instance.
"""
- self.out.output("Examining source media `%s'..." % self.source, False)
+ self.out.output("Examining source media `%s' ..." % self.source, False)
sourcedev = self.source
mode = os.stat(self.source).st_mode
if stat.S_ISDIR(mode):
mount = self.g.mount_ro if readonly else self.g.mount
msg = " read-only" if readonly else ""
- self.out.output("Mounting the media%s..." % msg, False)
+ self.out.output("Mounting the media%s ..." % msg, False)
mps = self.g.inspect_get_mountpoints(self.root)
# Sort the keys to mount the fs in a correct order.
raise FatalError(msg)
is_extended = lambda p: \
- self.g.part_get_mbr_id(self.guestfs_device, p['part_num']) == 5
+ self.g.part_get_mbr_id(self.guestfs_device, p['part_num']) \
+ in (0x5, 0xf)
is_logical = lambda p: \
- self.meta['PARTITION_TABLE'] != 'msdos' and p['part_num'] > 4
+ self.meta['PARTITION_TABLE'] == 'msdos' and p['part_num'] > 4
partitions = self.g.part_list(self.guestfs_device)
last_partition = partitions[-1]
if is_logical(last_partition):
# The disk contains extended and logical partitions....
- extended = [p for p in partitions if is_extended(p)][0]
+ extended = filter(is_extended, partitions)[0]
last_primary = [p for p in partitions if p['part_num'] <= 4][-1]
# check if extended is the last primary partition
self.meta['PARTITION_TABLE'] == 'msdos' and p['part_num'] > 4
is_extended = lambda p: \
self.meta['PARTITION_TABLE'] == 'msdos' and \
- self.g.part_get_mbr_id(self.guestfs_device, p['part_num']) == 5
+ self.g.part_get_mbr_id(self.guestfs_device, p['part_num']) \
+ in (0x5, 0xf)
part_add = lambda ptype, start, stop: \
self.g.part_add(self.guestfs_device, ptype, start, stop)
MB = 2 ** 20
- self.out.output("Shrinking image (this may take a while)...", False)
+ self.out.output("Shrinking image (this may take a while) ...", False)
sector_size = self.g.blockdev_getss(self.guestfs_device)
self.g.resize2fs_M(part_dev)
out = self.g.tune2fs_l(part_dev)
- block_size = int(
- filter(lambda x: x[0] == 'Block size', out)[0][1])
- block_cnt = int(
- filter(lambda x: x[0] == 'Block count', out)[0][1])
+ block_size = int(filter(lambda x: x[0] == 'Block size', out)[0][1])
+ block_cnt = int(filter(lambda x: x[0] == 'Block count', out)[0][1])
start = last_part['part_start'] / sector_size
end = start + (block_size * block_cnt) / sector_size - 1
'num': partition['part_num'],
'start': partition['part_start'] / sector_size,
'end': partition['part_end'] / sector_size,
- 'id': part_get_(partition['part_num']),
+ 'id': part_get_id(partition['part_num']),
'bootable': part_get_bootable(partition['part_num'])
})
logical[-1]['end'] = end # new end after resize
# Recreate the extended partition
- extended = [p for p in partitions if self._is_extended(p)][0]
+ extended = filter(is_extended, partitions)[0]
part_del(extended['part_num'])
- part_add('e', extended['part_start'], end)
+ part_add('e', extended['part_start'] / sector_size, end)
# Create all the logical partitions back
for l in logical: