def dig_ip_worker(self):
try:
for ip in self.dig_ips:
if ip in self.dig_ipdict or ip in self.dig_finishedip:
continue
self.dig_ipdict.append(ip)
if not check_ip_valid(ip):
print('ip: %s is invalid, reset to default ip: %s' % (ip, default_ip))
ip = default_ip
print('\ndig ip: %s' % ip)
cmd = ['1', '+subnet=%s/32' % ip, '@ns1.google.com', 'www.google.com']
code = pydig(cmd)
self.dig_lock.acquire()
if code == 502:
open(dig_error, "a").write(ip + "\n")
else:
open(dig_finished, "a").write(ip + "\n")
self.dig_lock.release()
except:
pass
finally:
self.dig_lock.acquire()
print 'dig_ip_worker exit'
self.dig_thread_num -= 1
self.dig_lock.release()
def dig_ip_worker(self):
try:
for ip in self.dig_ips:
if ip in self.dig_ipdict or ip in self.dig_finishedip:
continue
self.dig_ipdict.append(ip)
if not check_ip_valid(ip):
print('ip: %s is invalid, reset to default ip: %s' % (ip, default_ip))
ip = default_ip
print('\ndig ip: %s' % ip)
cmd = ['1', '+subnet=%s/32' % ip, '@ns1.google.com', 'www.google.com']
code = pydig(cmd)
self.dig_lock.acquire()
if code == 502:
open(dig_error, "a").write(ip + "\n")
else:
open(dig_finished, "a").write(ip + "\n")
self.dig_lock.release()
except:
pass
finally:
self.dig_lock.acquire()
print 'dig_ip_worker exit'
self.dig_thread_num -= 1
self.dig_lock.release()
def dig_ip(ip):
if not check_ip_valid(ip):
print('ip: %s is invalid, reset to default ip: %s' % (ip, default_ip))
ip = default_ip
print('\ndig ip: %s' % ip)
cmd = ['1', '+subnet=%s/32' % ip, '@ns1.google.com', 'www.google.com']
code = pydig(cmd)
if code == 502:
open(dig_error, "a").write(ip + "\n")
else:
open(dig_finished, "a").write(ip + "\n")
def dig_ip(ip):
if not check_ip_valid(ip):
print('ip: %s is invalid, reset to default ip: %s' % (ip, default_ip))
ip = default_ip
print('\ndig ip: %s' % ip)
cmd = ['1', '+subnet=%s/32' % ip, '@ns1.google.com', 'www.google.com']
code = pydig(cmd)
if code == 502:
open(dig_error, "a").write(ip + "\n")
else:
open(dig_finished, "a").write(ip + "\n")
