def show_stat(self):
dprint(32 * '-' + ' Simulation ended -----------------------|')
# Results
dprint("")
dprint("")
dprint(32 * "-" + " Statistics -----------------------------")
dprint('---- Sender Packet list ')
Statsct.print_packet_list(Statsct.sender_packets)
dprint('')
dprint('---- Receiver Packet list ')
Statsct.print_packet_list(Statsct.receiver_packets)
dprint('')
dprint('---- Packet lost Results ' +
'(Status -> True = Received, False = Failed) ')
Statsct.print_ordered_packets()
dprint('')
dprint('---- Performance metrics')
params = Statsct.calculate_tx_parameters()
dprint('')
dprint("---- General result of the simulation {}".format(params))
payload = bytearray(range(1, 1 + send_data))
node0.protocol.layer3.send_later(1, node1.layer3.L3addr, payload)
#---------------------------------------------------------------------------
Statsct.addInfo('real_packet', payload)
Statsct.addInfo('real_packet_size', len(payload))
#---------------------------------------------------------------------------
#try:
sim.run()
#except Exception as e:
# print("Exception: -> {}".format(e))
# input('Enter to continue')
print('simulation ended')
#Statsct.print_results()
print('Sender Packet list ')
Statsct.print_packet_list(Statsct.sender_packets)
print('Receiver Packet list ')
Statsct.print_packet_list(Statsct.receiver_packets)
print("Results")
Statsct.print_ordered_packets()
#print(Statsct.get_results())
print('performance metrics')
sim_results.append(Statsct.calculate_tx_parameters())
#print("{}".format(sim_results))
input('Continue to next sim')
#--------------------------------------------------
average_goodput = 0
