def test_filename_tag_format(self):
with tempfile.TemporaryDirectory() as tmpdir:
albumdir = os.path.join(tmpdir, 'An Artist - 2016 - An Album')
os.mkdir(albumdir)
create_test_file(os.path.join(albumdir, '01. A title.mp3'))
self.assertEqual(
call_kid3_cli([
'-c',
'totag "%{artist} - %{date} - %{album}/%{track}. %{title}" 2',
'-c', 'save', '-c', 'get',
os.path.join(albumdir, '*.mp3')
]), 'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: 01. A title.mp3\n'
'Tag 2: ID3v2.3.0\n'
' Title A title\n'
' Artist An Artist\n'
' Album An Album\n'
' Date 2016\n'
' Track Number 1\n')
self.assertEqual(
call_kid3_cli([
'-c', 'select all', '-c', 'tagformat', '-c', 'save', '-c',
'get all', albumdir
]), 'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: 01. A title.mp3\n'
'Tag 2: ID3v2.3.0\n'
' Title A Title\n'
' Artist An Artist\n'
' Album An Album\n'
' Date 2016\n'
' Track Number 1\n')
expected = ('File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
'* Name: 01. Schön.mp3\n'
'Tag 2: ID3v2.3.0\n'
'* Title Schön\n'
' Artist An Artist\n'
' Album An Album\n'
' Date 2016\n'
' Track Number 1\n')
if sys.platform == 'win32' and platform.release() == 'XP':
expected = expected.replace('ö', '?')
self.assertEqual(
call_kid3_cli([
'-c', 'select first', '-c', 'set title "Schön"', '-c',
'fromtag "%{track}. %{title}" 2', '-c', 'get', '-c',
'filenameformat', albumdir
]), expected)
expected = ('File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: 01 Schoen.mp3\n'
'Tag 2: ID3v2.3.0\n'
' Title Schön\n'
' Artist An Artist\n'
' Album An Album\n'
' Date 2016\n'
' Track Number 1\n')
if sys.platform == 'win32' and platform.release() == 'XP':
expected = expected.replace('ö', '?')
self.assertEqual(
call_kid3_cli(['-c', 'get',
os.path.join(albumdir, '*.mp3')]), expected)
def test_json_methods(self):
self.maxDiff = None
with tempfile.TemporaryDirectory() as tmpdir:
mp3path = os.path.join(tmpdir, 'test.mp3')
create_test_file(mp3path)
self.assertEqual(
call_kid3_cli([
'-c', '{"method":"get","params":["title", 2]}', '-c',
'{"method":"get","params":["all",[1,2]]}', '-c',
'{"method":"set","params":["title","A Title"]}', '-c',
'{"method":"get","params":["title"]}', '-c',
'{"method": "get", "params": ["title"]}', '-c',
'{"method":"get"}', '-c',
'{"method":"select","params":["none"]}', '-c',
'{"method":"ls"}', '-c',
'{"method":"select","params":["first"]}', '-c',
'{"method":"filenameformat"}', '-c',
'{"method":"tagformat"}', '-c',
'{"method":"textencoding"}', '-c',
'{"method":"numbertracks","params":[3,2]}', '-c',
'{"jsonrpc":"2.0","id":"1","method":"remove",'
'"params":[1]}', '-c', '{"method":"ls"}', mp3path
]), '{"result":null}\n'
'{"result":{"taggedFile":{"fileName":"test.mp3",'
'"fileNameChanged":false,"format":'
'"MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels"}}}\n'
'{"result":null}\n'
'{"result":"A Title"}\n'
'{\n'
' "result": "A Title"\n'
'}\n\n'
'{"result":{"taggedFile":{"fileName":"test.mp3",'
'"fileNameChanged":false,"format":'
'"MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels",'
'"tag2":{"format":"ID3v2.3.0","frames":[{"changed":true,'
'"name":"Title","value":"A Title"}]}}}}\n'
'{"result":null}\n'
'{"result":{"files":[{"changed":true,"fileName":"test.mp3",'
'"selected":false,"tags":[2]}]}}\n'
'{"result":null}\n'
'{"result":null}\n'
'{"result":null}\n'
'{"result":null}\n'
'{"result":null}\n'
'{"id":"1","jsonrpc":"2.0","result":null}\n'
'{"result":{"files":[{"changed":true,"fileName":"test.mp3",'
'"selected":true,"tags":[2]}]}}\n')
def test_ls(self):
with tempfile.TemporaryDirectory() as tmpdir:
self.assertEqual(call_kid3_cli(['-c', 'ls', tmpdir]), '')
create_test_file(os.path.join(tmpdir, 'test.mp3'))
self.assertEqual(call_kid3_cli(['-c', 'ls', tmpdir]),
' --- test.mp3\n')
def test_id3v1(self):
with tempfile.TemporaryDirectory() as tmpdir:
mp3path = os.path.join(tmpdir, 'test.mp3')
create_test_file(mp3path)
with open(mp3path, 'rb') as mp3fh:
empty_mp3_bytes = mp3fh.read()
self.assertEqual(
call_kid3_cli([
'-c', 'get title 1', '-c', 'set title "A Title" 1', '-c',
'get title 1', '-c', 'get all 1', '-c', 'save', mp3path
]), 'A Title\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'Tag 1: ID3v1.1\n'
'* Title A Title\n')
self.assertEqual(
call_kid3_cli([
'-c', 'set artist "An Artist" 1', '-c',
'set album "An Album" 1', '-c', 'set track 5 1', '-c',
'set genre Metal 1', '-c', 'set date 2016 1', '-c',
'set comment "A Comment" 1', '-c', 'get all 1', mp3path
]), 'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\nTag 1: ID3v1.1\n'
' Title A Title\n'
'* Artist An Artist\n'
'* Album An Album\n'
'* Comment A Comment\n'
'* Date 2016\n'
'* Track Number 5\n'
'* Genre Metal\n')
with open(mp3path, 'rb') as mp3fh:
ba = mp3fh.read()
self.assertEqual(
ba[-128:], b'TAGA '
b'Title\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00'
b'An Artist\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00'
b'An Album\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00'
b'2016'
b'A Comment\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x05\t'
)
self.assertEqual(
call_kid3_cli([
'-c', 'copy 1', '-c', 'remove 1', '-c', 'get all 1', '-c',
'paste 1', '-c', 'get all 1', '-c', 'set track 6 1', '-c',
'get all 1', '-c', 'revert', '-c', 'get all 1', '-c',
'remove 1', mp3path
]), 'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'Tag 1: ID3v1.1\n'
'* Title A Title\n'
'* Artist An Artist\n'
'* Album An Album\n'
'* Comment A Comment\n'
'* Date 2016\n'
'* Track Number 5\n'
'* Genre Metal\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\nTag 1: ID3v1.1\n'
'* Title A Title\n'
'* Artist An Artist\n'
'* Album An Album\n'
'* Comment A Comment\n'
'* Date 2016\n'
'* Track Number 6\n'
'* Genre Metal\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'Tag 1: ID3v1.1\n'
' Title A Title\n'
' Artist An Artist\n'
' Album An Album\n'
' Comment A Comment\n'
' Date 2016\n'
' Track Number 5\n'
' Genre Metal\n')
with open(mp3path, 'rb') as mp3fh:
ba = mp3fh.read()
self.assertEqual(ba, empty_mp3_bytes)
def test_multiple_files(self):
with tempfile.TemporaryDirectory() as tmpdir:
extensions = ('m4a', 'flac', 'spx', 'mp3', 'ape', 'wav', 'opus',
'aif')
for nr, ext in enumerate(extensions):
create_test_file(
os.path.join(tmpdir, 'track%02d.%s' % (nr, ext)))
import_csv = \
'01\tWheels Of Fire\tManowar\tKings Of Metal\t1988\tMetal\t\t0:00.00\n' \
'02\tKings Of Metal\tManowar\tKings Of Metal\t1988\tMetal\t\t0:00.00\n' \
'03\tHeart Of Steel\tManowar\tKings Of Metal\t1988\tMetal\t\t0:00.00\n' \
'05\tThe Crown And The Ring (Lament Of The Kings)\tManowar\tKings Of Metal\t1988\tMetal\t\t0:00.00\n' \
'06\tKingdom Come\tManowar\tKings Of Metal\t1988\tMetal\t\t0:00.00\n' \
'08\tHail And Kill\tManowar\tKings Of Metal\t1988\tMetal\t\t0:00.00\n' \
'09\tThe Warriors Prayer\tManowar\tKings Of Metal\t1988\tMetal\t\t0:00.00\n' \
'10\tBlood Of The Kings\tManowar\tKings Of Metal\t1988\tMetal\t\t0:00.00\n'
importpath = os.path.join(tmpdir, 'import.csv')
exportpath = os.path.join(tmpdir, 'export.csv')
with open(importpath, 'w') as importfh:
importfh.write(import_csv)
self.assertEqual(
call_kid3_cli([
'-c',
'import "%s" "CSV unquoted"' % importpath, '-c',
'export "%s" "CSV unquoted"' % exportpath, tmpdir
]), '')
with open(exportpath) as exportfh:
export_csv = exportfh.read()
self.assertEqual(export_csv, import_csv)
os.remove(importpath)
os.remove(exportpath)
expected = (
'File: MP4 (?:AAC 16 bit )?9 kbps 44100 Hz 2 Channels\n'
' Name: track00\\.m4a\n'
'Tag 2: MP4\n'
' Title Wheels Of Fire\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number 1\n'
' Genre Metal\n'
'File: FLAC [^\\n]+ kbps 44100 Hz 1 Channels\n'
' Name: track01\\.flac\n'
'(?:Tag 1: ID3v1\\.1\n'
' Title Kings Of Metal\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number 2\n'
' Genre Metal\n)?'
'Tag 2: Vorbis\n'
' Title Kings Of Metal\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number 2\n'
' Genre Metal\n'
'File: Speex 1 44100 Hz 1 Channels\n'
' Name: track02\\.spx\n'
'Tag 2: Vorbis\n'
' Title Heart Of Steel\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number 3\n'
' Genre Metal\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: track03\\.mp3\n'
'Tag 1: ID3v1\\.1\n'
' Title The Crown And The Ring \\(Lament\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number 5\n'
' Genre Metal\n'
'Tag 2: ID3v2\\.3\\.0\n'
' Title The Crown And The Ring \\(Lament Of The Kings\\)\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number 5\n'
' Genre Metal\n'
'File: APE 3\\.990 16 bit 44100 Hz 1 Channels\n'
' Name: track04\\.ape\n'
'Tag 1: ID3v1\\.1\n'
' Title Kingdom Come\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number 6\n'
' Genre Metal\n'
'Tag 2: APE\n'
' Title Kingdom Come\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number 6\n'
' Genre Metal\n'
'File: WAV (?:PCM 16 bit )?1411 kbps 44100 Hz 2 Channels\n'
' Name: track05\\.wav\n'
'Tag 2: ID3v2\\.3\\.0\n'
' Title Hail And Kill\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number 8\n'
' Genre Metal\n'
'File: Opus 1 48000 Hz 1 Channels\n'
' Name: track06\\.opus\n'
'Tag 2: Vorbis\n'
' Title The Warriors Prayer\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number 9\n'
' Genre Metal\n'
'File: AIFF [^\\n]+ kbps 44100 Hz 2 Channels\n'
' Name: track07\\.aif\n'
'Tag 2: ID3v2\\.4\\.0\n'
' Title Blood Of The Kings\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number 10\n'
' Genre Metal\n'
'Tag 1:\n'
' Title ≠\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number ≠\n'
' Genre Metal\n'
'Tag 2:\n'
' Title ≠\n'
' Artist Manowar\n'
' Album Kings Of Metal\n'
' Date 1988\n'
' Track Number ≠\n'
' Genre Metal\n')
if sys.platform == 'win32':
expected = expected.replace('≠', '\\?')
self.assertRegex(
call_kid3_cli([
'-c', 'select first', '-c', 'get', '-c', 'select next',
'-c', 'get', '-c', 'select next', '-c', 'get', '-c',
'select next', '-c', 'get', '-c', 'select next', '-c',
'get', '-c', 'select next', '-c', 'get', '-c',
'select next', '-c', 'get', '-c', 'select next', '-c',
'get', '-c', 'select all', '-c', 'get', tmpdir
]), expected)
call_kid3_cli([
'-c', 'fromtag "%{track} %{title}" 2',
os.path.join(tmpdir, '*.*')
])
self.assertRegex(
call_kid3_cli(['-c', 'ls', tmpdir]),
' -2- 01 Wheels Of Fire.m4a\n'
' [-1]2- 02 Kings Of Metal.flac\n'
' -2- 03 Heart Of Steel.spx\n'
' 12- 05 The Crown And The Ring \\(Lament Of The Kings\\).mp3\n'
' 12- 06 Kingdom Come.ape\n'
' -2- 08 Hail And Kill.wav\n'
' -2- 09 The Warriors Prayer.opus\n'
' -2- 10 Blood Of The Kings.aif\n')
self.assertEqual(
call_kid3_cli([
'-c', 'tag 2', '-c', 'numbertracks 101', '-c',
'select first', '-c', 'get track', '-c', 'select next',
'-c', 'get track', '-c', 'select next', '-c', 'get track',
'-c', 'select next', '-c', 'get track', '-c',
'select next', '-c', 'get track', '-c', 'select next',
'-c', 'get track', '-c', 'select next', '-c', 'get track',
'-c', 'select next', '-c', 'get track', '-c', 'revert',
tmpdir
]), '101\n102\n103\n104\n105\n106\n107\n108\n')
lines = call_kid3_cli(
['-c', 'filter "%{tag2} equals ID3v2.3.0"',
tmpdir]).splitlines()
self.assertEqual(lines[0], 'Started')
self.assertTrue(os.path.samefile(lines[1].lstrip(), tmpdir))
self.assertEqual(lines[2:], [
'- 01 Wheels Of Fire.m4a', '- 02 Kings Of Metal.flac',
'- 03 Heart Of Steel.spx',
'+ 05 The Crown And The Ring (Lament Of The Kings).mp3',
'- 06 Kingdom Come.ape', '+ 08 Hail And Kill.wav',
'- 09 The Warriors Prayer.opus', '- 10 Blood Of The Kings.aif',
'Finished'
])
call_kid3_cli([
'-c', 'renamedir "%{artist} - [%{year}] %{album}" "create"',
tmpdir
])
new_dirname = 'Manowar - [1988] Kings Of Metal'
new_dirpath = os.path.join(tmpdir, new_dirname)
self.assertEqual(os.listdir(tmpdir)[0], new_dirname)
call_kid3_cli(['-c', 'playlist', new_dirpath])
with open(os.path.join(new_dirpath,
new_dirname + '.m3u')) as m3ufh:
export_m3u = m3ufh.read()
self.assertEqual(
export_m3u, '01 Wheels Of Fire.m4a\n'
'02 Kings Of Metal.flac\n'
'03 Heart Of Steel.spx\n'
'05 The Crown And The Ring (Lament Of The Kings).mp3\n'
'06 Kingdom Come.ape\n'
'08 Hail And Kill.wav\n'
'09 The Warriors Prayer.opus\n'
'10 Blood Of The Kings.aif\n')
def test_riff_info(self):
with tempfile.TemporaryDirectory() as tmpdir:
wavpath = os.path.join(tmpdir, 'test.wav')
create_test_file(wavpath)
with open(wavpath, 'rb') as wavfh:
empty_wav_bytes = wavfh.read()
self.assertRegex(
call_kid3_cli(
['-c', 'get title 3', '-c', 'get all 3', wavpath]),
'File: WAV (?:PCM 16 bit )?1411 kbps 44100 Hz 2 Channels\n'
' Name: test\\.wav\n')
self.assertRegex(
call_kid3_cli([
'-c', 'set artist "An Artist" 3', '-c',
'set album "An Album" 3', '-c', 'set tracknumber 2 3',
'-c', 'set genre "Heavy Metal" 3', '-c', 'set date 2017 3',
'-c', 'set comment "A Comment" 3', '-c', 'set bpm "120" 3',
'-c', 'set comment "A Comment" 3', '-c', 'get all 3',
wavpath
]), 'File: WAV (?:PCM 16 bit )?1411 kbps 44100 Hz 2 Channels\n'
' Name: test\\.wav\n'
'(?:Tag 3: RIFF INFO\n'
'\\* Artist An Artist\n'
'\\* Album An Album\n'
'\\* Comment A Comment\n'
'\\* Date 2017\n'
'\\* Track Number 2\n'
'\\* Genre Heavy Metal\n'
'\\* BPM 120\n)?')
self.assertRegex(
call_kid3_cli([
'-c', 'copy 3', '-c', 'remove 3', '-c', 'get all 3', '-c',
'paste 3', '-c', 'get all 3', '-c', 'set tracknumber 6 3',
'-c', 'get all 3', '-c', 'set comment "" 3', '-c',
'get all 3', '-c', 'remove 3', wavpath
]), 'File: WAV (?:PCM 16 bit )?1411 kbps 44100 Hz 2 Channels\n'
' Name: test\\.wav\n'
'File: WAV (?:PCM 16 bit )?1411 kbps 44100 Hz 2 Channels\n'
' Name: test\\.wav\n'
'(?:Tag 3: RIFF INFO\n'
'\\* Artist An Artist\n'
'\\* Album An Album\n'
'\\* Comment A Comment\n'
'\\* Date 2017\n'
'\\* Track Number 2\n'
'\\* Genre Heavy Metal\n'
'\\* BPM 120\n)?'
'File: WAV (?:PCM 16 bit )?1411 kbps 44100 Hz 2 Channels\n'
' Name: test\\.wav\n'
'(?:Tag 3: RIFF INFO\n'
'\\* Artist An Artist\n'
'\\* Album An Album\n'
'\\* Comment A Comment\n'
'\\* Date 2017\n'
'\\* Track Number 6\n'
'\\* Genre Heavy Metal\n'
'\\* BPM 120\n)?'
'File: WAV (?:PCM 16 bit )?1411 kbps 44100 Hz 2 Channels\n'
' Name: test\\.wav\n'
'(?:Tag 3: RIFF INFO\n'
'\\* Artist An Artist\n'
'\\* Album An Album\n'
'\\* Date 2017\n'
'\\* Track Number 6\n'
'\\* Genre Heavy Metal\n'
'\\* BPM 120\n)?')
with open(wavpath, 'rb') as wavfh:
ba = wavfh.read()
self.assertEqual(ba, empty_wav_bytes)
def test_frame_selection(self):
with tempfile.TemporaryDirectory() as tmpdir:
test1path = os.path.join(tmpdir, 'test1.mp3')
test2path = os.path.join(tmpdir, 'test2.mp3')
create_test_file(test1path)
create_test_file(test2path)
self.assertEqual(
call_kid3_cli(['-c', 'get all 2', test1path]),
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test1.mp3\n')
self.assertEqual(
call_kid3_cli(['-c', 'get all 2', test2path]),
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test2.mp3\n')
expected = ('Tag 2:\n'
' Title ≠\n'
' Artist An Artist\n'
' Album An Album\n'
' Copyright ≠\n'
' Disc Number ≠\n')
if sys.platform == 'win32':
expected = expected.replace('≠', '?')
self.assertEqual(
call_kid3_cli([
'-c', 'select all', '-c', 'set artist "An Artist"', '-c',
'set album "An Album"', '-c', 'select none', '-c',
'select first', '-c', 'set title "Title 1"', '-c',
'set discnumber "1/2"', '-c', 'set copyright "2017 Kid3"',
'-c', 'select next', '-c', 'set title "Title 2"', '-c',
'save', '-c', 'select all', '-c', 'get', tmpdir
]), expected)
self.assertEqual(
call_kid3_cli([
'-c', 'select first', '-c', 'get', '-c',
'set "*.selected" 0', '-c', 'set "album.selected" 1', '-c',
'remove', '-c', 'get', '-c', 'revert', '-c',
'set "*.selected" 0', '-c', 'set "discnumber.selected" 1',
'-c', 'set "copyright.selected" 1', '-c', 'copy', '-c',
'select next', '-c', 'paste', '-c', 'get', '-c', 'revert',
'-c', 'select all', '-c', 'set "*.selected" 0', '-c',
'set "discnumber.selected" 1', '-c', 'paste', '-c',
'select first', '-c', 'get', '-c', 'select next', '-c',
'get', tmpdir
]), 'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test1.mp3\n'
'Tag 2: ID3v2.3.0\n'
' Title Title 1\n'
' Artist An Artist\n'
' Album An Album\n'
' Copyright 2017 Kid3\n'
' Disc Number 1/2\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test1.mp3\n'
'Tag 2: ID3v2.3.0\n'
' Title Title 1\n'
' Artist An Artist\n'
' Copyright 2017 Kid3\n'
' Disc Number 1/2\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test2.mp3\n'
'Tag 2: ID3v2.3.0\n'
' Title Title 2\n'
' Artist An Artist\n'
' Album An Album\n'
'* Copyright 2017 Kid3\n'
'* Disc Number 1/2\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test1.mp3\n'
'Tag 2: ID3v2.3.0\n'
' Title Title 1\n'
' Artist An Artist\n'
' Album An Album\n'
' Copyright 2017 Kid3\n'
' Disc Number 1/2\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test2.mp3\n'
'Tag 2: ID3v2.3.0\n'
' Title Title 2\n'
' Artist An Artist\n'
' Album An Album\n'
'* Disc Number 1/2\n')
def test_flac(self):
with tempfile.TemporaryDirectory() as tmpdir:
flacpath = os.path.join(tmpdir, 'test.flac')
jpgpath = os.path.join(tmpdir, 'test.jpg')
picpath = os.path.join(tmpdir, 'folder.jpg')
create_test_file(flacpath)
create_test_file(jpgpath)
with open(jpgpath, 'rb') as jpgfh:
jpg_bytes = jpgfh.read()
self.assertRegex(
call_kid3_cli(
['-c', 'get title 2', '-c', 'get all 2', flacpath]),
'File: FLAC [^\\n]+ kbps 44100 Hz 1 Channels\n'
' Name: test\\.flac\n')
self.assertRegex(
call_kid3_cli([
'-c', 'set artist "A first artist"', '-c',
'set artist[1] "A second artist"', '-c',
'set album "Album Name"', '-c', 'set track 4', '-c',
'set genre "Heavy Metal"', '-c', 'set date 2017', '-c',
'set comment[0] "Comment 1"', '-c',
'set comment[1] "Comment 2"', '-c',
'set comment[2] "Comment 3"', '-c',
'set Lyricist "A Lyricist" 2', '-c', 'set tracktotal 12',
'-c', 'set "disc number" 1', '-c', 'set DISCTOTAL 2', '-c',
'set picture:"%s" "Picture Description"' % jpgpath, '-c',
'get comment[1]', '-c', 'get comment', '-c', 'get',
flacpath
]), 'Comment 2\n'
'Comment 1\n'
'File: FLAC [^\\n]+ kbps 44100 Hz 1 Channels\n'
' Name: test\\.flac\n'
'Tag 2: Vorbis\n'
'\\* Artist A first artist\n'
'\\* Artist A second artist\n'
'\\* Album Album Name\n'
'\\* Comment Comment 1\n'
'\\* Comment Comment 2\n'
'\\* Comment Comment 3\n'
'\\* Date 2017\n'
'\\* Track Number 4\n'
'\\* Genre Heavy Metal\n'
'\\* Disc Number 1\n'
'\\* Lyricist A Lyricist\n'
'\\* Picture: Cover \\(front\\) Picture Description\n'
'\\* Total Discs 2\n'
'\\* Total Tracks 12\n')
self.assertRegex(
call_kid3_cli([
'-c', 'set artist[1] ""', '-c',
'set comment[1] "Comment B"', '-c',
'set comment[0] "Comment A"', '-c',
'set comment[2] "Comment C"', '-c', 'set lyricist ""',
'-c',
'set picture[1]:"%s" "Back Cover"' % jpgpath, '-c',
'set picture[1].picturetype 4', '-c',
'set picture[0].description "Front Cover"', '-c',
'get picture[1]:"%s"' % picpath, '-c', 'get', '-c',
'remove', '-c', 'get', flacpath
]), 'Back Cover\n'
'File: FLAC [^\\n]+ kbps 44100 Hz 1 Channels\n'
' Name: test\\.flac\n'
'Tag 2: Vorbis\n'
'\\* Artist A first artist\n'
' Album Album Name\n'
'\\* Comment Comment A\n'
'\\* Comment Comment B\n'
'\\* Comment Comment C\n'
' Date 2017\n'
' Track Number 4\n'
' Genre Heavy Metal\n'
' Disc Number 1\n'
'\\* Picture: Cover \\(front\\) Front Cover\n'
'\\* Picture: Cover \\(back\\) Back Cover\n'
' Total Discs 2\n'
' Total Tracks 12\n'
'File: FLAC [^\\n]+ kbps 44100 Hz 1 Channels\n'
' Name: test\\.flac\n')
with open(picpath, 'rb') as jpgfh:
ba = jpgfh.read()
self.assertEqual(ba, jpg_bytes)
def test_id3v2(self):
with tempfile.TemporaryDirectory() as tmpdir:
mp3path = os.path.join(tmpdir, 'test.mp3')
jpgpath = os.path.join(tmpdir, 'test.jpg')
picpath = os.path.join(tmpdir, 'folder.jpg')
create_test_file(mp3path)
create_test_file(jpgpath)
with open(mp3path, 'rb') as mp3fh:
empty_mp3_bytes = mp3fh.read()
with open(jpgpath, 'rb') as jpgfh:
jpg_bytes = jpgfh.read()
self.assertEqual(
call_kid3_cli(
['-c', 'get title 2', '-c', 'get all 2', mp3path]),
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n')
self.assertEqual(
call_kid3_cli([
'-c', 'set artist "An Artist" 2', '-c',
'set album "An Album" 2', '-c', 'set track 3 2', '-c',
'set genre "Power Metal" 2', '-c', 'set date 2016 2', '-c',
'set comment "A Comment" 2', '-c',
'set Lyricist "A Lyricist" 2', '-c', 'set TDLY 100 2',
'-c',
'set picture:"%s" "A Description" 2' % jpgpath, '-c',
'set comment "A Comment" 2', '-c', 'get all 2', mp3path
]), 'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'Tag 2: ID3v2.3.0\n'
'* Artist An Artist\n'
'* Album An Album\n'
'* Comment A Comment\n'
'* Date 2016\n'
'* Track Number 3\n'
'* Genre Power Metal\n'
'* Lyricist A Lyricist\n'
'* Picture: Cover (front) A Description\n'
'* Playlist Delay 100\n')
self.assertEqual(
call_kid3_cli([
'-c', 'copy 2', '-c', 'remove 2', '-c', 'get all 2', '-c',
'paste 2', '-c', 'get all 2', '-c', 'set track 6 2', '-c',
'syncto 1', '-c', 'get all', '-c', 'revert', '-c',
'get all', '-c', 'to24', '-c', 'get all 2', '-c', 'to23',
'-c',
'get picture:"%s" "A Description" 2' % picpath, '-c',
'get all 2', '-c', 'remove 2', mp3path
]), 'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'Tag 2: ID3v2.3.0\n'
'* Artist An Artist\n'
'* Album An Album\n'
'* Comment A Comment\n'
'* Date 2016\n'
'* Track Number 3\n'
'* Genre Power Metal\n'
'* Lyricist A Lyricist\n'
'* Picture: Cover (front) A Description\n'
'* Playlist Delay 100\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'Tag 1: ID3v1.1\n'
'* Artist An Artist\n'
'* Album An Album\n'
'* Comment A Comment\n'
'* Date 2016\n'
'* Track Number 6\n'
'Tag 2: ID3v2.3.0\n'
'* Artist An Artist\n'
'* Album An Album\n'
'* Comment A Comment\n'
'* Date 2016\n'
'* Track Number 6\n'
'* Genre Power Metal\n'
'* Lyricist A Lyricist\n'
'* Picture: Cover (front) A Description\n'
'* Playlist Delay 100\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'Tag 2: ID3v2.3.0\n'
' Artist An Artist\n'
' Album An Album\n'
' Comment A Comment\n'
' Date 2016\n'
' Track Number 3\n'
' Genre Power Metal\n'
' Lyricist A Lyricist\n'
' Picture: Cover (front) A Description\n'
' Playlist Delay 100\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'Tag 2: ID3v2.4.0\n'
' Artist An Artist\n'
' Album An Album\n'
' Comment A Comment\n'
' Date 2016\n'
' Track Number 3\n'
' Genre Power Metal\n'
' Lyricist A Lyricist\n'
' Picture: Cover (front) A Description\n'
' Playlist Delay 100\n'
'A Description\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'Tag 2: ID3v2.3.0\n'
' Artist An Artist\n'
' Album An Album\n'
' Comment A Comment\n'
' Date 2016\n'
' Track Number 3\n'
' Genre Power Metal\n'
' Lyricist A Lyricist\n'
' Picture: Cover (front) A Description\n'
' Playlist Delay 100\n')
with open(mp3path, 'rb') as mp3fh:
ba = mp3fh.read()
self.assertEqual(ba, empty_mp3_bytes)
with open(picpath, 'rb') as jpgfh:
ba = jpgfh.read()
self.assertEqual(ba, jpg_bytes)
self.assertEqual(
call_kid3_cli([
'-c', 'set POPM 5', '-c', 'get all 2', '-c',
'get POPM.Email', '-c', 'get POPM.Rating', '-c',
'get POPM.Counter', '-c',
'set POPM.Email [email protected]', '-c',
'set POPM.Rating 4', '-c', 'set POPM.Counter 3', '-c',
'get all 2', '-c', 'get POPM.Email', '-c',
'get POPM.Rating', '-c', 'get POPM.Counter', '-c',
'get POPM', mp3path
]), 'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'Tag 2: ID3v2.3.0\n'
'* Rating 5\n'
'\n'
'5\n'
'0\n'
'File: MPEG 1 Layer 3 64 kbps 44100 Hz 1 Channels\n'
' Name: test.mp3\n'
'Tag 2: ID3v2.3.0\n'
'* Rating 4\n'
'[email protected]\n'
'4\n'
'3\n'
'4\n')