os._exit(0)
if __name__ == '__main__':
# Parse any input option.
debug, profiling, single, wait_for_tx_stats, send_to_id, nof_prb, mcs, txgain, rxgain, tx_slots, rx_slots, tx_channel, rx_channel = inputOptions(
sys.argv[1:])
# Set the signal handler.
signal.signal(signal.SIGINT, handler)
source_module = interf.MODULE_AI
print("Create CommManager object.")
lc = LayerCommunicator(source_module, [interf.MODULE_RF_MON])
# Create a QUEUE to store data.
# Create a single input and a single output queue for all threads.
stats_queue = queue.Queue()
send_to = send_to_id
bandwidth = getBWIndex(nof_prb)
mcs_idx = mcs
tx_gain = txgain
rx_gain = rxgain
num_of_tx_slots = tx_slots
num_of_rx_slots = rx_slots
seq_number = 100
num_of_tx = -1
data = generateRandomData(num_of_tx_slots, bandwidth, mcs_idx)
if __name__ == '__main__':
# Parse any input option.
debug, single, rx_gain_cmd_line = inputOptions(sys.argv[1:])
# Set the signal handler.
signal.signal(signal.SIGINT, handler)
# decides if single or two host PCs.
if (single == False):
source_module = interf.MODULE_MAC # Make believe it is the MAC layer sending controls to PHY.
else:
source_module = interf.MODULE_DEBUG1
print("Create CommManager object.")
lc = LayerCommunicator(source_module, [interf.MODULE_PHY])
# Create a QUEUE to store data.
# Create a single input and a single output queue for all threads.
rx_stat_queue = queue.Queue()
seq_number = 123
channel = 0
mcs_idx = 0
rx_gain = rx_gain_cmd_line
num_slots = 1
inc = 0
last_rxd_byte = -1 # last received byte
out_of_seq_cnt = 0 # out of sequence error counter.
in_seq_cnt = 0 # In sequence counter.
total_pkt_number = 0 # Total number of received packets.
print("No packet received.")
return total_rxd_bytes, host_timestamp
if __name__ == '__main__':
# Parse any input option.
debug = inputOptions(sys.argv[1:])
# Set the signal handler.
signal.signal(signal.SIGINT, handler)
print("Create CommManager object.")
module = interf.MODULE_MAC # Make believe it is the MAC layer sending controls to PHY.
lc = LayerCommunicator(module)
seq_number = 0
channel = 0
num_slots = 1
inc = 0
last_rxd_byte = -1 # last received byte
out_of_seq_cnt = 0 # out of sequence error counter.
in_seq_cnt = 0 # In sequence counter.
total_pkt_number = 0 # Total number of received packets.
while (True):
seq_number = inc + 200
# Send RX control information to PHY.
sendRxCtrlToPhy(lc, channel, num_slots, seq_number, debug)
