from emulation_lib.emulation import Emulation
from emulation_lib.network_blocks.network_block import NetworkBlock
from emulation_lib.apps.udperf_app import UdperfApp
from emulation_lib.linkcmd_backends.l_ import L_
emu = Emulation("../example.config.py", [0, 1])
emu.setLinkCmdBackend(L_())
n0 = emu.getNode(0)
n1 = emu.getNode(1)
# http://dashif.org/wp-content/uploads/2015/04/DASH-AVC-264-Test-Vectors-v09-CommunityReview.pdf
nb1 = NetworkBlock("./blocks/flicflac")
nb1.setNodes([n0, n1])
nb1.selectInterval(1000)
emu.addNetworkBlocks([nb1])
udperf_app = UdperfApp(n1, n0, 0.0, 12, 10000, 6000, 6001)
n1.addUserResult("/home/nfd/cmdScheduler.log",
"cmdSched" + str(n1.getId()) + ".log_%RUN%")
emu.setDuration(14)
emu.addApplications([udperf_app])
emu.setName('flicflac_loss')
emu.setOutputDirectory('./results/' + emu.getName())
emu.setNumberOfRuns(10)
emu.setSecondsBetweenRuns(5)
from emulation_lib.emulation import Emulation
from emulation_lib.network_blocks.network_block import NetworkBlock
from emulation_lib.apps.udperf_app import UdperfApp
from emulation_lib.linkcmd_backends.bdl_ import BDL_
emu = Emulation("./config_files/example.config.py", [0, 1])
emu.setLinkCmdBackend(BDL_())
n0 = emu.getNode(0)
n1 = emu.getNode(1)
nb1 = NetworkBlock("./blocks/TwoNode_80211a_adhoc")
nb1.setNodes([n0, n1])
emu.addNetworkBlocks([nb1])
udperf_app1 = UdperfApp(n0, n1, 0.0, 99, 9000, 6000, 6001)
udperf_app2 = UdperfApp(n1, n0, 0.0, 99, 9000, 6000, 6001)
n0.addUserResult("/home/nfd/cmdScheduler.log", "cmdSched0.log_%RUN%")
n1.addUserResult("/home/nfd/cmdScheduler.log", "cmdSched1.log_%RUN%")
emu.setDuration(102)
emu.addApplications([udperf_app1, udperf_app2])
emu.setName('simple_sequence')
emu.setNumberOfRuns(3)
emu.setSecondsBetweenRuns(15)
for intervalSize in [1000, 500, 250, 100]:
emu.setName(intervalSize)
wifi_blocks = ["./blocks/randomWalk2d4040", "./blocks/constantPosition4040","./blocks/randomDirection4040"]
for wifi_block in wifi_blocks:
for app_type in ["NDN_DemoApps"]:
for run in range(0, NUM_RUNS):
# determine client-server groups
random.seed(run*1000)
serverNode = random.randint(0,11)
client_gateways = []
for c in range(0, NUM_CLIENTS):
client_gateways.append(random.randint(0,11))
client_startTimes = random.sample(range(0, int(EMULATION_DURATION / 2)), NUM_CLIENTS)
print("client_start-times: " + str(client_startTimes))
# general emulation settings
emu = Emulation("./example.config.py", list(range(0,12 + NUM_CLIENTS)))
emu.setName(os.path.basename(wifi_block) + "_" + app_type + "_" + str(run))
emu.setLinkCmdBackend(BDL_())
emu.setSecondsBetweenRuns(5)
emu.setOutputDirectory('./results/onlyNdnDemoApps_experiment/' + emu.getName())
emu.setDuration(EMULATION_DURATION) # seconds
# ensure NFD-logfiles are cleaned up and wldrdaemons are shutdown
for node in emu.getNodes():
node.scheduleUserCmd(constants.SETUP_TIME, "sudo rm /var/run/shm/nfd_packet_log/nfd_packet_log.csv")
node.scheduleUserCmd(constants.SETUP_TIME, "sudo killall wldrdaemon_udp")
node.scheduleUserCmd(constants.SETUP_TIME, "sudo killall tail")
# set up network-blocks
abileneNetwork = NetworkBlock("./blocks/abilene")
from emulation_lib.emulation import Emulation
from emulation_lib.network_blocks.network_block import NetworkBlock
from emulation_lib.preprocessing.set_constant_value_for_column import SetConstantValueForColumn
from emulation_lib.preprocessing.repeat_file_until import RepeatIntermedFileUntil
from emulation_lib.linkcmd_backends.bdl_ import BDL_
import iperf_logapp
NUM_RUNS = 2
EMULATION_DURATION = 100 # seconds
NUMBER_OF_NODES = 2
#
# general emulation settings
#
emu = Emulation("./example.config.py", list(range(0, NUMBER_OF_NODES)))
emu.setName("HelloWorld")
emu.setLinkCmdBackend(BDL_())
emu.setSecondsBetweenRuns(5)
emu.setOutputDirectory('./results/HelloWorld')
# time in seconds, after which a run is to be considered finished, which triggers the fetching
# of the results and the initiation of the next run
emu.setDuration(EMULATION_DURATION) # seconds
#
# configure network block
#
# the folder containing the pre-calculated intermediate files to be used
WIFI_BLOCK = "./blocks/simple_mobility_802.11G_AdHoc_constant"
# create a new network block object based on the given intermediate file folder
wlan = NetworkBlock(WIFI_BLOCK)
wlan.setNodes(