def processor_trans_read(self, content):
result = self.server.transpool.read_serialized()
if len(result) > 0:
_ = send_handler(MsgType.TYPE_RESPONSE_OK, batch_handler(result))
else:
_ = send_handler(MsgType.TYPE_RESPONSE_ERROR, b'')
self.request.sendall(_)
def processor_block_read(self, content):
start = bin2int(content[:4])
end = bin2int(content[4:8])
# do the search
result = []
for i in range(start, end):
# if start <= server.blockchain.chain.queue[i].index <= end:
result.append(self.server.blockchain.chain.queue[i].b)
# send back result
self.request.sendall(send_handler(MsgType.TYPE_RESPONSE_OK, batch_handler(result)))
def put_miner_use(self, usage, useful) -> List:
with socket.socket(socket.AF_UNIX, socket.SOCK_STREAM) as s:
s.connect(self.chainbase_address)
s.sendall(
send_handler(
MsgType.TYPE_MINER_USE,
batch_handler(
[struct.pack('=d', usage),
struct.pack('=d', useful)])))
*_, msgtype, content = recv_parser(s)
result = batch_parser(content)
return result
def get_miner_credit(self, public_key_hash, num) -> List:
with socket.socket(socket.AF_UNIX, socket.SOCK_STREAM) as s:
s.connect(self.chainbase_address)
p = time.time() * 100000000
print(struct.pack('=d', p))
s.sendall(
send_handler(
MsgType.TYPE_MINER_CREDIT,
batch_handler([
public_key_hash,
struct.pack('=d', num),
struct.pack('=d', p)
])))
*_, msgtype, content = recv_parser(s)
result = batch_parser(content)
return result
