def save(self):
"""Writes the tags in self.__tags
to self.filename if no filename is specified."""
filepath = self.filepath
if self.mut_obj.tags is None:
self.mut_obj.add_tags()
if filepath != self.mut_obj.filename:
self.mut_obj.filename = filepath
audio = self.mut_obj
newtag = {}
for field, value in usertags(self.__tags).items():
try:
newtag[self.__rtranslate[field]] = value
except KeyError:
newtag[field] = value
pics = map(pic_to_bin, self.images)
if pics:
newtag['WM/Picture'] = pics
toremove = [z for z in audio if z not in newtag]
for z in toremove:
del(audio[z])
audio.update(newtag)
audio.save()
def save(self):
"""Writes the tags in self.__tags
to self.filename if no filename is specified."""
filepath = self.filepath
if self.mut_obj.tags is None:
self.mut_obj.add_tags()
if filepath != self.mut_obj.filename:
self.mut_obj.filename = filepath
audio = self.mut_obj
newtag = {}
for tag, value in usertags(self.__tags).items():
newtag[tag] = value
if self.__images:
if base == FLAC:
audio.clear_pictures()
map(lambda p: audio.add_picture(image_to_bin(p)),
self.__images)
else:
newtag[COVER_KEY] = filter(None, map(image_to_base64, self.__images))
else:
if base == FLAC:
audio.clear_pictures()
toremove = [z for z in audio if z not in newtag]
for z in toremove:
del(audio[z])
audio.update(newtag)
audio.save()
def save(self):
if self.mut_obj.tags is None:
self.mut_obj.add_tags()
if self.filepath != self.mut_obj.filename:
self.mut_obj.filename = self.filepath
audio = self.mut_obj
newtag = {}
tuples = (('track', ['trkn',
'totaltracks']), ('disc', ['disk', 'totaldiscs']))
tags = self.__tags
for tag, values in tuples:
if tag in tags:
denom = tags[tag]
if values[1] in tags:
total = tags[values[1]]
newtag[values[0]] = [(int(t), int(total))
for t, total in zip(denom, total)]
else:
newtag[values[0]] = [(int(z), 0) for z in denom]
elif values[1] in tags:
total = tags[values[1]]
newtag[values[0]] = [(0, int(z)) for z in total]
tags = usertags(self.__tags)
tags = [(z, tags[z]) for z in tags
if z not in ['track', 'totaltracks', 'disc', 'totaldiscs']]
for tag, value in tags:
try:
newtag[REVTAGS[tag]] = value
except KeyError:
newtag[self.__freeform[tag].encode('utf8')] = encode(
self.__tags[tag])
if self.images:
newtag['covr'] = filter(None, map(pic_to_bin, self.images))
toremove = [
z for z in audio.keys()
if z not in newtag and z not in self.__errors
]
for key in toremove:
del (audio[key])
audio.update(newtag)
audio.save()
def save(self):
if self.mut_obj.tags is None:
self.mut_obj.add_tags()
if self.filepath != self.mut_obj.filename:
self.mut_obj.filename = self.filepath
audio = self.mut_obj
newtag = {}
tuples = (('track', ['trkn', 'totaltracks']),
('disc', ['disk', 'totaldiscs']))
tags = self.__tags
for tag, values in tuples:
if tag in tags:
denom = tags[tag]
if values[1] in tags:
total = tags[values[1]]
newtag[values[0]] = [(int(t), int(total)) for t, total in
zip(denom, total)]
else:
newtag[values[0]] = [(int(z), 0) for z in denom]
elif values[1] in tags:
total = tags[values[1]]
newtag[values[0]] = [(0, int(z)) for z in total]
tags = usertags(self.__tags)
tags = [(z, tags[z]) for z in tags
if z not in ['track', 'totaltracks', 'disc', 'totaldiscs']]
for tag, value in tags:
try:
newtag[REVTAGS[tag]] = value
except KeyError:
newtag[self.__freeform[tag].encode('utf8')] = encode(self.__tags[tag])
if self.images:
newtag['covr'] = filter(None, map(pic_to_bin, self.images))
toremove = [z for z in audio.keys() if
z not in newtag and z not in self.__errors]
for key in toremove:
del(audio[key])
audio.update(newtag)
audio.save()
def save(self):
if self.mut_obj.tags is None:
self.mut_obj.add_tags()
if self.filepath != self.mut_obj.filename:
self.mut_obj.filename = self.filepath
audio = self.mut_obj
newtag = {}
if self.images:
[newtag.update(pic_to_bin(z)) for z in self.images]
for field, value in usertags(self.__tags).items():
try:
if isinstance(field, unicode):
field = field.encode('utf8')
newtag[field] = value
except AttributeError:
pass
toremove = [z for z in audio if z
not in newtag and audio[z].kind == 0]
for z in toremove:
del(audio[z])
audio.tags.update(newtag)
audio.save()
def save(self):
if self.mut_obj.tags is None:
self.mut_obj.add_tags()
if self.filepath != self.mut_obj.filename:
self.mut_obj.filename = self.filepath
audio = self.mut_obj
newtag = {}
if self.images:
[newtag.update(pic_to_bin(z)) for z in self.images]
for field, value in usertags(self.__tags).items():
try:
if isinstance(field, unicode):
field = field.encode('utf8')
newtag[field] = value
except AttributeError:
pass
toremove = [
z for z in audio if z not in newtag and audio[z].kind == 0
]
for z in toremove:
del (audio[z])
audio.tags.update(newtag)
audio.save()
def save(self, v1=None, v2=None):
if v1 is None:
v1 = v1_option
"""Writes the tags to file."""
filename = self.filepath
if self.mut_obj.tags is None:
self.mut_obj.add_tags()
if filename != self.mut_obj.filename:
self.mut_obj.tags.filename = filename
self.mut_obj.filename = filename
audio = self.mut_obj
util.MockTag.save(self)
userkeys = usertags(self.__tags).keys()
frames = []
[
frames.append(frame) if not hasattr(frame, 'frames') else
frames.extend(frame.frames)
for key, frame in self.__tags.items() if key in userkeys
]
hashes = dict([(frame.HashKey, frame) for frame in frames])
toremove = [
z for z in self._originaltags
if z in audio and not (z in hashes or z.startswith('APIC'))
]
audio.update(hashes)
old_apics = [z for z in audio if z.startswith(u'APIC')]
if self.__images:
newimages = []
for image in filter(None, map(pic_to_bin, self.__images)):
i = 0
while image.HashKey in newimages:
i += 1
#Pad with spaces so that each key is unique.
image.desc += u' ' * i
audio[image.HashKey] = image
newimages.append(image.HashKey)
[toremove.append(z) for z in old_apics if z not in newimages]
else:
toremove.extend(old_apics)
for z in set(toremove):
try:
del (audio[z])
except KeyError:
continue
audio.tags.filename = self.filepath
v1 = v1_option if v1 is None else v1
v2 = v2_option if v2 is None else v2
if AIFF is not None and id3_filetype is AIFFFileType:
if v2 == 3:
audio.tags.save(v2_version=3) #AIFF doesn't support id3v1
else:
audio.tags.save() #AIFF doesn't support id3v1
elif DSF is not None and id3_filetype is DSFFileType:
if v2 == 3:
audio.tags.save(v2_version=3) #DSF doesn't support id3v1
else:
audio.tags.save() #DSF doesn't support id3v1
else:
if v2 == 4:
audio.tags.update_to_v24()
audio.tags.save(v1=v1, v2=4)
else:
c = ID3()
c.filename = self.filepath
c.update(audio)
c.update_to_v23()
c.save(v1=v1, v2=3)
self.__tags['__tag_read'] = u'ID3v2.4' if v2 == 4 else u'ID3v2.3'
self.update_tag_list()
self._originaltags = audio.keys()
def save(self, v1=None, v2=None):
if v1 is None:
v1 = v1_option
"""Writes the tags to file."""
filename = self.filepath
if self.mut_obj.tags is None:
self.mut_obj.add_tags()
if filename != self.mut_obj.filename:
self.mut_obj.tags.filename = filename
self.mut_obj.filename = filename
audio = self.mut_obj
util.MockTag.save(self)
userkeys = usertags(self.__tags).keys()
frames = []
[frames.append(frame) if not hasattr(frame, 'frames') else
frames.extend(frame.frames) for key, frame in self.__tags.items()
if key in userkeys]
hashes = dict([(frame.HashKey, frame) for frame in frames])
toremove = [z for z in self._originaltags if z in audio
and not (z in hashes or z.startswith('APIC'))]
audio.update(hashes)
old_apics = [z for z in audio if z.startswith(u'APIC')]
if self.__images:
newimages = []
for image in filter(None, map(pic_to_bin, self.__images)):
i = 0
while image.HashKey in newimages:
i += 1
#Pad with spaces so that each key is unique.
image.desc += u' '*i
audio[image.HashKey] = image
newimages.append(image.HashKey)
[toremove.append(z) for z in old_apics if z not in newimages]
else:
toremove.extend(old_apics)
for z in set(toremove):
try:
del(audio[z])
except KeyError:
continue
audio.tags.filename = self.filepath
v1 = v1_option if v1 is None else v1
v2 = v2_option if v2 is None else v2
if AIFF is not None and id3_filetype is AIFFFileType:
if v2 == 3:
audio.tags.save(v2_version=3) #AIFF doesn't support id3v1
else:
audio.tags.save() #AIFF doesn't support id3v1
else:
if v2 == 4:
audio.tags.update_to_v24()
audio.tags.save(v1=v1, v2=4)
else:
c = ID3()
c.filename = self.filepath
c.update(audio)
c.update_to_v23()
c.save(v1=v1, v2=3)
self.__tags['__tag_read'] = u'ID3v2.4' if v2 == 4 else u'ID3v2.3'
self.update_tag_list()
self._originaltags = audio.keys()
