def testATaleOfTwoCitiesIPv6(self):
trace = traceroute.TraceRoute(self.loop.ioloop)
trace.IPVersion = 'IPv6'
self._DoTrace(trace, 'of.times', 30)
self.assertEqual(len(trace.RouteHopsList), 6)
self.assertEqual(trace.RouteHopsNumberOfEntries, 6)
self.assertEqual(trace.RouteHopsList[1].Host, 'it.was')
self.assertEqual(trace.RouteHopsList[2].Host, 'the.best')
self.assertEqual(trace.RouteHopsList[3].Host, 'of.times')
self.assertEqual(trace.RouteHopsList[4].Host, 'it.was')
self.assertEqual(trace.RouteHopsList[5].Host, 'the.worst')
self.assertEqual(trace.RouteHopsList[6].Host, 'of.times')
self.assertEqual(
trace.RouteHopsList[1].HostAddress, '1000:1000:1000:1001::1')
self.assertEqual(
trace.RouteHopsList[2].HostAddress, '1000:1000:1000:1002::')
self.assertEqual(
trace.RouteHopsList[3].HostAddress, '1000:1000:1000:1003::')
self.assertEqual(
trace.RouteHopsList[4].HostAddress,
'1000:1000:1000:1004:1e:1000:0:23')
self.assertEqual(
trace.RouteHopsList[5].HostAddress, '1000:1000:1000:1005::')
self.assertEqual(
trace.RouteHopsList[6].HostAddress,
'1000:1000:1000:1006:1e:1000:0:21')
self.assertEqual(trace.DiagnosticsState, 'Complete')
# rounding up the last RTT in the trace
self.assertEqual(trace.ResponseTime, 7)
def testTraceRouteCannotResolve(self): trace = traceroute.TraceRoute(self.loop.ioloop) self._DoTrace(trace, 'this-name-does-not-exist', 30) self.assertEqual(len(trace.RouteHopsList), 0) self.assertEqual(trace.DiagnosticsState, 'Error_CannotResolveHostName') self.assertEqual(trace.RouteHopsNumberOfEntries, 0) self.assertEqual(trace.ResponseTime, 0)
def testTraceIPv6Address(self):
trace = traceroute.TraceRoute(self.loop.ioloop)
self._DoTrace(trace, '1000:1000:1000:1000::1000', 30)
self.assertEqual(trace.RouteHopsNumberOfEntries, 6)
# spot-checkthat this is the IPv6 trace
self.assertEqual(
trace.RouteHopsList[1].HostAddress, '1000:1000:1000:1001::1')
self.assertEqual(trace.DiagnosticsState, 'Complete')
def testTraceRouteLocalhost(self):
trace = traceroute.TraceRoute(self.loop.ioloop)
self._DoTrace(trace, '127.0.0.1', 1)
self.assertEqual(len(trace.RouteHopsList), 1)
self.assertEqual(trace.RouteHopsNumberOfEntries, 1)
self.assertEqual(trace.RouteHopsList[1].Host, 'localhost')
self.assertEqual(trace.RouteHopsList[1].HostAddress, '127.0.0.1')
self.assertEqual(trace.DiagnosticsState, 'Error_MaxHopCountExceeded')
self._DoTrace(trace, '::1', 2)
self.assertEqual(len(trace.RouteHopsList), 1)
self.assertEqual(trace.RouteHopsNumberOfEntries, 1)
self.assertEqual(trace.RouteHopsList[1].Host, 'localhost')
self.assertEqual(trace.RouteHopsList[1].HostAddress, '::1')
self.assertEqual(trace.DiagnosticsState, 'Complete')
def testAlternateTraceRouteOutputFormat(self): trace = traceroute.TraceRoute(self.loop.ioloop) self._DoTrace(trace, 'shakespeare', 30) self.assertEqual(len(trace.RouteHopsList), 6) self.assertEqual(trace.RouteHopsNumberOfEntries, 6) self.assertEqual(trace.RouteHopsList[1].Host, 'the.fault') self.assertEqual(trace.RouteHopsList[2].Host, 'dear.brutus') self.assertEqual(trace.RouteHopsList[3].Host, 'is.not') self.assertEqual(trace.RouteHopsList[4].Host, 'in.our') self.assertEqual(trace.RouteHopsList[5].Host, 'stars.but') self.assertEqual(trace.RouteHopsList[6].Host, 'in.ourselves') self.assertEqual(trace.RouteHopsList[1].HostAddress, '192.168.1.1') self.assertEqual(trace.RouteHopsList[2].HostAddress, '15.99.15.99') self.assertEqual(trace.RouteHopsList[3].HostAddress, '20.20.20.20') self.assertEqual(trace.RouteHopsList[4].HostAddress, '40.40.40.40') self.assertEqual(trace.RouteHopsList[5].HostAddress, '60.60.60.60') self.assertEqual(trace.RouteHopsList[6].HostAddress, '80.80.80.80') self.assertEqual(trace.DiagnosticsState, 'Complete')
def testATaleOfTwoCities(self): trace = traceroute.TraceRoute(self.loop.ioloop) self._DoTrace(trace, 'of.times', 30) self.assertEqual(len(trace.RouteHopsList), 6) self.assertEqual(trace.RouteHopsNumberOfEntries, 6) self.assertEqual(trace.RouteHopsList[1].Host, 'it.was') self.assertEqual(trace.RouteHopsList[2].Host, 'the.best') self.assertEqual(trace.RouteHopsList[3].Host, 'of.times') self.assertEqual(trace.RouteHopsList[4].Host, 'it.was') self.assertEqual(trace.RouteHopsList[5].Host, 'the.worst') self.assertEqual(trace.RouteHopsList[6].Host, 'of.times') self.assertEqual(trace.RouteHopsList[1].HostAddress, '12.34.56.78') self.assertEqual(trace.RouteHopsList[2].HostAddress, '34.56.78.90') self.assertEqual(trace.RouteHopsList[3].HostAddress, '56.78.90.12') self.assertEqual(trace.RouteHopsList[4].HostAddress, '78.90.12.34') self.assertEqual(trace.RouteHopsList[5].HostAddress, '90.12.34.56') self.assertEqual(trace.RouteHopsList[6].HostAddress, '12.34.56.79') self.assertEqual(trace.DiagnosticsState, 'Complete') self.assertEqual(trace.ResponseTime, int(1.277))
def testTraceRoute(self):
loop = tr.mainloop.MainLoop()
trace = traceroute.TraceRoute(loop)
self._DoTrace(loop, trace, '127.0.0.1', 1)
self.assertEqual(len(trace.RouteHopsList), 1)
self.assertEqual(trace.RouteHopsList[1].Host, 'localhost')
self.assertEqual(trace.RouteHopsList[1].HostAddress, '127.0.0.1')
self.assertEqual(trace.DiagnosticsState, 'Error_MaxHopCountExceeded')
self._DoTrace(loop, trace, '::1', 2)
self.assertEqual(len(trace.RouteHopsList), 1)
self.assertTrue(trace.RouteHopsList[1].Host == 'localhost' or
trace.RouteHopsList[1].Host == 'ip6-localhost')
self.assertEqual(trace.RouteHopsList[1].HostAddress, '::1')
self.assertEqual(trace.DiagnosticsState, 'Complete')
self._DoTrace(loop, trace, 'this-name-does-not-exist', 30)
self.assertEqual(len(trace.RouteHopsList), 0)
self.assertEqual(trace.DiagnosticsState, 'Error_CannotResolveHostName')
self._DoTrace(loop, trace, 'google.com', 30)
self.assertTrue(len(trace.RouteHopsList) > 1)
self.assertEqual(trace.DiagnosticsState, 'Complete')
def testValidateExports(self): trace = traceroute.TraceRoute(self.loop.ioloop) tr.handle.ValidateExports(trace)
m.drawparallels(range(0, 90, 20))
m.drawmeridians(range(0, 180, 20))
def gps_to_point(coord):
x, y = m(coord[1], coord[0])
return (x, y)
def plot_point(point):
m.plot(point[0], point[1], 'ro')
return
# Transforms GPS coordinates to X,Y to be places on map
points = map(gps_to_point, coords)
# Adds points to map
map(plot_point, points)
# Separated X form Y in different arrays and plots lines
x = [point[0] for point in points]
y = [point[1] for point in points]
m.plot(x, y, linewidth=2, color='r')
plt.title("Ruta realizada")
plt.show()
if __name__ == '__main__':
host_destino = sys.argv[1]
ip_list = tr.TraceRoute(host_destino)
lat_longs = geolocate(ip_list)
plot(lat_longs)
def get_topology_links():
data = Retreive_from_couchdb.hosts_list('localhost', '5984',
'scan-test123')
data = json.loads(data)
insert_query = '''
UNWIND {links} AS link
MERGE (h1:node_UP { name: link[0]['hostname'],address: link[0]['address'],mac: link[0]['mac'] })
MERGE (h2:node_UP { name: link[1]['hostname'], address: link[1]['address'],mac: link[1]['mac'] })
MERGE (h1)<-[:CONNECT_TO]->(h2);
'''
ip = get_ipsource()
gateway_0 = None
curr_host = None
gateway_info = []
gateway = []
local_net = []
node_nbr = 0
links = []
for node in data:
dest_addr = node['address']
hops_info, hops_to = traceroute.TraceRoute(dest_addr)
l = len(hops_to)
# local network
if l == 1:
if hops_to[0] == ip:
local_net.append(node)
if node['address'] == ip:
curr_host = node
if hops_to[0] <> ip:
gateway_0 = node
gate_0 = {
'hostname': node['hostname'],
'address': node['address'],
'mac': node['mac'],
'hop_nbr': l
}
gateway.append(gate_0)
#distant networks
if l > 1:
hop_nbr = 0
exist, gate = verify_gate(hops_to[0], gateway, data, hop_nbr)
exist_curr = curr_host is not None
if not exist_curr:
exist_curr, curr_host = verify_curr_host(ip, data)
if not exist_curr:
host_info = {
'hostname': "localhost",
'address': ip,
'mac': " "
}
if exist_curr and exist:
links.append([curr_host, gate])
if exist_curr and not exist:
links.append([curr_host, hops_info[0]])
gateway.append(hops_info[0])
if not exist_curr and exist:
links.append([host_info, gate])
if not exist_curr and not exist:
links.append([host_info, hops_info[0]])
gateway.append(hops_info[0])
while hop_nbr < l - 1:
exist, gate = verify_gate(hops_to[hop_nbr + 1], gateway, data,
hop_nbr)
if exist:
links.append([links[len(links) - 1][1], gate])
if not exist:
links.append(
[links[len(links) - 1][1], hops_info[hop_nbr + 1]])
gateway.append(hops_info[hop_nbr + 1])
hop_nbr += 1
if hops_info[l - 1]['address'] <> node['address']:
unknown_net = {
'hostname': "unknown network",
'address': "unreachable",
'mac': "",
'hop_nbr': l + 1
}
links.append([links[len(links) - 1][1], unknown_net])
links.append([unknown_net, node])
node_nbr += 1
# local network
for host in local_net:
links.append([host, gateway_0])
driver = GraphDatabase.driver("bolt://localhost",
auth=basic_auth("neo4j", "azerty159"))
session = driver.session()
session.run(insert_query, parameters={"links": links})
session.close()
return 0