def test_finds_multiple_songs(self):
for _, album in albums_in_dir(self.base):
n = re.search(r'album(.)song', album[0]).group(1)
if n == '1':
self.assertEqual(len(album), 2)
else:
self.assertEqual(len(album), 1)
def test_finds_multiple_songs(self):
for _, album in albums_in_dir(self.base):
n = re.search(r'album(.)song', album[0]).group(1)
if n == '1':
self.assertEqual(len(album), 2)
else:
self.assertEqual(len(album), 1)
def noimport_files(self, lib, paths):
# Check the user-specified directories.
for path in paths:
if not os.path.exists(syspath(normpath(path))):
raise ui.UserError(u'no such file or directory: {0}'.format(
displayable_path(path)))
# Open the state file
state = importer._open_state()
# Create the 'taghistory' set if it doesn't exist
if 'taghistory' not in state:
state['taghistory'] = set()
# For every path...
for path in paths:
added = 0
# ...get the list of albums in that path...
for dirs, paths_in_dir in importer.albums_in_dir(path):
# ...check if they're not already in the 'taghistory' set
if tuple(dirs) not in state['taghistory']:
# ...and add them...
state['taghistory'].add(tuple(map(normpath, dirs)))
added += 1
# Save the state file
importer._save_state(state)
log.info(u'Added {0} paths to the skip list', added)
def noimport_files(self, lib, paths):
# Check the user-specified directories.
for path in paths:
if not os.path.exists(syspath(normpath(path))):
raise ui.UserError(u'no such file or directory: {0}'.format(
displayable_path(path)))
# Open the state file
state = importer._open_state()
# Create the 'taghistory' set if it doesn't exist
if 'taghistory' not in state:
state['taghistory'] = set()
# For every path...
for path in paths:
added = 0
# ...get the list of albums in that path...
for dirs, paths_in_dir in importer.albums_in_dir(path):
# ...check if they're not already in the 'taghistory' set
if tuple(dirs) not in state['taghistory']:
# ...and add them...
state['taghistory'].add(tuple(map(normpath, dirs)))
added += 1
# Save the state file
importer._save_state(state)
log.info(u'Added {0} paths to the skip list', added)
def test_separates_contents(self):
found = []
for _, album in albums_in_dir(self.base):
found.append(re.search(r'album(.)song', album[0]).group(1))
self.assertTrue('1' in found)
self.assertTrue('2' in found)
self.assertTrue('3' in found)
self.assertTrue('4' in found)
def test_separates_contents(self):
found = []
for _, album in albums_in_dir(self.base):
found.append(re.search(r"album(.)song", album[0]).group(1))
self.assertTrue("1" in found)
self.assertTrue("2" in found)
self.assertTrue("3" in found)
self.assertTrue("4" in found)
def test_separates_contents(self):
found = []
for _, album in albums_in_dir(self.base):
found.append(re.search(r'album(.)song', album[0]).group(1))
self.assertTrue('1' in found)
self.assertTrue('2' in found)
self.assertTrue('3' in found)
self.assertTrue('4' in found)
def test_coalesce_flattened_album_case_typo(self):
albums = list(albums_in_dir(self.base))
root, items = albums[2]
self.assertEquals(root, self.dirs[6:8])
self.assertEquals(len(items), 2)
def test_coalesce_nested_album_single_subdir(self):
albums = list(albums_in_dir(self.base))
root, items = albums[1]
self.assertEquals(root, self.dirs[3:5])
self.assertEquals(len(items), 1)
def test_coalesce_nested_album_multiple_subdirs(self):
albums = list(albums_in_dir(self.base))
self.assertEquals(len(albums), 4)
root, items = albums[0]
self.assertEquals(root, self.dirs[0:3])
self.assertEquals(len(items), 3)
def test_coalesce_nested_album_multiple_subdirs(self):
albums = list(albums_in_dir(self.base))
self.assertEquals(len(albums), 4)
root, items = albums[0]
self.assertEquals(root, self.dirs[0:3])
self.assertEquals(len(items), 3)
def test_coalesce_nested_album_single_subdir(self):
albums = list(albums_in_dir(self.base))
root, items = albums[1]
self.assertEquals(root, self.dirs[3:5])
self.assertEquals(len(items), 1)
def test_finds_all_albums(self):
albums = list(albums_in_dir(self.base))
self.assertEqual(len(albums), 4)
def test_finds_all_albums(self):
albums = list(albums_in_dir(self.base))
self.assertEqual(len(albums), 4)
def test_single_disc_album(self):
albums = list(albums_in_dir(self.base))
root, items = albums[3]
self.assertEquals(root, self.dirs[8:])
self.assertEquals(len(items), 1)
def test_do_not_yield_empty_album(self):
# Remove all the MP3s.
for path in self.files:
os.remove(path)
albums = list(albums_in_dir(self.base))
self.assertEquals(len(albums), 0)
def test_single_disc_album(self):
albums = list(albums_in_dir(self.base))
root, items = albums[3]
self.assertEquals(root, self.dirs[8:])
self.assertEquals(len(items), 1)
def test_coalesce_flattened_album_case_typo(self):
albums = list(albums_in_dir(self.base))
root, items = albums[2]
self.assertEquals(root, self.dirs[6:8])
self.assertEquals(len(items), 2)
def test_do_not_yield_empty_album(self):
# Remove all the MP3s.
for path in self.files:
os.remove(path)
albums = list(albums_in_dir(self.base))
self.assertEquals(len(albums), 0)
def fetch_albums_from_root_directory(root_path):
results = [FolderResult(folder, match_album_from_list_of_paths(list_of_files)) for folder, list_of_files in
list(albums_in_dir(root_path))]
return results
