def main():
query_message = ZeroAccessUtil.buildMessage()
SEPARATOR = '/'
if sys.platform == 'win32':
SEPARATOR = "\\"
message = ZeroAccessUtil.buildMessage()
print message.encode("hex")
nonQueryedNodes = mul.Queue(5000)
zeroaccess_bootstrap_seeds_path = "Data"+SEPARATOR+"zeroaccess_node.dat"
zeroaccess_nodes = ZeroAccessUtil.read_zeroaccess_data_from_file(zeroaccess_bootstrap_seeds_path)
pile = eventlet.GreenPile()
for x in zeroaccess_nodes[:10]:
pile.spawn(query, x,message)
# note that the pile acts as a collection of return values from the functions
# if any exceptions are raised by the function they'll get raised here
key = [ord('2'),ord('p'),ord('t'),ord('f')]
for node, result in zip(zeroaccess_nodes[:10], pile):
if(result == ''):
print 'no response from '+ socket.inet_ntoa(struct.pack('I',node.get_ip()))
continue
print 'received'
original_message = ZeroAccessUtil.xorMessage(result[0],key)
crc32,retL_command,b_flag,ip_count = struct.unpack('IIII',original_message[:16])
print socket.inet_ntoa(struct.pack('I',node.get_ip()))+' --> ip count: '+str(ip_count)
def main():
query_message = ZeroAccessUtil.buildMessage()
SEPARATOR = '/'
if sys.platform == 'win32':
SEPARATOR = "\\"
message = ZeroAccessUtil.buildMessage()
print message.encode("hex")
nonQueryedNodes = mul.Queue(5000)
zeroaccess_bootstrap_seeds_path = "Data" + SEPARATOR + "zeroaccess_node.dat"
zeroaccess_nodes = ZeroAccessUtil.read_zeroaccess_data_from_file(
zeroaccess_bootstrap_seeds_path)
pile = eventlet.GreenPile()
for x in zeroaccess_nodes[:10]:
pile.spawn(query, x, message)
# note that the pile acts as a collection of return values from the functions
# if any exceptions are raised by the function they'll get raised here
key = [ord('2'), ord('p'), ord('t'), ord('f')]
for node, result in zip(zeroaccess_nodes[:10], pile):
if (result == ''):
print 'no response from ' + socket.inet_ntoa(
struct.pack('I', node.get_ip()))
continue
print 'received'
original_message = ZeroAccessUtil.xorMessage(result[0], key)
crc32, retL_command, b_flag, ip_count = struct.unpack(
'IIII', original_message[:16])
print socket.inet_ntoa(struct.pack(
'I', node.get_ip())) + ' --> ip count: ' + str(ip_count)
