def handle_addr(self, message_header, message):
"""
This method will handle incoming inventories of network
peers.
Args:
message_header: The message header
message: The list of peers
"""
db = open_db(peer_db_path, self.logger)
wb = writebatch()
self.logger.info("Unpacking new peers from {0}".format(self.peerip))
try:
for peer in message.addresses:
_p = db.get("{0}:{1}".format(peer.ip_address, str(peer.port)))
if _p is None:
wb.put("{0}:{1}".format(peer.ip_address, str(peer.port)),
"{0}.{1}".format(str(0), str(int(0))))
try:
infiniti_rpc._CONNECTION.addnode(
"{0}:{1}".format(peer.ip_address, str(peer.port)),
'add')
except:
pass
db.write(wb)
except Exception as e:
self.stop(e.errno, 'handle_addr')
def save(self,db):
db = open_db(BLOCK_PATH)
db.put(self.calculate_hash(),self.timestamp)
db = None # trigger garbage collection
n = 0
for tx in self.txns:
tx.save(self.calculate_hash(),n)
n += 1
def save(self,block_hash,pos):
db = open_db(TRANSACTION_PATH)
db.put(block_hash + "_" + str(pos), self.calculate_hash() )
db = None # trigger garbage collection
n = 0
for txout in self.tx_out:
txout.save(self.calculate_hash())
n += 1
n = 0
for txin in self.tx_in:
txin.save(self.calculate_hash())
n += 1
def save(self,tx_hash,pos):
db = open_db(TXOUT_PATH)
db.put(tx_hash + "_" + pos, self.serialize())
def touch_peer(self, value):
db = open_db(peer_db_path, self.logger)
timestr = str(int(time.time()))
valuestr = str(int(value))
db.put("{0}:{1}".format(self.peerip, str(self.port)),
"{0}.{1}".format(valuestr, timestr))
def error_peer(self, errno):
db = open_db(peer_db_path)
db.put(self.peerip + ":" + str(self.port), str(errno))
def touch_peer(self):
db = open_db(peer_db_path)
db.put(self.peerip + ":" + str(self.port), str(int(time.time())))
def save(self, tx_hash, pos):
db = open_db(TXOUT_PATH)
db.put("{0}_{1}".format(tx_hash, str(pos)), self.serialize())