Как получить все непосредственные подкаталоги в Python

os.walk is your friend in this situation.

Straight from the documentation:

walk() generates the file names in a directory tree, by walking the tree either top down or bottom up. For each directory in the tree rooted at directory top (including top itself), it yields a 3-tuple (dirpath, dirnames, filenames).

Using Twisted's FilePath module:

from twisted.python.filepath import FilePath

def subdirs(pathObj):
    for subpath in pathObj.walk():
        if subpath.isdir():
            yield subpath

if __name__ == '__main__':
    for subdir in subdirs(FilePath(".")):
        print "Subdirectory:", subdir

Since some commenters have asked what the advantages of using Twisted's libraries for this is, I'll go a bit beyond the original question here.

There's some improved documentation in a branch that explains the advantages of FilePath; you might want to read that.

More specifically in this example: unlike the standard library version, this function can be implemented with no imports. The "subdirs" function is totally generic, in that it operates on nothing but its argument. In order to copy and move the files using the standard library, you need to depend on the "open" builtin, "listdir", perhaps "isdir" or "os.walk" or "shutil.copy". Maybe "os.path.join" too. Not to mention the fact that you need a string passed an argument to identify the actual file. Let's take a look at the full implementation which will copy each directory's "index.tpl" to "index.html":

def copyTemplates(topdir):
    for subdir in subdirs(topdir):
        tpl = subdir.child("index.tpl")
        if tpl.exists():
            tpl.copyTo(subdir.child("index.html"))

The "subdirs" function above can work on any FilePath-like object. Which means, among other things, ZipPath objects. Unfortunately ZipPath is read-only right now, but it could be extended to support writing.

You can also pass your own objects for testing purposes. In order to test the os.path-using APIs suggested here, you have to monkey with imported names and implicit dependencies and generally perform black magic to get your tests to work. With FilePath, you do something like this:

class MyFakePath:
    def child(self, name):
        "Return an appropriate child object"

    def walk(self):
        "Return an iterable of MyFakePath objects"

    def exists(self):
        "Return true or false, as appropriate to the test"

    def isdir(self):
        "Return true or false, as appropriate to the test"
...
subdirs(MyFakePath(...))

Я только что написал код для перемещения виртуальных машин vmware, и в итоге использовал os.path и shutil для копирования файлов между каталоги.

def copy_client_files (file_src, file_dst):
    for file in os.listdir(file_src):
            print "Copying file: %s" % file
            shutil.copy(os.path.join(file_src, file), os.path.join(file_dst, file))

Это не очень элегантно, но работает.

Вот один из способов:

import os
import shutil

def copy_over(path, from_name, to_name):
  for path, dirname, fnames in os.walk(path):
    for fname in fnames:
      if fname == from_name:
        shutil.copy(os.path.join(path, from_name), os.path.join(path, to_name))


copy_over('.', 'index.tpl', 'index.html')