def readNetworkView(self, filename):
target = None
access = []
routes = []
tempNodes = {}
gateway = ""
with open(filename) as file:
lines = file.readlines()
for line in lines:
line = line.replace("\n", "")
args = line.split(",")
if args[0] == "Target":
n = Node(args[1], args[2], args[3], args[4], args[4],
False, False, False, args[5], args[6])
target = n
access.append(n)
tempNodes[args[1]] = n
if args[0] == "Server":
n = Node(args[1], args[2], args[2], args[3], args[3],
False, False, True, args[4], args[5])
server = n
if args[0] == "Node":
n = Node(args[1], args[2], args[3], args[4], args[4],
False, False, False, args[5], args[6])
access.append(n)
tempNodes[args[1]] = n
if args[0] == "Honeypot":
hp = Node(args[1], args[2], args[3], args[4], args[5],
True, False, False, args[6])
access.append(hp)
tempNodes[args[1]] = hp
if args[0] == "Honeyrouter":
hr = Node(args[1], args[2], args[2], args[3], args[3],
False, True, False, args[4])
access.append(hr)
tempNodes[args[1]] = hr
if args[0] == "Route":
idxh = 0
r = Route(tempNodes[args[1]], tempNodes[args[2]])
for h in args:
if idxh > 2:
r.addHop(tempNodes[h])
idxh += 1
routes.append(r)
if args[0] == "Gateway":
gateway = tempNodes[args[1]]
nv = NetworkView(target, access, routes, gateway, server)
print("Generated network view for " + str(target.decepted_ip_addr) +
" on port " + str(target.switchPort))
return nv
def readNetworkView(self,filename):
target = None
access = []
routes = []
tempNodes = {}
gateway = ""
with open(filename) as file:
lines = file.readlines()
for line in lines:
line = line.replace("\n","")
args = line.split(",")
if args[0] == "Target":
n = Node(args[1],args[2],args[3],args[4],args[4],False,False,False,args[5],args[6])
target = n
access.append(n)
tempNodes[args[1]] = n
if args[0] == "Server":
n = Node(args[1],args[2],args[2],args[3],args[3],False,False,True,args[4],args[5])
server = n
if args[0] == "Node":
n = Node(args[1],args[2],args[3],args[4],args[4],False,False,False,args[5],args[6])
access.append(n)
tempNodes[args[1]] = n
if args[0] == "Honeypot":
hp = Node(args[1],args[2],args[3],args[4],args[5],True,False,False,args[6])
access.append(hp)
tempNodes[args[1]] = hp
if args[0] == "Honeyrouter":
hr = Node(args[1],args[2],args[2],args[3],args[3],False,True,False,args[4])
access.append(hr)
tempNodes[args[1]] = hr
if args[0] == "Route":
idxh=0
r = Route(tempNodes[args[1]],tempNodes[args[2]])
for h in args:
if idxh > 2:
r.addHop(tempNodes[h])
idxh+=1
routes.append(r)
if args[0] == "Gateway":
gateway = tempNodes[args[1]]
nv = NetworkView(target,access,routes,gateway,server)
print("Generated network view for " + str(target.decepted_ip_addr) + " on port " + str(target.switchPort))
return nv
def generatgeView(self, rHosts, subnetSpace, targetPort, NCDSPort,
HoneyPort, numSubnets, minHP, maxHP, Strategy):
self.targetsubnet = numSubnets
self.lowerSubnet = numSubnets / 2
self.upperSubnet = 0
#generate specified number of subnets
for s in range(1, numSubnets):
self.getAvaiSubnet(numSubnets)
hosts = []
#assign hosts to subnets, and deceive their data
for k in rHosts.keys():
if k != NCDSPort and k != HoneyPort:
#create new host object
realip = rHosts[k].split("/")[0]
realmac = rHosts[k].split("/")[1]
if k == targetPort:
self.target = Host(self.getShortnameHost(), realip,
realmac, k)
#get subnet address for target
self.target = self.setAvailableSubnetAddress(
subnetSpace, numSubnets, self.target, targetPort)
#print(str(self.target.deceptiveIP))
else:
host = Host(self.getShortnameHost(), realip, realmac, k)
#get subnet address for host
host = self.setAvailableSubnetAddress(
subnetSpace, numSubnets, host, targetPort)
#print(str(host.deceptiveIP))
#assign honeypots to subnets
realHoneyIP = rHosts[HoneyPort].split("/")[0]
realHoneyMac = rHosts[HoneyPort].split("/")[1]
for subKey in self.subnetList.keys():
numHoneypots = random.randint(minHP, maxHP)
for hp in range(1, numHoneypots):
subnet = self.subnetList[subKey]
hpAddr = self.getAvaiHoneypotforSubnet(subnet)
honeyAddr = str(subnetSpace[:-2]) + "." + str(
subnet.number) + "." + str(hpAddr)
honeypot = Honeypot(self.getShortnameHoneypot(),
realHoneyIP, realHoneyMac, honeyAddr,
self.randMac(), HoneyPort)
self.subnetList[subnet.number].honeypots.append(honeypot)
#print("Honeypot " + honeyAddr)
#create honeyrouters
routerMac = self.randMac()
targetSubnet = int(self.target.deceptiveIP.split(".")[2])
subnet = self.subnetList[targetSubnet]
subnetAddr = str(subnetSpace[:-2]) + "." + str(subnet.number) + ".1"
hr = Honeyrouter(self.getShortnameHoneyrouter(), subnetAddr, routerMac,
NCDSPort)
subnet.honeyrouter.append(hr)
gateway = hr.shortName
self.subnetList[subnet.number] = subnet
self.honeyrouterList.append(hr)
for subKey in self.subnetList.keys():
subnet = self.subnetList[subKey]
if subnet.number != targetSubnet:
subnetAddr = str(subnetSpace[:-2]) + "." + str(
subnet.number) + ".1"
hr = Honeyrouter(self.getShortnameHoneyrouter(), subnetAddr,
routerMac, NCDSPort)
subnet.honeyrouter.append(hr)
self.subnetList[subKey] = subnet
self.honeyrouterList.append(hr)
#generate routes
numhops = 1
for subKey in self.subnetList.keys():
subnet = self.subnetList[subKey]
targetSubnet = int(self.target.deceptiveIP.split(".")[2])
if subnet.number != targetSubnet:
numhops += 1
#numhops=random.randint(2,networkDiameter)
hostIdx = 0
for host in subnet.hosts:
r = Route(self.target, host)
hostSubnet = int(host.deceptiveIP.split(".")[2])
#hops = int(math.fabs(hostSubnet-targetSubnet))
#max sub dist min hop dist
if Strategy == "minhop_maxsub":
hops = numSubnets - hostSubnet
if Strategy == "maxhop_maxsub":
#max sub dist max hop dist
hops = hostSubnet
for hop in range(0, hops):
r.addHop(self.honeyrouterList[hop])
self.routeList.append(r)
host.distance = hops
#subnet.hosts.insert(hostIdx,host)
#hostIdx+=1
for honeypot in subnet.honeypots:
r = Route(self.target, honeypot)
for hop in range(0, numhops - 1):
r.addHop(self.honeyrouterList[hop])
self.routeList.append(r)
else:
for host in subnet.hosts:
r = Route(self.target, host)
self.routeList.append(r)
for honeypot in subnet.honeypots:
r = Route(self.target, honeypot)
self.routeList.append(r)
#set gateway
printer = NetworkPrinter()
realhosts = printer.printView(self.target, self.subnetList,
self.routeList, targetPort, gateway)
#for printhost in realhosts:
#print("realhosts.append(\"" + printhost + "\")")
return (realhosts, self.targetsubnet)
def generatgeView(self,rHosts,subnetSpace,targetPort,NCDSPort,HoneyPort,numSubnets,minHP,maxHP,Strategy):
self.targetsubnet = numSubnets
self.lowerSubnet = numSubnets/2
self.upperSubnet = 0
#generate specified number of subnets
for s in range(1,numSubnets):
self.getAvaiSubnet(numSubnets)
hosts=[]
#assign hosts to subnets, and deceive their data
for k in rHosts.keys():
if k!=NCDSPort and k!=HoneyPort:
#create new host object
realip=rHosts[k].split("/")[0]
realmac=rHosts[k].split("/")[1]
if k==targetPort:
self.target=Host(self.getShortnameHost(),realip,realmac,k)
#get subnet address for target
self.target=self.setAvailableSubnetAddress(subnetSpace,numSubnets,self.target,targetPort)
#print(str(self.target.deceptiveIP))
else:
host=Host(self.getShortnameHost(),realip,realmac,k)
#get subnet address for host
host=self.setAvailableSubnetAddress(subnetSpace,numSubnets,host,targetPort)
#print(str(host.deceptiveIP))
#assign honeypots to subnets
realHoneyIP=rHosts[HoneyPort].split("/")[0]
realHoneyMac=rHosts[HoneyPort].split("/")[1]
for subKey in self.subnetList.keys():
numHoneypots=random.randint(minHP,maxHP)
for hp in range(1,numHoneypots):
subnet=self.subnetList[subKey]
hpAddr=self.getAvaiHoneypotforSubnet(subnet)
honeyAddr=str(subnetSpace[:-2]) + "." + str(subnet.number) + "." + str(hpAddr)
honeypot=Honeypot(self.getShortnameHoneypot(),realHoneyIP,realHoneyMac,honeyAddr,self.randMac(),HoneyPort)
self.subnetList[subnet.number].honeypots.append(honeypot)
#print("Honeypot " + honeyAddr)
#create honeyrouters
routerMac=self.randMac()
targetSubnet = int(self.target.deceptiveIP.split(".")[2])
subnet=self.subnetList[targetSubnet]
subnetAddr=str(subnetSpace[:-2]) + "." + str(subnet.number) + ".1"
hr=Honeyrouter(self.getShortnameHoneyrouter(),subnetAddr,routerMac,NCDSPort)
subnet.honeyrouter.append(hr)
gateway=hr.shortName
self.subnetList[subnet.number]=subnet
self.honeyrouterList.append(hr)
for subKey in self.subnetList.keys():
subnet=self.subnetList[subKey]
if subnet.number != targetSubnet:
subnetAddr=str(subnetSpace[:-2]) + "." + str(subnet.number) + ".1"
hr=Honeyrouter(self.getShortnameHoneyrouter(),subnetAddr,routerMac,NCDSPort)
subnet.honeyrouter.append(hr)
self.subnetList[subKey]=subnet
self.honeyrouterList.append(hr)
#generate routes
numhops=1
for subKey in self.subnetList.keys():
subnet=self.subnetList[subKey]
targetSubnet = int(self.target.deceptiveIP.split(".")[2])
if subnet.number != targetSubnet:
numhops+=1
#numhops=random.randint(2,networkDiameter)
hostIdx=0
for host in subnet.hosts:
r=Route(self.target,host)
hostSubnet = int(host.deceptiveIP.split(".")[2])
#hops = int(math.fabs(hostSubnet-targetSubnet))
#max sub dist min hop dist
if Strategy=="minhop_maxsub":
hops = numSubnets - hostSubnet
if Strategy=="maxhop_maxsub":
#max sub dist max hop dist
hops = hostSubnet
for hop in range(0,hops):
r.addHop(self.honeyrouterList[hop])
self.routeList.append(r)
host.distance=hops
#subnet.hosts.insert(hostIdx,host)
#hostIdx+=1
for honeypot in subnet.honeypots:
r=Route(self.target,honeypot)
for hop in range(0,numhops-1):
r.addHop(self.honeyrouterList[hop])
self.routeList.append(r)
else:
for host in subnet.hosts:
r=Route(self.target,host)
self.routeList.append(r)
for honeypot in subnet.honeypots:
r=Route(self.target,honeypot)
self.routeList.append(r)
#set gateway
printer = NetworkPrinter()
realhosts = printer.printView(self.target,self.subnetList,self.routeList,targetPort,gateway)
#for printhost in realhosts:
#print("realhosts.append(\"" + printhost + "\")")
return (realhosts, self.targetsubnet)
