def connectSerial(self, comport, autopublish):
self.drone = AscTec(self)
try:
result = self.drone.connectDrone(comport, autopublish=autopublish)
except Exception, e:
print UAV_Logger.log_error("Comport not opened: " + str(e))
sys.exit(1)
def setCamAngle(self, pitch, roll, request):
LOG.log_app_info("Setting angle to (pitch/roll): (" + str(pitch) + "/" + str(roll) + ")")
key = "CAM"
if not self.__pending_acks.has_key(key):
self.__pending_acks[key] = request
self.writeData(Command.getCmd_setCam(pitch, roll))
else:
self.abstractUAV.ack_error(request, 1, "already pending action")
def _sendRequest(self, signal, request):
''' Sending a request under a certain signal
Args:
signal (str): stringrepresentation of the signal about to be emitted
request (dict): dictionary that will be transmitted as a JSON-string'''
UAV_Logger.log_debug("--> SIGNAL: " + signal + " | REQUEST: " + str(request))
self.socketIO.emit(signal, request)
def comeHome(self, request):
"""flies to the current home-position"""
command = Command.getCmd_comeHome()
self.writeData(command)
key = "COMEHOME"
if not self.__pending_acks.has_key(key):
self.__pending_acks[key] = request
self.__onMission = True ## FIXME: curway checking?
LOG.log_app_info(key)
def endFlight(self, request):
""" ends a flight"""
command = Command.getCmd_endFlight()
self.writeData(command)
key = "ENDFLIGHT"
if not self.__pending_acks.has_key(key):
self.__pending_acks[key] = request
self.__onMission = True ## FIXME: curway checking?
LOG.log_app_info(key)
def launch(self, target, request):
""" Setting the current home-position"""
command = Command.getCmd_launch()
self.writeData(command)
key = "LAUNCH"
if not self.__pending_acks.has_key(key):
self.__pending_acks[key] = request
self.__onMission = True ## FIXME: curway checking?
LOG.log_app_info(key)
def _sendRequest_requireCallback(self, signal, request, callbackFkt):
''' Sending a request under a certain signal
Args:
signal (str): the signal to emit
request (dict): dictionary that will be transmitted as a JSON-string
callbackFkt (type): the callbackfunktion executed on positive response
'''
UAV_Logger.log_debug("--> SIGNAL: " + signal + " | REQUEST: " + str(request))
self.socketIO.emit(signal, request, callbackFkt)
def checkWaypointReached(self, data):
""" Checks, whether a waypoint is reached and executed till the end"""
wptReached = data["wptReached"]
if wptReached:
LOG.log_app_info("Waypoint reached")
self.abstractUAV.em_UAV_SI_TARGET_REACHED()
self.__onMission = False
self._target = None
else:
LOG.log_app_info("Distance to waypoint: " + str(data["distance"]))
def goto(self, target, request):
"""keeping the target but moving to a different point for resuming"""
maxSpeed= 10 ## in m/s
timeToStay=1 ## in s
acc=2 ## in m
lng=float(target["lon"])
lat=float(target["lat"])
heading=float(target["heading"])
height=float(target["alt"])
command = Command.getCmd_goto(maxSpeed,timeToStay,acc,lng,lat,heading,height)
self.writeData(command)
key = "GOTO"
if not self.__pending_acks.has_key(key):
self.__pending_acks[key] = request
self.__onMission = True ## FIXME: curway checking?
LOG.log_app_info(key)
def __init__(self, host="localhost", port=8080, moduleID="Dummy", slots=[], signals=[]):
"""
Args:
host (str, optional): IP-Address of the server hosting the socket.io-Server (default is localhost)
port (int, optional): Port on which the server is listening (default is 8080)
name (str, optional): ModuleID of the connecting module (default is Dummy)
slots (list, optional): list of all slots on which the socket is receiving messages (default is an empty list)
signals (list, optional): a list of all signals the socket can send (default is an empty list)
"""
Thread.__init__(self)
UAV_Logger.log("registring to host")
self.host = host
self.port = port
self.name = moduleID
self.socketIO = SocketIO(host, port)
self.slots = slots
# self.signals = signals
UAV_Logger.log("initialising listening")
self.socketIO.on('connect', self.onConnect)
self.polling_frequenze = 1 # new poll every second
self.listening = False
self.__initListening__()
def startupWithRequest():
LOG.log_console("started...")
client = startup() # @UnusedVariable
LOG.log_console("waiting till bootup")
time.sleep(5)
LOG.log_console("proceed")
def setTarget(self, target, request):
self._target = target
## setting cam
pitch = float(request.get("body","cam", "pitch"))
roll = float(request.get("body","cam", "roll"))
self.setCamAngle(pitch, roll, request)
## setting waypoint FIXME: setting some values not statically
LOG.log_app_info("Setting target.")
maxSpeed= 10 ## in m/s
timeToStay=1 ## in s
acc=2 ## in m
lng=float(target["lon"])
lat=float(target["lat"])
heading=float(target["heading"])
height=float(target["alt"])
flags = str(request.get("body", "cam", "trigger")).lower() == "true"
command = Command.getCmd_uploadTarget(maxSpeed, timeToStay, acc, lng, lat, heading, height, flags)
self.writeData(command)
key = "WPT"
if not self.__pending_acks.has_key(key):
self.__pending_acks[key] = request
self.__onMission = True
def connectDrone(self, port, autopublish=None, sending_intervall=None, poll_intervall=None):
''' Trys to connect a drone to the serial port specified by this class'''
if autopublish is not None:
self.__autopublish = autopublish
if sending_intervall is not None:
self.__sendingIntervall = sending_intervall
if poll_intervall is not None:
self.__pollIntervall = poll_intervall
error, message = 0, ""
self.__comport = port
if not self.connected:
try:
## connect serial
AscTec.serial = serial.Serial(port=self.__comport,
baudrate=self.__baud,
parity=self.__parity,
stopbits=self.__stopbits,
bytesize=self.__databits)
except Exception, e:
LOG.log_error(str(e))
error = 1
message = str(e)
def log_sent(command):
LOG.log_serial_communication("SENT: " + str(command[3:].encode("hex")))
def kill(self):
"""Killing the socket"""
self.listening = False
while(self.isAlive()):
time.sleep(1)
UAV_Logger.log("Socket killed")
def __del__(self):
UAV_Logger.log("deleting socket...")
self.kill()
def trigger(self, request):
message = Command.getCmd_triggerCam()
LOG.log_app_info("Triggering CAM")
self.writeData(message, request)
def on_dummyPYSlot(self, *args):
LOG.log_console("Recieved remote package")
request = self._receive(args[0], self._acknowledgeSignal) # @UnusedVariable
def onPySignal_acknowledged(self, *args):
LOG.log_debug("received callback" + str(args[0]))
def log_received(data, typeName):
LOG.log_serial_communication("RECEIVED (" + str(typeName) + ") :" + str(data.encode("hex")))
def onConnect(self, *args):
"""Slot for handling a connect-event"""
UAV_Logger.log("connect signal recieved")
self.socketIO.emit('CORE_SL_SLOTS_SET', Request(self.getModuleName()).newData({"slots":self.slots}).toDictionary())
def _receive(self, args):
''' First handling a received request, by parsing it'''
request = Request(self.getModuleName()).parse(args)
UAV_Logger.log_debug("<-- DATA: " + str(request))
return request
def log_ack(ack_type):
LOG.log_serial_communication("ACK: " + ack_type + " --")
parser.add_option("--port", help="the port of the socket.io-server", default=8081)
parser.add_option("--host", help="the socket.io-servers IP", default="localhost")
parser.add_option("--logging_level", help="Specify logging level: DEBUG,INFO", default="INFO")
# parser.add_option("--logfile", help="specify a file for logging", default=None)
return parser
if __name__ == "__main__":
parser = init_parser()
options, args = parser.parse_args()
host, port = options.host, options.port
comport = options.comport
autopublish = options.autopublish.lower() == "true"
if options.logging_level == "DEBUG":
logging.basicConfig(level=UAV_Logger.APP_DEBUG)
else:
logging.basicConfig(level=UAV_Logger.INFO)
logging.log(logging.INFO, "---------------Starting new LOG------------------")
UAV_Logger.serialLogger_enable(True)
UAV_Logger.socketIoLogger_enable(False)
UAV_Logger.appLogger_enable(True)
uav = startup_UAV(host, port)
if comport is not None:
try:
comport = int(comport)
startup_serial(uav, comport, autopublish)
except SerialException, e:
UAV_Logger.log_error("Serial not available: " + str(e))
except Exception,e:
UAV_Logger.log_error("Unexspected Error: "+ str(e))
def __handleAck(self, ackType):
if ackType is not None:
if self.__pending_acks.has_key(ackType):
pending_ack = self.__pending_acks.pop(ackType)
self.abstractUAV.ack_positive(pending_ack)
LOG.log_app_info("ACK: " + ackType)