def stop(self):
if not self._waiting_alarm_sid is None:
try:
scheduler.remove(self._waiting_alarm_sid)
except: # SID may already have expired and been removed...
msglog.exception()
self._waiting_alarm_sid = None
self._started = 0
ServiceNode.stop(self)
return
def stop(self):
if not self._waiting_alarm_sid is None:
try:
scheduler.remove(self._waiting_alarm_sid)
except: # SID may already have expired and been removed...
msglog.exception()
self._waiting_alarm_sid = None
self._started = 0
ServiceNode.stop(self)
return
def export_waiting_alarm(self):
if (self._started == 1) \
and (not self.log.collector is None):
if not self._waiting_alarm_sid is None:
try:
scheduler.remove(self._waiting_alarm_sid)
except: # SID may already have expired and been removed...
msglog.exception()
self._waiting_alarm_sid = None
while len(self._alarm) > 0:
init_len = len(self._alarm)
alarm = self._alarm.pop(0)
self.export(alarm) # should leave alarm off of list...
if init_len <= len(self._alarm):
break # failed to keep alarm off the list
elif (len(self._alarm) > 0):
self._waiting_alarm_sid = scheduler.after(10.0, self.export_waiting_alarm, ())
return
def export_waiting_alarm(self):
if (self._started == 1) \
and (not self.log.collector is None):
if not self._waiting_alarm_sid is None:
try:
scheduler.remove(self._waiting_alarm_sid)
except: # SID may already have expired and been removed...
msglog.exception()
self._waiting_alarm_sid = None
while len(self._alarm) > 0:
init_len = len(self._alarm)
alarm = self._alarm.pop(0)
self.export(alarm) # should leave alarm off of list...
if init_len <= len(self._alarm):
break # failed to keep alarm off the list
elif (len(self._alarm) > 0):
self._waiting_alarm_sid = scheduler.after(
10.0, self.export_waiting_alarm, ())
return
def clear(self):
self.program_code = 0 # '0' is 'Manual' AND 'Cool-Down' Program
self.version_data = None
self.last_odometer = 0
self.last_utilization = 0
self.last_utilization_time = 0 # to determine if new_utilization is too high for current time
self.session_start_time = 0
self.session_end_time = 0
self.radio_loss = 0 # 1: indicates that the FEU xcvr state was NOT "transceiver_responding" during the current CSAFE state
self.feu_data_loss = 0 # 1: indicates that the FEU GetStatus call returned "None" at least once during the current CSAFE state
self.self_powered_radio_loss = 0
if hasattr(self, 'radio_loss_sid') and (not self.radio_loss_sid is None):
scheduler.remove(self.radio_loss_sid)
if hasattr(self, 'self_powered_radio_loss_sid') and (not self.self_powered_radio_loss_sid is None):
scheduler.remove(self.self_powered_radio_loss_sid)
self.self_powered_radio_loss_sid = None
self.radio_loss_sid = None
self.speed = CalcData()
self.gear = CalcData()
self.grade = CalcData()
self.power = CalcData()
return