def check_ip(ip, pl, ports, iface):
for port in ports:
res = check_port(ip, int(port), iface=iface)
if res:
with pl:
print(f'{ip}:{port} ({int(res[1]*1000):>4} ms)')
write_result(ip, port)
def check(ip, pl, out, max_count, *scanopts):
global counter
with pl:
if counter >= max_count:
raise StopIteration()
res = check_port(ip, *scanopts)
if res:
_, time = res
with pl:
if counter < max_count: # precision ensurance
counter += 1
print(f'{counter:<4} {ip:<15} {int(time*1000):>4} ms')
out.write(f'{ip}\n')
def check_ip(ips, gen_lock, print_lock):
while True:
with gen_lock:
try:
ip = next(ips)
except StopIteration:
break
if check_port(ip, 80) and check_url(ip, 80, ''):
with print_lock:
print('[*]', ip)
with open('data/web_fuzz.txt') as f:
for ln in f:
path = ln.rstrip()
if check_url(ip, 80, path):
with print_lock:
print('[*]', ip, path)
inc(path)
def check_ip(ip, print_lock):
if check_port(ip, 80):
title = get_meta(ip)
if title:
with print_lock:
print(ip, title)
def check_host(ip, lock):
res = check_port(ip, 21)
if res:
process_ftp(ip, int(res[1] * 1000), lock)