def trivialSimulation(args):
num = 1000 if not args.total_relays else args.total_relays
print("Number of nodes in simulated Tor network: %d" % num)
net = tornet.Network(num)
# Decorate the network.
if args.fascist_firewall:
net = tornet.FascistNetwork(net)
if args.flaky_network:
net = tornet.FlakyNetwork(net)
if args.evil_filtering:
net = tornet.EvilFilteringNetwork(net)
if args.sniper_network:
net = tornet.SniperNetwork(net)
params = client.ClientParams(
PROP241=args.prop241,
PROP259=args.prop259,
PRIORITIZE_BANDWIDTH=not args.no_prioritize_bandwidth)
c = client.Client(net, params)
ok = 0
bad = 0
for period in xrange(30): # one hour each
for subperiod in xrange(30): # two minutes each
if (subperiod % 10) == 0:
# nodes left and arrived
net.do_churn()
# nodes went up and down
net.updateRunning()
for attempts in xrange(6): # 20 sec each
# actually have the client act.
if c.buildCircuit():
ok += 1
else:
bad += 1
# time passed
simtime.advanceTime(20)
# new consensus
c.updateGuardLists()
print("Successful client circuits (total): %d (%d)" % (ok, (ok + bad)))
print("Percentage of successful circuits: %f%%" %
((ok / float(ok + bad)) * 100.0))
print("Average guard bandwidth capacity: %d KB/s" %
c.averageGuardBandwidth())
def trivialSimulation(args):
num = 1000 if not args.total_relays else args.total_relays
print("Number of nodes in simulated Tor network: %d" % num)
net = tornet.Network(num)
# Decorate the network.
if args.fascist_firewall:
net = tornet.FascistNetwork(net)
if args.flaky_network:
net = tornet.FlakyNetwork(net)
if args.evil_filtering:
net = tornet.EvilFilteringNetwork(net)
if args.sniper_network:
net = tornet.SniperNetwork(net)
params = client.ClientParams(
PROP241=args.prop241,
PROP259=args.prop259,
PRIORITIZE_BANDWIDTH=not args.no_prioritize_bandwidth)
c = client.Client(net, params)
ok = 0
bad = 0
for period in xrange(30): # one hour each
for subperiod in xrange(30): # two minutes each
if (subperiod % 10) == 0:
# nodes left and arrived
net.do_churn()
# nodes went up and down
net.updateRunning()
for attempts in xrange(6): # 20 sec each
# actually have the client act.
if c.buildCircuit():
ok += 1
else:
bad += 1
# time passed
simtime.advanceTime(20)
# new consensus
c.updateGuardLists()
print("Successful client circuits (total): %d (%d)" % (ok, (ok + bad)))
print("Percentage of successful circuits: %f%%"
% ((ok / float(ok + bad)) * 100.0))
print("Average guard bandwidth capacity: %d KB/s" % c.averageGuardBandwidth())
def trivialSimulation():
net = tornet.Network(100)
# Decorate the network.
# Uncomment one or two of these at a time, kthx!
#net = tornet.FascistNetwork(net)
#net = tornet.FlakyNetwork(net)
#net = tornet.EvilFilteringNetwork(net)
#net = tornet.SniperNetwork(net)
c = client.Client(net, client.ClientParams())
ok = 0
bad = 0
for period in xrange(30): # one hour each
for subperiod in xrange(30): # two minutes each
if (subperiod % 10) == 0:
# nodes left and arrived
net.do_churn()
# nodes went up and down
net.updateRunning()
for attempts in xrange(6): # 20 sec each
# actually have the client act.
if c.buildCircuit():
ok += 1
else:
bad += 1
# time passed
simtime.advanceTime(20)
# new consensus
c.updateGuardLists()
print("Successful client circuits (total): %d (%d)" % (ok, (ok + bad)))
print("Percentage of successful circuilts: %f%%"
% ((ok / float(ok + bad)) * 100.0))
