def listen(serial_device):
aci = AciUart.AciUart(port=serial_device, baudrate=115200)
# Wait for serial connection to be ready
time.sleep(2)
while True:
event = aci.events_queue.get()
print("%.3f %s" % (time.time(), event))
def set_time(serial_device):
aci = AciUart.AciUart(port=serial_device, baudrate=115200)
# Wait for serial connection to be ready
time.sleep(2)
cmd = sensei_cmd.SetTime()
data = cmd.serialize()
aci.write_aci_cmd(AciCommand.AciAppCommand(data=data,
length=len(data) + 1))
aci.stop()
def restart_serial(self):
if self.aci:
print("Restarting serial connection")
self.aci.stop()
else:
print("Starting serial connection")
device = self.sensei_config['mesh_network']['serial_path']
self.aci = AciUart.AciUart(port=device, baudrate=115200)
self.last_event = time.time()
def start_ipython(options):
comports = options.device.split(',')
d = list()
for dev_com in comports:
d.append(Interactive(AciUart.AciUart(port=dev_com, baudrate=options.baudrate)))
IPython.embed(config=get_ipython_config(options.device))
for dev in d:
dev.close()
raise SystemExit(0)
def configure_sensor(serial_device, sensor_id, serial_enabled, channel,
sleep_enabled):
aci = AciUart.AciUart(port=serial_device, baudrate=115200)
# Wait for serial connection to be ready
time.sleep(2)
cmd = sensei_cmd.SetConfig(sensor_id, serial_enabled, channel,
sleep_enabled)
data = cmd.serialize()
aci.write_aci_cmd(AciCommand.AciAppCommand(data=data,
length=len(data) + 1))
# Wait for flash to be written
time.sleep(2)
aci.write_aci_cmd(AciCommand.AciRadioReset())
aci.stop()