def _parse_unit_plugs(self):
unit_plugs = {}
info = AvcConnection.get_unit_plug_info(self.fcp)
for type, params in info.items():
if type not in unit_plugs:
unit_plugs[type] = {}
unit_plugs[type]['output'] = {}
unit_plugs[type]['input'] = {}
for dir, num in params.items():
for i in range(num + 1):
try:
plug = self._parse_unit_plug(dir, type, i)
unit_plugs[type][dir][i] = plug
except:
continue
return unit_plugs
def parse_unit_plugs(cls, fcp):
unit_plugs = {}
info = AvcConnection.get_unit_plug_info(fcp)
for type, params in info.items():
if type not in unit_plugs:
unit_plugs[type] = {}
unit_plugs[type]['output'] = {}
unit_plugs[type]['input'] = {}
for dir, num in params.items():
for i in range(num + 1):
try:
plug = cls.parse_unit_plug(fcp, dir, type, i)
unit_plugs[type][dir][i] = plug
except Exception:
continue
return unit_plugs
def get_unit_plug_list(cls, fcp):
plugs = {}
seqid = 0
units = AvcConnection.get_unit_plug_info(fcp)
for type, data in units.items():
for direction, count in data.items():
for plug_id in range(count):
# Use the same format as Plug Input/Output Specific Data
# to keep enough informaton.
plug_info = {
'dir': direction,
'mode': 'unit',
'data': {
'unit-type': type,
'plug': plug_id,
},
}
plugs['unit_{0}'.format(seqid)] = plug_info
seqid += 1
return plugs