def connection():
port = 2000
while True:
if f_already_bind(port):
port += 1
continue
set_logger(level=logging.DEBUG, prefix=port, f_file=bool(port == 2000))
logging.info("\n{}\n=====\n{}, chain-ver={}\n{}\n".format(
__logo__, __version__, __chain_version__, __message__))
work(port=port, sub_dir=str(port))
break
def connection():
port = 2000
while True:
if f_already_bind(port):
port += 1
continue
path = 'debug.2000.log' if port == 2000 else None
set_logger(level=logging.DEBUG, path=path, f_remove=True)
logging.info("\n{}\n=====\n{}, chain-ver={}\n{}\n"
.format(__logo__, __version__, __chain_version__, __message__))
work(port=port, sub_dir=str(port))
break
Generate(consensus=C.BLOCK_HMQ_POW, power_limit=0.05).start()
Generate(consensus=C.BLOCK_X11_POW, power_limit=0.05).start()
Generate(consensus=C.BLOCK_POS, power_limit=0.3).start()
# Contract watcher
start_contract_watch()
Thread(target=mined_newblock, name='GeneBlock',
args=(output_que, pc)).start()
logging.info("Finished all initialize.")
try:
create_rest_server(f_local=True,
port=port + 1000,
user='******',
pwd='password')
P.F_STOP = True
builder.close()
pc.close()
close_contract_watch()
close_generate()
close_work_hash()
close_sync()
except KeyboardInterrupt:
logging.debug("KeyboardInterrupt.")
if __name__ == '__main__':
set_logger(level=logging.DEBUG)
logging.info("\n{}\n====\n{}, chain-ver={}\n{}\n".format(
__logo__, __version__, __chain_version__, __message__))
work(port=2000)
# Update to newest blockchain
builder.init(genesis_block, batch_size=500)
builder.db.sync = False # more fast
sync_chain_loop()
# Mining/Staking setup (nothing)
# Contract watcher
start_contract_watch()
# Debug.F_STICKY_TX_REJECTION = False # for debug
logging.info("Finished all initialize. (no mining and staking)")
try:
create_rest_server(f_local=False,
port=port + 1000,
user='******',
pwd='password')
P.F_STOP = True
builder.close()
pc.close()
except KeyboardInterrupt:
logging.debug("KeyboardInterrupt.")
if __name__ == '__main__':
set_logger(level=logging.DEBUG, f_file=True, f_remove=True)
logging.info("\n{}\n====\n{}, chain-ver={}\n{}\n".format(
__logo__, __version__, __chain_version__, __message__))
work(port=2000)
create_rest_server(user=user,
pwd=password,
port=rest_port,
host=rest_host)
loop.run_forever()
except Exception as e:
logging.error("exit by {}".format(e))
P.F_STOP = True
chain_builder.close()
V.P2P_OBJ.close()
if __name__ == '__main__':
p = console_args_parser()
check_process_status(f_daemon=p.daemon)
set_logger(level=logging.getLevelName(p.log_level),
path=p.log_path,
f_remove=p.remove_log)
logging.info(
f"\n{__logo__}\n====\nsystem (str) = {__version__}\nchain (int) = {__chain_version__}\n"
f"block (int) = {__block_version__}\nmessage = {__message__}")
stand_client(p2p_port=p.p2p, sub_dir=p.sub_dir)
if p.staking:
Generate(consensus=C.BLOCK_COIN_POS, power_limit=0.3).start()
if p.solo_mining:
solo_mining()
rest_server(user=p.user,
password=p.password,
rest_port=p.rest,
rest_host=p.host)
