from machine import UART, Pin
TX_PIN = 16 # Pin(16) = GP16, pin #21. Green wire - Not required
RX_PIN = 17 # Pin(17) = GP17, pin #22. White wire
BAUD_RATE = 9600
uart = UART(0,
baudrate=BAUD_RATE,
tx=Pin(TX_PIN),
rx=Pin(RX_PIN),
bits=8,
parity=None,
stop=1)
keep_looping = True
while keep_looping:
try:
# print("Any: {}".format(uart.any()))
if uart.any():
ser_data = uart.read(1) # 1 byte
print("Read {} ({})".format(ser_data.decode("ascii"),
ord(ser_data)))
except KeyboardInterrupt:
keep_looping = False
break # Theorically useless
except Exception as ex:
print("Oops {}".format(ex))
uart.close()
rlay_3 = data['data']['rlay_3']
rlay_4 = data['data']['rlay_4']
relay_status = {
'rlay_4': data['data']['rlay_4'],
'rlay_3': data['data']['rlay_3'],
'rlay_2': data['data']['rlay_2'],
'rlay_1': data['data']['rlay_1']
}
json_str = ujson.dumps(relay_status)
return json_str
#------------------------------------------------------------------------------------
connect = ConnectionWifi(SSID, PASSWORD)
Post_Status_Sensor()
while True:
accoun_global = accoun_global + 1
if (accoun_global >= 110):
accoun_global = 0
band_server = 0
read_json_srvr = Post_Modify_Sensor()
nano_serial.write(read_json_srvr) # Le envia el comando por consola
print(read_json_srvr)
sleep(0.5)
nano_serial.close() # Termina la comunicacion serial arduino
a9g_serial.close() # Termina la comunicacion serial lector de qr
