def run(self):
while True:
(clientsocket, address) = self.serversocket.accept()
mutex.acquire()
print ("S: Receiving...")
try:
message = clientsocket.recv(1024*5).decode()
print(message)
(position, clientID, floorNum) = localization.start(message, self.BSSID_APinfo, self.SignalStrength_RSSI, self.APlocation)
global xGraphic
xGraphic=position[0]
global yGraphic
yGraphic=position[1]
global zGraphic
zGraphic=floorNum
print ("Client %s is on the %d floor -> Predicted Location is:" % (clientID, floorNum))
print ("*******************")
print ("X:", position[0])
print ("Y:", position[1])
print ("Z:", position[2])
print ("*******************")
except:
print ("S: Error")
finally:
clientsocket.close()
print ("S: Done\n")
mutex.release()
def run(self):
while True:
(clientsocket, address) = self.serversocket.accept()
mutex.acquire()
print "S: Receiving..."
try:
message = clientsocket.recv(2048)
print "S: Received:\n", message
(position, clientID,
floorNum) = localization.start(message, self.BSSID_APinfo,
self.SignalStrength_RSSI,
self.APlocation)
print(
"Client %s is on the %d floor -> Predicted Location is:" %
(clientID, floorNum))
print "*******************"
print "X:", position[0]
print "Y:", position[1]
print "Z:", position[2]
print "*******************"
except:
print "S: Error"
finally:
clientsocket.close()
print "S: Done\n"
mutex.release()
def run(self):
while True:
(clientsocket, address) = self.serversocket.accept()
mutex.acquire()
print "S: Receiving..."
try:
message = clientsocket.recv(2048)
print "S: Received:\n", message
(position, clientID, floorNum) = localization.start(message, self.BSSID_APinfo, self.SignalStrength_RSSI, self.APlocation)
print ("Client %s is on the %d floor -> Predicted Location is:" % (clientID, floorNum))
print "*******************"
print "X:", position[0]
print "Y:", position[1]
print "Z:", position[2]
print "*******************"
except:
print "S: Error"
finally:
clientsocket.close()
print "S: Done\n"
mutex.release()