def run(self, **kwargs):
"""
@kwargs['data'] features array
@kwargs['percentage'] is an int
"""
self.DataPort.data = kwargs['data']
exist = None
for k in self.DataPort.data:
increased = self.DataAnatomy.update_structure(char=k)
if increased:
self.DataPort.sig_new(omitted=self.Economization.omitted_obj)
self.Economization.increase_progress()
if self.ProgressQueue:
self.ProgressQueue.put(1)
if not (exist is None):
self.Economization.adjust_space(exist=exist)
exist = None
if self.Economization.economize():
if increased:
self.Economization.omit()
else:
# TODO one process
if self.MBC.value[0] == 1:
self.InterpretState = InterpretState()
self.InterpretState.run(FSM=self, char=k)
if self.MBC.value[1] == 1:
self.WriteState = WriteState()
self.WriteState.run(FSM=self, char=k)
if self.MBC.value[2] == 1:
self.SaveState = SaveState()
exist = self.SaveState.run(FSM=self, char=k)
if self.MBC.value[3] == 1:
self.RemoveState = RemoveState()
self.RemoveState.run(FSM=self, char=k)
if self.ProgressQueue:
self.ProgressQueue.put(0)
self.ProgressQueue.join()
def __init__(self, *args, **kwargs):
"""
:param kwargs['structure']: FeaturesTree Class
"""
self.DataPort = DataPortFiniteStateMachine(
structure=kwargs['structure'])
self.ProgressQueue = kwargs.get('progress_queue')
self.DataAnatomy = DataAnatomyFiniteStateMachine()
self.Economization = EconomizeFiniteStateMachine()
self.Com = CommandsFiniteStateMachine()
self.StatesCollector = StatesCollector()
self.InterpretState = InterpretState(collector=self.StatesCollector),
self.WriteState = WriteState(collector=self.StatesCollector),
self.SaveState = SaveState(collector=self.StatesCollector),
self.RemoveState = RemoveState(collector=self.StatesCollector),
self.MBC = MBC(value=[1, 0, 0, 0], watch=self.StatesCollector)
self.command = self.initial_state()
def run(self, **kwargs):
"""
@kwargs['data'] features array
@kwargs['percentage'] is an int
"""
self.DataPort.data = kwargs['data']
exist = None
for k in self.DataPort.data:
increased = self.DataAnatomy.update_structure(char=k)
if increased:
self.DataPort.sig_new(omitted=self.Economization.omitted_obj)
self.Economization.increase_progress()
if self.ProgressQueue:
self.ProgressQueue.put(1)
if not (exist is None):
self.Economization.adjust_space(exist=exist)
exist = None
if self.Economization.economize():
if increased:
self.Economization.omit()
else:
# TODO one process
if self.MBC.value[0] == 1:
self.InterpretState = InterpretState()
self.InterpretState.run(FSM=self, char=k)
if self.MBC.value[1] == 1:
self.WriteState = WriteState()
self.WriteState.run(FSM=self, char=k)
if self.MBC.value[2] == 1:
self.SaveState = SaveState()
exist = self.SaveState.run(FSM=self, char=k)
if self.MBC.value[3] == 1:
self.RemoveState = RemoveState()
self.RemoveState.run(FSM=self, char=k)
if self.ProgressQueue:
self.ProgressQueue.put(0)
self.ProgressQueue.join()
def __init__(self, *args, **kwargs):
"""
:param kwargs['structure']: FeaturesTree Class
"""
self.DataPort = DataPortFiniteStateMachine(structure=kwargs['structure'])
self.ProgressQueue = kwargs.get('progress_queue')
self.DataAnatomy = DataAnatomyFiniteStateMachine()
self.Economization = EconomizeFiniteStateMachine()
self.Com = CommandsFiniteStateMachine()
self.StatesCollector = StatesCollector()
self.InterpretState = InterpretState(collector=self.StatesCollector),
self.WriteState = WriteState(collector=self.StatesCollector),
self.SaveState = SaveState(collector=self.StatesCollector),
self.RemoveState = RemoveState(collector=self.StatesCollector),
self.MBC = MBC(value=[1, 0, 0, 0], watch=self.StatesCollector)
self.command = self.initial_state()
class GeojsonFiniteStateMachine:
def __init__(self, *args, **kwargs):
"""
:param kwargs['structure']: FeaturesTree Class
"""
self.DataPort = DataPortFiniteStateMachine(
structure=kwargs['structure'])
self.ProgressQueue = kwargs.get('progress_queue')
self.DataAnatomy = DataAnatomyFiniteStateMachine()
self.Economization = EconomizeFiniteStateMachine()
self.Com = CommandsFiniteStateMachine()
self.StatesCollector = StatesCollector()
self.InterpretState = InterpretState(collector=self.StatesCollector),
self.WriteState = WriteState(collector=self.StatesCollector),
self.SaveState = SaveState(collector=self.StatesCollector),
self.RemoveState = RemoveState(collector=self.StatesCollector),
self.MBC = MBC(value=[1, 0, 0, 0], watch=self.StatesCollector)
self.command = self.initial_state()
def initial_state(self):
return self.Com.get_command(char='0', mbc='0')
def run(self, **kwargs):
"""
@kwargs['data'] features array
@kwargs['percentage'] is an int
"""
self.DataPort.data = kwargs['data']
exist = None
for k in self.DataPort.data:
increased = self.DataAnatomy.update_structure(char=k)
if increased:
self.DataPort.sig_new(omitted=self.Economization.omitted_obj)
self.Economization.increase_progress()
if self.ProgressQueue:
self.ProgressQueue.put(1)
if not (exist is None):
self.Economization.adjust_space(exist=exist)
exist = None
if self.Economization.economize():
if increased:
self.Economization.omit()
else:
# TODO one process
if self.MBC.value[0] == 1:
self.InterpretState = InterpretState()
self.InterpretState.run(FSM=self, char=k)
if self.MBC.value[1] == 1:
self.WriteState = WriteState()
self.WriteState.run(FSM=self, char=k)
if self.MBC.value[2] == 1:
self.SaveState = SaveState()
exist = self.SaveState.run(FSM=self, char=k)
if self.MBC.value[3] == 1:
self.RemoveState = RemoveState()
self.RemoveState.run(FSM=self, char=k)
if self.ProgressQueue:
self.ProgressQueue.put(0)
self.ProgressQueue.join()
class GeojsonFiniteStateMachine:
def __init__(self, *args, **kwargs):
"""
:param kwargs['structure']: FeaturesTree Class
"""
self.DataPort = DataPortFiniteStateMachine(structure=kwargs['structure'])
self.ProgressQueue = kwargs.get('progress_queue')
self.DataAnatomy = DataAnatomyFiniteStateMachine()
self.Economization = EconomizeFiniteStateMachine()
self.Com = CommandsFiniteStateMachine()
self.StatesCollector = StatesCollector()
self.InterpretState = InterpretState(collector=self.StatesCollector),
self.WriteState = WriteState(collector=self.StatesCollector),
self.SaveState = SaveState(collector=self.StatesCollector),
self.RemoveState = RemoveState(collector=self.StatesCollector),
self.MBC = MBC(value=[1, 0, 0, 0], watch=self.StatesCollector)
self.command = self.initial_state()
def initial_state(self):
return self.Com.get_command(char='0', mbc='0')
def run(self, **kwargs):
"""
@kwargs['data'] features array
@kwargs['percentage'] is an int
"""
self.DataPort.data = kwargs['data']
exist = None
for k in self.DataPort.data:
increased = self.DataAnatomy.update_structure(char=k)
if increased:
self.DataPort.sig_new(omitted=self.Economization.omitted_obj)
self.Economization.increase_progress()
if self.ProgressQueue:
self.ProgressQueue.put(1)
if not (exist is None):
self.Economization.adjust_space(exist=exist)
exist = None
if self.Economization.economize():
if increased:
self.Economization.omit()
else:
# TODO one process
if self.MBC.value[0] == 1:
self.InterpretState = InterpretState()
self.InterpretState.run(FSM=self, char=k)
if self.MBC.value[1] == 1:
self.WriteState = WriteState()
self.WriteState.run(FSM=self, char=k)
if self.MBC.value[2] == 1:
self.SaveState = SaveState()
exist = self.SaveState.run(FSM=self, char=k)
if self.MBC.value[3] == 1:
self.RemoveState = RemoveState()
self.RemoveState.run(FSM=self, char=k)
if self.ProgressQueue:
self.ProgressQueue.put(0)
self.ProgressQueue.join()