def what():
for i, d in enumerate(dupes):
a = artists[i]
if d:
self.dupes.append(d)
item = QTreeWidgetItem([a])
for z in sorted(d, key=dupe_sort):
child = QTreeWidgetItem([tagtofilename(dispformat[0], z[0])])
item.addChild(child)
[child.addChild(QTreeWidgetItem([
tagtofilename(dispformat[1],x)])) for x in
sorted(z[1:], key=title_sort)]
self.emit(SIGNAL('toplevel'), item)
yield None
def what():
for i, d in enumerate(dupes):
a = artists[i]
if d:
self.dupes.append(d)
item = QTreeWidgetItem([a])
for z in sorted(d, key=dupe_sort):
child = QTreeWidgetItem([tagtofilename(dispformat[0], z[0])])
item.addChild(child)
[child.addChild(QTreeWidgetItem([
tagtofilename(dispformat[1],x)])) for x in
sorted(z[1:], key=title_sort)]
self.emit(SIGNAL('toplevel'), item)
yield None
def update_status(enable = True):
files = status['selectedfiles']
pattern = status['patterntext']
tf = lambda *args, **kwargs: encode_fn(findfunc.tagtofilename(*args, **kwargs))
if not files:
return
tag = files[0]
state = {'__counter': u'1', '__total_files': unicode(len(files))}
x = findfunc.filenametotag(pattern, tag[PATH], True)
emit('ftstatus', display_tag(x))
bold_error = translate("Status Bar", "<b>%s</b>")
try:
newfilename = functions.move(tag, pattern, tag, state=state.copy())
if newfilename:
newfilename = newfilename['__path']
emit('tfstatus', translate("Status Bar",
"New Filename: <b>%1</b>").arg(
decode_fn(newfilename)))
else:
emit('tfstatus', u'<b>No change</b>')
except findfunc.ParseError, e:
emit('tfstatus', bold_error % e.message)
def update_status(enable=True):
files = status['selectedfiles']
pattern = status['patterntext']
tf = lambda *args, **kwargs: encode_fn(
findfunc.tagtofilename(*args, **kwargs))
if not files:
return
tag = files[0]
state = {'__counter': u'1', '__total_files': unicode(len(files))}
x = findfunc.filenametotag(pattern, tag[PATH], True)
emit('ftstatus', display_tag(x))
bold_error = translate("Status Bar", "<b>%s</b>")
try:
newfilename = functions.move(tag, pattern, tag, state=state.copy())
if newfilename:
newfilename = newfilename['__path']
emit(
'tfstatus',
translate("Status Bar", "New Filename: <b>%1</b>").arg(
decode_fn(newfilename)))
else:
emit('tfstatus', u'<b>No change</b>')
except findfunc.ParseError, e:
emit('tfstatus', bold_error % e.message)
def exportm3u(tags, tofile, format = None, reldir = False, winsep=False):
header = ['#EXTM3U']
if reldir:
reldir = os.path.dirname(os.path.abspath(tofile))
filenames = [relpath(f.filepath, reldir) for f in tags]
else:
filenames = [f.filepath for f in tags]
if winsep:
filenames = [f.replace('/', '\\') for f in filenames]
if format is None:
text = '\n'.join(header + filenames)
else:
text = header
extinfo = ('#EXTINF: %s, %s' % (str(lnglength(f.length)),
encode_fn(tagtofilename(format, f, False))) for f in tags)
[text.extend([z,y]) for z,y in zip(extinfo, filenames)]
text = '\n'.join(text)
playlist = open(tofile, 'w')
playlist.write(text)
playlist.close()
def save_cover(info, data, filetype):
filename = tagtofilename(COVER_PATTERN, info, True, filetype)
save_file(filename, data)
def save_cover(info, data, filetype):
filename = tagtofilename(COVER_PATTERN, info, True, filetype)
save_file(filename, data)