def read_disc(self):
try:
# calculate disc ID from disc
if self._backend == "libdiscid" and not options.force_submit:
disc = discid.read(self._device, features=["mcn", "isrc"])
else:
disc = discid.read(self._device)
self._disc = disc
except DiscError as err:
print_error("DiscID calculation failed: %s" % err)
sys.exit(1)
def read_disc(self):
try:
# calculate disc ID from disc
if self._backend == "libdiscid" and not options.force_submit:
disc = discid.read(self._device, features=["mcn", "isrc"])
else:
disc = discid.read(self._device)
self._disc = disc
except DiscError as err:
print_error("DiscID calculation failed: %s" % err)
sys.exit(1)
def get_disk_id(self):
try:
disc = discid.read(discid.get_default_device())
self.id = disc.id
print(self.id)
except discid.DiscError:
logger.warning("No Disc Found")
def cmd_toc(self, argv):
''' Usage: {cmd} [disc_id]
Print a table of contents for the current disc.
'''
disc_id = None
if argv:
disc_id = argv.pop(0)
if argv:
raise GetoptError("extra arguments: %r" % (argv,))
options = self.options
MB = options.mbdb
if disc_id is None:
try:
dev_info = discid.read(device=options.device)
except discid.disc.DiscError as e:
error("disc error: %s", e)
return 1
disc_id = dev_info.id
with Pfx("discid %s", disc_id):
disc = MB.discs[disc_id]
print(disc.title)
print(", ".join(disc.artist_names))
for tracknum, recording in enumerate(disc.recordings(), 1):
print(
tracknum, recording.title, '--', ", ".join(recording.artist_names)
)
return 0
def read_disc_info():
while True:
open_cd_door()
input("Press enter to close the cd door\n\n")
close_cd_door()
print(f"Reading device: {discid.get_default_device()}\n")
# reads from default device
try:
disc = discid.read()
except discid.disc.DiscError as e:
print(e)
print("\n")
read_disc_info()
print(f"Disc cddb_id: {disc.freedb_id.upper()}")
print(f"The number of tracks is {len(disc.tracks)}")
print(f"The total duration in seconds is: {disc.seconds}")
enter_shelfmark(disc)
# https://www.tutorialspoint.com/How-to-get-Python-exception-text
insert_disc(disc)
if input("Press enter for the next disc or q to quit: ") == "q":
break
def read_disc_id():
try:
disc = discid.read(CD_DEVICE)
logger.info('Disc identified as %s', disc.id)
return disc.id
except discid.disc.DiscError:
logger.error('Could not identify disc.')
return None
def get_disc_id(disc):
"""
Calculates the identifier of the disc
return:
identification object from discid package
"""
return read(disc.devpath)
def _read_disc():
try:
disc = discid.read()
except discid.DiscError as exception:
print("[error] %s" % exception)
sys.exit(1)
return disc
def read_cd(self):
cd_drive = self.wizard.scan_drives_page.combo.currentText()
self.status_label.setText('Reading CD drive ' + cd_drive)
try:
disc = discid.read(str(cd_drive))
except discid.disc.DiscError:
self.status_label.setText('Unable to read disc')
return None
return disc
def complex_example():
disc = discid.read("/dev/cdrom", ["mcn", "isrc"])
print("id:\t%s" % disc.id)
print("MCN:\t%s" % disc.mcn)
print("length:\t%s" % _length_str(disc.seconds, disc.sectors))
for track in disc.tracks:
length = _length_str(track.seconds, track.sectors)
print("{num:>2}: {offset:>6} {len}\tISRC: {isrc:13}".format(
num=track.number, offset=track.offset, len=length, isrc=track.isrc))
def test_read_put(self):
# a read followed with a put, which should clear the features
disc = discid.read(features=["mcn", "isrc"]) # read from default drive
test_disc = test_discs[0]
disc = discid.put(test_disc["first"], test_disc["last"],
test_disc["sectors"], test_disc["offsets"])
self.assertTrue(disc.mcn is None)
for track in disc.tracks:
self.assertTrue(track.isrc is None)
def test_read_put(self):
# a read followed with a put, which should clear the features
disc = discid.read(features=["mcn", "isrc"]) # read from default drive
test_disc = test_discs[0]
disc = discid.put(test_disc["first"], test_disc["last"],
test_disc["sectors"], test_disc["offsets"])
self.assertTrue(disc.mcn is None)
for track in disc.tracks:
self.assertTrue(track.isrc is None)
def musicbrainz_lookup():
"""
Scans a folder for music files with metadata. Collects metadata information
from all music files and assumes they belong to the same album. Produces a
simple description of the album that it loads into a KLAP form.
"""
# Help the user
if len(sys.argv) != 2:
print "Usage: {} Drive".format(sys.argv[0])
sys.exit(1)
tracks = []
musicbrainzngs.set_useragent("KLAP-CDDBAdd", "0.3", "*****@*****.**")
disc = discid.read(sys.argv[1])
try:
result = musicbrainzngs.get_releases_by_discid(disc.id,
includes=["artists","recordings","release-groups"])
except musicbrainzngs.ResponseError:
print "Couldn't find that disc in the online database, sorry!"
return None
else:
print "Found disc {}".format(disc.id)
subd = None
if result.get("disc"):
if len(result['disc']['release-list']) == 0:
print "Found the disc id, but it didn't have any releases..."
return None
print "Found a musicbrainz release id"
open_url(KLAP_MB_URL.format(result['disc']['release-list'][0]['id']))
sys.exit()
elif result.get("cdstub"):
artist = normalize(result["cdstub"]["artist"])
album = normalize(result["cdstub"]["title"])
subd = result["cdstub"]
c = 1
for track in subd['track-list']:
title = normalize(track['title'])
tartist = normalize(track['artist'])
d = {'number': c,
'title': title}
if tartist != artist:
d['artist'] = tartist
tracks.append(d)
c += 1
# Make sure the info is safe for KLAP
artist = artist
album = album
# Make the dict
obj = {'artist': artist,
'album': album,
'tracks': tracks,
}
return obj
def _fetch_disc_info(self):
disc = discid.read(self._cdplayer.device_name, ['read', 'msn', 'isrc'])
print("id: %s" % disc.id)
print("mcn: %s" % disc.mcn)
print("submission url:\n%s" % disc.submission_url)
for track in disc.tracks:
print("{:>2}: {:>4} {:13}".format(track.number, track.seconds,
track.isrc))
return disc
def com_discid_default_device():
"""
Determine default rom drive to use and grab the discid from inserted disc
"""
discid.get_default_device()
disc = discid.read()
common_global.es_inst.com_elastic_index('info', {"id": disc.id,
"submission url": disc.submission_url})
return discid
def test_read_simple(self):
disc = discid.read() # read from default drive
self.assertEqual(len(disc.id), 28, "Invalid Disc ID")
self.assertEqual(len(disc.freedb_id), 8, "Invalid FreeDB Disc ID")
self.assertTrue(disc.submission_url, "Invalid submission url")
self.assertTrue(disc.toc_string, "Invalid toc string")
self.assertEqual(disc.last_track_num, len(disc.tracks),
"Wrong amount of tracks")
self.assertEqual(disc.sectors,
disc.tracks[-1].offset + disc.tracks[-1].sectors)
for track in disc.tracks:
self.assertTrue(track.offset <= disc.sectors, "Invalid offset")
if track.number > 1:
previous_offset = disc.tracks[track.number - 2].offset
self.assertTrue(track.offset >= previous_offset,
"Invalid offset series")
# additional features should be unset, not empty
self.assertTrue(disc.mcn is None)
for track in disc.tracks:
self.assertTrue(track.isrc is None)
# check idempotence (use output again as input to put)
disc_id = disc.id
freedb_id = disc.freedb_id
submission_url = disc.submission_url
toc_string = disc.toc_string
first = disc.first_track_num
last = disc.last_track_num
sectors = disc.sectors
track_sectors = [track.sectors for track in disc.tracks]
track_offsets = [track.offset for track in disc.tracks]
disc = discid.put(first, last, sectors, track_offsets)
self.assertEqual(disc.id, disc_id, "different id after put")
self.assertEqual(disc.freedb_id, freedb_id,
"different freedb id after put")
self.assertEqual(disc.submission_url, submission_url,
"different submission_url after put")
self.assertEqual(disc.toc_string, toc_string,
"different toc_string after put")
self.assertEqual(disc.first_track_num, first,
"different first track after put")
self.assertEqual(disc.last_track_num, last,
"different last track after put")
self.assertEqual(disc.sectors, sectors,
"different sector count after put")
new_offsets = [track.offset for track in disc.tracks]
self.assertEqual(new_offsets, track_offsets,
"different offsets after put")
new_sectors = [track.sectors for track in disc.tracks]
self.assertEqual(new_sectors, track_sectors,
"different lengths after put")
def test_read_simple(self):
disc = discid.read() # read from default drive
self.assertEqual(len(disc.id), 28, "Invalid Disc ID")
self.assertEqual(len(disc.freedb_id), 8, "Invalid FreeDB Disc ID")
self.assertTrue(disc.submission_url, "Invalid submission url")
self.assertTrue(disc.toc_string, "Invalid toc string")
self.assertEqual(disc.last_track_num, len(disc.tracks),
"Wrong amount of tracks")
self.assertEqual(disc.sectors,
disc.tracks[-1].offset + disc.tracks[-1].sectors)
for track in disc.tracks:
self.assertTrue(track.offset <= disc.sectors, "Invalid offset")
if track.number > 1:
previous_offset = disc.tracks[track.number-2].offset
self.assertTrue(track.offset >= previous_offset,
"Invalid offset series")
# additional features should be unset, not empty
self.assertTrue(disc.mcn is None)
for track in disc.tracks:
self.assertTrue(track.isrc is None)
# check idempotence (use output again as input to put)
disc_id = disc.id
freedb_id = disc.freedb_id
submission_url = disc.submission_url
toc_string = disc.toc_string
first = disc.first_track_num
last = disc.last_track_num
sectors = disc.sectors
track_sectors = [track.sectors for track in disc.tracks]
track_offsets = [track.offset for track in disc.tracks]
disc = discid.put(first, last, sectors, track_offsets)
self.assertEqual(disc.id, disc_id, "different id after put")
self.assertEqual(disc.freedb_id, freedb_id,
"different freedb id after put")
self.assertEqual(disc.submission_url, submission_url,
"different submission_url after put")
self.assertEqual(disc.toc_string, toc_string,
"different toc_string after put")
self.assertEqual(disc.first_track_num, first,
"different first track after put")
self.assertEqual(disc.last_track_num, last,
"different last track after put")
self.assertEqual(disc.sectors, sectors,
"different sector count after put")
new_offsets = [track.offset for track in disc.tracks]
self.assertEqual(new_offsets, track_offsets,
"different offsets after put")
new_sectors = [track.sectors for track in disc.tracks]
self.assertEqual(new_sectors, track_sectors,
"different lengths after put")
def complex_example():
device_name = discid.get_default_device()
disc = discid.read(device_name, ["mcn", "isrc"])
print("device:\t%s" % device_name)
print("id:\t%s" % disc.id)
print("MCN:\t%s" % disc.mcn)
print("length:\t%s" % _length_str(disc.seconds, disc.sectors))
for track in disc.tracks:
length = _length_str(track.seconds, track.sectors)
print("{num:>2}: {offset:>6} {len}\tISRC: {isrc:13}".format(
num=track.number, offset=track.offset, len=length,
isrc=track.isrc))
def test_read_features(self):
disc = discid.read(features=["mcn", "isrc"]) # read from default drive
self.assertEqual(len(disc.id), 28, "Invalid Disc ID")
self.assertTrue(disc.submission_url, "Invalid submission url")
if "mcn" in discid.FEATURES:
self.assertTrue(disc.mcn is not None)
else:
self.assertTrue(disc.mcn is None)
for track in disc.tracks:
if "isrc" in discid.FEATURES:
self.assertTrue(track.isrc is not None)
else:
self.assertTrue(track.isrc is None)
def refresh(self):
self.tracks=[]
try:
self.disc = discid.read()
except:
logger.debug("Cdrom: Unable to read cd")
return
logger.debug("Cdrom: reading cd")
self.n = len(self.disc.tracks)
logger.debug('Cdrom: %d tracks found',self.n)
for track in self.disc.tracks:
number = track.number
duration = track.seconds
name = 'Cdrom Track %s (%s)' % (number, time.strftime('%H:%M:%S', time.gmtime (duration)))
self.tracks.append((number,name,duration))
def test_read_features(self):
disc = discid.read(features=["mcn", "isrc"]) # read from default drive
self.assertEqual(len(disc.id), 28, "Invalid Disc ID")
self.assertTrue(disc.submission_url, "Invalid submission url")
self.assertTrue(disc.toc_string, "Invalid toc string")
if "mcn" in discid.FEATURES:
self.assertTrue(disc.mcn is not None)
else:
self.assertTrue(disc.mcn is None)
for track in disc.tracks:
if "isrc" in discid.FEATURES:
self.assertTrue(track.isrc is not None)
else:
self.assertTrue(track.isrc is None)
def refresh(self):
self.tracks = []
try:
self.disc = discid.read()
except:
logger.debug("Cdrom: Unable to read cd")
return
logger.debug("Cdrom: reading cd")
self.n = len(self.disc.tracks)
logger.debug('Cdrom: %d tracks found', self.n)
for track in self.disc.tracks:
number = track.number
duration = track.seconds
name = 'Cdrom Track %s (%s)' % (
number, time.strftime('%H:%M:%S', time.gmtime(duration)))
self.tracks.append((number, name, duration))
def read(self):
try:
disc_id = discid.read()
logger.debug(
'Read disc: MusicBrainz DiscID %s, FreeDB ID %s, %d tracks',
disc_id.id, disc_id.freedb_id, len(disc_id.tracks))
except (discid.DiscError, NotImplementedError) as e:
logger.info('Error identifying disc: %s', e)
self.disc = UNKNOWN_DISC
return
# use cached disc info if possible
if self.disc.discid == disc_id.id:
return
try:
mbrainz_info = musicbrainzngs.get_releases_by_discid(
id=disc_id.id,
toc=disc_id.toc_string,
includes=['artist-credits', 'recordings'],
cdstubs=False)
# mbrainz_info is either
# a {disc: {release-list: [...]}, ...} dict or
# a {release-list: [...]} dict when matched by ToC
release = mbrainz_info.get('disc', mbrainz_info)['release-list'][0]
try:
images = musicbrainzngs.get_image_list(release['id'])
except musicbrainzngs.ResponseError as e:
logger.debug('Error getting CD images from MusicBrainz: %s', e)
images = {'images': ()}
self.disc = Disc(
id=release['id'],
discid=disc_id.id,
title=release['title'],
discs=release['medium-count'],
year=release['date'],
images=CdRom._extract_images(images['images']),
artists=CdRom._extract_artists(release['artist-credit']),
tracks=CdRom._extract_tracks(disc_id, release['medium-list']))
except (LookupError, musicbrainzngs.WebServiceError) as e:
logger.info('Error accessing MusicBrainz: %s', e)
self.disc = UNKNOWN_DISC._replace(
discid=disc_id.id, tracks=CdRom._extract_tracks(disc_id))
def loadTreeFromCD(self) -> Tree:
self.log.info('Loading CD')
disc = discid.read(config.DEV_CDROM)
discName, trackNamesByPosition = self.__readNamesFromMB(disc)
tree = Tree()
rootID = self._idProvider.getNextID()
tree.create_node(identifier=rootID, parent=None, data=RootItem(discName))
startsAtSecs = 0
for track in disc.tracks: # type: Track
nodeID = self._idProvider.getNextID()
position = track.number
trackName = self.__getTrackName(position, trackNamesByPosition)
lengthInSecs = track.seconds
tree.create_node(identifier=nodeID, parent=rootID,
data=TrackItem(trackName, position, lengthInSecs, startsAtSecs))
# startAtSecs for next track
startsAtSecs += lengthInSecs
return tree
def refresh(self):
self.tracks = []
try:
self.disc = discid.read()
except:
logger.debug("Cdrom: Unable to read cd")
return
logger.debug("Cdrom: reading cd")
self.n = len(self.disc.tracks)
logger.debug('Cdrom: %d tracks found', self.n)
read_info = {}
try:
self.disc_id = DiscID.disc_id(DiscID.open())
(query_status, query_info) = CDDB.query(self.disc_id)
(read_status, read_info) = CDDB.read(query_info['category'],
query_info['disc_id'])
except:
pass
if 'DYEAR' in read_info:
self.year = read_info['DYEAR']
else:
self.year = ''
if 'DGENRE' in read_info:
self.genre = read_info['DGENRE']
else:
self.genre = 'unknown'
if 'DTITLE' in read_info:
self.albumtitle = self.sanitizeString(read_info['DTITLE'])
else:
self.albumtitle = 'CD'
for track in self.disc.tracks:
number = track.number
duration = track.seconds
key = 'TTITLE' + repr((track.number - 1))
if key in read_info:
name = self.sanitizeString(read_info[key])
else:
name = 'Cdrom Track %s (%s)' % (
number, time.strftime('%H:%M:%S', time.gmtime(duration)))
self.tracks.append((number, name, duration, self.albumtitle,
self.genre, self.year))
def askForDiscId():
"""Asks the user for a CD-ROM device to use.
:returns: Three-tuple of the *device*, *disc id*, and number of tracks.
"""
import discid
device, ok = QtWidgets.QInputDialog.getText(
mainwindow.mainWindow,
translate('AudioCD Plugin', 'Select device'),
translate('AudioCD Plugin', 'CDROM device:'),
QtWidgets.QLineEdit.Normal,
discid.get_default_device())
if not ok:
return None
try:
with discid.read(device) as disc:
disc.read()
except discid.disc.DiscError as e:
dialogs.warning(translate("AudioCD Plugin", "CDROM drive is empty"), str(e))
return None
return device, disc.id, len(disc.tracks)
def main():
result = None
musicbrainzngs.set_hostname(MUSICBRAINZ_HOST)
musicbrainzngs.set_useragent('freedb2musicbrainz.py',
__version__,
contact='Freso')
try:
disc = discid.read(features=['mcn'])
except discid.disc.DiscError as err:
print("Error reading disc: %s" % (err))
exit(1)
try:
result = musicbrainzngs.get_releases_by_discid(disc.id)
except musicbrainzngs.ResponseError as err:
print('Disc not currently in MusicBrainz (or bad response): %s' %
(err))
if result:
if result.get('disc'):
print('This release seems to already be in MusicBrainz.')
print(
'Check %s to verify that it is the same or submit your specific copy'
% (disc.submission_url))
elif result.get("cdstub"):
print('There seems to be a CD stub of your disc.')
print('Go to %s to add the stub fully into the database.' %
(disc.submission_url))
else:
print('The release seems to not be in MusicBrainz. Let’s try FreeDB…')
freedb = Cddb.CddbServer()
print(cddb_lookup_string(disc))
result = freedb.getDiscs(cddb_lookup_string(disc))
if result:
for r in result:
print(r.artist, "-", r.title)
else:
print('This release is non-existant! Add it to MB!!')
print(disc.submission_url)
def read(self, path):
if path != 'cdda://': return None
try:
import discid
except:
raise RuntimeError('Cannot import discid. Is it installed?')
device_name = discid.get_default_device()
disc = discid.read(device_name)
tracks = []
for cdda_track in disc.tracks:
track = Track()
track.path = path
track.title = 'CD Audio track' # TODO: read tags from FreeDB
track.index = cdda_track.number
track.length = cdda_track.seconds
track.length_string, track.time_format = self._format_seconds_and_get_format_string(
track.length)
try:
track.offset = tracks[-1].offset + tracks[-1].length
except:
pass
tracks.append(track)
return tracks
def rip(
device,
mbdb,
*,
output_dirpath,
disc_id=None,
fstags=None,
no_action=False
):
''' Pull audio from `device` and save in `output_dirpath`.
'''
if disc_id is None:
dev_info = discid.read(device=device)
disc_id = dev_info.id
if fstags is None:
fstags = FSTags()
with Pfx("MB: discid %s", disc_id, print=True):
disc = mbdb.discs[disc_id]
level1 = ", ".join(disc.artist_names).replace(os.sep, '_') or "NO_ARTISTS"
level2 = disc.title or "UNTITLED"
if disc.medium_count > 1:
level2 += f" ({disc.medium_position} of {disc.medium_count})"
subdir = joinpath(output_dirpath, level1, level2)
if not isdirpath(subdir):
with Pfx("makedirs(%r)", subdir, print=True):
os.makedirs(subdir)
fstags[subdir].update(
TagSet(discid=disc.id, title=disc.title, artists=disc.artist_names)
)
for tracknum, recording_id in enumerate(disc.recordings, 1):
recording = disc.ontology.metadata('recording', recording_id)
track_fstags = TagSet(
discid=disc.mbkey,
artists=recording.artist_names,
title=recording.title,
track=tracknum
)
track_artists = ", ".join(recording.artist_names)
track_base = f"{tracknum:02} - {recording.title} -- {track_artists}".replace(
os.sep, '-'
)
wav_filename = joinpath(subdir, track_base + '.wav')
mp3_filename = joinpath(subdir, track_base + '.mp3')
if existspath(mp3_filename):
warning("MP3 file already exists, skipping track: %r", mp3_filename)
else:
with NamedTemporaryFile(dir=subdir,
prefix=f"cdparanoia--track{tracknum}--",
suffix='.wav') as T:
if existspath(wav_filename):
info("using existing WAV file: %r", wav_filename)
else:
argv = ['cdparanoia', '-d', '1', '-w', str(tracknum), T.name]
if no_action:
print(*argv)
else:
with Pfx("+ %r", argv, print=True):
subprocess.run(argv, stdin=subprocess.DEVNULL, check=True)
with Pfx("%r => %r", T.name, wav_filename, print=True):
os.link(T.name, wav_filename)
if no_action:
print("fstags[%r].update(%s)" % (wav_filename, track_fstags))
else:
fstags[wav_filename].update(track_fstags)
fstags[wav_filename].rip_command = argv
argv = [
'lame',
'-q',
'7',
'-V',
'0',
'--tt',
recording.title or "UNTITLED",
'--ta',
track_artists or "NO ARTISTS",
'--tl',
level2,
## '--ty',recording year
'--tn',
str(tracknum),
## '--tg', recording genre
## '--ti', album cover filename
wav_filename,
mp3_filename
]
if no_action:
print(*argv)
else:
with Pfx("+ %r", argv, print=True):
subprocess.run(argv, stdin=subprocess.DEVNULL, check=True)
fstags[mp3_filename].conversion_command = argv
if no_action:
print("fstags[%r].update(%s)" % (mp3_filename, track_fstags))
else:
fstags[mp3_filename].update(track_fstags)
if not no_action:
subprocess.run(['ls', '-la', subdir])
os.system("eject")
def simple_example():
disc = discid.read() # use default device
print("id: %s" % disc.id)
print("used %s as device" % discid.get_default_device())
print("submit with:\n%s" % disc.submission_url)
import discid
import pymysql
import getpass
db = pymysql.connect(host="localhost",
user="******",
passwd="nopassforyou",
db="CD_Database",
autocommit=True)
cur = db.cursor()
disc = discid.read("/dev/cdrom", features=["mcn"])
mcn = disc.mcn
if mcn == "":
print("DISC UPC NOT FOUND. MANUALLY ENTER")
else:
print("DISC UPC: %s" % mcn)
user = getpass.getuser()
sql = "INSERT INTO WeHave(UPC,AddedBy) VALUES ('" + str(mcn) + "','" + str(
user) + "');"
cur.execute(sql)
def main():
parser = optparse.OptionParser()
parser.add_option("-u", "--user", type=str, help="Username")
parser.add_option("-p", "--password", type=str, help="Password")
parser.add_option("-d", "--device", type=str,
default=discid.get_default_device(),
help="Device name, the default is %s" % discid.get_default_device())
(args, options) = parser.parse_args()
if not args.user:
exit("No username given")
if not args.password:
password = getpass.getpass()
else:
password = args.password
try:
disc = discid.read(args.device)
except discid.DiscError:
exit("No discid could be calculated")
musicbrainzngs.auth(args.user, password)
musicbrainzngs.set_useragent("isrcsubmit-cdrdao", "0.2", "Mineo@Freenode")
results = musicbrainzngs.get_releases_by_discid(
disc.id, includes=["recordings", "isrcs",
"artist-credits"])["disc"]["release-list"]
if len(results) == 0:
print "The disc is not in the database"
print "Please submit it with: %s" % disc.submission_url
exit(1)
elif len(results) > 1:
print "This Disc ID is ambiguous:"
for i, release in enumerate(results):
print str(i)+":", release["artist-credit-phrase"]
print "-", release["title"]
print release["id"]
num = -1
while True:
try:
num = raw_input("Which one do you want? [0-%d] " % i)
release = results[int(num)]
except (IndexError, ValueError):
continue
break
else:
release = results[0]
print 'Artist: %s' % release["artist-credit-phrase"]
print 'Release: %s' % release["title"]
real_medium = None
for medium in release["medium-list"]:
for mdisc in medium["disc-list"]:
print mdisc
if mdisc["id"] == disc.id:
real_medium = medium
break
filename = "/tmp/cdrdao-%s.toc" % datetime.now()
try:
proc = subprocess.Popen(["cdrdao", "read-toc", "--fast-toc", "--device",
args.device, "-v", "0", filename], stderr=subprocess.PIPE,
stdout=subprocess.PIPE)
proc.wait()
except Exception, e:
exit("Exception while calling cdrdao: %s" % str(e))
def find_disc(cddrive):
import discid
from lxml import etree
root = etree.XML(u'<finddisc></finddisc>')
try:
disc = discid.read(cddrive, ["mcn", "isrc"])
id = disc.id
toc = disc.toc_string
except discid.DiscError as err:
etree.SubElement(root, "error").text = "Failed to get discid ({})".format(str(err))
log(True, etree.tostring(root, encoding='UTF-8', pretty_print=True, xml_declaration=True))
sys.exit(1)
etree.SubElement(root, "discid").text = id
etree.SubElement(root, "toc").text = toc
try:
# the "labels" include enables the cat#s we display
result = musicbrainzngs.get_releases_by_discid(id, includes=["labels"], toc=toc, cdstubs=False)
except musicbrainzngs.ResponseError as err:
if err.cause.code == 404:
etree.SubElement(root, "error").text = "Disc not found"
log(True, etree.tostring(root, encoding='UTF-8', pretty_print=True, xml_declaration=True))
sys.exit(1)
else:
etree.SubElement(root, "error").text = "Received bad response from the MB server"
log(True, etree.tostring(root, encoding='UTF-8', pretty_print=True, xml_declaration=True))
sys.exit(1)
# The result can either be a "disc" or a "cdstub"
if result.get('disc'):
discnode = etree.SubElement(root, "disc")
etree.SubElement(discnode, "sectors").text = result['disc']['sectors']
if "offset-list" in result['disc']:
offsets = None
for offset in result['disc']['offset-list']:
if offsets == None:
offsets = str(offset)
else:
offsets += " " + str(offset)
etree.SubElement(discnode, "offsets").text = offsets
etree.SubElement(discnode, "tracks").text = str(result['disc']['offset-count'])
for release in result['disc']['release-list']:
relnode = etree.SubElement(discnode, "release")
etree.SubElement(relnode, "title").text = release['title']
etree.SubElement(relnode, "musicbrainzid").text = release['id']
if release.get('barcode'):
etree.SubElement(relnode, "barcode").text = release['barcode']
for info in release['label-info-list']:
if info.get('catalog-number'):
etree.SubElement(relnode, "catalog-number").text = info['catalog-number']
elif result.get('cdstub'):
stubnode = etree.SubElement(root, "cdstub")
etree.SubElement(stubnode, "artist").text = result['cdstub']['artist']
etree.SubElement(stubnode, "title").text = result['cdstub']['title']
if result['cdstub'].get('barcode'):
etree.SubElement(stubnode, "barcode").text = result['cdstub']['barcode']
else:
etree.SubElement(root, "error").text = "No valid results"
log(True, etree.tostring(root, encoding='UTF-8', pretty_print=True, xml_declaration=True))
sys.exit(1)
log(True, etree.tostring(root, encoding='UTF-8', pretty_print=True, xml_declaration=True))
sys.exit(0)
def find_disc(cddrive):
import discid
from lxml import etree
root = etree.XML(u'<finddisc></finddisc>')
try:
disc = discid.read(cddrive, ["mcn", "isrc"])
id = disc.id
toc = disc.toc_string
except discid.DiscError as err:
etree.SubElement(root,
"error").text = "Failed to get discid ({})".format(
str(err))
log(
True,
convert_etree(
etree.tostring(root,
encoding='UTF-8',
pretty_print=True,
xml_declaration=True)))
sys.exit(1)
etree.SubElement(root, "discid").text = id
etree.SubElement(root, "toc").text = toc
try:
# the "labels" include enables the cat#s we display
result = musicbrainzngs.get_releases_by_discid(id,
includes=["labels"],
toc=toc,
cdstubs=False)
except musicbrainzngs.ResponseError as err:
if err.cause.code == 404:
etree.SubElement(root, "error").text = "Disc not found"
log(
True,
convert_etree(
etree.tostring(root,
encoding='UTF-8',
pretty_print=True,
xml_declaration=True)))
sys.exit(1)
else:
etree.SubElement(
root,
"error").text = "Received bad response from the MB server"
log(
True,
convert_etree(
etree.tostring(root,
encoding='UTF-8',
pretty_print=True,
xml_declaration=True)))
sys.exit(1)
# The result can either be a "disc" or a "cdstub"
if result.get('disc'):
discnode = etree.SubElement(root, "disc")
etree.SubElement(discnode, "sectors").text = result['disc']['sectors']
if "offset-list" in result['disc']:
offsets = None
for offset in result['disc']['offset-list']:
if offsets is None:
offsets = str(offset)
else:
offsets += " " + str(offset)
etree.SubElement(discnode, "offsets").text = offsets
etree.SubElement(discnode, "tracks").text = str(
result['disc']['offset-count'])
for release in result['disc']['release-list']:
relnode = etree.SubElement(discnode, "release")
etree.SubElement(relnode, "title").text = release['title']
etree.SubElement(relnode, "musicbrainzid").text = release['id']
if release.get('barcode'):
etree.SubElement(relnode, "barcode").text = release['barcode']
for info in release['label-info-list']:
if info.get('catalog-number'):
etree.SubElement(
relnode,
"catalog-number").text = info['catalog-number']
elif result.get('cdstub'):
stubnode = etree.SubElement(root, "cdstub")
etree.SubElement(stubnode, "artist").text = result['cdstub']['artist']
etree.SubElement(stubnode, "title").text = result['cdstub']['title']
if result['cdstub'].get('barcode'):
etree.SubElement(stubnode,
"barcode").text = result['cdstub']['barcode']
else:
etree.SubElement(root, "error").text = "No valid results"
log(
True,
convert_etree(
etree.tostring(root,
encoding='UTF-8',
pretty_print=True,
xml_declaration=True)))
sys.exit(1)
log(
True,
convert_etree(
etree.tostring(root,
encoding='UTF-8',
pretty_print=True,
xml_declaration=True)))
sys.exit(0)
def identify(self):
"""Drrn drrn
"""
try:
disc = discid.read(DEVICE)
except discid.disc.DiscError as e:
logger.error('[FAIL] %s' % e)
logger.error(''.join(traceback.format_exception(*sys.exc_info())))
self.interface.queue_to_identify_interface.send('FAILED_IDENTIFY')
return
logger.info('[URL] %s' % disc.submission_url)
logger.info('[SUCCESS] Identified disc as: %s' % disc.id)
## XXX: The library doesn't understand a tuple here
includes = ['artist-credits', 'labels', 'release-rels', 'recordings']
try:
data = musicbrainzngs.get_releases_by_discid(disc.id, includes=includes)
except musicbrainzngs.ResponseError as e:
## Fake response to make flow easier
if e.cause.code == 404:
data = {
'disc': {
'id': disc.id,
'release-list': []
}
}
else:
raise
except Exception as e:
logger.error('[FAIL] %s' % e)
logger.error(''.join(traceback.format_exception(*sys.exc_info())))
self.interface.queue_to_identify_interface.send('FAILED_IDENTIFY')
return
else:
if not data:
logger.error('[FAIL] No data returned. Check submission url')
return
try:
releases = data['disc']['release-list']
except KeyError:
if 'cdstub' in data:
logger.warn('[DISC] This release is only a stub, fill it in at MusicBrainz')
self.interface.queue_to_identify_interface.send('NO_DATA')
return
logger.info('[SUCCESS] Got %d releases' % len(releases))
if len(releases) == 0:
self.interface.queue_to_identify_interface.send('NO_DATA')
self.interface.queue_to_identify_interface.send(disc.submission_url)
return
elif len(releases) > 1:
self.interface.queue_to_identify_interface.send('MULTIPLE_RELEASES')
self.interface.queue_to_identify_interface.send(releases)
rel_num = self.interface.queue_to_identify_interface.recv()
else:
rel_num = 0
## Which release do we want?
release = releases[rel_num]
## Disc title
title = release['title']
disambiguation = release.get('disambiguation', None)
is_remaster = False
for rel_release in release.get('release-relation-list', ()):
if rel_release.get('type', None) == 'remaster':
is_remaster = True
break
extra_str = ''
if disambiguation:
extra_str = '%s' % disambiguation
if is_remaster:
extra_str = '%s remaster' % extra_str
extra_str = extra_str.strip()
if extra_str:
title = '%s (%s)' % (title, extra_str)
## Require release date
date = release['date']
if not date:
self.interface.queue_to_identify_interface.send('NO_DATE')
return
year = date.split('-', 1)[0]
## 0th artist...
if len(release['artist-credit']) > 1:
self.interface.queue_to_identify_interface.send('TOO_MANY_ARTISTS')
return
artist_sort_name = release['artist-credit'][0]['artist']['sort-name']
artist_sort_name = artist_sort_name
## Media count and name
disc_num = 1
if 'medium-count' not in release:
disc_count = len(release['medium-list'])
else:
disc_count = release['medium-count']
medium_n = 0
media_name = None
if disc_count > 1:
for medium_n, medium in enumerate(release['medium-list']):
if 'title' in medium:
media_name = medium['title']
else:
media_name = None
if disc.id in [d['id'] for d in medium['disc-list']]:
disc_num = medium_n + 1
break
# Pass the media_name along if required, otherwise it's None
if media_name is not None and media_name == title:
media_name = None
## Unlike the mb example code, disregard different track artists
track_tuples = []
for track in release['medium-list'][medium_n]['track-list']:
formatted_track_num = '%02d' % int(track['number'])
track_title = track['recording']['title']
track_tuple = TrackTuple(
disc_id=disc.id,
release_id=release['id'],
artist=artist_sort_name,
year=year,
title=title,
formatted_track_num=formatted_track_num,
track_title=track_title,
disc_num=disc_num,
disc_count=disc_count,
media_name=media_name)
track_tuples.append(track_tuple)
self.interface.queue_to_identify_interface.send('FINISHED_IDENTIFY')
self.interface.queue_to_identify_interface.send(tuple(track_tuples))
def _do_disc(self, spec_device=None):
"""Read table of contents from a CD-ROM, search for a release, and
optionally add to the catalog"""
try:
import discid
except ImportError as e:
raise Exception('Could not import discid')
default_device = discid.get_default_device()
if not spec_device:
spec_device = raw_input('Device to read [empty for \'%s\']: ' %
default_device)
if not spec_device:
spec_device = default_device
try:
disc = discid.read(spec_device)
except discid.DiscError as e:
raise Exception("DiscID calculation failed: " + str(e))
print('DiscID: %s' % disc.id)
print('Submisson URL: %s' % disc.submission_url)
try:
print("Querying MusicBrainz...")
result = mb.get_releases_by_discid(disc.id, includes=["artists"])
print('OK')
except mb.ResponseError:
_log.warning('Disc not found or bad MusicBrainz response.')
self.askBrowseSubmission(disc.submission_url)
return
else:
if result.get("disc"):
oneInCatalog = self.printDiscQueryResults(result)
elif result.get("cdstub"):
for label, key in [('CD Stub', 'id'), ('Artist', 'artist'),
('Title', 'title'), ('Barcode', 'barcode')]:
if key in result['cdstub']:
print('%10s: %s' % (label, result['cdstub'][key]))
# TODO this is broken, needs argument
self.askBrowseSubmission()
raise Exception('There was only a CD stub.')
if len(result['disc']['release-list']) == 0:
raise Exception("There were no matches for disc ID: %s" % disc.id)
elif len(result['disc']['release-list']) == 1:
print("There was one match. " +
('It is already in the catalog. ' if oneInCatalog else ''))
if not oneInCatalog:
return self.addResultToCatalog(result, 0)
else:
return oneInCatalog[0]
else:
print("There were %d matches." %
len(result['disc']['release-list']))
choice = raw_input('Choose one result to add (empty for none): ')
if not choice.isdigit():
raise Exception('Input was not a number')
choice = int(choice)
if choice < 0 or choice >= len(result['disc']['release-list']):
raise Exception('Input was out of range')
return self.addResultToCatalog(result, choice)
def __init__(self, drive):
self.disc = discid.read(drive)
def simple_example():
disc = discid.read() # use default device
print("id: %s" % disc.id)
print("used %s as device" % discid.get_default_device())
print("submit with:\n%s" % disc.submission_url)
def musicbrainz_info():
try:
# Read the disc
disc_read = discid.read()
# Get the disc ID from the read object
disc_id = disc_read.id
# Also get the submission URL in case of an accident
disc_submission = disc_read.submission_url
except:
print("Please insert a compact disc")
sys.exit(0)
musicbrainzngs.set_useragent("Tedm ripper", "0.0.1", "*****@*****.**")
try:
result = musicbrainzngs.get_releases_by_discid(disc_id,
includes=['artists',
'labels',
'recordings'])
release_list = result['disc']['release-list'][0]
number_of_discs = release_list['medium-count']
disc_number_list = list(range(1, (number_of_discs + 1)))
disc_string = ', '.join(map(str, disc_number_list))
if number_of_discs > 1:
print('This disc is part of a set. You can choose from %s' % disc_string)
choice = input('Please enter the proper disc number: ')
if not int(choice) in disc_number_list:
print("Invalid disc number")
sys.exit(0)
pretty_disc_number = choice
raw_disc_number = int(pretty_disc_number) - 1
else:
pretty_disc_number = '1'
raw_disc_number = 0
except musicbrainzngs.ResponseError:
print("Disc was not found in database, check if available on musicbrainz.org")
print(disc_submission)
sys.exit(0)
except musicbrainzngs.musicbrainz.NetworkError:
print("You do not seem to be connected to the internet")
sys.exit(0)
else:
# Define metadata for the entire album
album_info_dict = {
'album': release_list['title'],
'album_artist': release_list['artist-credit'][0]['artist']['name'],
'artist': release_list['artist-credit'][0]['artist']['name'],
'date': release_list['date'],
'disc': pretty_disc_number,
'disc_id': result['disc']['id'],
'total_discs': str(number_of_discs),
'total_tracks': release_list['medium-list'][raw_disc_number]['track-count'],
}
try:
album_info_dict['label'] = release_list['label-info-list'][0]['label']['name']
except IndexError:
album_info_dict['label'] = ''
track_dict = {}
for track in release_list['medium-list'][raw_disc_number]['track-list']:
title = track['recording']['title']
track_number = track['position']
track_dict[track_number] = title
return album_info_dict, track_dict
return data['key']
except KeyError:
return default
def printIfSet (prefix, key, data, default):
"Print the line only if the data is not null"
data = getIfSet(key, data, default)
if data != default:
print prefix, data
# get Audio CD details
try:
disc = discid.read() # reads from default device
except discid.DiscError, e:
if str(e) == u'cannot read table of contents':
print 'Could not read CD.'
sys.exit(1)
# try to find Audio CD match on MusicBrainz
print "\nFetching release data for CD ..."
musicbrainzngs.set_useragent(scriptName, scriptVersion, scriptURL)
try:
discReleases = musicbrainzngs.get_releases_by_discid(disc.id, ['artist-credits', 'recordings'], disc.toc_string, False)
except:
print sys.exc_info()
#!/usr/bin/env python3
import sys
try:
import discid
except ImportError:
print("You have to install discid")
print("Maybe run 'pip install discid'?")
sys.exit(1)
import cddb
if __name__ == "__main__":
c = cddb.CDDBClient(discid.read())
r = c.query()
print(r)
for i in r.tracks:
print(i)
"https://github.com/rlhelinski/musicbrainz-catalog/",
)
c = Catalog()
io = InputSplitter()
while not io.nextLine('Press enter to read the disc or \'q\' to quit... ').startswith('q'):
try:
# Read the disc in the default disc drive. If necessary, you can pass
# the 'deviceName' parameter to select a different drive.
#
dev = sys.argv[1] if len(sys.argv) > 1 else discid.get_default_device()
io.write ('Reading from %s\n' % dev)
disc = discid.read(dev)
except discid.DiscError as e:
print ("DiscID calculation failed: " + str(e))
continue
if (not os.path.isdir('disc-id')):
os.mkdir('disc-id')
if (not os.path.isdir(os.path.join('disc-id', disc.id))):
os.mkdir(os.path.join('disc-id', disc.id))
with open(os.path.join('disc-id', disc.id, 'toc.txt'), 'a') as tocf:
print ('DiscID :', disc.id, file=tocf)
print ('First Track :', disc.first_track_num, file=tocf)
print ('Last Track :', disc.last_track_num, file=tocf)
print ('Length :', disc.sectors, 'sectors', file=tocf)
cdda2wav_args = []
if parser.has_option('ripper', 'cdda2wavArgs'):
cdda2wav_args = parser.get('ripper', 'cdda2wavArgs').split()
ffmpeg_path = parser.get('ripper', 'ffmpegPath')
print('Music dir: %s' % music_dir)
print('cdda2wav: %s' % cdda2wav_path)
print('cdda2wav args: %s' % cdda2wav_args)
print('ffmpeg: %s' % ffmpeg_path)
# Retrieve information from Musicbrainz
print('-' * 79)
print('Searching Musicbrainz...')
try:
disc_id = discid.read().id
except Exception as ex:
print('Error while searching Musicbrainz: %s' % str(ex))
sys.exit(1)
print('Disc id: %s' % disc_id)
#call([internet_program_path, mbdisc.getSubmissionUrl(disc)])
#sys.exit(1)
try:
release = get_release(disc_id)
except Exception as ex:
print(ex)
sys.exit(1)
# Release information
def read_disc_metadata(device=CDROM_DEVICE):
def simple_md(disc):
""" For disc not found, we can derive the tracks and tracks length
from the 'disc' object properties.
"""
print(
f'(cdda.py) {disc.last_track_num} tracks found on discid \'{disc.id}\''
)
# https://musicbrainz.org/doc/Development/XML_Web_Service/Version_2#discid
# The toc consists of the following:
# First track (always 1)
# total number of tracks
# sector offset of the leadout (end of the disc
# a list of sector offsets for each track, beginning with track 1 (generally 150 sectors)
#
# Example of TOC for a 7 tracks disc:
# disc.toc_string: '1 7 235745 150 40742 77847 108042 118682 154277 191952'
toc = disc.toc_string.split()
# A second of CD-AUDIO has 75 frames (or sectors) -wikipedia-
track_sectors = toc[3:] + [toc[2]]
track_sectors = [int(x) for x in track_sectors]
for i in range(len(track_sectors)):
if i == 0:
continue
trackNum = i
trackLen = (track_sectors[i] - track_sectors[i - 1]) / 75
md[str(trackNum)] = {
'title': 'track ' + f'{trackNum}'.zfill(2),
'length': msec2string(trackLen * 1e3)
}
return md
# will complete md with info retrieved from musicbrainz
md = CDDA_INFO_TEMPLATE.copy()
mz.set_useragent('tmp', '0.1', 'dummy@mail')
try:
disc = discid.read(device)
md['discid'] = disc.id
global CDDA_DISCID
CDDA_DISCID = disc.id
except:
print('(cdaa.py) not CDDA found')
return md
try:
result = mz.get_releases_by_discid(disc.id,
includes=['artists', 'recordings'])
except mz.ResponseError:
print('(cdda.py) disc not found or bad response')
return simple_md(disc)
# most of discs are 'disc' musicbrainz kinf of
if result.get('disc'):
print(f'(cdda.py) musicbrainz got \'disc\': {disc.id}')
mz_md = result['disc']['release-list'][0]
md['artist'] = mz_md['artist-credit-phrase']
md['album'] = mz_md['title']
track_list = mz_md['medium-list'][0]['track-list']
# but somo are 'cdstub' musicbrainz kind of
elif result.get('cdstub'):
print(f'(cdda.py) musicbrainz got \'cdstub\': {disc.id}')
mz_md = result['cdstub']
if 'artist' in mz_md:
md['artist'] = mz_md['artist']
elif 'artist-credit-phrase' in mz_md:
md['artist'] = mz_md['artist-credit-phrase']
if 'title' in mz_md:
md['album'] = mz_md['title']
# (!) pending on investigate more on tracks under 'cdstub'
if 'track-list' in mz_md:
track_list = mz_md['track-list']
else:
track_list = []
# Lets complete our track list structure inside the 'md' template
for pos, track in enumerate(track_list):
# Retrieve track length
# from normal 'disc':
if 'recording' in track and 'length' in track['recording']:
lengthStr = msec2string(float(track['recording']['length']))
# from some 'cdstub':
elif 'length' in track:
lengthStr = msec2string(float(track['length']))
# from some 'cdstub':
elif 'track_or_recording_length' in track:
lengthStr = msec2string(float(track['track_or_recording_length']))
else:
lengthStr = msec2string(0.0)
# Retrieve track title
if 'recording' in track and 'title' in track['recording']:
track_title = track['recording']['title']
elif 'title' in track:
track_title = track['title']
# adding to our metadata disc structure
md[str(pos + 1)] = {'title': track_title, 'length': lengthStr}
return md
def _do_disc(self, spec_device=None):
"""Read table of contents from a CD-ROM, search for a release, and
optionally add to the catalog"""
try:
import discid
except ImportError as e:
raise Exception('Could not import discid')
default_device = discid.get_default_device()
if not spec_device:
spec_device = raw_input('Device to read [empty for \'%s\']: ' %
default_device)
if not spec_device:
spec_device = default_device
try:
disc = discid.read(spec_device)
except discid.DiscError as e:
raise Exception("DiscID calculation failed: " + str(e))
print('DiscID: %s' % disc.id)
print('Submisson URL: %s' % disc.submission_url)
try:
print("Querying MusicBrainz...")
result = mb.get_releases_by_discid(disc.id,
includes=["artists"])
print('OK')
except mb.ResponseError:
_log.warning('Disc not found or bad MusicBrainz response.')
self.askBrowseSubmission(disc.submission_url)
return
else:
if result.get("disc"):
oneInCatalog = self.printDiscQueryResults(result)
elif result.get("cdstub"):
for label, key in [
('CD Stub', 'id'),
('Artist', 'artist'),
('Title', 'title'),
('Barcode', 'barcode')]:
if key in result['cdstub']:
print('%10s: %s' %
(label, result['cdstub'][key]))
# TODO this is broken, needs argument
self.askBrowseSubmission()
raise Exception('There was only a CD stub.')
if len(result['disc']['release-list']) == 0:
raise Exception("There were no matches for disc ID: %s" % disc.id)
elif len(result['disc']['release-list']) == 1:
print("There was one match. " +
('It is already in the catalog. ' if oneInCatalog else ''))
if not oneInCatalog:
return self.addResultToCatalog(result, 0)
else:
return oneInCatalog[0]
else:
print("There were %d matches." %
len(result['disc']['release-list']))
choice = raw_input(
'Choose one result to add (empty for none): ')
if not choice.isdigit():
raise Exception('Input was not a number')
choice = int(choice)
if choice < 0 or choice >= len(result['disc']['release-list']):
raise Exception('Input was out of range')
return self.addResultToCatalog(result, choice)
