def __init__(self, call_sign):
self.current = {}
self.history = []
self.air_plane = call_sign
self.is_took = False
gl.get_value("queueForAirPlane").put(
{"AirPlane": self.air_plane,
"classType": 'Radar'})
def __init__(self, call_sign):
self.air_plane = call_sign
self.current_fly_plan = {}
self.arrived = 0
print("AirPlaneFlyPlanModel New")
gl.get_value("queueForAirPlane").put({
"AirPlane": self.air_plane,
"classType": 'FlyPlan'
})
def info_process(*args):
for manager in args:
if gl.get_value('stop') is False:
if gl.get_value('currentTime') > 1577203181:
AirPlaneHandler.stop_play(True)
AirPlaneHandler.release_all()
RadarHandler.release_all()
FlyPlanHandler.release_all()
gl.increase('currentTime', 4 * gl.get_value('playSpeed'))
manager.tick_run()
def __init__(self):
self.event_tick = threading.Event()
self.new_plane_queue = gl.get_value('queueForAirPlane')
print(gl.get_value('queueForAirPlane'))
self.thread_for_new_plane = ThreadHandler.create_task(
'JoinNewAirPlane',
self.new_air_plane,
self.new_plane_queue,
None,
)
TimerHandler.new_timer(2, self.update_resource_loop)
self.is_stop = False
def is_outdate(self):
if self.radar is None:
return False
elif abs(self.radar.get_current_time() -
gl.get_value("currentTime")) > 60 * 60:
return True
else:
return False
def is_arrived(self):
if self.plan is None:
return False
if self.plan.arrived_time() == 0:
return False
elif self.plan.arrived_time() + 20 < gl.get_value("currentTime"):
return True
else:
return False
def get_next_data_from_db(self, task):
#print("out:: {}: processing".format(task.get_name()))
self.event_tick.wait()
if self.is_stop is True:
self.event_tick.clear()
return
timestamp = gl.get_value('currentTime')
sql = "select ARCID,timestamp,ETA,ADA_ATA,ATIME,RWY,ARWY,STAR,ROUTE,RTEPTS,SECTOR,TTLEET"
sql += " from flyplan where timestamp > %d and timestamp < %d;" % (
self.current_time, timestamp)
self.current_time = timestamp
fly_plans = self.db.find_by_sql(sql)
if fly_plans is not None and len(fly_plans) > 0:
for plan in fly_plans:
self.flyplan_info_queue.put(plan)
self.event_tick.clear()
def get_next_data_from_db(self, task):
#print("out:: {}: processing".format(task.get_name()))
self.event_tick.wait()
if self.is_stop is True:
self.event_tick.clear()
return
timestamp = gl.get_value('currentTime')
sql = "select callsign,X,Y,longitude,latitude,C_altitude,A_altitude,speed,heading,utctime,rise,CTL,Wake"
sql += " from radar where utctime > %d and utctime < %d;" % (self.current_time, timestamp)
print(sql)
self.current_time = timestamp
radars = self.db.find_by_sql(sql)
if radars is not None and len(radars) > 0:
print(len(radars))
for radar in radars:
self.radar_info_queue.put(radar)
self.event_tick.clear()
if gl.get_value('stop') is False:
if gl.get_value('currentTime') > 1577203181:
AirPlaneHandler.stop_play(True)
AirPlaneHandler.release_all()
RadarHandler.release_all()
FlyPlanHandler.release_all()
gl.increase('currentTime', 4 * gl.get_value('playSpeed'))
manager.tick_run()
def init_data():
gl.set_value('currentTime', 1574783981)
gl.set_value('currentDate', "20191126000000")
if __name__ == "__main__":
init_data()
RadarHandler.update_current_time(gl.get_value('currentTime'))
FlyPlanHandler.update_current_time(gl.get_value('currentTime'))
FrontCmder.start()
#AirPlaneHandler.start()
#(radar_handler, flyplan_handler)
TimerHandler.new_timer(4, info_process, (RadarHandler, FlyPlanHandler,))
ThreadHandler.run_all()
TimerHandler.start_all()
ThreadHandler.thread_checker()
TimerHandler.cancel_all()
print("Dog Aman is stopped!!")