def run_receiver(): """ Setup the Raspberry Pi as receiver, listen for transmitted values, display every received number as binary < 256 if the display is attached. Prints the received value, bit length and protocol to the terminal. """ receiver = RCSwitchReceiver() receiver.enableReceive(2) while True: print 'Listening...' sleep(0.5) if receiver.available(): received_value = receiver.getReceivedValue() if received_value: display_number(received_value % 256, True) print("Value: %s | Bit: %s | Protocol: %s" % (received_value, receiver.getReceivedBitlength(), receiver.getReceivedProtocol())) receiver.resetAvailable()
from pi_switch import RCSwitchReceiver from Config import Config #---------------------------------------------------------------------------# # Configure receiver #---------------------------------------------------------------------------# receiver = RCSwitchReceiver() receiver.enableReceive(Config.RPi_Pin_Receiver) num = 0 #---------------------------------------------------------------------------# # Loop and wait for commands #---------------------------------------------------------------------------# while True: if receiver.available(): received_value = receiver.getReceivedValue() if received_value: num += 1 print("Received[%s]:" % num) print(received_value) print("%s / %s bit" % (received_value, receiver.getReceivedBitlength())) print("Protocol: %s" % receiver.getReceivedProtocol()) print("") receiver.resetAvailable()
mqttClient.on_connect = onConnect #mqttClient.connect("54.187.15.61",1883) mqttClient.connect("54.67.96.20",1883) message={} while True: if receiver.available(): received_value = receiver.getReceivedValue() if received_value: num += 1 print("Received[%s]:" % num) print(received_value) print("%s / %s bit" % (received_value, receiver.getReceivedBitlength())) print("Protocol: %s" % receiver.getReceivedProtocol()) print("") lst = [int(i) for i in str(received_value)] print(lst[1]) try: checkSum=lst[0]+lst[1]+lst[2]+lst[3]+lst[4] checkSum=checkSum*lst[4] except: print("exception: less than 7 digits") print("checksum") print(checkSum) vb=lst[5:] print(vb) vb1=''.join(map(str,vb)) print(vb1)
lista_valores[10].sensor_desc = 'temp10' lista_valores[11].sensor_desc = ' hum11' lista_valores[12].sensor_desc = ' bat12' lista_valores[13].sensor_desc = 'temp13' lista_valores[14].sensor_desc = ' hum14' lista_valores[15].sensor_desc = 'pres15' lista_valores[16].sensor_desc = 'P_Te16' lista_valores[17].sensor_desc = 'void' lista_valores[18].sensor_desc = 'void' print lista_valores[1].sensor_desc # inicializamos RCSwitch receiver = RCSwitchReceiver() receiver.enableReceive(0) procesa_valor(14003540) imprime_lista() while True: print dt.now() # procesa_valor(14003540) if receiver.available(): received_value = receiver.getReceivedValue() if received_value: print("Value: %s | Bit: %s | Protocol: %s" % (received_value, receiver.getReceivedBitlength(), receiver.getReceivedProtocol())) procesa_valor(received_value) receiver.resetAvailable() sleep(10)
#!/usr/bin/python # coding=utf-8 from pi_switch import RCSwitchReceiver receiver = RCSwitchReceiver() receiver.enableReceive(2) num = 0 while True: if receiver.available(): received_value = receiver.getReceivedValue() if received_value: num += 1 print("Received[{}]: {}".format(num, received_value)) print("Bit Length: {} bit".format(receiver.getReceivedBitlength())) print("Delay: {}".format(receiver.getReceivedDelay())) print("Protocol: {}\n".format(receiver.getReceivedProtocol())) receiver.resetAvailable()