def main():
parser = argparse.ArgumentParser()
parser.add_argument("--hosts",
"-nh",
default="1000",
help="No. of hosts you want in your network")
parser.add_argument("--measurePolicies",
"-c",
default="40",
help="enter no. of measurement policies to create")
args = parser.parse_args()
print("hosts:", args.hosts)
print("Number of measurement policies: ", args.measurePolicies)
file_measurementPolicies = open('MeasurementPolicies.txt', 'w').close()
file_measurementPolicies = open('MeasurementPolicies.txt', 'w')
s = Subnet()
subnetList = s.createSubnets(int(args.hosts))
m = MeasurementPolicies()
listPolicies = []
listPolicies = m.generateMeasurementPolicies(subnetList, set(subnetList),
int(args.measurePolicies))
for each_measure_policy in listPolicies:
assert isinstance(each_measure_policy, Policy)
string= str(each_measure_policy.getSource()) + str(', '+str(each_measure_policy.getDest())) \
+ str(', '+str(each_measure_policy.getAction())+'\n')
print(string)
file_measurementPolicies.write(string) ## writing into file
print("total no. of measurement policies", len(listPolicies))
def main():
parser = argparse.ArgumentParser()
parser.add_argument("--hosts","-nh", default = "1000", help="No. of hosts you want in your network" )
parser.add_argument("--measurePolicies", "-c", default= "40",
help="enter no. of measurement policies to create")
args = parser.parse_args()
print("hosts:",args.hosts)
print("Number of measurement policies: ", args.measurePolicies)
file_measurementPolicies = open('MeasurementPolicies.txt','w').close()
file_measurementPolicies = open('MeasurementPolicies.txt','w')
s = Subnet()
subnetList = s.createSubnets(int(args.hosts))
m = MeasurementPolicies()
listPolicies = []
listPolicies = m.generateMeasurementPolicies(subnetList,set(subnetList),int(args.measurePolicies))
for each_measure_policy in listPolicies:
assert isinstance(each_measure_policy,Policy)
string= str(each_measure_policy.getSource()) + str(', '+str(each_measure_policy.getDest())) \
+ str(', '+str(each_measure_policy.getAction())+'\n')
print(string)
file_measurementPolicies.write(string) ## writing into file
print("total no. of measurement policies",len(listPolicies))
def main():
parser = argparse.ArgumentParser()
parser.add_argument("--hosts","-nh", default = "1000",
help="No. of hosts you want in your network" )
parser.add_argument("--policyType","-t",default = "light",
help = "To create policy light network, argument: 'light' " + '\n' +
"To create policy heavy network, argument: 'heavy' ")
parser.add_argument("--measurePolicies", "-c", default= "40",
help="enter no. of measurement policies to create")
args = parser.parse_args()
print("hosts:",args.hosts)
print("policy type:",args.policyType)
s = Subnet()
subnetList = s.createSubnets(int(args.hosts))
print("total no. of subnets created:",len(subnetList))
totalPolicyUnits = 0
if args.policyType == "light":
destinationGraph = [(60,50),(100,100)]
sourceGraph = [(17,50),(100,100)]
totalPolicyUnits = 2
else:
destinationGraph = [(1,13),(3,37),(5,50),(6,59),(7,65),(8,70),(10,75),
(18,80),(19,88),(20,90),(21,94),(54,98),(75,100)]
sourceGraph = [(1,1),(1,2),(2,4),(2.3,10),(2.4,12),(2.5,15),(2.6,18),
(2.7,20),(2.8,23),(2.9,26),(3,29),(3.1,32),(3.7,35),(4.5,38),
(5,40),(6,42),(7,44),(8,46),(9,48),(10,50),(11,52),(12,54),
(13,56),(14,58),(15,60),(17,63),(19,66),(20,70),(22,73),
(24,76),(26,80),(28,82),(29,84),(30,87),(31,90),
(33,92),(34,96),(100,100)]
totalPolicyUnits =40
destinationInfoObj = DestInfo()
sourceInfoObj = SourceInfo()
list_PolicyUnits = destinationInfoObj.traverseDestInfoGraph(destinationGraph,
totalPolicyUnits,
subnetList)
print("total policy units: ",len(list_PolicyUnits))
fwd_policies = []
fwdPolicies=sourceInfoObj.traverseSourceInfoGraph(sourceGraph,list_PolicyUnits, subnetList)
print(len(fwdPolicies),"total no. of end point reachability policies")
print("set of destinations: ",destinationInfoObj.set_selectedDestIPs)
print("measurement policy part")
m = MeasurementPolicies()
listMeasurePolicies = []
noMeasurePolicies = int(args.measurePolicies)
measurePolicies = m.generateMeasurementPolicies(subnetList,
destinationInfoObj.set_selectedDestIPs,noMeasurePolicies)
for each_policy in measurePolicies:
assert isinstance(each_policy,Policy)
print(each_policy.getSource(),"source",each_policy.getDest(),"destination",each_policy.getAction(),"action")
print(len(measurePolicies),"finally finished")
o = Overlap()
list_match_count = o.getOverlappedPolicies(fwdPolicies,measurePolicies)
print(list_match_count,"list of match count")
print(len(list_match_count))
count = 0
for each_element in list_match_count:
count=count+each_element
print(count,"total count")
def main():
parser = argparse.ArgumentParser()
parser.add_argument("--hosts",
"-nh",
default="1000",
help="No. of hosts you want in your network")
parser.add_argument(
"--policyType",
"-t",
default="light",
help="To create policy light network, argument: 'light' " + '\n' +
"To create policy heavy network, argument: 'heavy' ")
parser.add_argument("--measurePolicies",
"-c",
default="40",
help="enter no. of measurement policies to create")
args = parser.parse_args()
print("hosts:", args.hosts)
print("policy type:", args.policyType)
s = Subnet()
subnetList = s.createSubnets(int(args.hosts))
print("total no. of subnets created:", len(subnetList))
totalPolicyUnits = 0
if args.policyType == "light":
destinationGraph = [(60, 50), (100, 100)]
sourceGraph = [(17, 50), (100, 100)]
totalPolicyUnits = 2
else:
destinationGraph = [(1, 13), (3, 37), (5, 50), (6, 59), (7, 65),
(8, 70), (10, 75), (18, 80), (19, 88), (20, 90),
(21, 94), (54, 98), (75, 100)]
sourceGraph = [(1, 1), (1, 2), (2, 4), (2.3, 10), (2.4, 12), (2.5, 15),
(2.6, 18), (2.7, 20), (2.8, 23), (2.9, 26), (3, 29),
(3.1, 32), (3.7, 35), (4.5, 38), (5, 40), (6, 42),
(7, 44), (8, 46), (9, 48), (10, 50), (11, 52), (12, 54),
(13, 56), (14, 58), (15, 60), (17, 63), (19, 66),
(20, 70), (22, 73), (24, 76), (26, 80), (28, 82),
(29, 84), (30, 87), (31, 90), (33, 92), (34, 96),
(100, 100)]
totalPolicyUnits = 40
destinationInfoObj = DestInfo()
sourceInfoObj = SourceInfo()
list_PolicyUnits = destinationInfoObj.traverseDestInfoGraph(
destinationGraph, totalPolicyUnits, subnetList)
print("total policy units: ", len(list_PolicyUnits))
fwd_policies = []
fwdPolicies = sourceInfoObj.traverseSourceInfoGraph(
sourceGraph, list_PolicyUnits, subnetList)
print(len(fwdPolicies), "total no. of end point reachability policies")
print("set of destinations: ", destinationInfoObj.set_selectedDestIPs)
print("measurement policy part")
m = MeasurementPolicies()
listMeasurePolicies = []
noMeasurePolicies = int(args.measurePolicies)
measurePolicies = m.generateMeasurementPolicies(
subnetList, destinationInfoObj.set_selectedDestIPs, noMeasurePolicies)
for each_policy in measurePolicies:
assert isinstance(each_policy, Policy)
print(each_policy.getSource(), "source", each_policy.getDest(),
"destination", each_policy.getAction(), "action")
print(len(measurePolicies), "finally finished")
o = Overlap()
list_match_count = o.getOverlappedPolicies(fwdPolicies, measurePolicies)
print(list_match_count, "list of match count")
print(len(list_match_count))
count = 0
for each_element in list_match_count:
count = count + each_element
print(count, "total count")
