def main():
mb = musicbrainz.mb()
mb.SetDepth(2)
mb.SetDebug(1)
args = [
'', # trmId
'', # artistName
'', # albumName
'', # trackName
'', # trackNum
'', # duration
'', # fileName
'', # artistId
'', # albumId
'5e7d0d05-8601-43f7-a48e-9eb05a6ab445', # trackId
]
print "%r" % args
try:
mb.QueryWithArgs(q.MBQ_FileInfoLookup, args)
except musicbrainz.MusicBrainzError:
return
if mb.Select1(q.MBS_SelectLookupResult, 1):
print "select worked"
def main():
mb = musicbrainz.mb()
mb.SetDepth(2)
mb.SetDebug(1)
args = [
'', # trmId
'', # artistName
'', # albumName
'', # trackName
'', # trackNum
'', # duration
'', # fileName
'', # artistId
'', # albumId
'5e7d0d05-8601-43f7-a48e-9eb05a6ab445', # trackId
]
print "%r" % args
try:
mb.QueryWithArgs(q.MBQ_FileInfoLookup, args)
except musicbrainz.MusicBrainzError:
return
if mb.Select1(q.MBS_SelectLookupResult, 1):
print "select worked"
def main():
mb = musicbrainz.mb()
mb.SetDepth(6)
mb.QueryWithArgs(q.MBQ_GetTrackByTRMId, [sys.argv[1]])
if DEBUG: print mb.GetResultRDF().encode('latin-1')
# Check to see how many items were returned from the server
numTracks = mb.GetResultInt(q.MBE_GetNumTracks)
if numTracks < 1:
print "No tracks found."
print "Found %d track(s)." % numTracks
for ii in range(1, numTracks+1):
# Start at the top of the query and work our way down
mb.Select(q.MBS_Rewind)
# Select the ith artist
mb.Select1(q.MBS_SelectTrack, ii)
# Extract the artist name from the ith track
print " Artist: %r" % mb.GetResultData(q.MBE_TrackGetArtistName)
# Extract the track name from the ith track
print " Title: %r" % mb.GetResultData(q.MBE_TrackGetTrackName)
# Extract the track name from the ith track
print " Duration: %r" % mb.GetResultInt(q.MBE_TrackGetTrackDuration)
# Extract the artist id from the ith track
temp = mb.GetResultData(q.MBE_TrackGetArtistId)
print " ArtistId: %r" % mb.GetIDFromURL(temp)
# Extract the number of albums
numAlbums = mb.GetResultInt(q.MBE_GetNumAlbums)
print "Num Albums: %r" % numAlbums
for jj in range(1, numAlbums+1):
# Select the jth album in the album list
mb.Select1(q.MBS_SelectAlbum, jj)
# Extract the album name
print " Album: %r" % mb.GetResultData(q.MBE_AlbumGetAlbumName),
temp = mb.GetResultData(q.MBE_AlbumGetAlbumId)
print " (%s)" % mb.GetIDFromURL(temp),
# How many tracks on this cd
print "has %s tracks" % mb.GetResultInt(q.MBE_AlbumGetNumTracks)
# Back up one level and go back to the artist level
mb.Select(q.MBS_Back)
print ""
def testException1(self):
mb = musicbrainz.mb()
try:
mb.Query('monkey')
except musicbrainz.MusicBrainzError:
pass
else:
fail("expected a musicbrainz.MusicBrainzError")
def main():
mb = musicbrainz.mb()
mb.SetDepth(6)
mb.QueryWithArgs(q.MBQ_GetTrackByTRMId, [sys.argv[1]])
print mb.GetResultRDF().encode('latin-1')
# Check to see how many items were returned from the server
numTracks = mb.GetResultInt(q.MBE_GetNumTracks)
if numTracks < 1:
print "No tracks found."
print "Found %d track(s)." % numTracks
for ii in range(1, numTracks + 1):
# Start at the top of the query and work our way down
mb.Select(q.MBS_Rewind)
# Select the ith artist
mb.Select1(q.MBS_SelectTrack, ii)
# Extract the artist name from the ith track
print " Artist: %r" % mb.GetResultData(q.MBE_TrackGetArtistName)
# Extract the track name from the ith track
print " Title: %r" % mb.GetResultData(q.MBE_TrackGetTrackName)
# Extract the track name from the ith track
print " Duration: %r" % mb.GetResultInt(q.MBE_TrackGetTrackDuration)
# Extract the artist id from the ith track
temp = mb.GetResultData(q.MBE_TrackGetArtistId)
print " ArtistId: %r" % mb.GetIDFromURL(temp)
# Extract the number of albums
numAlbums = mb.GetResultInt(q.MBE_GetNumAlbums)
print "Num Albums: %r" % numAlbums
for jj in range(1, numAlbums + 1):
# Select the jth album in the album list
mb.Select1(q.MBS_SelectAlbum, jj)
# Extract the album name
print " Album: %r" % mb.GetResultData(q.MBE_AlbumGetAlbumName),
temp = mb.GetResultData(q.MBE_AlbumGetAlbumId)
print " (%s)" % mb.GetIDFromURL(temp),
# How many tracks on this cd
print "has %s tracks" % mb.GetResultInt(q.MBE_AlbumGetNumTracks)
# Back up one level and go back to the artist level
mb.Select(q.MBS_Back)
print ""
def main(artistName):
mb = musicbrainz.mb()
mb.SetServer('musicbrainz.org', 80)
mb.SetDepth(4)
ret = mb.QueryWithArgs(q.MBQ_FindArtistByName, artistName)
if not ret:
error = mb.GetQueryError()
print "Query failed: %s" % error
# Check to see how many items were returned from the server
numArtists = mb.GetResultInt(q.MBE_GetNumArtists)
if numArtists < 1:
print "No artists found."
print "Found %d artists." % numArtists
for ii in range(1, numArtists+1):
# Start at the top of the query and work our way down
mb.Select(q.MBS_Rewind)
# Select the ith artist
mb.Select1(q.MBS_SelectArtist, ii)
# Extract the artist name from the ith track
data = mb.GetResultData(q.MBE_ArtistGetArtistName)
print " Artist: %r" % data
# Extract the artist id from the ith track
data = mb.GetResultData(q.MBE_ArtistGetArtistId)
temp = mb.GetIDFromURL(data)
print " ArtistId: '%s'" % temp
# Extract the number of albums
numAlbums = mb.GetResultInt(q.MBE_GetNumAlbums)
print "Num Albums: %d" % numAlbums
for jj in range(1, numAlbums+1):
# Select the jth album in the album list
mb.Select1(q.MBS_SelectAlbum, jj)
# Extract the album name
data = mb.GetResultData(q.MBE_AlbumGetAlbumName)
print " Album: %r" % data,
data = mb.GetResultData(q.MBE_AlbumGetAlbumId)
temp = mb.GetIDFromURL(data)
print " (%s)" % temp
# Back up one level and go back to the artist level
mb.Select(q.MBS_Back)
print ""
def get_info(trm, info):
"""Get metainfo from musicbrainz.
Gets metainformation from musicbrainz about a song with the given
acoustic fingerprint.
Parameters:
trm - A musicbrainz acoustic id
info - Dictionary with values from tag
Returns:
(matches, model) where 'matches' is the number of matches
musicbrainz returned, and 'model' is a Redland RDF model of the
returned data.
"""
print "TRM is", str(trm)
# Build query
m = musicbrainz.mb()
# TODO: Fill me in
#m.SetServer("www.musicbrainz.org")
m.SetDepth(2)
m.SetDebug(10)
artistname = info.get('artist', '__NULL__')
albumname = info.get('album', '__NULL__')
trackname = info.get('title', '__NULL__')
tracknr = info.get('tracknr', '__NULL__')
duration = "__NULL__"
m.QueryWithArgs(musicbrainz.MBQ_TrackInfoFromTRMId,
[trm, artistname, albumname, trackname,
tracknr, duration])
# Check to see how many items were returned from the server
numTracks = m.GetResultInt(musicbrainz.MBE_GetNumTracks)
matched_tracks = m.GetResultInt(musicbrainz.MBE_GetNumTracks)
# Only update if we get a single match
if matched_tracks == 1:
querymodel = RDF.Model()
rdf = m.GetResultRDF()
parser = RDF.Parser(mime_type="application/rdf+xml")
enc = codecs.getencoder("latin_1")
parser.parse_string_into_model(
querymodel, rdf, "http://example.com/" + enc(trm)[0])
else:
querymodel = None
return matched_tracks, querymodel
def main():
mb = musicbrainz.mb()
mb.Query(q.MBQ_GetCDTOC)
first = mb.GetResultInt(q.MBE_TOCGetFirstTrack)
last = mb.GetResultInt(q.MBE_TOCGetLastTrack)
for ii in xrange(first, last + 2):
sectors = mb.GetResultInt1(q.MBE_TOCGetTrackNumSectors, ii)
offset = mb.GetResultInt1(q.MBE_TOCGetTrackSectorOffset, ii)
sec = sectors / 75
dura = "%d:%02d" % divmod(sec, 60)
print dura
def main():
mb = musicbrainz.mb()
mb.Query(q.MBQ_GetCDTOC)
first = mb.GetResultInt(q.MBE_TOCGetFirstTrack)
last = mb.GetResultInt(q.MBE_TOCGetLastTrack)
for ii in xrange(first, last + 2):
sectors = mb.GetResultInt1(q.MBE_TOCGetTrackNumSectors, ii)
offset = mb.GetResultInt1(q.MBE_TOCGetTrackSectorOffset, ii)
sec = sectors / 75
dura = "%d:%02d" % divmod(sec, 60)
print dura
def main():
mb = musicbrainz.mb()
mb.SetDepth(2)
mb.SetDebug(1)
mb.QueryWithArgs(q.MBQ_FindAlbumByName, [u'1'])
print mb.GetResultRDF()
print "no. of albums:", mb.GetResultInt(q.MBE_GetNumAlbums)
mb.Select1(q.MBS_SelectAlbum, 1)
for ii in range(1, mb.GetResultInt(q.MBE_AlbumGetNumTracks) + 1):
name = mb.GetResultData1(q.MBE_AlbumGetTrackName, ii)
dura = mb.GetResultData1(q.MBE_AlbumGetTrackDuration, ii)
track = mb.GetResultData1(q.MBE_AlbumGetTrackNum, ii)
print "track: %s %s %r" % (dura, track, name)
def main():
artist = "Violent Femmes
track = "Country Death Song"
mb = musicbrainz.mb()
mb.SetDepth(2)
mb.SetDebug(1)
artistlist = []
albumlist = []
mb.QueryWithArgs(q.MBQ_FindArtistByName, [artist])
print mb.GetResultRDF()
numArtists = mb.GetResultInt(q.MBE_GetNumArtists)
if numArtists < 1:
print "No artists found."
for ii in range(1, numArtists+1):
mb.Select(q.MBS_Rewind)
mb.Select1(q.MBS_SelectArtist, ii)
artistlist.append(mb.GetResultData(q.MBE_ArtistGetArtistName))
print artistlist
artist = difflib.get_close_matches(artist, artistlist, 1)[0]
print artist
"""
mb.QueryWithArgs(q.MBQ_FindAlbumByName, [artist, album])
print mb.GetResultRDF()
numAlbums = mb.GetResultInt(q.MBE_GetNumAlbums)
if numAlbums < 1:
print "No albums found."
for ii in range(1, numAlbums+1):
mb.Select(q.MBS_Rewind)
mb.Select1(q.MBS_SelectAlbum, ii)
albumlist.append(mb.GetResultData(q.MBE_AlbumGetAlbumName))
album = difflib.get_close_matches(album, albumlist, 1)[0]
"""
mb.QueryWithArgs(q.MBQ_FindTrackByName, [artist, '', track])
print mb.GetResultRDF()
def main():
mb = musicbrainz.mb()
mb.SetDepth(2)
while 1:
print "Insert CD and hit enter..."
choice = sys.stdin.readline().strip()
mb.Query(q.MBQ_GetCDTOC)
cdid = mb.GetResultData(q.MBE_TOCGetCDIndexId)
print "querying musicbrainz.org to see if this cd is on there..."
mb.QueryWithArgs(q.MBQ_GetCDInfoFromCDIndexId, [cdid])
if mb.GetResultInt(q.MBE_GetNumAlbums) == 1:
print "Yes and here's the info:"
mb.Select1(q.MBS_SelectAlbum, 1)
album = mb.GetResultData(q.MBE_AlbumGetAlbumName)
artist = mb.GetResultData1(q.MBE_AlbumGetArtistName, 1)
print "\t%s / %s" % (artist, album)
for ii in range(1, mb.GetResultInt(q.MBE_AlbumGetNumTracks) + 1):
name = mb.GetResultData1(q.MBE_AlbumGetTrackName, ii)
dura = mb.GetResultInt1(q.MBE_AlbumGetTrackDuration, ii)
track = mb.GetResultInt1(q.MBE_AlbumGetTrackNum, ii)
dura = "%d:%02d" % divmod(int(dura / 1000), 60)
print "\t%02d - %s (%s)" % (track, name, dura)
os.system('eject')
print "Ejecting cd..."
continue
url = mb.GetWebSubmitURL()
if url:
print "opening web browser to '%s'..." % url
webbrowser.open_new(url)
else:
print "Couldn't get cdid... maybe there's no cd in drive?"
def main():
mb = musicbrainz.mb()
mb.SetDepth(2)
while 1:
print "Insert CD and hit enter..."
choice = sys.stdin.readline().strip()
mb.Query(q.MBQ_GetCDTOC)
cdid = mb.GetResultData(q.MBE_TOCGetCDIndexId)
print "querying musicbrainz.org to see if this cd is on there..."
mb.QueryWithArgs(q.MBQ_GetCDInfoFromCDIndexId, [cdid])
if mb.GetResultInt(q.MBE_GetNumAlbums) == 1:
print "Yes and here's the info:"
mb.Select1(q.MBS_SelectAlbum, 1)
album = mb.GetResultData(q.MBE_AlbumGetAlbumName)
artist = mb.GetResultData1(q.MBE_AlbumGetArtistName, 1)
print "\t%s / %s" % (artist, album)
for ii in range(1, mb.GetResultInt(q.MBE_AlbumGetNumTracks) + 1):
name = mb.GetResultData1(q.MBE_AlbumGetTrackName, ii)
dura = mb.GetResultInt1(q.MBE_AlbumGetTrackDuration, ii)
track = mb.GetResultInt1(q.MBE_AlbumGetTrackNum, ii)
dura = "%d:%02d" % divmod(int(dura / 1000), 60)
print "\t%02d - %s (%s)" % (track, name, dura)
os.system('eject')
print "Ejecting cd..."
continue
url = mb.GetWebSubmitURL()
if url:
print "opening web browser to '%s'..." % url
webbrowser.open_new(url)
else:
print "Couldn't get cdid... maybe there's no cd in drive?"
def main():
mb = musicbrainz.mb()
print mb.GetWebSubmitURL()
def main():
device = '/dev/cdrom'
optlist, args = getopt.getopt(sys.argv[1:], 'd:', ['device='])
for o, a in optlist:
if o in ("-d", "--device"):
device = a
if not os.path.isfile('cd2trm.ini'):
writeDefaultConfig()
raise SystemExit, "Fill out your username/password in 'cd2trm.ini'"
cp = ConfigParser.ConfigParser()
cp.read('cd2trm.ini')
mb = musicbrainz.mb()
mb.SetServer(cp.get('cd2trm', 'server'), 80)
mb.SetDepth(2)
mb.SetDevice(device)
# mb.SetDebug(1)
auth(mb, cp)
while 1:
trackIds = None
while not trackIds:
trackIds = getCDInfo(mb)
queryItems = []
for ii in xrange(len(trackIds)):
ii = ii + 1
print "Ripping track %d of %d..." % (ii, len(trackIds))
tempfilename = 'temp%s-%d.wav' % (device.replace('/', '-'), ii)
#retval = os.system('cdparanoia --abort-on-skip --output-wav %d temp%d.wav' % (ii, ii))
retval = os.system(
'cdparanoia --force-cdrom-device=%s --abort-on-skip --output-wav %d-%d[0:40] %s'
% (device, ii, ii, tempfilename))
if os.WTERMSIG(retval) == 2:
raise SystemExit
if not os.path.isfile(tempfilename):
print "skipping because cdparanoia couldn't read the disk perfectly"
continue
print "Getting TRM for track %d..." % ii
sig = getSignature(tempfilename, songLength=trackIds[ii - 1][1])
os.unlink(tempfilename)
queryItems.append(queryItem % (trackIds[ii - 1][0], sig))
print "Submiting all track TRM sigs..."
try:
myquery = query % ''.join(queryItems)
mb.Query(myquery)
except musicbrainz.MusicBrainzError, err:
if str(
err
) == "Query failed: Session key expired. Please Authenticate again.":
auth(mb, cp)
mb.Query(myquery)
else:
raise
print "Ejecting cd..."
os.system('eject %s' % device)
def get_trm(self):
self.init_from_db()
trm = mime_map[self.au_content_type].get_trm(self.au_audio_clip)
mb = musicbrainz.mb()
mb.SetDepth(6)
mb.QueryWithArgs(MBQ_GetTrackByTRMId, [trm])
# Check to see how many items were returned from the server
numTracks = mb.GetResultInt(MBE_GetNumTracks)
tracks = []
for ii in range(1, numTracks+1):
track = self.Track()
# Start at the top of the query and work our way down
mb.Select(MBS_Rewind)
# Select the ith artist
mb.Select1(MBS_SelectTrack, ii)
# Extract the artist name from the ith track
track.artist = mb.GetResultData(MBE_TrackGetArtistName)
# Extract the track name from the ith track
track.title = mb.GetResultData(MBE_TrackGetTrackName)
# Extract the track name from the ith track
track.duration = mb.GetResultInt(MBE_TrackGetTrackDuration)
# Extract the artist id from the ith track
temp = mb.GetResultData(MBE_TrackGetArtistId)
track.artist_id = mb.GetIDFromURL(temp)
tracks.append(track)
track.albums = []
# Extract the number of albums
numAlbums = mb.GetResultInt(MBE_GetNumAlbums)
for jj in range(1, numAlbums+1):
album = self.Album()
# Select the jth album in the album list
mb.Select1(MBS_SelectAlbum, jj)
# Extract the album name
album.name = mb.GetResultData(MBE_AlbumGetAlbumName),
temp = mb.GetResultData(MBE_AlbumGetAlbumId)
album.id = mb.GetIDFromURL(temp),
# How many tracks on this cd
album.nr_of_tracks = mb.GetResultInt(MBE_AlbumGetNumTracks)
# Back up one level and go back to the artist level
mb.Select(MBS_Back)
track.albums.append(album)
return tracks
config = ConfigParser.SafeConfigParser()
config.read(os.path.expanduser('~/.cdscrobbler'))
if not config.has_option("CDScrobbler", "username") or not config.has_option("CDScrobbler", "password"):
print "No complete configuration file found, see the README."
sys.exit(1)
current = datetime.datetime.utcnow()
scrob = scrobbler.Scrobbler(config.get("CDScrobbler", "username"),
config.get("CDScrobbler", "password"),
client="cds", version="0.1")
scrob.handshake()
mb = musicbrainz.mb()
def upload_album():
global current
count = mb.GetResultInt(MBE_GetNumAlbums)
if count == 0:
print "Found no albums"
return
if count > 1:
print "TODO: found %d albums (skipping)" % count
return
tracks = []
mb.Select1(MBS_SelectAlbum, 1)
album = mb.GetResultData(MBE_AlbumGetAlbumName)
def main():
device = '/dev/cdrom'
optlist, args = getopt.getopt(sys.argv[1:], 'd:', ['device='])
for o, a in optlist:
if o in ("-d", "--device"):
device = a
if not os.path.isfile('cd2trm.ini'):
writeDefaultConfig()
raise SystemExit, "Fill out your username/password in 'cd2trm.ini'"
cp = ConfigParser.ConfigParser()
cp.read('cd2trm.ini')
mb = musicbrainz.mb()
mb.SetServer(cp.get('cd2trm', 'server'), 80)
mb.SetDepth(2)
mb.SetDevice(device)
# mb.SetDebug(1)
auth(mb, cp)
while 1:
trackIds = None
while not trackIds:
trackIds = getCDInfo(mb)
queryItems = []
for ii in xrange(len(trackIds)):
ii = ii + 1
print "Ripping track %d of %d..." % (ii, len(trackIds))
tempfilename = 'temp%s-%d.wav' % (device.replace('/', '-'), ii)
#retval = os.system('cdparanoia --abort-on-skip --output-wav %d temp%d.wav' % (ii, ii))
retval = os.system('cdparanoia --force-cdrom-device=%s --abort-on-skip --output-wav %d-%d[0:40] %s'
% (device, ii, ii, tempfilename))
if os.WTERMSIG(retval) == 2:
raise SystemExit
if not os.path.isfile(tempfilename):
print "skipping because cdparanoia couldn't read the disk perfectly"
continue
print "Getting TRM for track %d..." % ii
sig = getSignature(tempfilename, songLength=trackIds[ii - 1][1])
os.unlink(tempfilename)
queryItems.append(queryItem % (trackIds[ii - 1][0], sig))
print "Submiting all track TRM sigs..."
try:
myquery = query % ''.join(queryItems)
mb.Query(myquery)
except musicbrainz.MusicBrainzError, err:
if str(err) == "Query failed: Session key expired. Please Authenticate again.":
auth(mb, cp)
mb.Query(myquery)
else:
raise
print "Ejecting cd..."
os.system('eject %s' % device)
def main():
mb = musicbrainz.mb()
print mb.GetWebSubmitURL()
