def available_leds(self):
if self._leds is not None:
return self._leds
self._leds = OrderedDict()
for name, t_dict in sorted(self.driver.AvailableLEDs.items()):
traits = dict_as_class_traits(t_dict)
self._leds[name] = RemoteTraits(name.lower(), \
"LED: %s" % name.title(), None, None, traits)
return self._leds
def available_fx(self):
if self._fx is not None:
return self._fx
self._fx = OrderedDict()
for name, t_dict in sorted(self.driver.AvailableFX.items()):
traits = dict_as_class_traits(t_dict)
if hasattr(traits, 'hidden') and traits.hidden:
continue
self._fx[name] = RemoteTraits(name, \
traits.description, None, None, traits)
return self._fx
def renderer_info(self):
if self._renderer_info is not None:
return self._renderer_info
avail = self.driver.AvailableRenderers
if avail is None or len(avail) == 0:
return None
sar = OrderedDict(
sorted(avail.items(),
key=lambda k_v: k_v[1]['meta']['display_name']))
exploded = OrderedDict()
for name, t_anim in sar.items():
meta = t_anim['meta']
rt = RemoteTraits(meta['display_name'], meta['description'],
meta['author'], meta['version'],
dict_as_class_traits(t_anim['traits']))
exploded[name] = rt
self._aliases[name] = rt.name.replace(' ', '_').lower()
self._renderer_info = exploded
return self._renderer_info