def broadcast(self,tx):
tx=tx.decode('hex')
tx_hash=protocol.dhash(tx) #need to hash here
# we only broadcast if tx is new
if tx_hash not in self.broadcast_tx_dict:
self.broadcast_tx_dict[tx_hash]=tx
data = protocol.pack_var_int(1)
data += struct.pack('<I32s',1,tx_hash) #MSG_TX
self._send_packet('inv',data)
return True
# we will receive getdata (make sure we have hash)
# and process_data will call _send_tx when inv message
# received
return False
def broadcast(self,tx):
tx=tx.decode('hex')
tx_hash=protocol.dhash(tx) #need to hash here
# we only broadcast if tx is new
if tx_hash not in self.broadcast_tx_dict:
self.broadcast_tx_dict[tx_hash]=tx
data = protocol.pack_var_int(1)
data += struct.pack('<I32s',1,tx_hash) #MSG_TX
self._send_packet('inv',data)
return True
# we will receive getdata (make sure we have hash)
# and process_data will call _send_tx when inv message
# received
return False
def _send_packet(self,command, payload):
lc = len(command)
assert (lc < 12)
cmd = command + ('\x00' * (12 - lc))
h = protocol.dhash (payload)
checksum, = struct.unpack ('<I', h[:4])
packet = struct.pack ('<4s12sII',
self.msg_magic_bytes,cmd,len(payload),checksum) + payload
try:
self.my_socket.send (packet)
except IOError as e:
print("Send packet I/O error({0}): {1}".format(e.errno, e.strerror))
return False
return True
def _send_packet(self, command, payload):
lc = len(command)
assert (lc < 12)
cmd = command + ('\x00' * (12 - lc))
h = protocol.dhash (payload)
checksum, = struct.unpack ('<I', h[:4])
packet = struct.pack ('<4s12sII',
self.msg_magic_bytes,cmd,len(payload),checksum) + payload
try:
self.my_socket.send(packet)
except IOError as e:
logging.warn("Send packet to {0} I/O error({1}): {2}".format(self.address,e.errno, e.strerror))
return False
return True
