def handle_inv(self, payload):
count, payload = Bitcoin.unserialize_variable_int(payload)
for i in range(count):
inv, payload = Bitcoin.unserialize_inv(payload)
if inv['type'] == BitcoinNetwork.MSG_ERROR:
continue
elif inv['type'] == BitcoinNetwork.MSG_TX:
#print('got inv for tx {}'.format(Bitcoin.bytes_to_hexstring(inv['hash'])))
self.known_transactions.add((inv['hash'], time.time()))
elif inv['type'] == BitcoinNetwork.MSG_BLOCK:
#print('got inv for block {}'.format(Bitcoin.bytes_to_hexstring(inv['hash'])))
pass
def handle_inv(self, payload):
count, payload = Bitcoin.unserialize_variable_int(payload)
for i in range(count):
inv, payload = Bitcoin.unserialize_inv(payload)
if inv['type'] == BitcoinNetwork.MSG_ERROR:
continue
elif inv['type'] == BitcoinNetwork.MSG_TX:
#print('got inv for tx {}'.format(Bitcoin.bytes_to_hexstring(inv['hash'])))
self.known_transactions.add((inv['hash'], time.time()))
elif inv['type'] == BitcoinNetwork.MSG_BLOCK:
#print('got inv for block {}'.format(Bitcoin.bytes_to_hexstring(inv['hash'])))
pass
