def main(argv):
parser = argparse.ArgumentParser()
parser.add_argument('-i',
'--input',
type=str,
required=True,
help='The input file consists of domains.')
parser.add_argument('-c', '--cpu_num', type=int)
parser.add_argument('-t', '--thread_num', type=int)
args = vars(parser.parse_args(argv))
input_file = args['input']
domain_list = read_file(input_file)
cpu_num = 2 if args['cpu_num'] is None else args['cpu_num']
thread_num = 4 if args['thread_num'] is None else args['thread_num']
result = multi_cpu(hunt, domain_list, cpu_num, thread_num)
def ff(j):
result = multi_cpu(f, range(1, 128), 1, 4)
return result
def test_multi_cpu_thread_timeout(cpu_num, thread_num, timeout):
print "multi_cpu_thread: cpu_num=%d, thread_num=%d" % (cpu_num, thread_num)
result = multi_cpu(process_job, jobs, cpu_num, thread_num, timeout)
print result
def test_multi_cpu_thread(cpu_num, thread_num):
print "multi_cpu_thread: cpu_num=%d, thread_num=%d" % (cpu_num, thread_num)
result = multi_cpu(process_job, jobs, cpu_num, thread_num)
print result
def test_multi_cpu_thread(cpu_num, thread_num):
print("multi_cpu_thread: cpu_num=%d, thread_num=%d"%(cpu_num, thread_num))
result = multi_cpu(process_job, jobs, cpu_num, thread_num)
print(result)
code = arg
start = 10000000
end = 100000000
if not code:
return False
print('[+] Runing...')
while start <= end:
res = md5x(str(start))[:len(code)]
if res == code:
print('[+] Runing md5 successfully \'%s\'...' % start)
return start
start += 1
return 0
def process_job(job):
global code
global _t
if _t:
return 1
res = md5x(str(job))[:len(code)]
if res == code:
print('[+] Runing md5 successfully \'%s\'...' % job)
return job
def fuck_md5(_code):
global
code = _code
result = multi_cpu(process_job, range(start, end), 1, 10)
