elif channel.state == "error" or channel.state == "verror":
if leds_on:
channel.set_led(RED, write=False)
else:
channel.set_led(OFF, write=False)
# update all the LEDs at once, so don't write them all after each iteration - just once at the end
status_leds.write()
# request new temperature readings for next time
temperature_sensors.request_temperatures()
stats = json.dumps({"channels": stats})
ws.send(packet.build_device_status(stats))
for channel in channels:
voltage_and_current = channel.request_voltage_and_current()
channel.voltage_and_current = voltage_and_current
channel.temperature = channel.get_temperature()
v = voltage_and_current["voltage"]
c = voltage_and_current["current"]
t = channel.temperature
if channel.state == "empty":
# if the voltage is above the min required to start discharging and below threshold
if channel.start_discharge_voltage_cutoff < v < MAX_CELL_VOLTAGE:
channel.cell_inserted()
