def enable_device_io(device, io_mask, enable_mask=0xFF):
# The second device bank 1 in the "chain" controls all the IO
neoradio2.write_sensor(device, 1, 1, io_mask, enable_mask)
if __name__ == "__main__":
# Find all devices
devices = neoradio2.find()
if not len(devices):
print("Failed to find any neoRAD-IO2 Devices!")
exit(1)
# Open first device
print("Opening {} {}...".format(devices[0].name, devices[0].serial_str))
device = neoradio2.open(devices[0])
print("Opened {} {}...".format(devices[0].name, devices[0].serial_str))
# Make sure we are in application firmware and chain is identified.
neoradio2.app_start(device, 0, 0xFF)
neoradio2.chain_identify(device)
# Read all the AIN values
neoradio2.request_sensor_data(device, 0x00, 0xFF, True)
names = ["AIN1", "AIN2", "AIN3", "AIN4", "AIN5", "AIN6", "TEMP", "POT "]
ain_values = []
for x in range(8):
voltage = neoradio2.read_sensor_float(device, 0x00, x)
ain_values.append(voltage)
print("{}: {:.2f}V".format(names[x], voltage))
neoradio2.close(device)
print("Found {} Device(s)".format(len(devices)))
for device in devices:
print("\t1.) {} {}".format(device.name, device.serial_str))
print()
# Connect and identify all the chains
for device in devices:
print_status(device, "Connecting")
h = neoradio2.open(device)
print_status(device, "Connected")
print_status(device, "Identifying Chain")
neoradio2.chain_identify(h)
print_status(device, "Starting App")
neoradio2.app_start(h, 0xFF, 0xFF)
print_status(device, "Identifying Chain")
neoradio2.chain_identify(h)
count = neoradio2.get_chain_count(h, False)
print_status(device,
"Found {} device(s) in the chain".format(count))
for d in range(count):
dev_type = neoradio2.get_device_type(h, d, 0)
serial_number = neoradio2.get_serial_number(h, d, 0)
print("\tChain {} {} {}".format(d + 1,
device_type_string(dev_type),
base36encode(serial_number)))