# Applications
ns3_lib.udp_echo_app(network,
client_node="Urcos",
server_node="Ccatcca",
server_device="Josjo2-wimax2",
start=1.0,
stop=9.0,
packets=2,
interval=1.0)
ns3_lib.add_wimax_service_flow(network,
install=("Ccatcca", "Josjo2-wimax2"),
source=("Urpay", "Josjo1-wifi1", None),
dest=("Ccatcca", "Josjo2-wimax2", 9),
protocol="udp",
direction="down",
scheduling="rtps",
priority=0)
# Tracing
#device = network.nodes["Josjojauarina 1"].devices["Josjo1-wifi1"]
#device.phy_helper.EnablePcap("udp_echo", device.ns3_device)
# Run simulation
ns3_lib.run_simulation(network, 10.0)
if __name__ == '__main__':
sys.exit(
ns3_lib.simulation_main(sys.argv[1:], simulation,
"UDP server/client ping"))
DESCRIPTION = "Run a OnOff client + sink server example"
def simulation(network):
ns3.LogComponentEnable("PacketSink", ns3.LOG_LEVEL_ALL | ns3.LOG_PREFIX_TIME)
# Applications
ns3_lib.onoff_app(network, client_node="Urcos",
server_node="Huiracochan", server_device="Josjo1-wifi1",
start=1.0, stop=9.0, rate="1Mbps", access_class="ac_vo")
ns3_lib.onoff_app(network, client_node="Urpay",
server_node="Ccatcca", server_device="Josjo2-wimax2", start=1.0, stop=9.0, rate="0.5Mbps")
ns3_lib.add_wimax_service_flow(network, install=("Ccatcca", "Josjo2-wimax2"),
source=("Urpay", "Josjo1-wifi1", None), dest=("Ccatcca", "Josjo2-wimax2", 9),
protocol="udp", direction="down", scheduling="rtps", priority=0)
# Tracing
#device = network.nodes["Josjojauarina 1"].devices["Josjo1-wifi1"]
#device.phy_helper.EnablePcap("onoff", device.ns3_device)
monitor_info = ns3_lib.enable_monitor(network, interval=0.1)
# Run simulation
ns3_lib.run_simulation(network, 3.0)
ns3_lib.print_monitor_results(monitor_info)
ns3_lib.save_monitor_xmldata(monitor_info, "onoff.flowmon.xml")
ns3_lib.create_througput_gnuplot(monitor_info, "Urcos-Huiracochan 1Mbps", "onoff")
if __name__ == '__main__':
sys.exit(ns3_lib.simulation_main(sys.argv[1:], simulation, DESCRIPTION))
server_node="Ccatcca",
server_device="Josjo2-wimax2",
start=1.0,
stop=9.0,
rate="0.5Mbps")
ns3_lib.add_wimax_service_flow(network,
install=("Ccatcca", "Josjo2-wimax2"),
source=("Urpay", "Josjo1-wifi1", None),
dest=("Ccatcca", "Josjo2-wimax2", 9),
protocol="udp",
direction="down",
scheduling="rtps",
priority=0)
# Tracing
#device = network.nodes["Josjojauarina 1"].devices["Josjo1-wifi1"]
#device.phy_helper.EnablePcap("onoff", device.ns3_device)
monitor_info = ns3_lib.enable_monitor(network, interval=0.1)
# Run simulation
ns3_lib.run_simulation(network, 3.0)
ns3_lib.print_monitor_results(monitor_info)
ns3_lib.save_monitor_xmldata(monitor_info, "onoff.flowmon.xml")
ns3_lib.create_througput_gnuplot(monitor_info, "Urcos-Huiracochan 1Mbps",
"onoff")
if __name__ == '__main__':
sys.exit(ns3_lib.simulation_main(sys.argv[1:], simulation, DESCRIPTION))
#!/usr/bin/python
import sys
import ns3
from wwplan import ns3_lib
ns3.LogComponentEnable("UdpEchoClientApplication", ns3.LOG_LEVEL_INFO | ns3.LOG_PREFIX_TIME)
ns3.LogComponentEnable("UdpEchoServerApplication", ns3.LOG_LEVEL_INFO | ns3.LOG_PREFIX_TIME)
def simulation(network):
# Applications
ns3_lib.udp_echo_app(network, client_node="Urcos", server_node="Ccatcca",
server_device="Josjo2-wimax2", start=1.0, stop=9.0, packets=2, interval=1.0)
ns3_lib.add_wimax_service_flow(network, install=("Ccatcca", "Josjo2-wimax2"),
source=("Urpay", "Josjo1-wifi1", None), dest=("Ccatcca", "Josjo2-wimax2", 9),
protocol="udp", direction="down", scheduling="rtps", priority=0)
# Tracing
#device = network.nodes["Josjojauarina 1"].devices["Josjo1-wifi1"]
#device.phy_helper.EnablePcap("udp_echo", device.ns3_device)
# Run simulation
ns3_lib.run_simulation(network, 10.0)
if __name__ == '__main__':
sys.exit(ns3_lib.simulation_main(sys.argv[1:], simulation,
"UDP server/client ping"))
