On Mon, Apr 3, 2017 at 5:33 PM, Michel Desmoulin <desmoulinmichel@gmail.com> wrote:

Like os.walk, but from a Path instance.

We have Path.iterdir, but it's not recursive. Which you use either os.scandir, or os.walk. In any case, you end up doing:

import os import pathlib

directory = pathlib.Path(get_dir())

# do things with directory

for root, dirs, files os.walk(directory): root = Path(root) for f in files: f = root / f # do something with file

Which is not that bad, but you waste a lot of time discovering how to do that since you look first for something like Path.walk.

OK, but what Path.walk should be return? If all of dirs and files are Path object, it will have significant performance overhead. for root, dirs, files in directory.walk(): # all dirs are path object, but not used. for f in files: f = root / f # And Path overhead can be avoided for files too.

On Mon, Apr 3, 2017 at 5:33 PM, Michel Desmoulin <desmoulinmichel@gmail.com> wrote:

Like os.walk, but from a Path instance.

We have Path.iterdir, but it's not recursive. Which you use either os.scandir, or os.walk. In any case, you end up doing:

import os import pathlib

directory = pathlib.Path(get_dir())

# do things with directory

for root, dirs, files os.walk(directory): root = Path(root) for f in files: f = root / f # do something with file

Which is not that bad, but you waste a lot of time discovering how to do that since you look first for something like Path.walk.

OK, but what Path.walk should be return? If all of dirs and files are Path object, it will have significant performance overhead. for root, dirs, files in directory.walk(): # all dirs are path object, but not used. for f in files: f = root / f # And Path overhead can be avoided for files too.