def __init__(self, prevState, **kwargs):
super(InitState, self).__init__(prevState, **kwargs)
self.trace_func = lambda ev, msg, op: default_trace_func(
ev, msg, op, stage='C_C_stealwork_transform')
self.local['peer_finished'] = not self.config.get('stealwork')
self.local['lineage'] = int(
self.in_events['chunks']['metadata']['lineage'])
tasks = self.pipe.setdefault('tasks', {})
tasks[self.local['lineage']] = self.task
self.local['relative_pos'] = (
self.local['lineage'] -
1) % 2 # 0 or 1 depending on preceding or succeeding its peer
def __init__(self, prevState, **kwargs):
super(InitState, self).__init__(prevState, **kwargs)
self.trace_func = lambda ev, msg, op: default_trace_func(
ev, msg, op, stage='draw')
nframes = self.in_events['frame']['nframes']
lineage = int(self.in_events['frame']['metadata']['lineage'])
if self.in_events['frame']['metadata']['rek'] == False:
#populate for smart_serial delivery in encode
self.nextState = TryNoRekEmitState
else:
#populate for smart_serial delivery in encode
self.nextState = RunState
def __init__(self, prevState, **kwargs):
super(InitState, self).__init__(prevState, **kwargs)
self.trace_func = lambda ev, msg, op: default_trace_func(
ev, msg, op, stage='decode')
def __init__(self, prevState, **kwargs):
super(InitState, self).__init__(prevState, **kwargs)
self.trace_func = lambda ev, msg, op: default_trace_func(ev, msg, op, stage='rek')
lineage = int(self.in_events['scene_list']['metadata']['lineage'])
nframes = len(self.in_events['scene_list']['key_list'])
