def get_mounts(self):
# TODO we only support NTFS
mounts = []
for volume_guid, list_of_mount_points in MountManager(
).get_mounts_of_all_volumes().items():
for mount_point in list_of_mount_points:
mounts.append(
WindowsMount(self.get_recommended_file_system(),
volume_guid, mount_point))
return mounts
def _get_mount_point_for_labels(self, block_access_path):
mount_points = []
for volume_guid, list_of_mount_points in MountManager(
).get_mounts_of_all_volumes().items():
if volume_guid != block_access_path:
continue
mount_points.extend(list_of_mount_points)
if not mount_points:
raise LabelNotSupported(
"label can only be managed for mounted volumes")
return mount_points[0]
def get_label(self, block_access_path):
mount_point = self._get_mount_point_for_labels(block_access_path)
return MountManager().get_volume_label(mount_point)
def set_label(self, block_access_path, label):
mount_point = self._get_mount_point_for_labels(block_access_path)
MountManager().set_volume_label(mount_point, label)
def unmount(self, block_access_path, mount_point):
try:
MountManager().remove_mount_point(block_access_path, mount_point)
except: # diskmanagement module is a thin wrapper on top ctypes, does not differntiate error codes
raise UnmountFailedDeviceIsBusy(block_access_path, mount_point)
def mount(self, block_access_path, mount_point, mount_options_dict={}):
from .mount import WindowsMount
# TODO we only support partitions
assert 'Volume' in block_access_path
MountManager().add_volume_mount_point(block_access_path, mount_point)
return WindowsMount(self, block_access_path, mount_point)
def is_auto_mount(self):
return MountManager().is_auto_mount()
def enable_auto_mount(self):
MountManager().enable_auto_mount()
def disable_auto_mount(self):
MountManager().disable_auto_mount()
def get_available_drive_letters(self):
return MountManager().get_avaialable_drive_letters()
def __init__(self):
super(WindowsMountManager, self).__init__()
self.mount_manager = MountManager()