def filter_location (self, location):
url = urlutil.UrlParse(location)
if not url.is_local:
return
hints_list = []
p = xspf.Playlist()
try:
p.parse (url.path)
except Exception:
return
basename = path.basename(url.path)
for t in p.tracks:
if t.location is None:
continue
r = {'location': urlutil.normalize(t.location, basename)}
if t.title is not None:
r['title'] = t.title
if t.creator is not None:
r['artist'] = t.creator
hints_list.append(r)
return hints_list
def filter_location(self, location):
url = urlutil.UrlParse(location)
if not url.is_local or not path.isdir(url.path):
return
files = glob.glob(path.join(url.path, "*"))
files.sort()
return [{"location": urlutil.normalize(loc)} for loc in files]
def filter_location(self, location):
url = urlutil.UrlParse(location)
if not url.is_local or not path.isdir(url.path):
return
files = glob.glob(path.join(url.path, "*"))
files.sort()
return [{"location": urlutil.normalize(loc)} for loc in files]
def filter_location(self, location):
url = urlutil.UrlParse(location)
if not url.is_local or not path.isdir(url.path):
return
files = glob(path.join(location, "*"))
files.sort()
to_hints = lambda loc: {"location": urlutil.normalize(loc)}
return map(to_hints, files)
def filter_location(self, location):
url = urlutil.UrlParse(location)
if not url.is_local or not path.isdir(url.path):
return
files = glob(path.join(location, "*"))
files.sort()
to_hints = lambda loc: {"location": urlutil.normalize(loc)}
return map(to_hints, files)
