def dotransform(request, response):
ip = request.value
ans = nslookup("www.google.ca", nameserver=ip)
if ans is not None:
for site in config['dnscachesnoop/wordlist']:
debug('Resolving %s' % site)
ans = nslookup(site, nameserver=ip, rd=0)
if not ans[DNS].ancount:
ans = nslookup('www.%s' % site, nameserver=ip, rd=0)
if ans[DNS].ancount:
e = DNSName(site)
t = Table(['Name', 'Query Class', 'Query Type', 'Data', 'TTL'], 'Cached Answers')
for i in range(0, ans[DNS].ancount):
rr = ans[DNS].an[i]
t.addrow([
rr.rrname.rstrip('.'),
rr.sprintf('%rclass%'),
rr.sprintf('%type%'),
rr.rdata.rstrip('.'),
rr.sprintf('%ttl%')
])
e += Label('Cached Answers', t, type='text/html')
response += e
else:
response += UIMessage('DNS server did not respond to initial DNS request.')
return response
def dotransform(request, response):
ip = request.value
ans = nslookup("www.google.ca", nameserver=ip)
if ans is not None:
for site in config['dnscachesnoop/wordlist']:
debug('Resolving %s' % site)
ans = nslookup(site, nameserver=ip, rd=0)
if not ans[DNS].ancount:
ans = nslookup('www.%s' % site, nameserver=ip, rd=0)
if ans[DNS].ancount:
e = DNSName(site)
t = Table(['Name', 'Query Class', 'Query Type', 'Data', 'TTL'],
'Cached Answers')
for i in range(0, ans[DNS].ancount):
rr = ans[DNS].an[i]
t.addrow([
rr.rrname.rstrip('.'),
rr.sprintf('%rclass%'),
rr.sprintf('%type%'),
rr.rdata.rstrip('.'),
rr.sprintf('%ttl%')
])
e += Label('Cached Answers', t, type='text/html')
response += e
else:
response += UIMessage(
'DNS server did not respond to initial DNS request.')
return response
def dotransform(request, response):
ans = nslookup(request.value, 'AXFR')
if not isinstance(ans, list) and not ans[DNS].ancount:
ans = nslookup(request.value, 'IXFR')
if isinstance(ans, list):
for a in ans:
addrecord(a.an, response)
elif ans[DNS].ancount:
for i in range(0, ans[DNS].ancount):
addrecord(ans[DNS].an[i], response)
else:
response += UIMessage('AXFR/IXFR was unsuccessful.')
return response
def dotransform(request, response):
ans = nslookup(request.value, 'AXFR')
if not isinstance(ans, list) and not ans[DNS].ancount:
ans = nslookup(request.value, 'IXFR')
if isinstance(ans, list):
for a in ans:
addrecord(a.an, response)
elif ans[DNS].ancount:
for i in range(0, ans[DNS].ancount):
addrecord(ans[DNS].an[i], response)
else:
response += UIMessage('AXFR/IXFR was unsuccessful.')
return response
def dotransform(request, response):
ans = nslookup(request.value)
if ans is not None and DNS in ans:
for i in range(0, ans[DNS].ancount):
if ans[DNS].an[i].type == 1:
response += IPv4Address(ans[DNS].an[i].rdata)
return response
def dotransform(request, response):
ans = nslookup(request.value, 'NS')
if ans is not None and DNS in ans:
for i in range(0, ans[DNS].ancount):
if ans[DNS].an[i].type == 2:
response += NSRecord(ans[DNS].an[i].rdata.rstrip('.'))
return response
def dotransform(request, response):
ans = nslookup(request.value)
if ans is not None and DNS in ans:
for i in range(0, ans[DNS].ancount):
if ans[DNS].an[i].type == 1:
response += IPv4Address(ans[DNS].an[i].rdata)
return response
def dotransform(request, response):
ans = nslookup(request.value, 'NS')
if ans is not None and DNS in ans:
for i in range(0, ans[DNS].ancount):
if ans[DNS].an[i].type == 2:
response += NSRecord(ans[DNS].an[i].rdata.rstrip('.'))
return response
def dotransform(request, response):
ans = nslookup(IPAddress(request.value).arpa, 'PTR')
if ans is not None and DNS in ans:
for i in range(0, ans[DNS].ancount):
if ans[DNS].an[i].type == 12:
e = DNSName(ans[DNS].an[i].rdata.rstrip('.'))
response += e
return response
def dotransform(request, response):
ans = nslookup(IPAddress(request.value).arpa, "PTR")
if ans is not None and DNS in ans:
for i in range(0, ans[DNS].ancount):
if ans[DNS].an[i].type == 12:
e = DNSName(ans[DNS].an[i].rdata.rstrip("."))
response += e
return response
def dotransform(request, response):
ans = nslookup(request.value, 'MX')
if ans is not None and DNS in ans:
for i in range(0, ans[DNS].ancount):
if ans[DNS].an[i].type == 15:
e = MXRecord(ans[DNS].an[i].rdata.rstrip('.'))
e += Field('mxrecord.priority', ans[DNS].an[i].mxpriority)
response += e
return response
def run(self):
while True:
subdomain = q.get()
if subdomain is None:
break
ans = nslookup('%s.%s' % (subdomain, self.domain))
if ans is not None and DNS in ans and ans[DNS].ancount:
qret.put(ans[DNS])
sleep(1/self.lookup_rate)
qret.put(None)
def run(self):
while True:
subdomain = q.get()
if subdomain is None:
break
ans = nslookup('%s.%s' % (subdomain, self.domain))
if ans is not None and DNS in ans and ans[DNS].ancount:
qret.put(ans[DNS])
sleep(1 / self.lookup_rate)
qret.put(None)
def dotransform(request, response):
domain = request.value
global q
global qret
q = Queue()
qret = Queue()
ans = nslookup('%s.%s' % (str(uuid4()), domain))
wcip = getips(ans)
foundsds = {}
if wcip:
response += UIMessage(
'Warning: wildcard domain is defined... results may not be accurate'
)
ncount = 0
nthreads = config['dnsdiscovery/numthreads']
subdomains = config['dnsdiscovery/wordlist']
threads = []
for i in range(0, nthreads):
t = DNSResolver(request.value)
t.start()
threads.append(t)
for sd in subdomains:
q.put(sd)
for i in range(0, nthreads):
q.put(None)
while True:
r = qret.get()
if r is None:
ncount += 1
if ncount == nthreads:
break
else:
names = getnames(domain, r)
ips = getips(r)
if wcip and wcip.issuperset(ips):
continue
for name in names:
if name in foundsds:
continue
else:
foundsds[name] = 1
response += DNSName(name)
for t in threads:
t.join()
return response
def dotransform(request, response):
domain = request.value
global q
global qret
q = Queue()
qret = Queue()
ans = nslookup('%s.%s' % (str(uuid4()), domain))
wcip = getips(ans)
foundsds = {}
if wcip:
response += UIMessage('Warning: wildcard domain is defined... results may not be accurate')
ncount = 0
nthreads = config['dnsdiscovery/numthreads']
subdomains = config['dnsdiscovery/wordlist']
threads = []
for i in range(0, nthreads):
t = DNSResolver(request.value)
t.start()
threads.append(t)
for sd in subdomains:
q.put(sd)
for i in range(0, nthreads):
q.put(None)
while True:
r = qret.get()
if r is None:
ncount += 1
if ncount == nthreads:
break
else:
names = getnames(domain, r)
ips = getips(r)
if wcip and wcip.issuperset(ips):
continue
for name in names:
if name in foundsds:
continue
else:
foundsds[name] = 1
response += DNSName(name)
for t in threads:
t.join()
return response
def dotransform(request, response):
for r in config['dnscachelookup/resolvers']:
debug('fetching from %s' % r)
ans = nslookup(request.value, 255, r, rd=0)
if ans is None:
continue
elif isinstance(ans, list):
for a in ans:
addrecord(a.an, response)
elif ans[DNS].ancount:
for i in range(0, ans[DNS].ancount):
addrecord(ans[DNS].an[i], response)
return response