def _write(self, config):
# Sort frames by 'importance', then reverse frame size and then frame
# hash to get a stable result
order = ["TIT2", "TPE1", "TRCK", "TALB", "TPOS", "TDRC", "TCON"]
framedata = [(f, save_frame(f, config=config))
for f in itervalues(self)]
def get_prio(frame):
try:
return order.index(frame.FrameID)
except ValueError:
return len(order)
def sort_key(items):
frame, data = items
return (get_prio(frame), len(data), frame.HashKey)
framedata = [d for (f, d) in sorted(framedata, key=sort_key)]
# only write unknown frames if they were loaded from the version
# we are saving with. Theoretically we could upgrade frames
# but some frames can be nested like CHAP, so there is a chance
# we create a mixed frame mess.
if self._unknown_v2_version == config.v2_version:
framedata.extend(data for data in self.unknown_frames
if len(data) > 10)
return bytearray().join(framedata)
def _write(self, config):
# Sort frames by 'importance', then reverse frame size and then frame
# hash to get a stable result
order = ["TIT2", "TPE1", "TRCK", "TALB", "TPOS", "TDRC", "TCON"]
framedata = [
(f, save_frame(f, config=config)) for f in itervalues(self)]
def get_prio(frame):
try:
return order.index(frame.FrameID)
except ValueError:
return len(order)
def sort_key(items):
frame, data = items
return (get_prio(frame), len(data), frame.HashKey)
framedata = [d for (f, d) in sorted(framedata, key=sort_key)]
# only write unknown frames if they were loaded from the version
# we are saving with. Theoretically we could upgrade frames
# but some frames can be nested like CHAP, so there is a chance
# we create a mixed frame mess.
if self._unknown_v2_version == config.v2_version:
framedata.extend(data for data in self.unknown_frames
if len(data) > 10)
return bytearray().join(framedata)
def test_values(self):
self.failUnlessEqual(
list(self.fdict.values()), list(self.rdict.values()))
self.failUnlessEqual(
list(itervalues(self.fdict)), list(itervalues(self.rdict)))
def test_values(self):
self.failUnlessEqual(list(self.fdict.values()),
list(self.rdict.values()))
self.failUnlessEqual(list(itervalues(self.fdict)),
list(itervalues(self.rdict)))
