def check_tx(self, txid):
tx_raw = rpc_conn().getrawtransaction(txid)
tx_decoded = rpc_conn().decoderawtransaction(tx_raw)
for vout in tx_decoded['vout']:
node_payee = vout['scriptPubKey']['addresses'][0]
if node_payee in self.mn_wallets:
found_node = list(rpc_conn().masternodelist(
'payee', node_payee).keys())[0]
pment_dict = {"vin": found_node, "value": vout['value']}
return pment_dict
else:
continue
def process_latest_block():
# Add storage and check for "last block checked" to make sure we don't ever missing blocks
block_hash = rpc_conn().getbestblockhash()
block_info = rpc_conn().getblock(block_hash)
txes = block_info['tx']
mn_payments = list()
for tx in txes:
if check_tx(tx) != None:
mn_payments.append(check_tx(tx))
else:
continue
pprint(mn_payments)
return mn_payments
def get_mn_list():
try:
mn_list = rpc_conn().masternodelist()
except Exception as e:
print(e)
mn_list = []
return mn_list
def check_address(wallet_address):
# print(wallet_address)
print(wallet_address)
tx_list = rpc_conn().getaddresstxids({"addresses": [wallet_address]})
coinbase_tx_count = 0
payments_dict = dict()
for tx in tx_list:
coinbase_tx, tx_info = check_tx(tx)
if coinbase_tx is True:
# pprint(tx_info)
payments_dict[tx] = tx_info
# This is where we'll pull out the datetime and the payment amount
coinbase_tx_count += 1
else:
continue
# return coinbase_tx_count, payments_dict
return payments_dict
def process_proregtx(protxlist):
payment_wallets = dict()
for node in protxlist:
node_info = rpc_conn().protx('info', node)
if node_info['state']['PoSePenalty'] == 0:
vin = str(node_info['collateralHash']) + '-' + str(
node_info['collateralIndex']) # define vin
# print(vin)
payment_wallets[vin] = {
'payoutAddress': node_info['state']['payoutAddress'],
'ownerAddress': node_info['state']['ownerAddress'],
'operatorReward': node_info['operatorReward']
}
else:
# print("Skipping because it's not a valid node")
pass
return payment_wallets
def refresh_mn_info(self):
print("Refreshing MN info")
self.mn_list = rpc_conn().masternodelist()
self.mn_wallets = self.get_mn_wallets()
print("MN info refreshed")
def process_block(self, block_hash):
block_info = rpc_conn().getblock(block_hash)
# pprint(block_info)
cb_tx = block_info['tx'][0]
paid_mn = self.check_tx(cb_tx)
return paid_mn
for vout in tx_decoded['vout']:
node_payee = vout['scriptPubKey']['addresses'][0]
if node_payee in self.mn_wallets:
found_node = list(rpc_conn().masternodelist(
'payee', node_payee).keys())[0]
pment_dict = {"vin": found_node, "value": vout['value']}
return pment_dict
else:
continue
def process_block(self, block_hash):
block_info = rpc_conn().getblock(block_hash)
# pprint(block_info)
cb_tx = block_info['tx'][0]
paid_mn = self.check_tx(cb_tx)
return paid_mn
def refresh_mn_info(self):
print("Refreshing MN info")
self.mn_list = rpc_conn().masternodelist()
self.mn_wallets = self.get_mn_wallets()
print("MN info refreshed")
if __name__ == '__main__':
# test_txid = '3fcc6bdaf487c6ead6b8ae17f42d6ed2dd76d728df991f98d984639d07837f3d'
bp = BlockPayment()
latest_block = rpc_conn().getbestblockhash()
paid_mn = bp.process_block(latest_block)
print(paid_mn)
def get_tx_timing(block_hash):
block_info = rpc_conn().getblock(block_hash)
return block_info['time']