def doExternalSync(lib) :
try :
serialized = json.loads(urllib.urlopen(lib.library_location+"/dump/").read())
except :
return (False, "Can't access external library \""+lib.library_location+"\"")
Song.objects.filter(song_album__album_library__id = lib.id).delete()
Album.objects.filter(album_library__id = lib.id).delete()
numalbums = 0
numsongs = 0
album_mapping = dict()
for album in serialized["albums"] :
numalbums += 1
a = Album(album_library = lib,
album_external_id = album["id"],
album_name = album["name"],
album_synchronized = True)
a.save()
album_mapping[album["id"]] = a
for song in serialized["songs"] :
numsongs += 1
s = Song(song_name = song["name"],
song_grouping = song["grouping"],
song_composer = song["composer"],
song_artist = song["artist"],
song_album = album_mapping[song["album"]],
song_genre = song["genre"],
song_time = song["time"],
song_tracknum = song["tracknum"],
song_numbertracks = song["numbertracks"],
song_discnum = song["discnum"],
song_numberdiscs = song["numberdiscs"],
song_filetype = song["filetype"],
song_filesize = song["filesize"],
song_bitrate = song["bitrate"],
song_filename = song["filename"],
song_synchronized = True,
song_modified = datetime.fromtimestamp(song["modified"]))
s.save()
lib.last_synchronized = datetime.now()
lib.save()
return (True, "Added %d songs in %d albums." % (numsongs, numalbums))
def updateFile(lib, filename) :
message = ""
global numadded, numupdated, numunchanged, numskipped, numremoved
root, file = os.path.split(filename)
modified = datetime.fromtimestamp(os.path.getmtime(filename))
songs = Song.objects.filter(song_filename=filename)
if len(songs) == 0 or songs[0].song_modified < modified or UNCONDITIONALLY_UPDATE : # need to add or update, respectively
info = None
try :
info = mutagen.File(filename, easy=True)
except :
message += "<p>Bad song file.</p>"
if info is not None :
#message += "<pre>--"+filename+"\n-"+info.pprint()+"</pre>"
name = info.get("title", [file])[0]
grouping = info.get("grouping", [None])[0]
composer = info.get("composer", [None])[0]
artist = info.get("artist", [None])[0]
albumname = info.get("album", [None])[0]
try :
genre = info.get("genre", [None])[0]
except :
genre = None
time = int(info.info.length*1000) # sec -> msec
tracknum = info.get("tracknumber", [None])[0]
numbertracks = None
if tracknum != None and len(tracknum.split("/")) > 1 :
tracknum, numbertracks = tracknum.split("/")
# try to get the tracknum from the beginning of
# the track name if the tracknum is None
if tracknum is None :
i = 1
while i < len(name) :
try :
tracknum = int(name[:i])
i += 1
except ValueError :
break
if tracknum != None :
try :
tracknum = int(tracknum)
except ValueError :
tracknum = None
numbertracks = None
if numbertracks != None :
try :
numbertracks = int(numbertracks)
except ValueError :
numbertracks = None
discnum = info.get("discnumber", [None])[0]
numberdiscs = None
if discnum is None :
dirparts = os.path.split(root)
if dirparts[1].lower().startswith("cd") and len(dirparts[1]) > 2 and dirparts[1][2:3] in "0123456789" :
discnum = dirparts[1][2:]
# this is the actual root of the album:
root = dirparts[0]
if discnum != None and len(discnum.split("/")) > 1 :
discnum, numberdiscs = discnum.split("/")
if discnum != None :
try :
discnum = int(discnum)
except ValueError :
discnum = None
numberdiscs = None
if numberdiscs != None :
try :
numberdiscs = int(numberdiscs)
except ValueError :
numberdiscs = None
filetype = info.mime[0] # just take first one?
filesize = os.path.getsize(filename)
try :
bitrate = int(info.info.bitrate/1000) # bps -> kbps
except AttributeError :
bitrate = None # flac
if albumname == None :
head, tail = os.path.split(root)
if tail == "" or len(head) < len(lib.library_location) :
albumname = "*Unknown Album*"
else :
albumname = tail
if artist == None :
artist = "*Unknown Artist*"
albums = Album.objects.filter(album_library__id = lib.id, album_name = albumname)
album = None
if len(albums) == 0 :
album = Album(album_library = lib,
album_name = albumname,
album_synchronized = True)
album.save()
else :
album = albums[0]
album.album_synchronized = True
album.save()
if len(songs) == 0 :
numadded += 1
song = Song(song_name = name,
song_grouping = grouping,
song_composer = composer,
song_artist = artist,
song_album = album,
song_genre = genre,
song_time = time,
song_tracknum = tracknum,
song_numbertracks = numbertracks,
song_discnum = discnum,
song_numberdiscs = numberdiscs,
song_filetype = filetype,
song_filesize = filesize,
song_bitrate = bitrate,
song_filename = filename,
song_synchronized = True,
song_modified = modified)
song.save()
else :
numupdated += 1
songs.update(song_name = name,
song_grouping = grouping,
song_composer = composer,
song_artist = artist,
song_album = album,
song_genre = genre,
song_time = time,
song_tracknum = tracknum,
song_numbertracks = numbertracks,
song_discnum = discnum,
song_numberdiscs = numberdiscs,
song_filetype = filetype,
song_filesize = filesize,
song_bitrate = bitrate,
song_filename = filename,
song_synchronized = True,
song_modified = modified)
else :
numskipped += 1
message += "<p>Skipped non-sound file "+filename+"</p>"
elif len(songs) > 0 : # the file is in the database, just need to update
songs[0].song_synchronized = True
songs[0].song_album.album_synchronized = True
songs[0].save()
songs[0].song_album.save()
numunchanged += 1
else :
numremoved += 1
return message
def EndElementHandler(self, name) :
if self.level == 2 :
if name == "array" :
raise DoneException()
if self.level == 3 :
if name == "key" :
self.currentmode = "data"
self.currentdict[self.currentkey] = ""
elif name == "dict" :
self.level = 2
if not self.currentdict.has_key("Album") :
self.currentdict["Album"] = "*Unknown Album*"
if not self.currentdict.has_key("Artist") :
self.currentdict["Artist"] = "*Unknown Artist*"
albums = Album.objects.filter(album_library__id = self.lib.id, album_name = self.currentdict["Album"])
album = None
if len(albums) == 0 :
album = Album(album_library = self.lib,
album_name = self.currentdict["Album"],
album_synchronized = True)
album.save()
else :
album = albums[0]
album.album_synchronized = True
album.save()
songs = Song.objects.filter(song_filename = self.currentdict["Location"]) # assuming filename is a good enough primary key
song = None
d = self.currentdict
try :
modified = iso8601.parse_datetime(d.get("Date Modified", None))
except :
modified = None
if (not skipiTunesKind(d["Kind"])) and (modified is not None) :
if len(songs) == 0 :
song = Song(song_name = d.get("Name", None),
song_grouping = d.get("Grouping", None),
song_composer = d.get("Composer", None),
song_artist = d.get("Artist", None),
song_album = album,
song_genre = d.get("Genre", None),
song_time = d.get("Total Time", None),
song_tracknum = d.get("Track Number", None),
song_numbertracks = d.get("Track Count", None),
song_discnum = d.get("Disc Number", None),
song_numberdiscs = d.get("Disc Count", None),
song_filetype = iTunesKindToMime(d["Kind"]),
song_filesize = d.get("Size", None),
song_bitrate = d.get("Bit Rate", None),
song_filename = d.get("Location", None),
song_synchronized = True,
song_modified = modified)
song.save()
elif songs[0].song_modified < modified :
songs.update(song_name = d.get("Name", None),
song_grouping = d.get("Grouping", None),
song_composer = d.get("Composer", None),
song_artist = d.get("Artist", None),
song_album = album,
song_genre = d.get("Genre", None),
song_time = d.get("Total Time", None),
song_tracknum = d.get("Track Number", None),
song_numbertracks = d.get("Track Count", None),
song_discnum = d.get("Disc Number", None),
song_numberdiscs = d.get("Disc Count", None),
song_filetype = iTunesKindToMime(d["Kind"]),
song_filesize = d.get("Size", None),
song_bitrate = d.get("Bit Rate", None),
song_filename = d.get("Location", None),
song_synchronized = True,
song_modified = modified)
else :
songs.update(song_synchronized = True)
else :
if modified is None :
self.skippedSongs.append((d.get("Location"), "Bad last modified string"))
else :
self.skippedSongs.append((d.get("Location"), "Type \""+d["Kind"]+"\" is unsupported"))
else :
self.currentmode = None
