dutree 1.5

Disk usage summary, showing large dirs/files

dutree shows a summary of the directories/files which take up the most space.

Instead of showing only the root of the files with sizes, or the details of every file, it shows only the paths taking up the most space.

Example usage:

$ dutree /srv

Annotated output, where only paths of >5% of the total size are shown (which is about 4GB for this dataset):

12.1 G  /srv/data/audiofiles/
         ^-- audiofiles contains files/dirs with a total of 12.1G
             but it does NOT contain a single dir or file larger
             than 4G.
 4.3 G  /srv/data/callrecordings/unmatched/
 4.5 G  /srv/data/fax/
17.5 G  /srv/data/playlists/
34.4 G  /srv/data/twinfield_invoices/1/
 7.8 G  /srv/data/*
          ^-- data contains more files/directories than shown above
              but those that don't total above 4G are merged into
              this "leftover" node. that includes everything in
              /twinfield_invoices/ except for the /1/ subdirectory
              which has its individual listing above.
32   B  /srv/*
          ^-- only /data/ is in /srv/, but the directory itself also
              takes up a tiny bit of space
 -----
80.6 G  TOTAL (86558511658)

NOTE: The directories do not count the size of themselves, only of their contents. This explains any discrepancies with du -sb output.

NOTE: On filesystems with built-in compression (like ZFS) or with many sparse files, you may want to check the –count-blocks option.

Library usage:

>>> from dutree import Scanner
>>> scanner = Scanner('/srv')
>>> tree = scanner.scan(use_apparent_size=True)
>>> tree.app_size()
86558511658

>>> len(tree.get_leaves())
7

>>> leaf0 = tree.get_leaves()[0]
>>> leaf0.name()
'/srv/data/audiofiles/'

>>> leaf0.app_size() / (1024.0 * 1024 * 1024)
12.092280263081193

History

• v1.5

  • Add apparent vs. real size. Deprecates node.size(). Use node.app_size() instead. Get the real used size using node.use_size(). Group by real used size by passing use_apparent_size=False to scan().

  • Don’t die if we cannot enter directories.