def initialize_limesdr(freq, sample_rate, bandwidth, gain, channel_index, antenna_index, ctrl_conn, is_tx):
ret = limesdr.open()
ctrl_conn.send("OPEN:" + str(ret))
limesdr.disable_all_channels()
if ret != 0:
return False
ret = limesdr.init()
ctrl_conn.send("INIT:" + str(ret))
if ret != 0:
return False
LimeSDR.process_command((LimeSDR.Command.SET_CHANNEL_INDEX.name, channel_index), ctrl_conn, is_tx)
limesdr.set_tx(is_tx)
limesdr.enable_channel(True, is_tx, channel_index)
# Set Antenna needs to be called before other stuff!!!
LimeSDR.process_command((LimeSDR.Command.SET_ANTENNA_INDEX.name, antenna_index), ctrl_conn, is_tx)
LimeSDR.process_command((LimeSDR.Command.SET_FREQUENCY.name, freq), ctrl_conn, is_tx)
LimeSDR.process_command((LimeSDR.Command.SET_SAMPLE_RATE.name, sample_rate), ctrl_conn, is_tx)
ctrl_conn.send("Setting bandwidth...")
LimeSDR.process_command((LimeSDR.Command.SET_BANDWIDTH.name, bandwidth), ctrl_conn, is_tx)
LimeSDR.process_command((LimeSDR.Command.SET_RF_GAIN.name, gain * 0.01), ctrl_conn, is_tx)
antennas = limesdr.get_antenna_list()
ctrl_conn.send("Current normalized gain is {0:.2f}".format(limesdr.get_normalized_gain()))
ctrl_conn.send("Current antenna is {0}".format(antennas[limesdr.get_antenna()]))
ctrl_conn.send("Current chip temperature is {0:.2f}°C".format(limesdr.get_chip_temperature()))
return True
def init_device(cls, ctrl_connection: Connection, is_tx: bool, parameters: OrderedDict):
if not cls.setup_device(ctrl_connection, device_identifier=parameters["identifier"]):
return False
limesdr.enable_channel(True, is_tx, parameters[cls.Command.SET_CHANNEL_INDEX.name])
limesdr.set_tx(is_tx)
for parameter, value in parameters.items():
cls.process_command((parameter, value), ctrl_connection, is_tx)
antennas = limesdr.get_antenna_list()
ctrl_connection.send("Current normalized gain is {0:.2f}".format(limesdr.get_normalized_gain()))
ctrl_connection.send("Current antenna is {0}".format(antennas[limesdr.get_antenna()]))
ctrl_connection.send("Current chip temperature is {0:.2f}°C".format(limesdr.get_chip_temperature()))
return True
def init_device(cls, ctrl_connection: Connection, is_tx: bool, parameters: OrderedDict):
if not cls.setup_device(ctrl_connection, device_identifier=None):
return False
limesdr.set_tx(is_tx)
for parameter, value in parameters.items():
cls.process_command((parameter, value), ctrl_connection, is_tx)
antennas = limesdr.get_antenna_list()
ctrl_connection.send("Current normalized gain is {0:.2f}".format(limesdr.get_normalized_gain()))
ctrl_connection.send("Current antenna is {0}".format(antennas[limesdr.get_antenna()]))
ctrl_connection.send("Current chip temperature is {0:.2f}°C".format(limesdr.get_chip_temperature()))
limesdr.enable_channel(True, is_tx, parameters[cls.Command.SET_CHANNEL_INDEX.name])
return True
def test_cython_wrapper(self):
print("Devices:", limesdr.get_device_list())
# print("Open:", limesdr.open("LimeSDR-USB, media=USB 3.0, module=STREAM, addr=1d50:6108, serial=0009060B0049180A"))
print("Open:", limesdr.open())
print("-" * 20)
print("Is Open 0:", limesdr.is_open(0))
print("Is Open 1:", limesdr.is_open(1))
print("Init", limesdr.init())
limesdr.set_tx(True)
self.assertTrue(limesdr.get_tx())
#print(limesdr.IS_TX)
print("Num Channels TX:", limesdr.get_num_channels())
print("TX antennas", limesdr.get_antenna_list())
limesdr.set_tx(False)
self.assertFalse(limesdr.get_tx())
print("Num Channels RX:", limesdr.get_num_channels())
limesdr.CHANNEL = 0
print("Enable RX Channel 0:", limesdr.enable_channel(True, False, 0))
#path = os.path.realpath(os.path.join(__file__, "..", "..", "src", "urh", "dev", "native", "lime.ini"))
#print(path)
#limesdr.load_config(path)
#limesdr.save_config("/tmp/lime_test.ini")
clocks = ["LMS_CLOCK_REF", "LMS_CLOCK_SXR", "LMS_CLOCK_SXT", "LMS_CLOCK_CGEN", "LMS_CLOCK_RXTSP", "LMS_CLOCK_TXTSP"]
for i, clock in enumerate(clocks):
print(clock, limesdr.get_clock_freq(i))
limesdr.print_last_error()
print("RX Sample Rate Range:", limesdr.get_sample_rate_range())
print("RX Channel 0 Sample Rate:", limesdr.get_sample_rate())
print("Set Sample Rate:", limesdr.set_sample_rate(2e6))
print("RX Channel 0 Sample Rate:", limesdr.get_sample_rate())
limesdr.print_last_error()
print("RX Frequency Range:", limesdr.get_center_frequency_range())
print("RX 0 center freq:", limesdr.get_center_frequency())
print("RX 0 set center freq:", limesdr.set_center_frequency(433.92e6))
print("RX 0 center freq:", limesdr.get_center_frequency())
limesdr.print_last_error()
print("RX 0 gain", limesdr.get_normalized_gain())
print("RX 0 set gain", limesdr.set_normalized_gain(0.5))
print("RX 0 gain", limesdr.get_normalized_gain())
limesdr.print_last_error()
print("RX Bandwidth Range", limesdr.get_lpf_bandwidth_range())
print("RX 0 Bandwidth", limesdr.get_lpf_bandwidth())
print("RX 0 set Bandwidth", limesdr.set_lpf_bandwidth(20e6))
print("RX 0 Bandwidth", limesdr.get_lpf_bandwidth())
limesdr.print_last_error()
print("RX 0 calibrate:", limesdr.calibrate(20e6))
limesdr.print_last_error()
antenna_list = limesdr.get_antenna_list()
print("RX 0 antenna list", antenna_list)
print("RX 0 current antenna", limesdr.get_antenna(), antenna_list[limesdr.get_antenna()])
print("RX 0 current antenna BW", limesdr.get_antenna_bw(limesdr.get_antenna()))
print("Chip Temperature", limesdr.get_chip_temperature())
parent_conn, child_conn = Pipe()
for _ in range(2):
limesdr.print_last_error()
print("Setup stream", limesdr.setup_stream(1000))
print("Start stream", limesdr.start_stream())
limesdr.recv_stream(child_conn, 1000, 100)
print("Stop stream", limesdr.stop_stream())
print("Destroy stream", limesdr.destroy_stream())
print(parent_conn.recv_bytes())
limesdr.set_tx(True)
self.assertTrue(limesdr.get_tx())
samples_to_send = np.ones(32768, dtype=np.complex64)
for _ in range(2):
limesdr.print_last_error()
print("Setup stream", limesdr.setup_stream(4000000000))
print("Start stream", limesdr.start_stream())
print("Send samples", limesdr.send_stream(samples_to_send, 100))
print("Stop stream", limesdr.stop_stream())
print("Destroy stream", limesdr.destroy_stream())
print("-" * 20)
print("Close:", limesdr.close())
print("Is Open 0:", limesdr.is_open(0))
print("Is Open 1:", limesdr.is_open(1))
def test_cython_wrapper(self):
print("Devices:", limesdr.get_device_list())
# print("Open:", limesdr.open("LimeSDR-USB, media=USB 3.0, module=STREAM, addr=1d50:6108, serial=0009060B0049180A"))
print("Open:", limesdr.open())
print("-" * 20)
print("Is Open 0:", limesdr.is_open(0))
print("Is Open 1:", limesdr.is_open(1))
print("Init", limesdr.init())
limesdr.set_tx(True)
self.assertTrue(limesdr.get_tx())
#print(limesdr.IS_TX)
print("Num Channels TX:", limesdr.get_num_channels())
print("TX antennas", limesdr.get_antenna_list())
limesdr.set_tx(False)
self.assertFalse(limesdr.get_tx())
print("Num Channels RX:", limesdr.get_num_channels())
limesdr.CHANNEL = 0
print("Enable RX Channel 0:", limesdr.enable_channel(True, False, 0))
#path = os.path.realpath(os.path.join(__file__, "..", "..", "src", "urh", "dev", "native", "lime.ini"))
#print(path)
#limesdr.load_config(path)
#limesdr.save_config("/tmp/lime_test.ini")
clocks = [
"LMS_CLOCK_REF", "LMS_CLOCK_SXR", "LMS_CLOCK_SXT",
"LMS_CLOCK_CGEN", "LMS_CLOCK_RXTSP", "LMS_CLOCK_TXTSP"
]
for i, clock in enumerate(clocks):
print(clock, limesdr.get_clock_freq(i))
limesdr.print_last_error()
print("RX Sample Rate Range:", limesdr.get_sample_rate_range())
print("RX Channel 0 Sample Rate:", limesdr.get_sample_rate())
print("Set Sample Rate:", limesdr.set_sample_rate(2e6))
print("RX Channel 0 Sample Rate:", limesdr.get_sample_rate())
limesdr.print_last_error()
print("RX Frequency Range:", limesdr.get_center_frequency_range())
print("RX 0 center freq:", limesdr.get_center_frequency())
print("RX 0 set center freq:", limesdr.set_center_frequency(433.92e6))
print("RX 0 center freq:", limesdr.get_center_frequency())
limesdr.print_last_error()
print("RX 0 gain", limesdr.get_normalized_gain())
print("RX 0 set gain", limesdr.set_normalized_gain(0.5))
print("RX 0 gain", limesdr.get_normalized_gain())
limesdr.print_last_error()
print("RX Bandwidth Range", limesdr.get_lpf_bandwidth_range())
print("RX 0 Bandwidth", limesdr.get_lpf_bandwidth())
print("RX 0 set Bandwidth", limesdr.set_lpf_bandwidth(20e6))
print("RX 0 Bandwidth", limesdr.get_lpf_bandwidth())
limesdr.print_last_error()
print("RX 0 calibrate:", limesdr.calibrate(20e6))
limesdr.print_last_error()
antenna_list = limesdr.get_antenna_list()
print("RX 0 antenna list", antenna_list)
print("RX 0 current antenna", limesdr.get_antenna(),
antenna_list[limesdr.get_antenna()])
print("RX 0 current antenna BW",
limesdr.get_antenna_bw(limesdr.get_antenna()))
print("Chip Temperature", limesdr.get_chip_temperature())
parent_conn, child_conn = Pipe()
for _ in range(2):
limesdr.print_last_error()
print("Setup stream", limesdr.setup_stream(1000))
print("Start stream", limesdr.start_stream())
limesdr.recv_stream(child_conn, 1000, 100)
print("Stop stream", limesdr.stop_stream())
print("Destroy stream", limesdr.destroy_stream())
print(parent_conn.recv_bytes())
limesdr.set_tx(True)
self.assertTrue(limesdr.get_tx())
samples_to_send = np.ones(32768, dtype=np.complex64)
for _ in range(2):
limesdr.print_last_error()
print("Setup stream", limesdr.setup_stream(4000000000))
print("Start stream", limesdr.start_stream())
print("Send samples", limesdr.send_stream(samples_to_send, 100))
print("Stop stream", limesdr.stop_stream())
print("Destroy stream", limesdr.destroy_stream())
print("-" * 20)
print("Close:", limesdr.close())
print("Is Open 0:", limesdr.is_open(0))
print("Is Open 1:", limesdr.is_open(1))
