self._disk_object.get_partitions)()) == 0
def get_partition_table(self):
from .partition import WindowsMBRPartitionTable, WindowsGUIDPartitionTable
if gevent_wrapper.defer(self._disk_object.is_gpt)():
return WindowsGUIDPartitionTable(self)
return WindowsMBRPartitionTable(self)
def delete_partition_table(self):
gevent_wrapper.defer(self._disk_object.destroy_partition_table)()
def create_mbr_partition_table(self, alignment_in_bytes=None):
from .partition import WindowsMBRPartitionTable
return WindowsMBRPartitionTable.create_partition_table(self, alignment_in_bytes)
def create_guid_partition_table(self, alignment_in_bytes=None):
from .partition import WindowsGUIDPartitionTable
return WindowsGUIDPartitionTable.create_partition_table(self, alignment_in_bytes)
def is_online(self):
return gevent_wrapper.defer(self._disk_object.is_online)()
def online(self):
return gevent_wrapper.defer(self._disk_object.online)()
def offline(self):
return gevent_wrapper.defer(self._disk_object.offline)()
def has_read_only_attribute(self):
return gevent_wrapper.defer(self._disk_object.is_read_only)()
def unset_read_only_attribute(self):
gevent_wrapper.defer(self._disk_object.read_write)()
def set_read_only_attribute(self):
gevent_wrapper.defer(self._disk_object.read_only)()
@cached_method
def get_block_access_paths_for_partitions(self):
from infi.wioctl.errors import WindowsException
try:
return super(WindowsDiskDrive, self).get_block_access_paths_for_partitions()
except WindowsException:
return []
def get_volumes_cluster_sizes(self):
return gevent_wrapper.defer(self._disk_object._get_volumes_cluster_sizes())
def setUp(self):
unittest.TestCase.setUp(self)
self._disk = Disk(3)