def get_ips(jsondata):
"""Uses the IPFlow data from the jsondata to gather IPs found in the traffic
and performs a reverse lookup to find the origin country. The country is
then added to a hashmap and the occurrences are recorded for a bar graph.
Graph_geoIP() is then called and passed the observed countries in the
x_axis and the occurrences as the y_axis.
jsondata - The loaded data as parsed by parse.py containing statistics
and information for graphing visuals.
"""
ips = jsondata['Statistics']['IPflow']
ip_mapping = dict()
mapping_occurrence = dict()
for ip in ips:
source, dest = ip.split(' ')
source_c = geocoder.maxmind(source)
dest_c = geocoder.maxmind(dest)
dest_country = dest_c.country
source_country = source_c.country
if source_country in mapping_occurrence.keys():
mapping_occurrence[source_country] += 1
else:
mapping_occurrence[source_country] = 1
if dest_country in mapping_occurrence.keys():
mapping_occurrence[dest_country] += 1
else:
mapping_occurrence[dest_country] = 1
country_x_axis = list()
country_y_axis = list()
for key in mapping_occurrence.keys():
country_x_axis.append(key)
country_y_axis.append(mapping_occurrence[key])
graph_geoIP(country_x_axis, country_y_axis)
def get_loc(sel):
r = geocoder.maxmind('me').json
if sel == 0:
print("Your current location is : " + r['address'])
return r['city']
else:
return r['country']
def websitelocate():
try:
host = raw_input("Enter your website:")
num = socket.gethostbyname(host)
localisation = geocoder.maxmind(num)
i = localisation.json
for key, value in i.items():
print key, ":", value
except socket.gaierror:
print("\nwebsite format unknow!, please try again...")
def index():
if request.method == 'POST': #utilisation de la methode POST pour validation.
msg = request.form[
'valeur'] #la variable msg prend comme valeur l'url rentré
ip4 = socket.gethostbyname(msg) #affichage de l'ipv4
sta = geocoder.maxmind(
ip4) #la variable sta prend comme valeur l'url rentré
sta1 = sta.json
asn1 = IPDetailsCache() #instanciation de la classe IPDetailsCache()
asn1_1 = asn1.GetIPInformation(
ip4) #utilisation de la methode GetIPInformation()
wh = IPWhois(str(ip4)) #utilisation de la methode GetIPInformation()
wh1 = wh.lookup_whois(
get_referral=True) #utilisation de la methode GetIPInformation()
son_r = msg.replace('www.', '')
repnse = dns.resolver.query(
son_r, 'MX'
) #on obtient tout les serveurs de messagerie possible de notre domaine
contenu = dns.resolver.query(
son_r,
'NS') #on obtient tout les serveurs DNS possible de notre domaine
url = urllib2.urlopen(
"http://{0}".format(son_r)
) #on ouvre notre url grace a la methode urlopen du module urllib2
url_result = dict(
url.info()
) #recuperation de toute les reponse HTTP possible sur en provenance du serveur
dat_a = google(str(msg))
carto = Map(location=[dat_a.lat, dat_a.lng], zoom_start=15)
Marker([dat_a.lat, dat_a.lng], popup=str(msg)).add_to(carto)
carto.save('templates/cartographie.html')
return render_template('resultat.html',
ip4=ip4,
msg=msg,
sta1=sta1,
asn1_1=asn1_1,
wh1=wh1,
repnse=repnse,
contenu=contenu,
url_result=url_result)
return render_template("acceuil.html") #affichage de la page d'acceuil
def getgeo_maxmind(ip_list):
count=1
latlng_set=[]
for ip in ip_list:
geoinfo = geocoder.maxmind(ip)
print("[maxmind] {} ({}/{}) country: {}".format(ip, count, len(ip_list), geoinfo.json.get('country')))
if geoinfo.latlng:
latlng_set.append([ip, geoinfo.latlng[0], geoinfo.latlng[1]])
else:
print("{} not found".format(ip))
latlng_set.append([ip, "","" ])
count = count + 1
#print(latlng_set)
return latlng_set
def getgeo_maxmind(ip_list):
count = 1
latlng_set = []
for ip in ip_list:
geoinfo = geocoder.maxmind(ip)
print("[maxmind] {} ({}/{}) country: {}".format(
ip, count, len(ip_list), geoinfo.json.get('country')))
if geoinfo.latlng:
latlng_set.append([ip, geoinfo.latlng[0], geoinfo.latlng[1]])
else:
print("{} not found".format(ip))
latlng_set.append([ip, "", ""])
count = count + 1
#print(latlng_set)
return latlng_set
def data_ip():
try:
ip = donnee.get()
name = socket.gethostbyname(ip) #convertir le site web en une adresse ip de type x.x.x.x
i = geocoder.maxmind(name) #utilisation de package "maxmind" du module geocoder afin de geolocaliser
a = i.json #l'hebergement du site web
for b, c in a.items():
texte.insert('1.0',(b, ":",c,'\n'))
cache = IPDetailsCache() # appel de la classe 'IPDetailsCache()'
r = cache.GetIPInformation(name) #utilisation de la methode 'GetIPInformation() pour obtenir l'ASN
for cle, vals in r.items(): # select the items methods for show 'cle and valeur' values in boucle
texte.insert('end',(cle, ":",vals,'\n'))
reponse = dns.resolver.query(ip, 'MX') # the variable 'reponse' contains the value MX of dns server
for rdata in reponse:
texte.insert('end',("seveurs mails:",rdata.exchange,'\n'))
contenu = dns.resolver.query(ip, 'NS') # the variable 'contenu' contains the value NS of dns server
for resultat in contenu:
texte.insert('end',("seveurs DNS:", resultat,'\n')) # affiche tout les serveurs DNS
command = "whois" + " " + ip
process = os.popen(command) # appel d'un commande systeme "popen" ppur executer la commande au dessus
results = str(process.read()) # convertion du resultat en chaine de caractere et stockage dans une variable
texte.insert('end', (results), '\n')
command1 = "dnsmap" + " " + ip
process1 = os.popen(command1) # appel d'un commande systeme "popen" ppur executer la commande au dessus
results1 = str(process1.read()) # convertion du resultat en chaine de caractere et stockage dans une variable
texte.insert('end',(results1),'\n')
tkMessageBox.showinfo('Resultat', 'Scan terminé')
except socket.gaierror:
return ("Address Unknown or Connection failed, tip on reset and put a good domain name")# msg a affiche quand le nom de domaine n'est pas connue
db_geocoder = client.geocoder[provider]
# Store values in memory
container = []
for item in db_ottawa.permits.distinct('location'):
container.append(item)
container_geocoder = {}
for item in db_geocoder.find({}, {'properties.location':1}):
container_geocoder[item['properties'].get('location')] = True
# Print Results
print 'Provider:',provider
print 'Permits:', len(container)
print 'Geocoded:', len(container_geocoder)
ip = geocoder.maxmind().ip
# Loop inside all permits
for item in container:
location = item
if location:
# Only find ones that don't exist in Geocoder DB
if not location in container_geocoder:
if provider == 'ottawa':
previous_location = location
location = location.replace(', Ottawa, ON', '')
# Geocode address
g = geocoder.get(location, provider=provider, timeout=15.0)
result = g.geojson
def test_maxmind():
g = geocoder.maxmind(ip)
assert g.ok
def test_maxmind():
g = geocoder.maxmind(ip)
assert g.ok
def test_maxmind():
g = geocoder.maxmind(location)
assert g.ok
osm_count, fields_count = g.debug()[0]
assert osm_count >= 1
assert fields_count >= 13
db_geocoder = client.geocoder[provider]
# Store values in memory
container = []
for item in db_ottawa.permits.distinct('location'):
container.append(item)
container_geocoder = {}
for item in db_geocoder.find({}, {'properties.location': 1}):
container_geocoder[item['properties'].get('location')] = True
# Print Results
print 'Provider:', provider
print 'Permits:', len(container)
print 'Geocoded:', len(container_geocoder)
ip = geocoder.maxmind().ip
# Loop inside all permits
for item in container:
location = item
if location:
# Only find ones that don't exist in Geocoder DB
if not location in container_geocoder:
if provider == 'ottawa':
previous_location = location
location = location.replace(', Ottawa, ON', '')
# Geocode address
g = geocoder.get(location, provider=provider, timeout=15.0)
result = g.geojson
