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Code parity with deemix-js

This commit is contained in:
RemixDev 2021-06-07 20:25:51 +02:00
parent 69c165e2bc
commit 224a62aad2
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GPG Key ID: B33962B465BDB51C
21 changed files with 715 additions and 555 deletions
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32
deemix/__init__.py
View File

@ -2,11 +2,16 @@
import re import re
from urllib.request import urlopen from urllib.request import urlopen
from deemix.itemgen import generateTrackItem, generateAlbumItem, generatePlaylistItem, generateArtistItem, generateArtistDiscographyItem, generateArtistTopItem from deemix.itemgen import generateTrackItem, \
generateAlbumItem, \
generatePlaylistItem, \
generateArtistItem, \
generateArtistDiscographyItem, \
generateArtistTopItem, \
LinkNotRecognized, \
LinkNotSupported
__version__ = "2.0.16" __version__ = "3.0.0"
USER_AGENT_HEADER = "Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML, like Gecko) " \
"Chrome/79.0.3945.130 Safari/537.36"
# Returns the Resolved URL, the Type and the ID # Returns the Resolved URL, the Type and the ID
def parseLink(link): def parseLink(link):
@ -42,11 +47,20 @@ def parseLink(link):
return (link, link_type, link_id) return (link, link_type, link_id)
def generateDownloadObject(dz, link, bitrate): def generateDownloadObject(dz, link, bitrate, plugins=None, listener=None):
(link, link_type, link_id) = parseLink(link) (link, link_type, link_id) = parseLink(link)
if link_type is None or link_id is None: if link_type is None or link_id is None:
return None if plugins is None: plugins = {}
plugin_names = plugins.keys()
current_plugin = None
item = None
for plugin in plugin_names:
current_plugin = plugins[plugin]
item = current_plugin.generateDownloadObject(dz, link, bitrate, listener)
if item: return item
raise LinkNotRecognized(link)
if link_type == "track": if link_type == "track":
return generateTrackItem(dz, link_id, bitrate) return generateTrackItem(dz, link_id, bitrate)
if link_type == "album": if link_type == "album":
@ -54,10 +68,10 @@ def generateDownloadObject(dz, link, bitrate):
if link_type == "playlist": if link_type == "playlist":
return generatePlaylistItem(dz, link_id, bitrate) return generatePlaylistItem(dz, link_id, bitrate)
if link_type == "artist": if link_type == "artist":
return generateArtistItem(dz, link_id, bitrate) return generateArtistItem(dz, link_id, bitrate, listener)
if link_type == "artist_discography": if link_type == "artist_discography":
return generateArtistDiscographyItem(dz, link_id, bitrate) return generateArtistDiscographyItem(dz, link_id, bitrate, listener)
if link_type == "artist_top": if link_type == "artist_top":
return generateArtistTopItem(dz, link_id, bitrate) return generateArtistTopItem(dz, link_id, bitrate)
return None raise LinkNotSupported(link)

4
deemix/__main__.py
View File

@ -6,7 +6,7 @@ from deezer import Deezer
from deezer import TrackFormats from deezer import TrackFormats
from deemix import generateDownloadObject from deemix import generateDownloadObject
from deemix.settings import loadSettings from deemix.settings import load as loadSettings
from deemix.utils import getBitrateNumberFromText from deemix.utils import getBitrateNumberFromText
import deemix.utils.localpaths as localpaths import deemix.utils.localpaths as localpaths
from deemix.downloader import Downloader from deemix.downloader import Downloader
@ -62,7 +62,7 @@ def download(url, bitrate, portable, path):
# If first url is filepath readfile and use them as URLs # If first url is filepath readfile and use them as URLs
try: try:
isfile = Path(url[0]).is_file() isfile = Path(url[0]).is_file()
except: except Exception:
isfile = False isfile = False
if isfile: if isfile:
filename = url[0] filename = url[0]

104
deemix/decryption.py
View File

@ -1,53 +1,37 @@
import binascii
from ssl import SSLError from ssl import SSLError
from time import sleep from time import sleep
import logging import logging
from Cryptodome.Cipher import Blowfish, AES
from Cryptodome.Hash import MD5
from requests import get from requests import get
from requests.exceptions import ConnectionError as RequestsConnectionError, ReadTimeout from requests.exceptions import ConnectionError as RequestsConnectionError, ReadTimeout, ChunkedEncodingError
from urllib3.exceptions import SSLError as u3SSLError from urllib3.exceptions import SSLError as u3SSLError
from deemix import USER_AGENT_HEADER from deemix.utils.crypto import _md5, _ecbCrypt, _ecbDecrypt, generateBlowfishKey, decryptChunk
from deemix.utils import USER_AGENT_HEADER
from deemix.types.DownloadObjects import Single from deemix.types.DownloadObjects import Single
logger = logging.getLogger('deemix') logger = logging.getLogger('deemix')
def _md5(data):
h = MD5.new()
h.update(data.encode() if isinstance(data, str) else data)
return h.hexdigest()
def generateBlowfishKey(trackId):
SECRET = 'g4el58wc0zvf9na1'
idMd5 = _md5(trackId)
bfKey = ""
for i in range(16):
bfKey += chr(ord(idMd5[i]) ^ ord(idMd5[i + 16]) ^ ord(SECRET[i]))
return bfKey
def generateStreamPath(sng_id, md5, media_version, media_format): def generateStreamPath(sng_id, md5, media_version, media_format):
urlPart = b'\xa4'.join( urlPart = b'\xa4'.join(
[md5.encode(), str(media_format).encode(), str(sng_id).encode(), str(media_version).encode()]) [md5.encode(), str(media_format).encode(), str(sng_id).encode(), str(media_version).encode()])
md5val = _md5(urlPart) md5val = _md5(urlPart)
step2 = md5val.encode() + b'\xa4' + urlPart + b'\xa4' step2 = md5val.encode() + b'\xa4' + urlPart + b'\xa4'
step2 = step2 + (b'.' * (16 - (len(step2) % 16))) step2 = step2 + (b'.' * (16 - (len(step2) % 16)))
urlPart = binascii.hexlify(AES.new(b'jo6aey6haid2Teih', AES.MODE_ECB).encrypt(step2)) urlPart = _ecbCrypt('jo6aey6haid2Teih', step2)
return urlPart.decode("utf-8") return urlPart.decode("utf-8")
def reverseStreamPath(urlPart): def reverseStreamPath(urlPart):
step2 = AES.new(b'jo6aey6haid2Teih', AES.MODE_ECB).decrypt(binascii.unhexlify(urlPart.encode("utf-8"))) step2 = _ecbDecrypt('jo6aey6haid2Teih', urlPart)
(_, md5, media_format, sng_id, media_version, _) = step2.split(b'\xa4') (_, md5, media_format, sng_id, media_version, _) = step2.split(b'\xa4')
return (sng_id.decode('utf-8'), md5.decode('utf-8'), media_version.decode('utf-8'), media_format.decode('utf-8')) return (sng_id.decode('utf-8'), md5.decode('utf-8'), media_version.decode('utf-8'), media_format.decode('utf-8'))
def generateStreamURL(sng_id, md5, media_version, media_format): def generateCryptedStreamURL(sng_id, md5, media_version, media_format):
urlPart = generateStreamPath(sng_id, md5, media_version, media_format) urlPart = generateStreamPath(sng_id, md5, media_version, media_format)
return "https://e-cdns-proxy-" + md5[0] + ".dzcdn.net/mobile/1/" + urlPart return "https://e-cdns-proxy-" + md5[0] + ".dzcdn.net/mobile/1/" + urlPart
def generateUnencryptedStreamURL(sng_id, md5, media_version, media_format): def generateStreamURL(sng_id, md5, media_version, media_format):
urlPart = generateStreamPath(sng_id, md5, media_version, media_format) urlPart = generateStreamPath(sng_id, md5, media_version, media_format)
return "https://e-cdns-proxy-" + md5[0] + ".dzcdn.net/api/1/" + urlPart return "https://e-cdns-proxy-" + md5[0] + ".dzcdn.net/api/1/" + urlPart
@ -55,7 +39,8 @@ def reverseStreamURL(url):
urlPart = url[url.find("/1/")+3:] urlPart = url[url.find("/1/")+3:]
return reverseStreamPath(urlPart) return reverseStreamPath(urlPart)
def streamUnencryptedTrack(outputStream, track, start=0, downloadObject=None, interface=None): def streamTrack(outputStream, track, start=0, downloadObject=None, listener=None):
if downloadObject.isCanceled: raise DownloadCanceled
headers= {'User-Agent': USER_AGENT_HEADER} headers= {'User-Agent': USER_AGENT_HEADER}
chunkLength = start chunkLength = start
@ -69,9 +54,23 @@ def streamUnencryptedTrack(outputStream, track, start=0, downloadObject=None, in
if complete == 0: raise DownloadEmpty if complete == 0: raise DownloadEmpty
if start != 0: if start != 0:
responseRange = request.headers["Content-Range"] responseRange = request.headers["Content-Range"]
logger.info('%s downloading range %s', itemName, responseRange) if listener:
listener.send('downloadInfo', {
'uuid': downloadObject.uuid,
'itemName': itemName,
'state': "downloading",
'alreadyStarted': True,
'value': responseRange
})
else: else:
logger.info('%s downloading %s bytes', itemName, complete) if listener:
listener.send('downloadInfo', {
'uuid': downloadObject.uuid,
'itemName': itemName,
'state': "downloading",
'alreadyStarted': False,
'value': complete
})
for chunk in request.iter_content(2048 * 3): for chunk in request.iter_content(2048 * 3):
outputStream.write(chunk) outputStream.write(chunk)
@ -79,24 +78,24 @@ def streamUnencryptedTrack(outputStream, track, start=0, downloadObject=None, in
if downloadObject: if downloadObject:
if isinstance(downloadObject, Single): if isinstance(downloadObject, Single):
percentage = (chunkLength / (complete + start)) * 100 chunkProgres = (chunkLength / (complete + start)) * 100
downloadObject.progressNext = percentage downloadObject.progressNext = chunkProgres
else: else:
chunkProgres = (len(chunk) / (complete + start)) / downloadObject.size * 100 chunkProgres = (len(chunk) / (complete + start)) / downloadObject.size * 100
downloadObject.progressNext += chunkProgres downloadObject.progressNext += chunkProgres
downloadObject.updateProgress(interface) downloadObject.updateProgress(listener)
except (SSLError, u3SSLError): except (SSLError, u3SSLError):
logger.info('%s retrying from byte %s', itemName, chunkLength) logger.info('%s retrying from byte %s', itemName, chunkLength)
streamUnencryptedTrack(outputStream, track, chunkLength, downloadObject, interface) streamTrack(outputStream, track, chunkLength, downloadObject, listener)
except (RequestsConnectionError, ReadTimeout): except (RequestsConnectionError, ReadTimeout, ChunkedEncodingError):
sleep(2) sleep(2)
streamUnencryptedTrack(outputStream, track, start, downloadObject, interface) streamTrack(outputStream, track, start, downloadObject, listener)
def streamTrack(outputStream, track, start=0, downloadObject=None, interface=None): def streamCryptedTrack(outputStream, track, start=0, downloadObject=None, listener=None):
if downloadObject.isCanceled: raise DownloadCanceled
headers= {'User-Agent': USER_AGENT_HEADER} headers= {'User-Agent': USER_AGENT_HEADER}
chunkLength = start chunkLength = start
percentage = 0
itemName = f"[{track.mainArtist.name} - {track.title}]" itemName = f"[{track.mainArtist.name} - {track.title}]"
@ -109,32 +108,49 @@ def streamTrack(outputStream, track, start=0, downloadObject=None, interface=Non
if complete == 0: raise DownloadEmpty if complete == 0: raise DownloadEmpty
if start != 0: if start != 0:
responseRange = request.headers["Content-Range"] responseRange = request.headers["Content-Range"]
logger.info('%s downloading range %s', itemName, responseRange) if listener:
listener.send('downloadInfo', {
'uuid': downloadObject.uuid,
'itemName': itemName,
'state': "downloading",
'alreadyStarted': True,
'value': responseRange
})
else: else:
logger.info('%s downloading %s bytes', itemName, complete) if listener:
listener.send('downloadInfo', {
'uuid': downloadObject.uuid,
'itemName': itemName,
'state': "downloading",
'alreadyStarted': False,
'value': complete
})
for chunk in request.iter_content(2048 * 3): for chunk in request.iter_content(2048 * 3):
if len(chunk) >= 2048: if len(chunk) >= 2048:
chunk = Blowfish.new(blowfish_key, Blowfish.MODE_CBC, b"\x00\x01\x02\x03\x04\x05\x06\x07").decrypt(chunk[0:2048]) + chunk[2048:] chunk = decryptChunk(blowfish_key, chunk[0:2048]) + chunk[2048:]
outputStream.write(chunk) outputStream.write(chunk)
chunkLength += len(chunk) chunkLength += len(chunk)
if downloadObject: if downloadObject:
if isinstance(downloadObject, Single): if isinstance(downloadObject, Single):
percentage = (chunkLength / (complete + start)) * 100 chunkProgres = (chunkLength / (complete + start)) * 100
downloadObject.progressNext = percentage downloadObject.progressNext = chunkProgres
else: else:
chunkProgres = (len(chunk) / (complete + start)) / downloadObject.size * 100 chunkProgres = (len(chunk) / (complete + start)) / downloadObject.size * 100
downloadObject.progressNext += chunkProgres downloadObject.progressNext += chunkProgres
downloadObject.updateProgress(interface) downloadObject.updateProgress(listener)
except (SSLError, u3SSLError): except (SSLError, u3SSLError):
logger.info('%s retrying from byte %s', itemName, chunkLength) logger.info('%s retrying from byte %s', itemName, chunkLength)
streamTrack(outputStream, track, chunkLength, downloadObject, interface) streamCryptedTrack(outputStream, track, chunkLength, downloadObject, listener)
except (RequestsConnectionError, ReadTimeout): except (RequestsConnectionError, ReadTimeout, ChunkedEncodingError):
sleep(2) sleep(2)
streamTrack(outputStream, track, start, downloadObject, interface) streamCryptedTrack(outputStream, track, start, downloadObject, listener)
class DownloadCanceled(Exception):
pass
class DownloadEmpty(Exception): class DownloadEmpty(Exception):
pass pass

395
deemix/downloader.py
View File

@ -18,19 +18,17 @@ from urllib3.exceptions import SSLError as u3SSLError
from mutagen.flac import FLACNoHeaderError, error as FLACError from mutagen.flac import FLACNoHeaderError, error as FLACError
from deezer import TrackFormats from deezer import TrackFormats
from deemix import USER_AGENT_HEADER
from deemix.types.DownloadObjects import Single, Collection from deemix.types.DownloadObjects import Single, Collection
from deemix.types.Track import Track, AlbumDoesntExists from deemix.types.Track import Track, AlbumDoesntExists, MD5NotFound
from deemix.utils.pathtemplates import generateFilename, generateFilepath, settingsRegexAlbum, settingsRegexArtist, settingsRegexPlaylistFile from deemix.types.Picture import StaticPicture
from deemix.taggers import tagID3, tagFLAC from deemix.utils import USER_AGENT_HEADER
from deemix.decryption import generateUnencryptedStreamURL, streamUnencryptedTrack from deemix.utils.pathtemplates import generatePath, generateAlbumName, generateArtistName, generateDownloadObjectName
from deemix.tagger import tagID3, tagFLAC
from deemix.decryption import generateStreamURL, streamTrack, DownloadCanceled
from deemix.settings import OverwriteOption from deemix.settings import OverwriteOption
logger = logging.getLogger('deemix') logger = logging.getLogger('deemix')
TEMPDIR = Path(gettempdir()) / 'deemix-imgs'
if not TEMPDIR.is_dir(): makedirs(TEMPDIR)
extensions = { extensions = {
TrackFormats.FLAC: '.flac', TrackFormats.FLAC: '.flac',
TrackFormats.LOCAL: '.mp3', TrackFormats.LOCAL: '.mp3',
@ -42,21 +40,12 @@ extensions = {
TrackFormats.MP4_RA1: '.mp4' TrackFormats.MP4_RA1: '.mp4'
} }
errorMessages = { TEMPDIR = Path(gettempdir()) / 'deemix-imgs'
'notOnDeezer': "Track not available on Deezer!", if not TEMPDIR.is_dir(): makedirs(TEMPDIR)
'notEncoded': "Track not yet encoded!",
'notEncodedNoAlternative': "Track not yet encoded and no alternative found!",
'wrongBitrate': "Track not found at desired bitrate.",
'wrongBitrateNoAlternative': "Track not found at desired bitrate and no alternative found!",
'no360RA': "Track is not available in Reality Audio 360.",
'notAvailable': "Track not available on deezer's servers!",
'notAvailableNoAlternative': "Track not available on deezer's servers and no alternative found!",
'noSpaceLeft': "No space left on target drive, clean up some space for the tracks",
'albumDoesntExists': "Track's album does not exsist, failed to gather info"
}
def downloadImage(url, path, overwrite=OverwriteOption.DONT_OVERWRITE): def downloadImage(url, path, overwrite=OverwriteOption.DONT_OVERWRITE):
if not path.is_file() or overwrite in [OverwriteOption.OVERWRITE, OverwriteOption.ONLY_TAGS, OverwriteOption.KEEP_BOTH]: if path.is_file() and overwrite not in [OverwriteOption.OVERWRITE, OverwriteOption.ONLY_TAGS, OverwriteOption.KEEP_BOTH]: return path
try: try:
image = get(url, headers={'User-Agent': USER_AGENT_HEADER}, timeout=30) image = get(url, headers={'User-Agent': USER_AGENT_HEADER}, timeout=30)
image.raise_for_status() image.raise_for_status()
@ -64,30 +53,26 @@ def downloadImage(url, path, overwrite=OverwriteOption.DONT_OVERWRITE):
f.write(image.content) f.write(image.content)
return path return path
except requests.exceptions.HTTPError: except requests.exceptions.HTTPError:
if path.is_file(): path.unlink()
if 'cdns-images.dzcdn.net' in url: if 'cdns-images.dzcdn.net' in url:
urlBase = url[:url.rfind("/")+1] urlBase = url[:url.rfind("/")+1]
pictureUrl = url[len(urlBase):] pictureUrl = url[len(urlBase):]
pictureSize = int(pictureUrl[:pictureUrl.find("x")]) pictureSize = int(pictureUrl[:pictureUrl.find("x")])
if pictureSize > 1200: if pictureSize > 1200:
logger.warning("Couldn't download %sx%s image, falling back to 1200x1200", pictureSize, pictureSize) return downloadImage(urlBase+pictureUrl.replace(f"{pictureSize}x{pictureSize}", '1200x1200'), path, overwrite)
sleep(1)
return downloadImage(urlBase+pictureUrl.replace(str(pictureSize)+"x"+str(pictureSize), '1200x1200'), path, overwrite)
logger.error("Image not found: %s", url)
except (requests.exceptions.ConnectionError, requests.exceptions.ChunkedEncodingError, u3SSLError) as e: except (requests.exceptions.ConnectionError, requests.exceptions.ChunkedEncodingError, u3SSLError) as e:
logger.error("Couldn't download Image, retrying in 5 seconds...: %s", url) if path.is_file(): path.unlink()
sleep(5) sleep(5)
return downloadImage(url, path, overwrite) return downloadImage(url, path, overwrite)
except OSError as e: except OSError as e:
if path.is_file(): path.unlink()
if e.errno == errno.ENOSPC: raise DownloadFailed("noSpaceLeft") from e if e.errno == errno.ENOSPC: raise DownloadFailed("noSpaceLeft") from e
logger.exception("Error while downloading an image, you should report this to the developers: %s", e) logger.exception("Error while downloading an image, you should report this to the developers: %s", e)
except Exception as e:
logger.exception("Error while downloading an image, you should report this to the developers: %s", e)
if path.is_file(): path.unlink()
return None return None
return path
def getPreferredBitrate(track, preferredBitrate, shouldFallback, downloadObjectUUID=None, interface=None): def getPreferredBitrate(track, bitrate, shouldFallback, uuid=None, listener=None):
if track.localTrack: return TrackFormats.LOCAL bitrate = int(bitrate)
if track.local: return TrackFormats.LOCAL
falledBack = False falledBack = False
@ -102,7 +87,7 @@ def getPreferredBitrate(track, preferredBitrate, shouldFallback, downloadObjectU
TrackFormats.MP4_RA1: "MP4_RA1", TrackFormats.MP4_RA1: "MP4_RA1",
} }
is360format = int(preferredBitrate) in formats_360 is360format = bitrate in formats_360.keys()
if not shouldFallback: if not shouldFallback:
formats = formats_360 formats = formats_360
@ -112,30 +97,36 @@ def getPreferredBitrate(track, preferredBitrate, shouldFallback, downloadObjectU
else: else:
formats = formats_non_360 formats = formats_non_360
for formatNumber, formatName in formats.items(): def testBitrate(track, formatNumber, formatName):
if formatNumber >= int(preferredBitrate): continue
if f"FILESIZE_{formatName}" in track.filesizes:
if int(track.filesizes[f"FILESIZE_{formatName}"]) != 0: return formatNumber
if not track.filesizes[f"FILESIZE_{formatName}_TESTED"]:
request = requests.head( request = requests.head(
generateUnencryptedStreamURL(track.id, track.MD5, track.mediaVersion, formatNumber), generateStreamURL(track.id, track.MD5, track.mediaVersion, formatNumber),
headers={'User-Agent': USER_AGENT_HEADER}, headers={'User-Agent': USER_AGENT_HEADER},
timeout=30 timeout=30
) )
try: try:
request.raise_for_status() request.raise_for_status()
track.filesizes[f"FILESIZE_{formatName}"] = request.headers["Content-Length"]
track.filesizes[f"FILESIZE_{formatName}_TESTED"] = True
return formatNumber return formatNumber
except requests.exceptions.HTTPError: # if the format is not available, Deezer returns a 403 error except requests.exceptions.HTTPError: # if the format is not available, Deezer returns a 403 error
pass return None
for formatNumber, formatName in formats.items():
if formatNumber >= int(bitrate): continue
if f"FILESIZE_{formatName}" in track.filesizes:
if int(track.filesizes[f"FILESIZE_{formatName}"]) != 0: return formatNumber
if not track.filesizes[f"FILESIZE_{formatName}_TESTED"]:
testedBitrate = testBitrate(track, formatNumber, formatName)
if testedBitrate: return testedBitrate
if not shouldFallback: if not shouldFallback:
raise PreferredBitrateNotFound raise PreferredBitrateNotFound
if not falledBack: if not falledBack:
falledBack = True falledBack = True
logger.info("%s Fallback to lower bitrate", f"[{track.mainArtist.name} - {track.title}]") logger.info("%s Fallback to lower bitrate", f"[{track.mainArtist.name} - {track.title}]")
if interface and downloadObjectUUID: if listener and uuid:
interface.send('queueUpdate', { listener.send('queueUpdate', {
'uuid': downloadObjectUUID, 'uuid': uuid,
'bitrateFallback': True, 'bitrateFallback': True,
'data': { 'data': {
'id': track.id, 'id': track.id,
@ -147,32 +138,52 @@ def getPreferredBitrate(track, preferredBitrate, shouldFallback, downloadObjectU
return TrackFormats.DEFAULT return TrackFormats.DEFAULT
class Downloader: class Downloader:
def __init__(self, dz, downloadObject, settings, interface=None): def __init__(self, dz, downloadObject, settings, listener=None):
self.dz = dz self.dz = dz
self.downloadObject = downloadObject self.downloadObject = downloadObject
self.settings = settings self.settings = settings
self.bitrate = downloadObject.bitrate self.bitrate = downloadObject.bitrate
self.interface = interface self.listener = listener
self.extrasPath = None self.extrasPath = None
self.playlistCoverName = None self.playlistCoverName = None
self.playlistURLs = [] self.playlistURLs = []
def start(self): def start(self):
if self.downloadObject.isCanceled:
if self.listener:
self.listener.send('currentItemCancelled', self.downloadObject.uuid)
self.listener.send("removedFromQueue", self.downloadObject.uuid)
return
if isinstance(self.downloadObject, Single): if isinstance(self.downloadObject, Single):
result = self.downloadWrapper(self.downloadObject.single['trackAPI_gw'], self.downloadObject.single['trackAPI'], self.downloadObject.single['albumAPI']) track = self.downloadWrapper({
if result: self.singleAfterDownload(result) 'trackAPI_gw': self.downloadObject.single['trackAPI_gw'],
'trackAPI': self.downloadObject.single['trackAPI'],
'albumAPI': self.downloadObject.single['albumAPI']
})
if track: self.afterDownloadSingle(track)
elif isinstance(self.downloadObject, Collection): elif isinstance(self.downloadObject, Collection):
tracks = [None] * len(self.downloadObject.collection['tracks_gw']) tracks = [None] * len(self.downloadObject.collection['tracks_gw'])
with ThreadPoolExecutor(self.settings['queueConcurrency']) as executor: with ThreadPoolExecutor(self.settings['queueConcurrency']) as executor:
for pos, track in enumerate(self.downloadObject.collection['tracks_gw'], start=0): for pos, track in enumerate(self.downloadObject.collection['tracks_gw'], start=0):
tracks[pos] = executor.submit(self.downloadWrapper, track, None, self.downloadObject.collection['albumAPI'], self.downloadObject.collection['playlistAPI']) tracks[pos] = executor.submit(self.downloadWrapper, {
self.collectionAfterDownload(tracks) 'trackAPI_gw': track,
if self.interface: 'albumAPI': self.downloadObject.collection['albumAPI'],
self.interface.send("finishDownload", self.downloadObject.uuid) 'playlistAPI': self.downloadObject.collection['playlistAPI']
return self.extrasPath })
self.afterDownloadCollection(tracks)
def download(self, trackAPI_gw, trackAPI=None, albumAPI=None, playlistAPI=None, track=None): if self.listener:
result = {} self.listener.send("finishDownload", self.downloadObject.uuid)
def download(self, extraData, track=None):
returnData = {}
trackAPI_gw = extraData['trackAPI_gw']
trackAPI = extraData['trackAPI']
albumAPI = extraData['albumAPI']
playlistAPI = extraData['playlistAPI']
if self.downloadObject.isCanceled: raise DownloadCanceled
if trackAPI_gw['SNG_ID'] == "0": raise DownloadFailed("notOnDeezer") if trackAPI_gw['SNG_ID'] == "0": raise DownloadFailed("notOnDeezer")
itemName = f"[{trackAPI_gw['ART_NAME']} - {trackAPI_gw['SNG_TITLE']}]" itemName = f"[{trackAPI_gw['ART_NAME']} - {trackAPI_gw['SNG_TITLE']}]"
@ -190,6 +201,8 @@ class Downloader:
) )
except AlbumDoesntExists as e: except AlbumDoesntExists as e:
raise DownloadError('albumDoesntExists') from e raise DownloadError('albumDoesntExists') from e
except MD5NotFound as e:
raise DownloadError('notLoggedIn') from e
itemName = f"[{track.mainArtist.name} - {track.title}]" itemName = f"[{track.mainArtist.name} - {track.title}]"
@ -202,36 +215,37 @@ class Downloader:
track, track,
self.bitrate, self.bitrate,
self.settings['fallbackBitrate'], self.settings['fallbackBitrate'],
self.downloadObject.uuid, self.interface self.downloadObject.uuid, self.listener
) )
except PreferredBitrateNotFound as e: except PreferredBitrateNotFound as e:
raise DownloadFailed("wrongBitrate", track) from e raise DownloadFailed("wrongBitrate", track) from e
except TrackNot360 as e: except TrackNot360 as e:
raise DownloadFailed("no360RA") from e raise DownloadFailed("no360RA") from e
track.selectedFormat = selectedFormat track.bitrate = selectedFormat
track.album.bitrate = selectedFormat track.album.bitrate = selectedFormat
# Apply settings
track.applySettings(self.settings)
# Generate filename and filepath from metadata
(filename, filepath, artistPath, coverPath, extrasPath) = generatePath(track, self.downloadObject, self.settings)
# Make sure the filepath exists
makedirs(filepath, exist_ok=True)
extension = extensions[track.bitrate]
writepath = filepath / f"{filename}{extension}"
# Save extrasPath
if extrasPath and not self.extrasPath: self.extrasPath = extrasPath
# Generate covers URLs # Generate covers URLs
embeddedImageFormat = f'jpg-{self.settings["jpegImageQuality"]}' embeddedImageFormat = f'jpg-{self.settings["jpegImageQuality"]}'
if self.settings['embeddedArtworkPNG']: embeddedImageFormat = 'png' if self.settings['embeddedArtworkPNG']: embeddedImageFormat = 'png'
track.applySettings(self.settings, TEMPDIR, embeddedImageFormat) track.album.embeddedCoverURL = track.album.pic.getURL(self.settings['embeddedArtworkSize'], embeddedImageFormat)
ext = track.album.embeddedCoverURL[-4:]
# Generate filename and filepath from metadata if ext[0] != ".": ext = ".jpg" # Check for Spotify images
filename = generateFilename(track, self.settings, "%artist% - %title%") track.album.embeddedCoverPath = TEMPDIR / ((f"pl{track.playlist.id}" if track.album.isPlaylist else f"alb{track.album.id}") + f"_{self.settings['embeddedArtworkSize']}{ext}")
(filepath, artistPath, coverPath, extrasPath) = generateFilepath(track, self.settings)
# Remove subfolders from filename and add it to filepath
if pathSep in filename:
tempPath = filename[:filename.rfind(pathSep)]
filepath = filepath / tempPath
filename = filename[filename.rfind(pathSep) + len(pathSep):]
# Make sure the filepath exists
makedirs(filepath, exist_ok=True)
writepath = filepath / f"{filename}{extensions[track.selectedFormat]}"
# Save extrasPath
if extrasPath:
if not self.extrasPath: self.extrasPath = extrasPath
result['filename'] = str(writepath)[len(str(extrasPath))+ len(pathSep):]
# Download and cache coverart # Download and cache coverart
logger.info("%s Getting the album cover", itemName) logger.info("%s Getting the album cover", itemName)
@ -239,48 +253,46 @@ class Downloader:
# Save local album art # Save local album art
if coverPath: if coverPath:
result['albumURLs'] = [] returnData['albumURLs'] = []
for pic_format in self.settings['localArtworkFormat'].split(","): for pic_format in self.settings['localArtworkFormat'].split(","):
if pic_format in ["png","jpg"]: if pic_format in ["png","jpg"]:
extendedFormat = pic_format extendedFormat = pic_format
if extendedFormat == "jpg": extendedFormat += f"-{self.settings['jpegImageQuality']}" if extendedFormat == "jpg": extendedFormat += f"-{self.settings['jpegImageQuality']}"
url = track.album.pic.generatePictureURL(self.settings['localArtworkSize'], extendedFormat) url = track.album.pic.getURL(self.settings['localArtworkSize'], extendedFormat)
if self.settings['tags']['savePlaylistAsCompilation'] \ # Skip non deezer pictures at the wrong format
and track.playlist \ if isinstance(track.album.pic, StaticPicture) and pic_format != "jpg":
and track.playlist.pic.staticUrl \
and not pic_format.startswith("jpg"):
continue continue
result['albumURLs'].append({'url': url, 'ext': pic_format}) returnData['albumURLs'].append({'url': url, 'ext': pic_format})
result['albumPath'] = coverPath returnData['albumPath'] = coverPath
result['albumFilename'] = f"{settingsRegexAlbum(self.settings['coverImageTemplate'], track.album, self.settings, track.playlist)}" returnData['albumFilename'] = generateAlbumName(self.settings['coverImageTemplate'], track.album, self.settings, track.playlist)
# Save artist art # Save artist art
if artistPath: if artistPath:
result['artistURLs'] = [] returnData['artistURLs'] = []
for pic_format in self.settings['localArtworkFormat'].split(","): for pic_format in self.settings['localArtworkFormat'].split(","):
if pic_format in ["png","jpg"]: # Deezer doesn't support png artist images
extendedFormat = pic_format if pic_format == "jpg":
if extendedFormat == "jpg": extendedFormat += f"-{self.settings['jpegImageQuality']}" extendedFormat = f"{pic_format}-{self.settings['jpegImageQuality']}"
url = track.album.mainArtist.pic.generatePictureURL(self.settings['localArtworkSize'], extendedFormat) url = track.album.mainArtist.pic.getURL(self.settings['localArtworkSize'], extendedFormat)
if track.album.mainArtist.pic.md5 == "" and not pic_format.startswith("jpg"): continue if track.album.mainArtist.pic.md5 == "": continue
result['artistURLs'].append({'url': url, 'ext': pic_format}) returnData['artistURLs'].append({'url': url, 'ext': pic_format})
result['artistPath'] = artistPath returnData['artistPath'] = artistPath
result['artistFilename'] = f"{settingsRegexArtist(self.settings['artistImageTemplate'], track.album.mainArtist, self.settings, rootArtist=track.album.rootArtist)}" returnData['artistFilename'] = generateArtistName(self.settings['artistImageTemplate'], track.album.mainArtist, self.settings, rootArtist=track.album.rootArtist)
# Save playlist art # Save playlist art
if track.playlist: if track.playlist:
if self.playlistURLs == []: if len(self.playlistURLs) == 0:
for pic_format in self.settings['localArtworkFormat'].split(","): for pic_format in self.settings['localArtworkFormat'].split(","):
if pic_format in ["png","jpg"]: if pic_format in ["png","jpg"]:
extendedFormat = pic_format extendedFormat = pic_format
if extendedFormat == "jpg": extendedFormat += f"-{self.settings['jpegImageQuality']}" if extendedFormat == "jpg": extendedFormat += f"-{self.settings['jpegImageQuality']}"
url = track.playlist.pic.generatePictureURL(self.settings['localArtworkSize'], extendedFormat) url = track.playlist.pic.getURL(self.settings['localArtworkSize'], extendedFormat)
if track.playlist.pic.staticUrl and not pic_format.startswith("jpg"): continue if isinstance(track.playlist.pic, StaticPicture) and pic_format != "jpg": continue
self.playlistURLs.append({'url': url, 'ext': pic_format}) self.playlistURLs.append({'url': url, 'ext': pic_format})
if not self.playlistCoverName: if not self.playlistCoverName:
track.playlist.bitrate = selectedFormat track.playlist.bitrate = selectedFormat
track.playlist.dateString = track.playlist.date.format(self.settings['dateFormat']) track.playlist.dateString = track.playlist.date.format(self.settings['dateFormat'])
self.playlistCoverName = f"{settingsRegexAlbum(self.settings['coverImageTemplate'], track.playlist, self.settings, track.playlist)}" self.playlistCoverName = generateAlbumName(self.settings['coverImageTemplate'], track.playlist, self.settings, track.playlist)
# Save lyrics in lrc file # Save lyrics in lrc file
if self.settings['syncedLyrics'] and track.lyrics.sync: if self.settings['syncedLyrics'] and track.lyrics.sync:
@ -301,106 +313,67 @@ class Downloader:
# Don't overwrite and keep both files # Don't overwrite and keep both files
if trackAlreadyDownloaded and self.settings['overwriteFile'] == OverwriteOption.KEEP_BOTH: if trackAlreadyDownloaded and self.settings['overwriteFile'] == OverwriteOption.KEEP_BOTH:
baseFilename = str(filepath / filename) baseFilename = str(filepath / filename)
i = 1 c = 1
currentFilename = baseFilename+' ('+str(i)+')'+ extensions[track.selectedFormat] currentFilename = baseFilename+' ('+str(c)+')'+ extension
while Path(currentFilename).is_file(): while Path(currentFilename).is_file():
i += 1 c += 1
currentFilename = baseFilename+' ('+str(i)+')'+ extensions[track.selectedFormat] currentFilename = baseFilename+' ('+str(c)+')'+ extension
trackAlreadyDownloaded = False trackAlreadyDownloaded = False
writepath = Path(currentFilename) writepath = Path(currentFilename)
if not trackAlreadyDownloaded or self.settings['overwriteFile'] == OverwriteOption.OVERWRITE: if not trackAlreadyDownloaded or self.settings['overwriteFile'] == OverwriteOption.OVERWRITE:
logger.info("%s Downloading the track", itemName) logger.info("%s Downloading the track", itemName)
track.downloadUrl = generateUnencryptedStreamURL(track.id, track.MD5, track.mediaVersion, track.selectedFormat) track.downloadUrl = generateStreamURL(track.id, track.MD5, track.mediaVersion, track.bitrate)
def downloadMusic(track, trackAPI_gw):
try: try:
with open(writepath, 'wb') as stream: with open(writepath, 'wb') as stream:
streamUnencryptedTrack(stream, track, downloadObject=self.downloadObject, interface=self.interface) streamTrack(stream, track, downloadObject=self.downloadObject, listener=self.listener)
except DownloadCancelled as e:
if writepath.is_file(): writepath.unlink()
raise e
except (requests.exceptions.HTTPError, DownloadEmpty) as e:
if writepath.is_file(): writepath.unlink()
if track.fallbackID != "0":
logger.warning("%s Track not available, using fallback id", itemName)
newTrack = self.dz.gw.get_track_with_fallback(track.fallbackID)
track.parseEssentialData(newTrack)
track.retriveFilesizes(self.dz)
return False
if not track.searched and self.settings['fallbackSearch']:
logger.warning("%s Track not available, searching for alternative", itemName)
searchedId = self.dz.api.get_track_id_from_metadata(track.mainArtist.name, track.title, track.album.title)
if searchedId != "0":
newTrack = self.dz.gw.get_track_with_fallback(searchedId)
track.parseEssentialData(newTrack)
track.retriveFilesizes(self.dz)
track.searched = True
if self.interface:
self.interface.send('queueUpdate', {
'uuid': self.downloadObject.uuid,
'searchFallback': True,
'data': {
'id': track.id,
'title': track.title,
'artist': track.mainArtist.name
},
})
return False
raise DownloadFailed("notAvailableNoAlternative") from e
raise DownloadFailed("notAvailable") from e
except (requests.exceptions.ConnectionError, requests.exceptions.ChunkedEncodingError) as e:
if writepath.is_file(): writepath.unlink()
logger.warning("%s Error while downloading the track, trying again in 5s...", itemName)
sleep(5)
return downloadMusic(track, trackAPI_gw)
except OSError as e: except OSError as e:
if writepath.is_file(): writepath.unlink() if writepath.is_file(): writepath.unlink()
if e.errno == errno.ENOSPC: raise DownloadFailed("noSpaceLeft") from e if e.errno == errno.ENOSPC: raise DownloadFailed("noSpaceLeft") from e
logger.exception("%s Error while downloading the track, you should report this to the developers: %s", itemName, e)
raise e
except Exception as e:
if writepath.is_file(): writepath.unlink()
logger.exception("%s Error while downloading the track, you should report this to the developers: %s", itemName, e)
raise e
return True
try:
trackDownloaded = downloadMusic(track, trackAPI_gw)
except Exception as e:
raise e raise e
if not trackDownloaded: return self.download(trackAPI_gw, track=track)
else: else:
logger.info("%s Skipping track as it's already downloaded", itemName) logger.info("%s Skipping track as it's already downloaded", itemName)
self.downloadObject.completeTrackProgress(self.interface) self.downloadObject.completeTrackProgress(self.listener)
# Adding tags # Adding tags
if (not trackAlreadyDownloaded or self.settings['overwriteFile'] in [OverwriteOption.ONLY_TAGS, OverwriteOption.OVERWRITE]) and not track.localTrack: if (not trackAlreadyDownloaded or self.settings['overwriteFile'] in [OverwriteOption.ONLY_TAGS, OverwriteOption.OVERWRITE]) and not track.local:
logger.info("%s Applying tags to the track", itemName) logger.info("%s Applying tags to the track", itemName)
if track.selectedFormat in [TrackFormats.MP3_320, TrackFormats.MP3_128, TrackFormats.DEFAULT]: if extension == '.mp3':
tagID3(writepath, track, self.settings['tags']) tagID3(writepath, track, self.settings['tags'])
elif track.selectedFormat == TrackFormats.FLAC: elif extension == '.flac':
try: try:
tagFLAC(writepath, track, self.settings['tags']) tagFLAC(writepath, track, self.settings['tags'])
except (FLACNoHeaderError, FLACError): except (FLACNoHeaderError, FLACError):
if writepath.is_file(): writepath.unlink() writepath.unlink()
logger.warning("%s Track not available in FLAC, falling back if necessary", itemName) logger.warning("%s Track not available in FLAC, falling back if necessary", itemName)
self.downloadObject.removeTrackProgress(self.interface) self.downloadObject.removeTrackProgress(self.listener)
track.filesizes['FILESIZE_FLAC'] = "0" track.filesizes['FILESIZE_FLAC'] = "0"
track.filesizes['FILESIZE_FLAC_TESTED'] = True track.filesizes['FILESIZE_FLAC_TESTED'] = True
return self.download(trackAPI_gw, track=track) return self.download(trackAPI_gw, track=track)
if track.searched: result['searched'] = f"{track.mainArtist.name} - {track.title}" if track.searched: returnData['searched'] = True
logger.info("%s Track download completed\n%s", itemName, writepath)
self.downloadObject.downloaded += 1 self.downloadObject.downloaded += 1
self.downloadObject.files.append(str(writepath)) self.downloadObject.files.append(str(writepath))
self.downloadObject.extrasPath = str(self.extrasPath) self.downloadObject.extrasPath = str(self.extrasPath)
if self.interface: logger.info("%s Track download completed\n%s", itemName, writepath)
self.interface.send("updateQueue", {'uuid': self.downloadObject.uuid, 'downloaded': True, 'downloadPath': str(writepath), 'extrasPath': str(self.extrasPath)}) if self.listener: self.listener.send("updateQueue", {
return result 'uuid': self.downloadObject.uuid,
'downloaded': True,
'downloadPath': str(writepath),
'extrasPath': str(self.extrasPath)
})
returnData['filename'] = str(writepath)[len(str(extrasPath))+ len(pathSep):]
returnData['data'] = {
'id': track.id,
'title': track.title,
'artist': track.mainArtist.name
}
return returnData
def downloadWrapper(self, trackAPI_gw, trackAPI=None, albumAPI=None, playlistAPI=None, track=None): def downloadWrapper(self, extraData, track=None):
trackAPI_gw = extraData['trackAPI_gw']
# Temp metadata to generate logs # Temp metadata to generate logs
tempTrack = { tempTrack = {
'id': trackAPI_gw['SNG_ID'], 'id': trackAPI_gw['SNG_ID'],
@ -413,7 +386,7 @@ class Downloader:
itemName = f"[{track.mainArtist.name} - {track.title}]" itemName = f"[{track.mainArtist.name} - {track.title}]"
try: try:
result = self.download(trackAPI_gw, trackAPI, albumAPI, playlistAPI, track) result = self.download(extraData, track)
except DownloadFailed as error: except DownloadFailed as error:
if error.track: if error.track:
track = error.track track = error.track
@ -422,7 +395,7 @@ class Downloader:
newTrack = self.dz.gw.get_track_with_fallback(track.fallbackID) newTrack = self.dz.gw.get_track_with_fallback(track.fallbackID)
track.parseEssentialData(newTrack) track.parseEssentialData(newTrack)
track.retriveFilesizes(self.dz) track.retriveFilesizes(self.dz)
return self.downloadWrapper(trackAPI_gw, trackAPI, albumAPI, playlistAPI, track) return self.downloadWrapper(extraData, track)
if not track.searched and self.settings['fallbackSearch']: if not track.searched and self.settings['fallbackSearch']:
logger.warning("%s %s Searching for alternative", itemName, error.message) logger.warning("%s %s Searching for alternative", itemName, error.message)
searchedId = self.dz.api.get_track_id_from_metadata(track.mainArtist.name, track.title, track.album.title) searchedId = self.dz.api.get_track_id_from_metadata(track.mainArtist.name, track.title, track.album.title)
@ -431,8 +404,7 @@ class Downloader:
track.parseEssentialData(newTrack) track.parseEssentialData(newTrack)
track.retriveFilesizes(self.dz) track.retriveFilesizes(self.dz)
track.searched = True track.searched = True
if self.interface: if self.listener: self.listener.send('queueUpdate', {
self.interface.send('queueUpdate', {
'uuid': self.downloadObject.uuid, 'uuid': self.downloadObject.uuid,
'searchFallback': True, 'searchFallback': True,
'data': { 'data': {
@ -441,7 +413,7 @@ class Downloader:
'artist': track.mainArtist.name 'artist': track.mainArtist.name
}, },
}) })
return self.downloadWrapper(trackAPI_gw, trackAPI, albumAPI, playlistAPI, track) return self.downloadWrapper(extraData, track)
error.errid += "NoAlternative" error.errid += "NoAlternative"
error.message = errorMessages[error.errid] error.message = errorMessages[error.errid]
logger.error("%s %s", itemName, error.message) logger.error("%s %s", itemName, error.message)
@ -458,12 +430,12 @@ class Downloader:
}} }}
if 'error' in result: if 'error' in result:
self.downloadObject.completeTrackProgress(self.interface) self.downloadObject.completeTrackProgress(self.listener)
self.downloadObject.failed += 1 self.downloadObject.failed += 1
self.downloadObject.errors.append(result['error']) self.downloadObject.errors.append(result['error'])
if self.interface: if self.listener:
error = result['error'] error = result['error']
self.interface.send("updateQueue", { self.listener.send("updateQueue", {
'uuid': self.downloadObject.uuid, 'uuid': self.downloadObject.uuid,
'failed': True, 'failed': True,
'data': error['data'], 'data': error['data'],
@ -472,61 +444,63 @@ class Downloader:
}) })
return result return result
def singleAfterDownload(self, result): def afterDownloadSingle(self, track):
if not self.extrasPath: self.extrasPath = Path(self.settings['downloadLocation']) if not self.extrasPath: self.extrasPath = Path(self.settings['downloadLocation'])
# Save Album Cover # Save Album Cover
if self.settings['saveArtwork'] and 'albumPath' in result: if self.settings['saveArtwork'] and 'albumPath' in track:
for image in result['albumURLs']: for image in track['albumURLs']:
downloadImage(image['url'], result['albumPath'] / f"{result['albumFilename']}.{image['ext']}", self.settings['overwriteFile']) downloadImage(image['url'], track['albumPath'] / f"{track['albumFilename']}.{image['ext']}", self.settings['overwriteFile'])
# Save Artist Artwork # Save Artist Artwork
if self.settings['saveArtworkArtist'] and 'artistPath' in result: if self.settings['saveArtworkArtist'] and 'artistPath' in track:
for image in result['artistURLs']: for image in track['artistURLs']:
downloadImage(image['url'], result['artistPath'] / f"{result['artistFilename']}.{image['ext']}", self.settings['overwriteFile']) downloadImage(image['url'], track['artistPath'] / f"{track['artistFilename']}.{image['ext']}", self.settings['overwriteFile'])
# Create searched logfile # Create searched logfile
if self.settings['logSearched'] and 'searched' in result: if self.settings['logSearched'] and 'searched' in track:
filename = f"{track.data.artist} - {track.data.title}"
with open(self.extrasPath / 'searched.txt', 'wb+') as f: with open(self.extrasPath / 'searched.txt', 'wb+') as f:
orig = f.read().decode('utf-8') searchedFile = f.read().decode('utf-8')
if not result['searched'] in orig: if not filename in searchedFile:
if orig != "": orig += "\r\n" if searchedFile != "": searchedFile += "\r\n"
orig += result['searched'] + "\r\n" searchedFile += filename + "\r\n"
f.write(orig.encode('utf-8')) f.write(searchedFile.encode('utf-8'))
# Execute command after download # Execute command after download
if self.settings['executeCommand'] != "": if self.settings['executeCommand'] != "":
execute(self.settings['executeCommand'].replace("%folder%", quote(str(self.extrasPath))).replace("%filename%", quote(result['filename'])), shell=True) execute(self.settings['executeCommand'].replace("%folder%", quote(str(self.extrasPath))).replace("%filename%", quote(track['filename'])), shell=True)
def collectionAfterDownload(self, tracks): def afterDownloadCollection(self, tracks):
if not self.extrasPath: self.extrasPath = Path(self.settings['downloadLocation']) if not self.extrasPath: self.extrasPath = Path(self.settings['downloadLocation'])
playlist = [None] * len(tracks) playlist = [None] * len(tracks)
errors = "" errors = ""
searched = "" searched = ""
for i in enumerate(tracks): for i, track in enumerate(tracks):
result = tracks[i].result() track = track.result()
if not result: return # Check if item is cancelled if not track: return # Check if item is cancelled
# Log errors to file # Log errors to file
if result.get('error'): if track.get('error'):
if not result['error'].get('data'): result['error']['data'] = {'id': "0", 'title': 'Unknown', 'artist': 'Unknown'} if not track['error'].get('data'): track['error']['data'] = {'id': "0", 'title': 'Unknown', 'artist': 'Unknown'}
errors += f"{result['error']['data']['id']} | {result['error']['data']['artist']} - {result['error']['data']['title']} | {result['error']['message']}\r\n" errors += f"{track['error']['data']['id']} | {track['error']['data']['artist']} - {track['error']['data']['title']} | {track['error']['message']}\r\n"
# Log searched to file # Log searched to file
if 'searched' in result: searched += result['searched'] + "\r\n" if 'searched' in track: searched += track['searched'] + "\r\n"
# Save Album Cover # Save Album Cover
if self.settings['saveArtwork'] and 'albumPath' in result: if self.settings['saveArtwork'] and 'albumPath' in track:
for image in result['albumURLs']: for image in track['albumURLs']:
downloadImage(image['url'], result['albumPath'] / f"{result['albumFilename']}.{image['ext']}", self.settings['overwriteFile']) downloadImage(image['url'], track['albumPath'] / f"{track['albumFilename']}.{image['ext']}", self.settings['overwriteFile'])
# Save Artist Artwork # Save Artist Artwork
if self.settings['saveArtworkArtist'] and 'artistPath' in result: if self.settings['saveArtworkArtist'] and 'artistPath' in track:
for image in result['artistURLs']: for image in track['artistURLs']:
downloadImage(image['url'], result['artistPath'] / f"{result['artistFilename']}.{image['ext']}", self.settings['overwriteFile']) downloadImage(image['url'], track['artistPath'] / f"{track['artistFilename']}.{image['ext']}", self.settings['overwriteFile'])
# Save filename for playlist file # Save filename for playlist file
playlist[i] = result.get('filename', "") playlist[i] = track.get('filename', "")
# Create errors logfile # Create errors logfile
if self.settings['logErrors'] and errors != "": if self.settings['logErrors'] and errors != "":
@ -545,7 +519,7 @@ class Downloader:
# Create M3U8 File # Create M3U8 File
if self.settings['createM3U8File']: if self.settings['createM3U8File']:
filename = settingsRegexPlaylistFile(self.settings['playlistFilenameTemplate'], self.downloadObject, self.settings) or "playlist" filename = generateDownloadObjectName(self.settings['playlistFilenameTemplate'], self.downloadObject, self.settings) or "playlist"
with open(self.extrasPath / f'{filename}.m3u8', 'wb') as f: with open(self.extrasPath / f'{filename}.m3u8', 'wb') as f:
for line in playlist: for line in playlist:
f.write((line + "\n").encode('utf-8')) f.write((line + "\n").encode('utf-8'))
@ -557,6 +531,19 @@ class Downloader:
class DownloadError(Exception): class DownloadError(Exception):
"""Base class for exceptions in this module.""" """Base class for exceptions in this module."""
errorMessages = {
'notOnDeezer': "Track not available on Deezer!",
'notEncoded': "Track not yet encoded!",
'notEncodedNoAlternative': "Track not yet encoded and no alternative found!",
'wrongBitrate': "Track not found at desired bitrate.",
'wrongBitrateNoAlternative': "Track not found at desired bitrate and no alternative found!",
'no360RA': "Track is not available in Reality Audio 360.",
'notAvailable': "Track not available on deezer's servers!",
'notAvailableNoAlternative': "Track not available on deezer's servers and no alternative found!",
'noSpaceLeft': "No space left on target drive, clean up some space for the tracks",
'albumDoesntExists': "Track's album does not exsist, failed to gather info"
}
class DownloadFailed(DownloadError): class DownloadFailed(DownloadError):
def __init__(self, errid, track=None): def __init__(self, errid, track=None):
super().__init__() super().__init__()
@ -564,12 +551,6 @@ class DownloadFailed(DownloadError):
self.message = errorMessages[self.errid] self.message = errorMessages[self.errid]
self.track = track self.track = track
class DownloadCancelled(DownloadError):
pass
class DownloadEmpty(DownloadError):
pass
class PreferredBitrateNotFound(DownloadError): class PreferredBitrateNotFound(DownloadError):
pass pass

134
deemix/itemgen.py
View File

@ -1,46 +1,31 @@
import logging import logging
from deemix.types.DownloadObjects import Single, Collection from deemix.types.DownloadObjects import Single, Collection
from deezer.utils import map_user_playlist
from deezer.api import APIError
from deezer.gw import GWAPIError, LyricsStatus from deezer.gw import GWAPIError, LyricsStatus
from deezer.api import APIError
from deezer.utils import map_user_playlist
logger = logging.getLogger('deemix') logger = logging.getLogger('deemix')
class GenerationError(Exception):
def __init__(self, link, message, errid=None):
super().__init__()
self.link = link
self.message = message
self.errid = errid
def toDict(self):
return {
'link': self.link,
'error': self.message,
'errid': self.errid
}
def generateTrackItem(dz, link_id, bitrate, trackAPI=None, albumAPI=None): def generateTrackItem(dz, link_id, bitrate, trackAPI=None, albumAPI=None):
# Check if is an isrc: url # Check if is an isrc: url
if str(link_id).startswith("isrc"): if str(link_id).startswith("isrc"):
try: try:
trackAPI = dz.api.get_track(link_id) trackAPI = dz.api.get_track(link_id)
except APIError as e: except APIError as e:
raise GenerationError("https://deezer.com/track/"+str(link_id), f"Wrong URL: {e}") from e raise GenerationError(f"https://deezer.com/track/{link_id}", str(e)) from e
if 'id' in trackAPI and 'title' in trackAPI: if 'id' in trackAPI and 'title' in trackAPI:
link_id = trackAPI['id'] link_id = trackAPI['id']
else: else:
raise GenerationError("https://deezer.com/track/"+str(link_id), "Track ISRC is not available on deezer", "ISRCnotOnDeezer") raise ISRCnotOnDeezer(f"https://deezer.com/track/{link_id}")
if not link_id.isdecimal(): raise InvalidID(f"https://deezer.com/track/{link_id}")
# Get essential track info # Get essential track info
try: try:
trackAPI_gw = dz.gw.get_track_with_fallback(link_id) trackAPI_gw = dz.gw.get_track_with_fallback(link_id)
except GWAPIError as e: except GWAPIError as e:
message = "Wrong URL" raise GenerationError(f"https://deezer.com/track/{link_id}", str(e)) from e
# TODO: FIX
# if "DATA_ERROR" in e: message += f": {e['DATA_ERROR']}"
raise GenerationError("https://deezer.com/track/"+str(link_id), message) from e
title = trackAPI_gw['SNG_TITLE'].strip() title = trackAPI_gw['SNG_TITLE'].strip()
if trackAPI_gw.get('VERSION') and trackAPI_gw['VERSION'] not in trackAPI_gw['SNG_TITLE']: if trackAPI_gw.get('VERSION') and trackAPI_gw['VERSION'] not in trackAPI_gw['SNG_TITLE']:
@ -67,20 +52,24 @@ def generateAlbumItem(dz, link_id, bitrate, rootArtist=None):
try: try:
albumAPI = dz.api.get_album(link_id) albumAPI = dz.api.get_album(link_id)
except APIError as e: except APIError as e:
raise GenerationError("https://deezer.com/album/"+str(link_id), f"Wrong URL: {e}") from e raise GenerationError(f"https://deezer.com/album/{link_id}", str(e)) from e
if str(link_id).startswith('upc'): link_id = albumAPI['id'] if str(link_id).startswith('upc'): link_id = albumAPI['id']
if not link_id.isdecimal(): raise InvalidID(f"https://deezer.com/album/{link_id}")
# Get extra info about album # Get extra info about album
# This saves extra api calls when downloading # This saves extra api calls when downloading
albumAPI_gw = dz.gw.get_album(link_id) albumAPI_gw = dz.gw.get_album(link_id)
albumAPI['nb_disk'] = albumAPI_gw['NUMBER_DISK'] albumAPI['nb_disk'] = albumAPI_gw['NUMBER_DISK']
albumAPI['copyright'] = albumAPI_gw['COPYRIGHT'] albumAPI['copyright'] = albumAPI_gw['COPYRIGHT']
albumAPI['release_date'] = albumAPI_gw['PHYSICAL_RELEASE_DATE']
albumAPI['root_artist'] = rootArtist albumAPI['root_artist'] = rootArtist
# If the album is a single download as a track # If the album is a single download as a track
if albumAPI['nb_tracks'] == 1: if albumAPI['nb_tracks'] == 1:
if len(albumAPI['tracks']['data']):
return generateTrackItem(dz, albumAPI['tracks']['data'][0]['id'], bitrate, albumAPI=albumAPI) return generateTrackItem(dz, albumAPI['tracks']['data'][0]['id'], bitrate, albumAPI=albumAPI)
raise GenerationError(f"https://deezer.com/album/{link_id}", "Single has no tracks.")
tracksArray = dz.gw.get_album_tracks(link_id) tracksArray = dz.gw.get_album_tracks(link_id)
@ -116,6 +105,7 @@ def generateAlbumItem(dz, link_id, bitrate, rootArtist=None):
def generatePlaylistItem(dz, link_id, bitrate, playlistAPI=None, playlistTracksAPI=None): def generatePlaylistItem(dz, link_id, bitrate, playlistAPI=None, playlistTracksAPI=None):
if not playlistAPI: if not playlistAPI:
if not link_id.isdecimal(): raise InvalidID(f"https://deezer.com/playlist/{link_id}")
# Get essential playlist info # Get essential playlist info
try: try:
playlistAPI = dz.api.get_playlist(link_id) playlistAPI = dz.api.get_playlist(link_id)
@ -127,15 +117,12 @@ def generatePlaylistItem(dz, link_id, bitrate, playlistAPI=None, playlistTracksA
userPlaylist = dz.gw.get_playlist_page(link_id) userPlaylist = dz.gw.get_playlist_page(link_id)
playlistAPI = map_user_playlist(userPlaylist['DATA']) playlistAPI = map_user_playlist(userPlaylist['DATA'])
except GWAPIError as e: except GWAPIError as e:
message = "Wrong URL" raise GenerationError(f"https://deezer.com/playlist/{link_id}", str(e)) from e
# TODO: FIX
# if "DATA_ERROR" in e: message += f": {e['DATA_ERROR']}"
raise GenerationError("https://deezer.com/playlist/"+str(link_id), message) from e
# Check if private playlist and owner # Check if private playlist and owner
if not playlistAPI.get('public', False) and playlistAPI['creator']['id'] != str(dz.current_user['id']): if not playlistAPI.get('public', False) and playlistAPI['creator']['id'] != str(dz.current_user['id']):
logger.warning("You can't download others private playlists.") logger.warning("You can't download others private playlists.")
raise GenerationError("https://deezer.com/playlist/"+str(link_id), "You can't download others private playlists.", "notYourPrivatePlaylist") raise NotYourPrivatePlaylist(f"https://deezer.com/playlist/{link_id}")
if not playlistTracksAPI: if not playlistTracksAPI:
playlistTracksAPI = dz.gw.get_playlist_tracks(link_id) playlistTracksAPI = dz.gw.get_playlist_tracks(link_id)
@ -168,73 +155,82 @@ def generatePlaylistItem(dz, link_id, bitrate, playlistAPI=None, playlistTracksA
} }
}) })
def generateArtistItem(dz, link_id, bitrate, interface=None): def generateArtistItem(dz, link_id, bitrate, listener=None):
if not link_id.isdecimal(): raise InvalidID(f"https://deezer.com/artist/{link_id}")
# Get essential artist info # Get essential artist info
try: try:
artistAPI = dz.api.get_artist(link_id) artistAPI = dz.api.get_artist(link_id)
except APIError as e: except APIError as e:
raise GenerationError("https://deezer.com/artist/"+str(link_id), f"Wrong URL: {e}") from e raise GenerationError(f"https://deezer.com/artist/{link_id}", str(e)) from e
rootArtist = { rootArtist = {
'id': artistAPI['id'], 'id': artistAPI['id'],
'name': artistAPI['name'] 'name': artistAPI['name'],
'picture_small': artistAPI['picture_small']
} }
if interface: interface.send("startAddingArtist", rootArtist) if listener: listener.send("startAddingArtist", rootArtist)
artistDiscographyAPI = dz.gw.get_artist_discography_tabs(link_id, 100) artistDiscographyAPI = dz.gw.get_artist_discography_tabs(link_id, 100)
allReleases = artistDiscographyAPI.pop('all', []) allReleases = artistDiscographyAPI.pop('all', [])
albumList = [] albumList = []
for album in allReleases: for album in allReleases:
try:
albumList.append(generateAlbumItem(dz, album['id'], bitrate, rootArtist=rootArtist)) albumList.append(generateAlbumItem(dz, album['id'], bitrate, rootArtist=rootArtist))
except GenerationError as e:
logger.warning("Album %s has no data: %s", str(album['id']), str(e))
if interface: interface.send("finishAddingArtist", rootArtist) if listener: listener.send("finishAddingArtist", rootArtist)
return albumList return albumList
def generateArtistDiscographyItem(dz, link_id, bitrate, interface=None): def generateArtistDiscographyItem(dz, link_id, bitrate, listener=None):
if not link_id.isdecimal(): raise InvalidID(f"https://deezer.com/artist/{link_id}/discography")
# Get essential artist info # Get essential artist info
try: try:
artistAPI = dz.api.get_artist(link_id) artistAPI = dz.api.get_artist(link_id)
except APIError as e: except APIError as e:
e = str(e) raise GenerationError(f"https://deezer.com/artist/{link_id}/discography", str(e)) from e
raise GenerationError("https://deezer.com/artist/"+str(link_id)+"/discography", f"Wrong URL: {e}")
rootArtist = { rootArtist = {
'id': artistAPI['id'], 'id': artistAPI['id'],
'name': artistAPI['name'] 'name': artistAPI['name'],
'picture_small': artistAPI['picture_small']
} }
if interface: interface.send("startAddingArtist", rootArtist) if listener: listener.send("startAddingArtist", rootArtist)
artistDiscographyAPI = dz.gw.get_artist_discography_tabs(link_id, 100) artistDiscographyAPI = dz.gw.get_artist_discography_tabs(link_id, 100)
artistDiscographyAPI.pop('all', None) # all contains albums and singles, so its all duplicates. This removes them artistDiscographyAPI.pop('all', None) # all contains albums and singles, so its all duplicates. This removes them
albumList = [] albumList = []
for releaseType in artistDiscographyAPI: for releaseType in artistDiscographyAPI:
for album in artistDiscographyAPI[releaseType]: for album in artistDiscographyAPI[releaseType]:
try:
albumList.append(generateAlbumItem(dz, album['id'], bitrate, rootArtist=rootArtist)) albumList.append(generateAlbumItem(dz, album['id'], bitrate, rootArtist=rootArtist))
except GenerationError as e:
logger.warning("Album %s has no data: %s", str(album['id']), str(e))
if interface: interface.send("finishAddingArtist", rootArtist) if listener: listener.send("finishAddingArtist", rootArtist)
return albumList return albumList
def generateArtistTopItem(dz, link_id, bitrate, interface=None): def generateArtistTopItem(dz, link_id, bitrate):
if not link_id.isdecimal(): raise InvalidID(f"https://deezer.com/artist/{link_id}/top_track")
# Get essential artist info # Get essential artist info
try: try:
artistAPI = dz.api.get_artist(link_id) artistAPI = dz.api.get_artist(link_id)
except APIError as e: except APIError as e:
e = str(e) raise GenerationError(f"https://deezer.com/artist/{link_id}/top_track", str(e)) from e
raise GenerationError("https://deezer.com/artist/"+str(link_id)+"/top_track", f"Wrong URL: {e}")
# Emulate the creation of a playlist # Emulate the creation of a playlist
# Can't use generatePlaylistItem directly as this is not a real playlist # Can't use generatePlaylistItem directly as this is not a real playlist
playlistAPI = { playlistAPI = {
'id': str(artistAPI['id'])+"_top_track", 'id':f"{artistAPI['id']}_top_track",
'title': artistAPI['name']+" - Top Tracks", 'title': f"{artistAPI['name']} - Top Tracks",
'description': "Top Tracks for "+artistAPI['name'], 'description': f"Top Tracks for {artistAPI['name']}",
'duration': 0, 'duration': 0,
'public': True, 'public': True,
'is_loved_track': False, 'is_loved_track': False,
'collaborative': False, 'collaborative': False,
'nb_tracks': 0, 'nb_tracks': 0,
'fans': artistAPI['nb_fan'], 'fans': artistAPI['nb_fan'],
'link': "https://www.deezer.com/artist/"+str(artistAPI['id'])+"/top_track", 'link': f"https://www.deezer.com/artist/{artistAPI['id']}/top_track",
'share': None, 'share': None,
'picture': artistAPI['picture'], 'picture': artistAPI['picture'],
'picture_small': artistAPI['picture_small'], 'picture_small': artistAPI['picture_small'],
@ -242,10 +238,10 @@ def generateArtistTopItem(dz, link_id, bitrate, interface=None):
'picture_big': artistAPI['picture_big'], 'picture_big': artistAPI['picture_big'],
'picture_xl': artistAPI['picture_xl'], 'picture_xl': artistAPI['picture_xl'],
'checksum': None, 'checksum': None,
'tracklist': "https://api.deezer.com/artist/"+str(artistAPI['id'])+"/top", 'tracklist': f"https://api.deezer.com/artist/{artistAPI['id']}/top",
'creation_date': "XXXX-00-00", 'creation_date': "XXXX-00-00",
'creator': { 'creator': {
'id': "art_"+str(artistAPI['id']), 'id': f"art_{artistAPI['id']}",
'name': artistAPI['name'], 'name': artistAPI['name'],
'type': "user" 'type': "user"
}, },
@ -254,3 +250,45 @@ def generateArtistTopItem(dz, link_id, bitrate, interface=None):
artistTopTracksAPI_gw = dz.gw.get_artist_toptracks(link_id) artistTopTracksAPI_gw = dz.gw.get_artist_toptracks(link_id)
return generatePlaylistItem(dz, playlistAPI['id'], bitrate, playlistAPI=playlistAPI, playlistTracksAPI=artistTopTracksAPI_gw) return generatePlaylistItem(dz, playlistAPI['id'], bitrate, playlistAPI=playlistAPI, playlistTracksAPI=artistTopTracksAPI_gw)
class GenerationError(Exception):
def __init__(self, link, message, errid=None):
super().__init__()
self.link = link
self.message = message
self.errid = errid
def toDict(self):
return {
'link': self.link,
'error': self.message,
'errid': self.errid
}
class ISRCnotOnDeezer(GenerationError):
def __init__(self, link):
super().__init__(link, "Track ISRC is not available on deezer", "ISRCnotOnDeezer")
class NotYourPrivatePlaylist(GenerationError):
def __init__(self, link):
super().__init__(link, "You can't download others private playlists.", "notYourPrivatePlaylist")
class TrackNotOnDeezer(GenerationError):
def __init__(self, link):
super().__init__(link, "Track not found on deezer!", "trackNotOnDeezer")
class AlbumNotOnDeezer(GenerationError):
def __init__(self, link):
super().__init__(link, "Album not found on deezer!", "albumNotOnDeezer")
class InvalidID(GenerationError):
def __init__(self, link):
super().__init__(link, "Link ID is invalid!", "invalidID")
class LinkNotSupported(GenerationError):
def __init__(self, link):
super().__init__(link, "Link is not supported.", "unsupportedURL")
class LinkNotRecognized(GenerationError):
def __init__(self, link):
super().__init__(link, "Link is not recognized.", "invalidURL")

12
deemix/settings.py
View File

@ -20,7 +20,7 @@ class FeaturesOption():
MOVE_TITLE = "2" # Move to track title MOVE_TITLE = "2" # Move to track title
DEFAULTS = { DEFAULTS = {
"downloadLocation": "", "downloadLocation": localpaths.getMusicFolder(),
"tracknameTemplate": "%artist% - %title%", "tracknameTemplate": "%artist% - %title%",
"albumTracknameTemplate": "%tracknumber% - %title%", "albumTracknameTemplate": "%tracknumber% - %title%",
"playlistTracknameTemplate": "%position% - %artist% - %title%", "playlistTracknameTemplate": "%position% - %artist% - %title%",
@ -100,26 +100,26 @@ DEFAULTS = {
} }
} }
def saveSettings(settings, configFolder=None): def save(settings, configFolder=None):
configFolder = Path(configFolder or localpaths.getConfigFolder()) configFolder = Path(configFolder or localpaths.getConfigFolder())
makedirs(configFolder, exist_ok=True) # Create config folder if it doesn't exsist makedirs(configFolder, exist_ok=True) # Create config folder if it doesn't exsist
with open(configFolder / 'config.json', 'w') as configFile: with open(configFolder / 'config.json', 'w') as configFile:
json.dump(settings, configFile, indent=2) json.dump(settings, configFile, indent=2)
def loadSettings(configFolder=None): def load(configFolder=None):
configFolder = Path(configFolder or localpaths.getConfigFolder()) configFolder = Path(configFolder or localpaths.getConfigFolder())
makedirs(configFolder, exist_ok=True) # Create config folder if it doesn't exsist makedirs(configFolder, exist_ok=True) # Create config folder if it doesn't exsist
if not (configFolder / 'config.json').is_file(): saveSettings(DEFAULTS, configFolder) # Create config file if it doesn't exsist if not (configFolder / 'config.json').is_file(): save(DEFAULTS, configFolder) # Create config file if it doesn't exsist
# Read config file # Read config file
with open(configFolder / 'config.json', 'r') as configFile: with open(configFolder / 'config.json', 'r') as configFile:
settings = json.load(configFile) settings = json.load(configFile)
if checkSettings(settings) > 0: saveSettings(settings) # Check the settings and save them if something changed if check(settings) > 0: save(settings, configFolder) # Check the settings and save them if something changed
return settings return settings
def checkSettings(settings): def check(settings):
changes = 0 changes = 0
for i_set in DEFAULTS: for i_set in DEFAULTS:
if not i_set in settings or not isinstance(settings[i_set], DEFAULTS[i_set]): if not i_set in settings or not isinstance(settings[i_set], DEFAULTS[i_set]):

10
deemix/taggers.py → deemix/tagger.py
View File

@ -4,10 +4,10 @@ from mutagen.id3 import ID3, ID3NoHeaderError, \
TPUB, TSRC, USLT, SYLT, APIC, IPLS, TCOM, TCOP, TCMP, Encoding, PictureType TPUB, TSRC, USLT, SYLT, APIC, IPLS, TCOM, TCOP, TCMP, Encoding, PictureType
# Adds tags to a MP3 file # Adds tags to a MP3 file
def tagID3(stream, track, save): def tagID3(path, track, save):
# Delete exsisting tags # Delete exsisting tags
try: try:
tag = ID3(stream) tag = ID3(path)
tag.delete() tag.delete()
except ID3NoHeaderError: except ID3NoHeaderError:
tag = ID3() tag = ID3()
@ -111,15 +111,15 @@ def tagID3(stream, track, save):
with open(track.album.embeddedCoverPath, 'rb') as f: with open(track.album.embeddedCoverPath, 'rb') as f:
tag.add(APIC(descEncoding, mimeType, PictureType.COVER_FRONT, desc='cover', data=f.read())) tag.add(APIC(descEncoding, mimeType, PictureType.COVER_FRONT, desc='cover', data=f.read()))
tag.save( stream, tag.save( path,
v1=2 if save['saveID3v1'] else 0, v1=2 if save['saveID3v1'] else 0,
v2_version=3, v2_version=3,
v23_sep=None if save['useNullSeparator'] else '/' ) v23_sep=None if save['useNullSeparator'] else '/' )
# Adds tags to a FLAC file # Adds tags to a FLAC file
def tagFLAC(stream, track, save): def tagFLAC(path, track, save):
# Delete exsisting tags # Delete exsisting tags
tag = FLAC(stream) tag = FLAC(path)
tag.delete() tag.delete()
tag.clear_pictures() tag.clear_pictures()

65
deemix/types/Album.py
View File

@ -10,21 +10,21 @@ class Album:
def __init__(self, alb_id="0", title="", pic_md5=""): def __init__(self, alb_id="0", title="", pic_md5=""):
self.id = alb_id self.id = alb_id
self.title = title self.title = title
self.pic = Picture(md5=pic_md5, type="cover") self.pic = Picture(pic_md5, "cover")
self.artist = {"Main": []} self.artist = {"Main": []}
self.artists = [] self.artists = []
self.mainArtist = None self.mainArtist = None
self.date = None self.date = Date()
self.dateString = None self.dateString = ""
self.trackTotal = "0" self.trackTotal = "0"
self.discTotal = "0" self.discTotal = "0"
self.embeddedCoverPath = None self.embeddedCoverPath = ""
self.embeddedCoverURL = None self.embeddedCoverURL = ""
self.explicit = False self.explicit = False
self.genre = [] self.genre = []
self.barcode = "Unknown" self.barcode = "Unknown"
self.label = "Unknown" self.label = "Unknown"
self.copyright = None self.copyright = ""
self.recordType = "album" self.recordType = "album"
self.bitrate = 0 self.bitrate = 0
self.rootArtist = None self.rootArtist = None
@ -32,26 +32,29 @@ class Album:
self.playlistId = None self.playlistId = None
self.owner = None self.owner = None
self.isPlaylist = False
def parseAlbum(self, albumAPI): def parseAlbum(self, albumAPI):
self.title = albumAPI['title'] self.title = albumAPI['title']
# Getting artist image ID # Getting artist image ID
# ex: https://e-cdns-images.dzcdn.net/images/artist/f2bc007e9133c946ac3c3907ddc5d2ea/56x56-000000-80-0-0.jpg # ex: https://e-cdns-images.dzcdn.net/images/artist/f2bc007e9133c946ac3c3907ddc5d2ea/56x56-000000-80-0-0.jpg
artistPicture = albumAPI['artist']['picture_small'] art_pic = albumAPI['artist']['picture_small']
artistPicture = artistPicture[artistPicture.find('artist/') + 7:-24] art_pic = art_pic[art_pic.find('artist/') + 7:-24]
self.mainArtist = Artist( self.mainArtist = Artist(
id = albumAPI['artist']['id'], albumAPI['artist']['id'],
name = albumAPI['artist']['name'], albumAPI['artist']['name'],
pic_md5 = artistPicture "Main",
art_pic
) )
if albumAPI.get('root_artist'): if albumAPI.get('root_artist'):
artistPicture = albumAPI['root_artist']['picture_small'] art_pic = albumAPI['root_artist']['picture_small']
artistPicture = artistPicture[artistPicture.find('artist/') + 7:-24] art_pic = art_pic[art_pic.find('artist/') + 7:-24]
self.rootArtist = Artist( self.rootArtist = Artist(
id = albumAPI['root_artist']['id'], albumAPI['root_artist']['id'],
name = albumAPI['root_artist']['name'], albumAPI['root_artist']['name'],
pic_md5 = artistPicture "Root",
art_pic
) )
for artist in albumAPI['contributors']: for artist in albumAPI['contributors']:
@ -60,7 +63,7 @@ class Album:
if isVariousArtists: if isVariousArtists:
self.variousArtists = Artist( self.variousArtists = Artist(
id = artist['id'], art_id = artist['id'],
name = artist['name'], name = artist['name'],
role = artist['role'] role = artist['role']
) )
@ -81,10 +84,10 @@ class Album:
self.label = albumAPI.get('label', self.label) self.label = albumAPI.get('label', self.label)
self.explicit = bool(albumAPI.get('explicit_lyrics', False)) self.explicit = bool(albumAPI.get('explicit_lyrics', False))
if 'release_date' in albumAPI: if 'release_date' in albumAPI:
day = albumAPI["release_date"][8:10] self.date.day = albumAPI["release_date"][8:10]
month = albumAPI["release_date"][5:7] self.date.month = albumAPI["release_date"][5:7]
year = albumAPI["release_date"][0:4] self.date.year = albumAPI["release_date"][0:4]
self.date = Date(day, month, year) self.date.fixDayMonth()
self.discTotal = albumAPI.get('nb_disk') self.discTotal = albumAPI.get('nb_disk')
self.copyright = albumAPI.get('copyright') self.copyright = albumAPI.get('copyright')
@ -92,7 +95,8 @@ class Album:
if self.pic.md5 == "": if self.pic.md5 == "":
# Getting album cover MD5 # Getting album cover MD5
# ex: https://e-cdns-images.dzcdn.net/images/cover/2e018122cb56986277102d2041a592c8/56x56-000000-80-0-0.jpg # ex: https://e-cdns-images.dzcdn.net/images/cover/2e018122cb56986277102d2041a592c8/56x56-000000-80-0-0.jpg
self.pic.md5 = albumAPI['cover_small'][albumAPI['cover_small'].find('cover/') + 6:-24] alb_pic = albumAPI['cover_small']
self.pic.md5 = alb_pic[alb_pic.find('cover/') + 6:-24]
if albumAPI.get('genres') and len(albumAPI['genres'].get('data', [])) > 0: if albumAPI.get('genres') and len(albumAPI['genres'].get('data', [])) > 0:
for genre in albumAPI['genres']['data']: for genre in albumAPI['genres']['data']:
@ -101,8 +105,9 @@ class Album:
def parseAlbumGW(self, albumAPI_gw): def parseAlbumGW(self, albumAPI_gw):
self.title = albumAPI_gw['ALB_TITLE'] self.title = albumAPI_gw['ALB_TITLE']
self.mainArtist = Artist( self.mainArtist = Artist(
id = albumAPI_gw['ART_ID'], art_id = albumAPI_gw['ART_ID'],
name = albumAPI_gw['ART_NAME'] name = albumAPI_gw['ART_NAME'],
role = "Main"
) )
self.artists = [albumAPI_gw['ART_NAME']] self.artists = [albumAPI_gw['ART_NAME']]
@ -113,13 +118,16 @@ class Album:
explicitLyricsStatus = albumAPI_gw.get('EXPLICIT_ALBUM_CONTENT', {}).get('EXPLICIT_LYRICS_STATUS', LyricsStatus.UNKNOWN) explicitLyricsStatus = albumAPI_gw.get('EXPLICIT_ALBUM_CONTENT', {}).get('EXPLICIT_LYRICS_STATUS', LyricsStatus.UNKNOWN)
self.explicit = explicitLyricsStatus in [LyricsStatus.EXPLICIT, LyricsStatus.PARTIALLY_EXPLICIT] self.explicit = explicitLyricsStatus in [LyricsStatus.EXPLICIT, LyricsStatus.PARTIALLY_EXPLICIT]
self.addExtraAlbumGWData(albumAPI_gw)
def addExtraAlbumGWData(self, albumAPI_gw):
if self.pic.md5 == "": if self.pic.md5 == "":
self.pic.md5 = albumAPI_gw['ALB_PICTURE'] self.pic.md5 = albumAPI_gw['ALB_PICTURE']
if 'PHYSICAL_RELEASE_DATE' in albumAPI_gw: if 'PHYSICAL_RELEASE_DATE' in albumAPI_gw:
day = albumAPI_gw["PHYSICAL_RELEASE_DATE"][8:10] self.date.day = albumAPI_gw["PHYSICAL_RELEASE_DATE"][8:10]
month = albumAPI_gw["PHYSICAL_RELEASE_DATE"][5:7] self.date.month = albumAPI_gw["PHYSICAL_RELEASE_DATE"][5:7]
year = albumAPI_gw["PHYSICAL_RELEASE_DATE"][0:4] self.date.year = albumAPI_gw["PHYSICAL_RELEASE_DATE"][0:4]
self.date = Date(day, month, year) self.date.fixDayMonth()
def makePlaylistCompilation(self, playlist): def makePlaylistCompilation(self, playlist):
self.variousArtists = playlist.variousArtists self.variousArtists = playlist.variousArtists
@ -138,6 +146,7 @@ class Album:
self.playlistId = playlist.playlistId self.playlistId = playlist.playlistId
self.owner = playlist.owner self.owner = playlist.owner
self.pic = playlist.pic self.pic = playlist.pic
self.isPlaylist = True
def removeDuplicateArtists(self): def removeDuplicateArtists(self):
"""Removes duplicate artists for both artist array and artists dict""" """Removes duplicate artists for both artist array and artists dict"""

2
deemix/types/Artist.py
View File

@ -5,7 +5,7 @@ class Artist:
def __init__(self, art_id="0", name="", role="", pic_md5=""): def __init__(self, art_id="0", name="", role="", pic_md5=""):
self.id = str(art_id) self.id = str(art_id)
self.name = name self.name = name
self.pic = Picture(md5=pic_md5, type="artist") self.pic = Picture(md5=pic_md5, pic_type="artist")
self.role = role self.role = role
self.save = True self.save = True

4
deemix/types/Date.py
View File

@ -1,8 +1,8 @@
class Date: class Date:
def __init__(self, day="00", month="00", year="XXXX"): def __init__(self, day="00", month="00", year="XXXX"):
self.year = year
self.month = month
self.day = day self.day = day
self.month = month
self.year = year
self.fixDayMonth() self.fixDayMonth()
# Fix incorrect day month when detectable # Fix incorrect day month when detectable

39
deemix/types/DownloadObjects.py
View File

@ -1,5 +1,5 @@
class IDownloadObject: class IDownloadObject:
"""DownloadObject interface""" """DownloadObject Interface"""
def __init__(self, obj): def __init__(self, obj):
self.type = obj['type'] self.type = obj['type']
self.id = obj['id'] self.id = obj['id']
@ -16,7 +16,6 @@ class IDownloadObject:
self.files = obj.get('files', []) self.files = obj.get('files', [])
self.progressNext = 0 self.progressNext = 0
self.uuid = f"{self.type}_{self.id}_{self.bitrate}" self.uuid = f"{self.type}_{self.id}_{self.bitrate}"
self.ack = None
self.__type__ = None self.__type__ = None
def toDict(self): def toDict(self):
@ -35,7 +34,6 @@ class IDownloadObject:
'progress': self.progress, 'progress': self.progress,
'errors': self.errors, 'errors': self.errors,
'files': self.files, 'files': self.files,
'ack': self.ack,
'__type__': self.__type__ '__type__': self.__type__
} }
@ -50,16 +48,29 @@ class IDownloadObject:
def getSlimmedDict(self): def getSlimmedDict(self):
light = self.toDict() light = self.toDict()
propertiesToDelete = ['single', 'collection', 'convertable'] propertiesToDelete = ['single', 'collection', 'plugin', 'conversion_data']
for prop in propertiesToDelete: for prop in propertiesToDelete:
if prop in light: if prop in light:
del light[prop] del light[prop]
return light return light
def updateProgress(self, interface=None): def getEssentialDict(self):
return {
'type': self.type,
'id': self.id,
'bitrate': self.bitrate,
'uuid': self.uuid,
'title': self.title,
'artist': self.artist,
'cover': self.cover,
'explicit': self.explicit,
'size': self.size
}
def updateProgress(self, listener=None):
if round(self.progressNext) != self.progress and round(self.progressNext) % 2 == 0: if round(self.progressNext) != self.progress and round(self.progressNext) % 2 == 0:
self.progress = round(self.progressNext) self.progress = round(self.progressNext)
if interface: interface.send("updateQueue", {'uuid': self.uuid, 'progress': self.progress}) if listener: listener.send("updateQueue", {'uuid': self.uuid, 'progress': self.progress})
class Single(IDownloadObject): class Single(IDownloadObject):
def __init__(self, obj): def __init__(self, obj):
@ -73,13 +84,13 @@ class Single(IDownloadObject):
item['single'] = self.single item['single'] = self.single
return item return item
def completeTrackProgress(self, interface=None): def completeTrackProgress(self, listener=None):
self.progressNext = 100 self.progressNext = 100
self.updateProgress(interface) self.updateProgress(listener)
def removeTrackProgress(self, interface=None): def removeTrackProgress(self, listener=None):
self.progressNext = 0 self.progressNext = 0
self.updateProgress(interface) self.updateProgress(listener)
class Collection(IDownloadObject): class Collection(IDownloadObject):
def __init__(self, obj): def __init__(self, obj):
@ -92,13 +103,13 @@ class Collection(IDownloadObject):
item['collection'] = self.collection item['collection'] = self.collection
return item return item
def completeTrackProgress(self, interface=None): def completeTrackProgress(self, listener=None):
self.progressNext += (1 / self.size) * 100 self.progressNext += (1 / self.size) * 100
self.updateProgress(interface) self.updateProgress(listener)
def removeTrackProgress(self, interface=None): def removeTrackProgress(self, listener=None):
self.progressNext -= (1 / self.size) * 100 self.progressNext -= (1 / self.size) * 100
self.updateProgress(interface) self.updateProgress(listener)
class Convertable(Collection): class Convertable(Collection):
def __init__(self, obj): def __init__(self, obj):

2
deemix/types/Lyrics.py
View File

@ -19,6 +19,6 @@ class Lyrics:
else: else:
notEmptyLine = line + 1 notEmptyLine = line + 1
while syncLyricsJson[notEmptyLine]["line"] == "": while syncLyricsJson[notEmptyLine]["line"] == "":
notEmptyLine = notEmptyLine + 1 notEmptyLine += 1
timestamp = syncLyricsJson[notEmptyLine]["lrc_timestamp"] timestamp = syncLyricsJson[notEmptyLine]["lrc_timestamp"]
self.sync += timestamp + syncLyricsJson[line]["line"] + "\r\n" self.sync += timestamp + syncLyricsJson[line]["line"] + "\r\n"

14
deemix/types/Picture.py
View File

@ -1,12 +1,9 @@
class Picture: class Picture:
def __init__(self, md5="", pic_type="", url=None): def __init__(self, md5="", pic_type=""):
self.md5 = md5 self.md5 = md5
self.type = pic_type self.type = pic_type
self.staticUrl = url
def generatePictureURL(self, size, pic_format):
if self.staticUrl: return self.staticUrl
def getURL(self, size, pic_format):
url = "https://e-cdns-images.dzcdn.net/images/{}/{}/{size}x{size}".format( url = "https://e-cdns-images.dzcdn.net/images/{}/{}/{size}x{size}".format(
self.type, self.type,
self.md5, self.md5,
@ -23,3 +20,10 @@ class Picture:
return url + '-none-100-0-0.png' return url + '-none-100-0-0.png'
return url+'.jpg' return url+'.jpg'
class StaticPicture:
def __init__(self, url):
self.staticURL = url
def getURL(self):
return self.staticURL

17
deemix/types/Playlist.py
View File

@ -1,6 +1,6 @@
from deemix.types.Artist import Artist from deemix.types.Artist import Artist
from deemix.types.Date import Date from deemix.types.Date import Date
from deemix.types.Picture import Picture from deemix.types.Picture import Picture, StaticPicture
class Playlist: class Playlist:
def __init__(self, playlistAPI): def __init__(self, playlistAPI):
@ -30,20 +30,17 @@ class Playlist:
picType = url[url.find('images/')+7:] picType = url[url.find('images/')+7:]
picType = picType[:picType.find('/')] picType = picType[:picType.find('/')]
md5 = url[url.find(picType+'/') + len(picType)+1:-24] md5 = url[url.find(picType+'/') + len(picType)+1:-24]
self.pic = Picture( self.pic = Picture(md5, picType)
md5 = md5,
pic_type = picType
)
else: else:
self.pic = Picture(url = playlistAPI['picture_xl']) self.pic = StaticPicture(playlistAPI['picture_xl'])
if 'various_artist' in playlistAPI: if 'various_artist' in playlistAPI:
pic_md5 = playlistAPI['various_artist']['picture_small'] pic_md5 = playlistAPI['various_artist']['picture_small']
pic_md5 = pic_md5[pic_md5.find('artist/') + 7:-24] pic_md5 = pic_md5[pic_md5.find('artist/') + 7:-24]
self.variousArtists = Artist( self.variousArtists = Artist(
art_id = playlistAPI['various_artist']['id'], playlistAPI['various_artist']['id'],
name = playlistAPI['various_artist']['name'], playlistAPI['various_artist']['name'],
role = "Main", "Main",
pic_md5 = pic_md5 pic_md5
) )
self.mainArtist = self.variousArtists self.mainArtist = self.variousArtists

50
deemix/types/Track.py
View File

@ -26,14 +26,14 @@ class Track:
self.duration = 0 self.duration = 0
self.fallbackID = "0" self.fallbackID = "0"
self.filesizes = {} self.filesizes = {}
self.localTrack = False self.local = False
self.mainArtist = None self.mainArtist = None
self.artist = {"Main": []} self.artist = {"Main": []}
self.artists = [] self.artists = []
self.album = None self.album = None
self.trackNumber = "0" self.trackNumber = "0"
self.discNumber = "0" self.discNumber = "0"
self.date = None self.date = Date()
self.lyrics = None self.lyrics = None
self.bpm = 0 self.bpm = 0
self.contributors = {} self.contributors = {}
@ -64,7 +64,7 @@ class Track:
self.fallbackID = "0" self.fallbackID = "0"
if 'FALLBACK' in trackAPI_gw: if 'FALLBACK' in trackAPI_gw:
self.fallbackID = trackAPI_gw['FALLBACK']['SNG_ID'] self.fallbackID = trackAPI_gw['FALLBACK']['SNG_ID']
self.localTrack = int(self.id) < 0 self.local = int(self.id) < 0
def retriveFilesizes(self, dz): def retriveFilesizes(self, dz):
guest_sid = dz.session.cookies.get('sid') guest_sid = dz.session.cookies.get('sid')
@ -87,8 +87,8 @@ class Track:
sleep(2) sleep(2)
self.retriveFilesizes(dz) self.retriveFilesizes(dz)
if len(result_json['error']): if len(result_json['error']):
raise APIError(result_json.dumps(result_json['error'])) raise TrackError(result_json.dumps(result_json['error']))
response = result_json.get("results") response = result_json.get("results", {})
filesizes = {} filesizes = {}
for key, value in response.items(): for key, value in response.items():
if key.startswith("FILESIZE_"): if key.startswith("FILESIZE_"):
@ -96,8 +96,8 @@ class Track:
filesizes[key+"_TESTED"] = False filesizes[key+"_TESTED"] = False
self.filesizes = filesizes self.filesizes = filesizes
def parseData(self, dz, id=None, trackAPI_gw=None, trackAPI=None, albumAPI_gw=None, albumAPI=None, playlistAPI=None): def parseData(self, dz, track_id=None, trackAPI_gw=None, trackAPI=None, albumAPI_gw=None, albumAPI=None, playlistAPI=None):
if id and not trackAPI_gw: trackAPI_gw = dz.gw.get_track_with_fallback(id) if track_id and not trackAPI_gw: trackAPI_gw = dz.gw.get_track_with_fallback(track_id)
elif not trackAPI_gw: raise NoDataToParse elif not trackAPI_gw: raise NoDataToParse
if not trackAPI: if not trackAPI:
try: trackAPI = dz.api.get_track(trackAPI_gw['SNG_ID']) try: trackAPI = dz.api.get_track(trackAPI_gw['SNG_ID'])
@ -105,7 +105,7 @@ class Track:
self.parseEssentialData(trackAPI_gw, trackAPI) self.parseEssentialData(trackAPI_gw, trackAPI)
if self.localTrack: if self.local:
self.parseLocalTrackData(trackAPI_gw) self.parseLocalTrackData(trackAPI_gw)
else: else:
self.retriveFilesizes(dz) self.retriveFilesizes(dz)
@ -147,6 +147,7 @@ class Track:
raise AlbumDoesntExists raise AlbumDoesntExists
# Fill missing data # Fill missing data
if albumAPI_gw: self.album.addExtraAlbumGWData(albumAPI_gw)
if self.album.date and not self.date: self.date = self.album.date if self.album.date and not self.date: self.date = self.album.date
if not self.album.discTotal: self.album.discTotal = albumAPI_gw.get('NUMBER_DISK', "1") if not self.album.discTotal: self.album.discTotal = albumAPI_gw.get('NUMBER_DISK', "1")
if not self.copyright: self.copyright = albumAPI_gw['COPYRIGHT'] if not self.copyright: self.copyright = albumAPI_gw['COPYRIGHT']
@ -157,10 +158,9 @@ class Track:
self.title = ' '.join(self.title.split()) self.title = ' '.join(self.title.split())
# Make sure there is at least one artist # Make sure there is at least one artist
if not len(self.artist['Main']): if len(self.artist['Main']) == 0:
self.artist['Main'] = [self.mainArtist['name']] self.artist['Main'] = [self.mainArtist['name']]
self.singleDownload = trackAPI_gw.get('SINGLE_TRACK', False) # TODO: Change
self.position = trackAPI_gw.get('POSITION') self.position = trackAPI_gw.get('POSITION')
# Add playlist data if track is in a playlist # Add playlist data if track is in a playlist
@ -178,12 +178,11 @@ class Track:
md5 = trackAPI_gw.get('ALB_PICTURE', ""), md5 = trackAPI_gw.get('ALB_PICTURE', ""),
pic_type = "cover" pic_type = "cover"
) )
self.mainArtist = Artist(name=trackAPI_gw['ART_NAME']) self.mainArtist = Artist(name=trackAPI_gw['ART_NAME'], role="Main")
self.artists = [trackAPI_gw['ART_NAME']] self.artists = [trackAPI_gw['ART_NAME']]
self.artist = { self.artist = {
'Main': [trackAPI_gw['ART_NAME']] 'Main': [trackAPI_gw['ART_NAME']]
} }
self.date = Date()
self.album.artist = self.artist self.album.artist = self.artist
self.album.artists = self.artists self.album.artists = self.artists
self.album.date = self.date self.album.date = self.date
@ -207,14 +206,15 @@ class Track:
self.mainArtist = Artist( self.mainArtist = Artist(
art_id = trackAPI_gw['ART_ID'], art_id = trackAPI_gw['ART_ID'],
name = trackAPI_gw['ART_NAME'], name = trackAPI_gw['ART_NAME'],
role = "Main",
pic_md5 = trackAPI_gw.get('ART_PICTURE') pic_md5 = trackAPI_gw.get('ART_PICTURE')
) )
if 'PHYSICAL_RELEASE_DATE' in trackAPI_gw: if 'PHYSICAL_RELEASE_DATE' in trackAPI_gw:
day = trackAPI_gw["PHYSICAL_RELEASE_DATE"][8:10] self.date.day = trackAPI_gw["PHYSICAL_RELEASE_DATE"][8:10]
month = trackAPI_gw["PHYSICAL_RELEASE_DATE"][5:7] self.date.month = trackAPI_gw["PHYSICAL_RELEASE_DATE"][5:7]
year = trackAPI_gw["PHYSICAL_RELEASE_DATE"][0:4] self.date.year = trackAPI_gw["PHYSICAL_RELEASE_DATE"][0:4]
self.date = Date(day, month, year) self.date.fixDayMonth()
def parseTrack(self, trackAPI): def parseTrack(self, trackAPI):
self.bpm = trackAPI['bpm'] self.bpm = trackAPI['bpm']
@ -249,7 +249,7 @@ class Track:
return removeFeatures(self.title) return removeFeatures(self.title)
def getFeatTitle(self): def getFeatTitle(self):
if self.featArtistsString and not "feat." in self.title.lower(): if self.featArtistsString and "feat." not in self.title.lower():
return f"{self.title} ({self.featArtistsString})" return f"{self.title} ({self.featArtistsString})"
return self.title return self.title
@ -259,26 +259,15 @@ class Track:
if 'Featured' in self.artist: if 'Featured' in self.artist:
self.featArtistsString = "feat. "+andCommaConcat(self.artist['Featured']) self.featArtistsString = "feat. "+andCommaConcat(self.artist['Featured'])
def applySettings(self, settings, TEMPDIR, embeddedImageFormat): def applySettings(self, settings):
# Check if should save the playlist as a compilation # Check if should save the playlist as a compilation
if self.playlist and settings['tags']['savePlaylistAsCompilation']: if self.playlist and settings['tags']['savePlaylistAsCompilation']:
self.trackNumber = self.position self.trackNumber = self.position
self.discNumber = "1" self.discNumber = "1"
self.album.makePlaylistCompilation(self.playlist) self.album.makePlaylistCompilation(self.playlist)
self.album.embeddedCoverURL = self.playlist.pic.generatePictureURL(settings['embeddedArtworkSize'], embeddedImageFormat)
ext = self.album.embeddedCoverURL[-4:]
if ext[0] != ".": ext = ".jpg" # Check for Spotify images
# TODO: FIX
# self.album.embeddedCoverPath = TEMPDIR / f"pl{trackAPI_gw['_EXTRA_PLAYLIST']['id']}_{settings['embeddedArtworkSize']}{ext}"
else: else:
if self.album.date: self.date = self.album.date if self.album.date: self.date = self.album.date
self.album.embeddedCoverURL = self.album.pic.generatePictureURL(settings['embeddedArtworkSize'], embeddedImageFormat)
ext = self.album.embeddedCoverURL[-4:]
self.album.embeddedCoverPath = TEMPDIR / f"alb{self.album.id}_{settings['embeddedArtworkSize']}{ext}"
self.dateString = self.date.format(settings['dateFormat']) self.dateString = self.date.format(settings['dateFormat'])
self.album.dateString = self.album.date.format(settings['dateFormat']) self.album.dateString = self.album.date.format(settings['dateFormat'])
@ -311,8 +300,7 @@ class Track:
self.album.title = self.album.getCleanTitle() self.album.title = self.album.getCleanTitle()
# Remove (Album Version) from tracks that have that # Remove (Album Version) from tracks that have that
if settings['removeAlbumVersion']: if settings['removeAlbumVersion'] and "Album Version" in self.title:
if "Album Version" in self.title:
self.title = re.sub(r' ?\(Album Version\)', "", self.title).strip() self.title = re.sub(r' ?\(Album Version\)', "", self.title).strip()
# Change Title and Artists casing if needed # Change Title and Artists casing if needed

14
deemix/utils/__init__.py
View File

@ -2,6 +2,12 @@ import string
from deezer import TrackFormats from deezer import TrackFormats
import os import os
USER_AGENT_HEADER = "Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML, like Gecko) " \
"Chrome/79.0.3945.130 Safari/537.36"
def canWrite(folder):
return os.access(folder, os.W_OK)
def generateReplayGainString(trackGain): def generateReplayGainString(trackGain):
return "{0:.2f} dB".format((float(trackGain) + 18.4) * -1) return "{0:.2f} dB".format((float(trackGain) + 18.4) * -1)
@ -67,11 +73,3 @@ def removeDuplicateArtists(artist, artists):
for role in artist.keys(): for role in artist.keys():
artist[role] = uniqueArray(artist[role]) artist[role] = uniqueArray(artist[role])
return (artist, artists) return (artist, artists)
def checkFolder(folder):
try:
os.makedirs(folder, exist_ok=True)
except Exception as e:
print(str(e))
return False
return os.access(folder, os.W_OK)

26
deemix/utils/crypto.py Normal file
View File

@ -0,0 +1,26 @@
import binascii
from Cryptodome.Cipher import Blowfish, AES
from Cryptodome.Hash import MD5
def _md5(data):
h = MD5.new()
h.update(data.encode() if isinstance(data, str) else data)
return h.hexdigest()
def _ecbCrypt(key, data):
return binascii.hexlify(AES.new(key.encode(), AES.MODE_ECB).encrypt(data))
def _ecbDecrypt(key, data):
return AES.new(key.encode(), AES.MODE_ECB).decrypt(binascii.unhexlify(data.encode("utf-8")))
def generateBlowfishKey(trackId):
SECRET = 'g4el58wc0zvf9na1'
idMd5 = _md5(trackId)
bfKey = ""
for i in range(16):
bfKey += chr(ord(idMd5[i]) ^ ord(idMd5[i + 16]) ^ ord(SECRET[i]))
return bfKey
def decryptChunk(key, data):
return Blowfish.new(key, Blowfish.MODE_CBC, b"\x00\x01\x02\x03\x04\x05\x06\x07").decrypt(data)

32
deemix/utils/deezer.py Normal file
View File

@ -0,0 +1,32 @@
import requests
from deemix.utils.crypto import _md5
from deemix.utils import USER_AGENT_HEADER
CLIENT_ID = "172365"
CLIENT_SECRET = "fb0bec7ccc063dab0417eb7b0d847f34"
def getAccessToken(email, password):
password = _md5(password)
request_hash = _md5(''.join([CLIENT_ID, email, password, CLIENT_SECRET]))
response = requests.get(
'https://api.deezer.com/auth/token',
params={
'app_id': CLIENT_ID,
'login': email,
'password': password,
'hash': request_hash
},
headers={"User-Agent": USER_AGENT_HEADER}
).json()
return response.get('access_token')
def getArtFromAccessToken(accessToken):
session = requests.Session()
session.get(
"https://api.deezer.com/platform/generic/track/3135556",
headers={"Authorization": f"Bearer {accessToken}", "User-Agent": USER_AGENT_HEADER}
)
response = session.get(
'https://www.deezer.com/ajax/gw-light.php?method=user.getArl&input=3&api_version=1.0&api_token=null',
headers={"User-Agent": USER_AGENT_HEADER}
).json()
return response.get('results')

89
deemix/utils/localpaths.py
View File

@ -1,45 +1,72 @@
from pathlib import Path from pathlib import Path
import sys import sys
import os import os
if os.name == 'nt': import re
import winreg # pylint: disable=E0401 from deemix.utils import canWrite
homedata = Path.home() homedata = Path.home()
userdata = "" userdata = ""
musicdata = "" musicdata = ""
def checkPath(path):
if os.getenv("DEEMIX_DATA_DIR"): if path == "": return ""
userdata = Path(os.getenv("DEEMIX_DATA_DIR")) if not path.is_dir(): return ""
elif os.getenv("XDG_CONFIG_HOME"): if not canWrite(path): return ""
userdata = Path(os.getenv("XDG_CONFIG_HOME")) / 'deemix' return path
elif os.getenv("APPDATA"):
userdata = Path(os.getenv("APPDATA")) / "deemix"
elif sys.platform.startswith('darwin'):
userdata = homedata / 'Library' / 'Application Support' / 'deemix'
else:
userdata = homedata / '.config' / 'deemix'
if os.getenv("DEEMIX_MUSIC_DIR"):
musicdata = Path(os.getenv("DEEMIX_MUSIC_DIR"))
elif os.getenv("XDG_MUSIC_DIR"):
musicdata = Path(os.getenv("XDG_MUSIC_DIR")) / "deemix Music"
elif os.name == 'nt':
sub_key = r'SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\Shell Folders'
music_guid = '{4BD8D571-6D19-48D3-BE97-422220080E43}'
with winreg.OpenKey(winreg.HKEY_CURRENT_USER, sub_key) as key:
location = None
try: location = winreg.QueryValueEx(key, music_guid)[0]
except: pass
try: location = winreg.QueryValueEx(key, 'My Music')[0]
except: pass
if not location: location = homedata / "Music"
musicdata = Path(location) / "deemix Music"
else:
musicdata = homedata / "Music" / "deemix Music"
def getConfigFolder(): def getConfigFolder():
global userdata
if userdata != "": return userdata
if os.getenv("XDG_CONFIG_HOME") and userdata == "":
userdata = Path(os.getenv("XDG_CONFIG_HOME"))
userdata = checkPath(userdata)
if os.getenv("APPDATA") and userdata == "":
userdata = Path(os.getenv("APPDATA"))
userdata = checkPath(userdata)
if sys.platform.startswith('darwin') and userdata == "":
userdata = homedata / 'Library' / 'Application Support'
userdata = checkPath(userdata)
if userdata == "":
userdata = homedata / '.config'
userdata = checkPath(userdata)
if userdata == "": userdata = Path(os.getcwd()) / 'config'
else: userdata = userdata / 'deemix'
if os.getenv("DEEMIX_DATA_DIR"):
userdata = Path(os.getenv("DEEMIX_DATA_DIR"))
return userdata return userdata
def getMusicFolder(): def getMusicFolder():
global musicdata
if musicdata != "": return musicdata
if os.getenv("XDG_MUSIC_DIR") and musicdata == "":
musicdata = Path(os.getenv("XDG_MUSIC_DIR"))
musicdata = checkPath(musicdata)
if (homedata / '.config' / 'user-dirs.dirs').is_file() and musicdata == "":
with open(homedata / '.config' / 'user-dirs.dirs', 'r') as f:
userDirs = f.read()
musicdata = re.search(r"XDG_MUSIC_DIR=\"(.*)\"", userDirs).group(1)
musicdata = Path(os.path.expandvars(musicdata))
musicdata = checkPath(musicdata)
if os.name == 'nt' and musicdata == "":
musicKeys = ['My Music', '{4BD8D571-6D19-48D3-BE97-422220080E43}']
regData = os.popen(r'reg.exe query "HKCU\SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\Shell Folders"').read().split('\r\n')
for i, line in enumerate(regData):
if line == "": continue
if i == 1: continue
line = line.split(' ')
if line[1] in musicKeys:
musicdata = Path(line[3])
break
musicdata = checkPath(musicdata)
if musicdata == "":
musicdata = homedata / 'Music'
musicdata = checkPath(musicdata)
if musicdata == "": musicdata = Path(os.getcwd()) / 'music'
else: musicdata = musicdata / 'deemix Music'
if os.getenv("DEEMIX_MUSIC_DIR"):
musicdata = Path(os.getenv("DEEMIX_MUSIC_DIR"))
return musicdata return musicdata

125
deemix/utils/pathtemplates.py
View File

@ -21,14 +21,13 @@ def fixName(txt, char='_'):
txt = normalize("NFC", txt) txt = normalize("NFC", txt)
return txt return txt
def fixEndOfData(bString): def fixLongName(name):
def fixEndOfData(bString):
try: try:
bString.decode() bString.decode()
return True return True
except: except Exception:
return False return False
def fixLongName(name):
if pathSep in name: if pathSep in name:
sepName = name.split(pathSep) sepName = name.split(pathSep)
name = "" name = ""
@ -63,18 +62,29 @@ def pad(num, max_val, settings):
return str(num).zfill(paddingSize) return str(num).zfill(paddingSize)
return str(num) return str(num)
def generateFilename(track, settings, template): def generatePath(track, downloadObject, settings):
filename = template or "%artist% - %title%" filenameTemplate = "%artist% - %title%"
return settingsRegex(filename, track, settings) singleTrack = False
if downloadObject.type == "track":
if settings['createSingleFolder']:
filenameTemplate = settings['albumTracknameTemplate']
else:
filenameTemplate = settings['tracknameTemplate']
singleTrack = True
elif downloadObject.type == "album":
filenameTemplate = settings['albumTracknameTemplate']
else:
filenameTemplate = settings['plyalistTracknameTemplate']
def generateFilepath(track, settings): filename = generateTrackName(filenameTemplate, track, settings)
filepath = Path(settings['downloadLocation'])
filepath = Path(settings['downloadLocation'] or '.')
artistPath = None artistPath = None
coverPath = None coverPath = None
extrasPath = None extrasPath = None
if settings['createPlaylistFolder'] and track.playlist and not settings['tags']['savePlaylistAsCompilation']: if settings['createPlaylistFolder'] and track.playlist and not settings['tags']['savePlaylistAsCompilation']:
filepath = filepath / settingsRegexPlaylist(settings['playlistNameTemplate'], track.playlist, settings) filepath = filepath / generatePlaylistName(settings['playlistNameTemplate'], track.playlist, settings)
if track.playlist and not settings['tags']['savePlaylistAsCompilation']: if track.playlist and not settings['tags']['savePlaylistAsCompilation']:
extrasPath = filepath extrasPath = filepath
@ -84,61 +94,66 @@ def generateFilepath(track, settings):
(settings['createArtistFolder'] and track.playlist and settings['tags']['savePlaylistAsCompilation']) or (settings['createArtistFolder'] and track.playlist and settings['tags']['savePlaylistAsCompilation']) or
(settings['createArtistFolder'] and track.playlist and settings['createStructurePlaylist']) (settings['createArtistFolder'] and track.playlist and settings['createStructurePlaylist'])
): ):
filepath = filepath / settingsRegexArtist(settings['artistNameTemplate'], track.album.mainArtist, settings, rootArtist=track.album.rootArtist) filepath = filepath / generateArtistName(settings['artistNameTemplate'], track.album.mainArtist, settings, rootArtist=track.album.rootArtist)
artistPath = filepath artistPath = filepath
if (settings['createAlbumFolder'] and if (settings['createAlbumFolder'] and
(not track.singleDownload or (track.singleDownload and settings['createSingleFolder'])) and (not singleTrack or (singleTrack and settings['createSingleFolder'])) and
(not track.playlist or (not track.playlist or
(track.playlist and settings['tags']['savePlaylistAsCompilation']) or (track.playlist and settings['tags']['savePlaylistAsCompilation']) or
(track.playlist and settings['createStructurePlaylist']) (track.playlist and settings['createStructurePlaylist'])
) )
): ):
filepath = filepath / settingsRegexAlbum(settings['albumNameTemplate'], track.album, settings, track.playlist) filepath = filepath / generateAlbumName(settings['albumNameTemplate'], track.album, settings, track.playlist)
coverPath = filepath coverPath = filepath
if not (track.playlist and not settings['tags']['savePlaylistAsCompilation']): if not extrasPath: extrasPath = filepath
extrasPath = filepath
if ( if (
int(track.album.discTotal) > 1 and ( int(track.album.discTotal) > 1 and (
(settings['createAlbumFolder'] and settings['createCDFolder']) and (settings['createAlbumFolder'] and settings['createCDFolder']) and
(not track.singleDownload or (track.singleDownload and settings['createSingleFolder'])) and (not singleTrack or (singleTrack and settings['createSingleFolder'])) and
(not track.playlist or (not track.playlist or
(track.playlist and settings['tags']['savePlaylistAsCompilation']) or (track.playlist and settings['tags']['savePlaylistAsCompilation']) or
(track.playlist and settings['createStructurePlaylist']) (track.playlist and settings['createStructurePlaylist'])
) )
)): )):
filepath = filepath / f'CD{str(track.discNumber)}' filepath = filepath / f'CD{track.discNumber}'
return (filepath, artistPath, coverPath, extrasPath) # Remove subfolders from filename and add it to filepath
if pathSep in filename:
tempPath = filename[:filename.rfind(pathSep)]
filepath = filepath / tempPath
filename = filename[filename.rfind(pathSep) + len(pathSep):]
return (filename, filepath, artistPath, coverPath, extrasPath)
def settingsRegex(filename, track, settings): def generateTrackName(filename, track, settings):
filename = filename.replace("%title%", fixName(track.title, settings['illegalCharacterReplacer'])) c = settings['illegalCharacterReplacer']
filename = filename.replace("%artist%", fixName(track.mainArtist.name, settings['illegalCharacterReplacer'])) filename = filename.replace("%title%", fixName(track.title, c))
filename = filename.replace("%artists%", fixName(", ".join(track.artists), settings['illegalCharacterReplacer'])) filename = filename.replace("%artist%", fixName(track.mainArtist.name, c))
filename = filename.replace("%allartists%", fixName(track.artistsString, settings['illegalCharacterReplacer'])) filename = filename.replace("%artists%", fixName(", ".join(track.artists), c))
filename = filename.replace("%mainartists%", fixName(track.mainArtistsString, settings['illegalCharacterReplacer'])) filename = filename.replace("%allartists%", fixName(track.artistsString, c))
filename = filename.replace("%mainartists%", fixName(track.mainArtistsString, c))
if track.featArtistsString: if track.featArtistsString:
filename = filename.replace("%featartists%", fixName('('+track.featArtistsString+')', settings['illegalCharacterReplacer'])) filename = filename.replace("%featartists%", fixName('('+track.featArtistsString+')', c))
else: else:
filename = filename.replace("%featartists%", '') filename = filename.replace("%featartists%", '')
filename = filename.replace("%album%", fixName(track.album.title, settings['illegalCharacterReplacer'])) filename = filename.replace("%album%", fixName(track.album.title, c))
filename = filename.replace("%albumartist%", fixName(track.album.mainArtist.name, settings['illegalCharacterReplacer'])) filename = filename.replace("%albumartist%", fixName(track.album.mainArtist.name, c))
filename = filename.replace("%tracknumber%", pad(track.trackNumber, track.album.trackTotal, settings)) filename = filename.replace("%tracknumber%", pad(track.trackNumber, track.album.trackTotal, settings))
filename = filename.replace("%tracktotal%", str(track.album.trackTotal)) filename = filename.replace("%tracktotal%", str(track.album.trackTotal))
filename = filename.replace("%discnumber%", str(track.discNumber)) filename = filename.replace("%discnumber%", str(track.discNumber))
filename = filename.replace("%disctotal%", str(track.album.discTotal)) filename = filename.replace("%disctotal%", str(track.album.discTotal))
if len(track.album.genre) > 0: if len(track.album.genre) > 0:
filename = filename.replace("%genre%", filename = filename.replace("%genre%", fixName(track.album.genre[0], c))
fixName(track.album.genre[0], settings['illegalCharacterReplacer']))
else: else:
filename = filename.replace("%genre%", "Unknown") filename = filename.replace("%genre%", "Unknown")
filename = filename.replace("%year%", str(track.date.year)) filename = filename.replace("%year%", str(track.date.year))
filename = filename.replace("%date%", track.dateString) filename = filename.replace("%date%", track.dateString)
filename = filename.replace("%bpm%", str(track.bpm)) filename = filename.replace("%bpm%", str(track.bpm))
filename = filename.replace("%label%", fixName(track.album.label, settings['illegalCharacterReplacer'])) filename = filename.replace("%label%", fixName(track.album.label, c))
filename = filename.replace("%isrc%", track.ISRC) filename = filename.replace("%isrc%", track.ISRC)
filename = filename.replace("%upc%", track.album.barcode) filename = filename.replace("%upc%", track.album.barcode)
filename = filename.replace("%explicit%", "(Explicit)" if track.explicit else "") filename = filename.replace("%explicit%", "(Explicit)" if track.explicit else "")
@ -151,36 +166,37 @@ def settingsRegex(filename, track, settings):
filename = filename.replace("%position%", pad(track.position, track.playlist.trackTotal, settings)) filename = filename.replace("%position%", pad(track.position, track.playlist.trackTotal, settings))
else: else:
filename = filename.replace("%playlist_id%", '') filename = filename.replace("%playlist_id%", '')
filename = filename.replace("%position%", pad(track.trackNumber, track.album.trackTotal, settings)) filename = filename.replace("%position%", pad(track.position, track.album.trackTotal, settings))
filename = filename.replace('\\', pathSep).replace('/', pathSep) filename = filename.replace('\\', pathSep).replace('/', pathSep)
return antiDot(fixLongName(filename)) return antiDot(fixLongName(filename))
def settingsRegexAlbum(foldername, album, settings, playlist=None): def generateAlbumName(foldername, album, settings, playlist=None):
c = settings['illegalCharacterReplacer']
if playlist and settings['tags']['savePlaylistAsCompilation']: if playlist and settings['tags']['savePlaylistAsCompilation']:
foldername = foldername.replace("%album_id%", "pl_" + str(playlist.playlistID)) foldername = foldername.replace("%album_id%", "pl_" + str(playlist.playlistID))
foldername = foldername.replace("%genre%", "Compile") foldername = foldername.replace("%genre%", "Compile")
else: else:
foldername = foldername.replace("%album_id%", str(album.id)) foldername = foldername.replace("%album_id%", str(album.id))
if len(album.genre) > 0: if len(album.genre) > 0:
foldername = foldername.replace("%genre%", fixName(album.genre[0], settings['illegalCharacterReplacer'])) foldername = foldername.replace("%genre%", fixName(album.genre[0], c))
else: else:
foldername = foldername.replace("%genre%", "Unknown") foldername = foldername.replace("%genre%", "Unknown")
foldername = foldername.replace("%album%", fixName(album.title, settings['illegalCharacterReplacer'])) foldername = foldername.replace("%album%", fixName(album.title, c))
foldername = foldername.replace("%artist%", fixName(album.mainArtist.name, settings['illegalCharacterReplacer'])) foldername = foldername.replace("%artist%", fixName(album.mainArtist.name, c))
foldername = foldername.replace("%artist_id%", str(album.mainArtist.id)) foldername = foldername.replace("%artist_id%", str(album.mainArtist.id))
if album.rootArtist: if album.rootArtist:
foldername = foldername.replace("%root_artist%", fixName(album.rootArtist.name, settings['illegalCharacterReplacer'])) foldername = foldername.replace("%root_artist%", fixName(album.rootArtist.name, c))
foldername = foldername.replace("%root_artist_id%", str(album.rootArtist.id)) foldername = foldername.replace("%root_artist_id%", str(album.rootArtist.id))
else: else:
foldername = foldername.replace("%root_artist%", fixName(album.mainArtist.name, settings['illegalCharacterReplacer'])) foldername = foldername.replace("%root_artist%", fixName(album.mainArtist.name, c))
foldername = foldername.replace("%root_artist_id%", str(album.mainArtist.id)) foldername = foldername.replace("%root_artist_id%", str(album.mainArtist.id))
foldername = foldername.replace("%tracktotal%", str(album.trackTotal)) foldername = foldername.replace("%tracktotal%", str(album.trackTotal))
foldername = foldername.replace("%disctotal%", str(album.discTotal)) foldername = foldername.replace("%disctotal%", str(album.discTotal))
foldername = foldername.replace("%type%", fixName(album.recordType.capitalize(), settings['illegalCharacterReplacer'])) foldername = foldername.replace("%type%", fixName(album.recordType.capitalize(), c))
foldername = foldername.replace("%upc%", album.barcode) foldername = foldername.replace("%upc%", album.barcode)
foldername = foldername.replace("%explicit%", "(Explicit)" if album.explicit else "") foldername = foldername.replace("%explicit%", "(Explicit)" if album.explicit else "")
foldername = foldername.replace("%label%", fixName(album.label, settings['illegalCharacterReplacer'])) foldername = foldername.replace("%label%", fixName(album.label, c))
foldername = foldername.replace("%year%", str(album.date.year)) foldername = foldername.replace("%year%", str(album.date.year))
foldername = foldername.replace("%date%", album.dateString) foldername = foldername.replace("%date%", album.dateString)
foldername = foldername.replace("%bitrate%", bitrateLabels[int(album.bitrate)]) foldername = foldername.replace("%bitrate%", bitrateLabels[int(album.bitrate)])
@ -189,23 +205,25 @@ def settingsRegexAlbum(foldername, album, settings, playlist=None):
return antiDot(fixLongName(foldername)) return antiDot(fixLongName(foldername))
def settingsRegexArtist(foldername, artist, settings, rootArtist=None): def generateArtistName(foldername, artist, settings, rootArtist=None):
foldername = foldername.replace("%artist%", fixName(artist.name, settings['illegalCharacterReplacer'])) c = settings['illegalCharacterReplacer']
foldername = foldername.replace("%artist%", fixName(artist.name, c))
foldername = foldername.replace("%artist_id%", str(artist.id)) foldername = foldername.replace("%artist_id%", str(artist.id))
if rootArtist: if rootArtist:
foldername = foldername.replace("%root_artist%", fixName(rootArtist.name, settings['illegalCharacterReplacer'])) foldername = foldername.replace("%root_artist%", fixName(rootArtist.name, c))
foldername = foldername.replace("%root_artist_id%", str(rootArtist.id)) foldername = foldername.replace("%root_artist_id%", str(rootArtist.id))
else: else:
foldername = foldername.replace("%root_artist%", fixName(artist.name, settings['illegalCharacterReplacer'])) foldername = foldername.replace("%root_artist%", fixName(artist.name, c))
foldername = foldername.replace("%root_artist_id%", str(artist.id)) foldername = foldername.replace("%root_artist_id%", str(artist.id))
foldername = foldername.replace('\\', pathSep).replace('/', pathSep) foldername = foldername.replace('\\', pathSep).replace('/', pathSep)
return antiDot(fixLongName(foldername)) return antiDot(fixLongName(foldername))
def settingsRegexPlaylist(foldername, playlist, settings): def generatePlaylistName(foldername, playlist, settings):
foldername = foldername.replace("%playlist%", fixName(playlist.title, settings['illegalCharacterReplacer'])) c = settings['illegalCharacterReplacer']
foldername = foldername.replace("%playlist_id%", fixName(playlist.playlistID, settings['illegalCharacterReplacer'])) foldername = foldername.replace("%playlist%", fixName(playlist.title, c))
foldername = foldername.replace("%owner%", fixName(playlist.owner['name'], settings['illegalCharacterReplacer'])) foldername = foldername.replace("%playlist_id%", fixName(playlist.playlistID, c))
foldername = foldername.replace("%owner%", fixName(playlist.owner['name'], c))
foldername = foldername.replace("%owner_id%", str(playlist.owner['id'])) foldername = foldername.replace("%owner_id%", str(playlist.owner['id']))
foldername = foldername.replace("%year%", str(playlist.date.year)) foldername = foldername.replace("%year%", str(playlist.date.year))
foldername = foldername.replace("%date%", str(playlist.dateString)) foldername = foldername.replace("%date%", str(playlist.dateString))
@ -213,12 +231,13 @@ def settingsRegexPlaylist(foldername, playlist, settings):
foldername = foldername.replace('\\', pathSep).replace('/', pathSep) foldername = foldername.replace('\\', pathSep).replace('/', pathSep)
return antiDot(fixLongName(foldername)) return antiDot(fixLongName(foldername))
def settingsRegexPlaylistFile(foldername, queueItem, settings): def generateDownloadObjectName(foldername, queueItem, settings):
foldername = foldername.replace("%title%", fixName(queueItem.title, settings['illegalCharacterReplacer'])) c = settings['illegalCharacterReplacer']
foldername = foldername.replace("%artist%", fixName(queueItem.artist, settings['illegalCharacterReplacer'])) foldername = foldername.replace("%title%", fixName(queueItem.title, c))
foldername = foldername.replace("%artist%", fixName(queueItem.artist, c))
foldername = foldername.replace("%size%", str(queueItem.size)) foldername = foldername.replace("%size%", str(queueItem.size))
foldername = foldername.replace("%type%", fixName(queueItem.type, settings['illegalCharacterReplacer'])) foldername = foldername.replace("%type%", fixName(queueItem.type, c))
foldername = foldername.replace("%id%", fixName(queueItem.id, settings['illegalCharacterReplacer'])) foldername = foldername.replace("%id%", fixName(queueItem.id, c))
foldername = foldername.replace("%bitrate%", bitrateLabels[int(queueItem.bitrate)]) foldername = foldername.replace("%bitrate%", bitrateLabels[int(queueItem.bitrate)])
foldername = foldername.replace('\\', pathSep).replace('/', pathSep).replace(pathSep, settings['illegalCharacterReplacer']) foldername = foldername.replace('\\', pathSep).replace('/', pathSep).replace(pathSep, c)
return antiDot(fixLongName(foldername)) return antiDot(fixLongName(foldername))

2
setup.py
View File

@ -7,7 +7,7 @@ README = (HERE / "README.md").read_text()
setup( setup(
name="deemix", name="deemix",
version="2.0.16", version="3.0.0",
description="A barebone deezer downloader library", description="A barebone deezer downloader library",
long_description=README, long_description=README,
long_description_content_type="text/markdown", long_description_content_type="text/markdown",