def main():
global server
global run
print(hex(id(server)))
radar_queue = queue.Queue()
interrupt_queue = queue.Queue()
# heart_rate_queue = queue.Queue()
# resp_rate_queue = queue.Queue()
radar = Radar.Radar(radar_queue, interrupt_queue)
radar.start()
timeout = time.time() + 10 * 60
# signalprocessing = signalprocessing.HeartRate(radar_queue,heart_rate_queue,resp_rate_queue)
# signalprocessing.start()
# bluetooth = Bluetooth(heart_rate_queue,resp_rate_queue)
# bluetooth.start()
# bluetooth send data
# for i in range(1, 2000):
# time.sleep(1)
# while len(clientList) == 0 and run == True:
# pass
# data = addData(sinvalue)
# # print('Write data: ' + data)
# data_pulse, data_breath = data.split(' ')
# write_data_to_app(data_pulse, 'heart rate')
# write_data_to_app(data_breath, 'breath rate')
# sinvalue += 0.157
for i in range(1, 2000):
time.sleep(1)
if time.time() > timeout:
interrupt_queue.put(1)
while len(clientList) == 0 and go == True:
pass
data = getDatafromQueue(test_queue)
print('Write data: ' + data)
data_pulse, data_breath = data.split(' ')
write_data_to_app(data_pulse, 'heart rate')
write_data_to_app(data_breath, 'breath rate')
#sinvalue += 0.157
server.close()
print("S**T")
#TODO Stänga ner raspberry
ConnectDevicesThread.join(
) # Waits for the thread to close. Implies all ReadDeviceThreads are also closed.
subprocess.call(["sudo", "shutdown", "-h",
"now"]) # shutdown of Raspberry Pi
return str(data[0]) + ' ' + str(data[1])
def getDataFromQueue():
test_queue.put(addData(1))
return test_queue.get()
for thread in readThreadList: # Makes sure that all our client threads are closed before exiting thread
thread.join()
print(thread + " is closed")
connectDevices = ConnectDevicesThread()
connectDevices.start()
radar = Radar.Radar(radar_queue, interrupt_queue)
radar.start()
for i in range(1, 2000):
time.sleep(1)
while len(clientList) == 0:
pass
#data = addData(sinvalue)
data = getDataFromQueue()
#print('Write data: ' + data)
data_pulse, data_breath = data.split(' ')
write_data_to_app(data_pulse, 'heart rate')
write_data_to_app(data_breath, 'breath rate')
#sinvalue += 0.157
interrupt_queue.put(1)