def test_edit_name(create_torrent, tmp_path, assert_torrents_equal):
outfile = str(tmp_path / 'out.torrent')
with create_torrent() as infile:
orig = torf.Torrent.read(infile)
run(['-i', infile, '--name', 'new name', '-o', outfile])
new = torf.Torrent.read(outfile)
assert_torrents_equal(orig, new, ignore=('name', 'files', 'filetree'))
assert new.name == 'new name'
for of,nf in zip(orig.files, new.files):
assert nf.parts[0] == 'new name'
assert nf.parts[1:] == of.parts[1:]
assert new.filetree == {'new name': {'Anotherthing.iso': torf.File('new name/Anotherthing.iso', size=9),
'Something.jpg': torf.File('new name/Something.jpg', size=9),
'Thirdthing.txt': torf.File('new name/Thirdthing.txt', size=9)}}
def test_edit_path(create_torrent, tmp_path, assert_torrents_equal):
outfile = str(tmp_path / 'out.torrent')
new_content = tmp_path / 'new content'
new_content.mkdir()
new_file = new_content / 'some file'
new_file.write_text('different data')
with create_torrent() as infile:
orig = torf.Torrent.read(infile)
run(['-i', infile, str(new_content), '-o', outfile])
new = torf.Torrent.read(outfile)
assert_torrents_equal(orig, new, ignore=('files', 'filetree', 'name',
'piece_size', 'pieces', 'size'))
assert tuple(new.files) == (torf.File('new content/some file', size=14),)
assert new.filetree == {'new content': {'some file': torf.File('new content/some file', size=14)}}
assert new.name == 'new content'
assert new.size == len('different data')
def test_edit_path_with_exclude_regex_option(create_torrent, tmp_path, assert_torrents_equal):
outfile = str(tmp_path / 'out.torrent')
new_content = tmp_path / 'new content'
new_content.mkdir()
new_file1 = new_content / 'some image.jpg'
new_file1.write_text('image data')
new_file2 = new_content / 'some text.txt'
new_file2.write_text('text data')
with create_torrent() as infile:
orig = torf.Torrent.read(infile)
run(['-i', infile, str(new_content), '--exclude-regex', r'.*\.txt$', '-o', outfile])
new = torf.Torrent.read(outfile)
assert_torrents_equal(orig, new, ignore=('files', 'filetree', 'name',
'piece_size', 'pieces', 'size'))
assert tuple(new.files) == (torf.File('new content/some image.jpg', size=10),)
assert new.filetree == {'new content': {'some image.jpg': torf.File('new content/some image.jpg',
size=10)}}
assert new.name == 'new content'
assert new.size == len('image data')
def test_include_glob(capsys, tmp_path):
content = tmp_path / 'My Content'
content.mkdir()
new_file1 = content / 'file1.jpg'
new_file1.write_text('image data')
new_file2 = content / 'file2.jpg'
new_file2.write_text('image data')
exp_torrent_filepath = content.name + '.torrent'
run([str(content), '--exclude', '*.jpg', '--include', '*file2*'])
t = torf.Torrent.read(exp_torrent_filepath)
assert tuple(t.files) == (torf.File('My Content/file2.jpg', size=10), )
cap = capsys.readouterr()
assert 'Exclude\t*.jpg' in cap.out
assert 'Include\t*file2*' in cap.out
assert 'File Count\t1' in cap.out