def add_host(self, user_supplied):
"""
Add string passed by user to self.targets as proper Host/Network objects
For this, it attempts to create these objects and moves on if got a ValueError.
"""
# Test if user_supplied is an IP?
try:
self.targets.add(Host(ips=[user_supplied]))
return
except ValueError:
pass
try:
self.targets.add(Network(user_supplied))
return
except ValueError:
pass
# Test if user_supplied is a valid DNS? Needs strict flag, otherwise no ValueError will be raise by Host
try:
self.targets.add(Host(domain=user_supplied, strict=False))
return
except ValueError:
logging.critical("Couldn't resolve or understand " + user_supplied)
pass
self.bad_targets.add(user_supplied)
def test_host():
h1 = Host("192.168.0.1")
h2 = Host("192.168.0.2")
h1.link(h2)
h2.link(h1)
assert (h1 == "192.168.0.1")
assert (h2 == "192.168.0.2")
assert (h1.device_type() == Device_Type.HOST)
assert (h2.device_type() == Device_Type.HOST)
assert (h1.connected_router == h2)
assert (h2.connected_router == h1)
def reverse_dns_on_cidr(target):
"""Does reverse dns lookups on a target, and saves results to target using target.add_related_host"""
if not isinstance(target, Network):
raise ValueError
cidr = target.cidr
for ip, reverse_domains in lookup.rev_dns_on_cidr(cidr):
new_host = Host(ips=[ip], reverse_domains=reverse_domains)
target.add_related_host(new_host)
print(new_host.print_all_ips())
if not target.related_hosts:
print("# No results for this range")
def reverse_dns_on_cidr(target):
"""Does reverse dns lookups on a target, and saves results to target using target.add_related_host"""
if not isinstance(target, Network):
raise ValueError
cidr = target.cidr
for ip, reverse_domains in lookup.rev_dns_on_cidr(cidr):
new_host = Host(ips=[ip], reverse_domains=reverse_domains)
target.add_related_host(new_host)
print(new_host.print_all_ips())
if not target.related_hosts:
print("# No results for this range")
def setUpClass(cls):
possible_ips = ["8.8.8.8", "8.8.4.4", "4.2.2.2", "139.130.4.5"]
cls.host = Host(ips=[(random.choice(possible_ips))])
cls.host.ips[0].lookup_rev_dns()
cls.host.ips[0].lookup_whois_ip()
cls.host.ips[0].lookup_shodan()
print("\n# Testing {} {}".format(cls.host.type, str(cls.host)))
def test_host():
h1 = Host("192.168.0.1")
h2 = Host("192.168.0.2")
h1.link(h2)
h2.link(h1)
assert(h1 == "192.168.0.1")
assert(h2 == "192.168.0.2")
assert(h1.connected_router == h2)
assert(h2.connected_router == h1)
def reverse_dns_on_cidr(target):
"""Does reverse dns lookups on a target, and saves results to target using target.add_related_host"""
cidrs = set()
if isinstance(target, Host):
[cidrs.add(cidr) for cidr in target.cidrs]
elif isinstance(target, Network):
cidrs.add(target.cidr)
else:
raise ValueError
for cidr in cidrs:
for ip, reverse_domains in lookup.rev_dns_on_cidr(cidr):
new_host = Host(ips=[ip], reverse_domains=reverse_domains)
target.add_related_host(new_host)
print new_host.print_all_ips()
if not target.related_hosts:
print '# No results for this range'
def reverse_dns_on_cidr(target):
"""Does reverse dns lookups on a target, and saves results to target using target.add_related_host"""
cidrs = set()
if isinstance(target, Host):
[cidrs.add(cidr) for cidr in target.cidrs]
elif isinstance(target, Network):
cidrs.add(target.cidr)
else:
raise ValueError
for cidr in cidrs:
for ip, reverse_domains in lookup.rev_dns_on_cidr(cidr):
new_host = Host(ips=[ip], reverse_domains=reverse_domains)
target.add_related_host(new_host)
print new_host.print_all_ips()
if not target.related_hosts:
print '# No results for this range'
def setUpClass(cls):
possible_ips = [
'8.8.8.8',
'8.8.4.4',
'4.2.2.2',
'139.130.4.5',
]
cls.host = Host(ips=[(random.choice(possible_ips))])
cls.host.ips[0].lookup_rev_dns()
cls.host.ips[0].lookup_whois_ip()
cls.host.ips[0].lookup_shodan()
print '\n# Testing {} {}'.format(cls.host.type, str(cls.host))
def setUpClass(cls):
possible_hosts = [
'google.com',
'amazon.com',
'reddit.com',
'seek.com.au',
'google.cn',
'sucuri.net',
'twitter.com',
]
cls.host = Host(random.choice(possible_hosts))
print '\n# Testing {} {}'.format(cls.host.type, str(cls.host))
cls.host.lookup_dns()
cls.host.lookup_whois_domain()
cls.host.lookup_whois_ip_all()
cls.host.lookup_shodan_all()
def setUpClass(cls):
possible_hosts = [
"google.com",
"amazon.com",
"reddit.com",
"seek.com.au",
"google.cn",
"sucuri.net",
"twitter.com",
]
cls.host = Host(random.choice(possible_hosts))
print("\n# Testing {} {}".format(cls.host.type, str(cls.host)))
cls.host.lookup_dns()
cls.host.lookup_whois_domain()
cls.host.lookup_whois_ip_all()
cls.host.lookup_shodan_all()
def test_google_lookups(self):
new_host = Host('google.co')
new_host.google_lookups()
self.assertTrue(new_host.linkedin_page)
self.assertTrue(new_host.subdomains)
self.assertTrue(Host('www.google.co') in new_host.subdomains)
def add_host(self, ip: str):
self.hosts[ip] = Host(ip)
self.devices[ip] = self.hosts[ip]
line = line.strip()
# Skip blank lines and comments
if not line or line[0] == '#':
continue
line_parts = shlex.split(line)
# Check validity of ip address, otherwise, skip it
try:
addr = ipaddress.ip_address(line_parts[0])
except ValueError:
logging.error("IP address on line " + str(line_num + 1) + " is not valid, skipping it.")
continue
# Subsequent additions of optional fields will require a "None" value to be supported
# If a label exists, use it
label = None
if len(line_parts) > 1:
label = line_parts[1]
# Add the host to the list
hosts.append(Host(addr, label=label))
file.close()
# Start pinger thread
threading.Thread(target=pinger.ping_all, name="Pinger", daemon=True).start()
# Start GUI
ui.start_gui()
def test_google_lookups(self):
new_host = Host("google.com")
new_host.google_lookups()
self.assertTrue(new_host.linkedin_page)
self.assertTrue(new_host.subdomains)
self.assertTrue(Host("www.google.com") in new_host.subdomains)
def __init__(self, xml):
self.hosts = []
for host in xml.find_all("host"):
self.hosts.append(Host(host))
def add_host(self, ip: str, buffer_cap=5):
self.hosts[ip] = Host(ip, buffer_cap)
self.devices[ip] = self.hosts[ip]
