def check_block(args):
def one_block_check(block_num):
logger.info('recv block number: {}'.format(block_num))
try:
block = gph.rpc.get_block(block_num)
#witness_id = block['witness']
block_witness = gph.rpc.get_object(
gph.rpc.get_object(
block['witness'])['witness_account'])['name']
except Exception as e:
logger.error('get_object exception. block {}, error {}'.format(
block_num, repr(e)))
block_time = block['timestamp']
transactions = block["transactions"]
witness_sign = block['witness_signature']
trx_total = 0
ops_total = 0
transactions_id = []
if transactions:
trx_total = len(transactions)
for trx in transactions:
transactions_id.append(trx[0])
ops_total += len(trx[1]["operations"])
block_data = {
"block_num": block_num,
"time": block_time,
"witness": block_witness,
"witness_sign": witness_sign,
"transactions_total": trx_total,
"transactions_id": transactions_id,
"operations_total": ops_total
}
block_info_deque_lock.acquire()
block_info_q.append(block_data)
block_info_deque_lock.release()
start = args[0]
end = args[1]
gph = Graphene(node=nodeaddress)
info = gph.info()
last_block_num = info['head_block_number']
#logger.info('last_block_num: {}, block start: {}, end: {}, info: {}'.format(last_block_num, start, end, info))
logger.info('last_block_num: {}, block start: {}, end: {}'.format(
last_block_num, start, end))
if start > last_block_num:
logger.error("start:{} < end:{}".format(start, end))
return
if end > last_block_num:
end = last_block_num
conn = pymongo.MongoClient(mongodb_params['host'], mongodb_params['port'])
conn_db = conn[mongodb_params['db_name']]
for index in range(start, end + 1):
result = conn_db.block.find({'block_num': index})
if result.count() == 0:
logger.info('check block number: {}'.format(index))
one_block_check(index)
else:
logger.info('block({}) already exists in mongodb'.format(index))
sleep(0.1)
conn.close()
def check_block(args):
start = args[0]
end = args[1]
gph = Graphene(node=nodeaddress)
info = gph.info()
last_block_num = info['head_block_number']
logger.info('last_block_num: {}, block start: {}, end: {}'.format(
last_block_num, start, end))
if start > last_block_num:
logger.error("start:{} < end:{}".format(start, end))
return
if end > last_block_num:
end = last_block_num
for block_num in range(end, start, -1):
try:
block_info = gph.rpc.get_block(block_num)
operations_list = parse_gas_collateral_operations(
gph, block_num, block_info["timestamp"],
block_info["transactions"])
if operations_list:
op_deque_lock.acquire()
operations_deque.append(operations_list)
op_deque_lock.release()
except Exception as e:
logger.error('parse block exception. block {}, error {}'.format(
block_num, repr(e)))
def listen_block():
def on_block_callback(recv_block_id):
global global_last_block_num
info = gph.info()
# logger.debug('info: {}'.format(info))
head_block_id = info['head_block_id']
head_block_number = info['head_block_number']
# logger.debug('head_block_num {}, recv_block_id: {}, head_block_id {}'.format(head_block_number, recv_block_id, head_block_id))
if recv_block_id == head_block_id:
if head_block_number != global_last_block_num+1:
if global_last_block_num > 0:
logger.info('head_block_num {}, recv_block_id: {}, head_block_id {}'.format(head_block_number, recv_block_id, head_block_id))
logger.warn('current block num: {}, last block num: {}'.format(head_block_number, global_last_block_num))
#send message
global_last_block_num = head_block_number
else:
try:
logger.info('head_block_num {}, recv_block_id: {}, head_block_id {}'.format(head_block_number, recv_block_id, head_block_id))
block = gph.rpc.get_block(global_last_block_num+1)
global_last_block_num = global_last_block_num+1
logger.warn('>> get_block {}, recv_block_id: {}, head_block_id: {}, get block response： {}'.format(
global_last_block_num, recv_block_id, head_block_id, block['block_id']))
except Exception as e:
logger.error('get_block exception. block {}, error {}'.format(global_last_block_num+1, repr(e)))
gph = Graphene(node=nodeaddress)
from PythonMiddleware.instance import set_shared_graphene_instance
set_shared_graphene_instance(gph)
notify = Notify(
on_block = on_block_callback,
graphene_instance = gph
)
notify.listen()
def analysis_block():
gph = Graphene(node=nodeaddress)
from PythonMiddleware.instance import set_shared_graphene_instance
set_shared_graphene_instance(gph)
while 1:
if pending_block_num_q:
try:
pending_block_num_deque_lock.acquire()
block_num = pending_block_num_q.popleft()
pending_block_num_deque_lock.release()
logger.debug('pop block number: {}'.format(block_num))
try:
block_info = gph.rpc.get_block(block_num)
time = block_info["timestamp"]
transactions = block_info["transactions"]
operations_list = parse_operations(gph, block_num, time,
transactions)
#logger.debug('block: {}, trx_list: {}'.format(block_num, operations_list))
except Exception as e:
logger.error(
'parse block exception. block {}, error {}'.format(
block_num, repr(e)))
if operations_list:
op_deque_lock.acquire()
operations_q.append(operations_list)
op_deque_lock.release()
except Exception as e:
logger.error("pending_block_num_q: {}, except: '{}'".format(
pending_block_num_q, repr(e)))
sleep(0.7)
def check_block(start_block, end_block=-1):
global interval_blocks, block_count_result
print("interval_blocks: {}".format(interval_blocks))
gph = Graphene(node=nodeaddress)
if end_block == -1:
info = gph.info()
print("info: {}".format(info))
end_block = info['head_block_number']
print("start block: {}, end_block: {}".format(start_block, end_block))
key_block_num = str(start_block)
for i in range(int(start_block), int(end_block)):
try:
block = gph.rpc.get_block(i)
# print("block: {}".format(block))
timestamp = block["timestamp"]
block_date = timestamp.split("T")[0]
if i % interval_blocks == 0 or key_block_num == str(i):
# print("start_block: {}, end_block: {}, block_id: {}".format(key_block_num, i, block["block_id"]))
if key_block_num in block_count_result.keys():
print(">>>> {}: {}".format(
key_block_num, block_count_result[key_block_num]))
key_block_num = i
block_count_result[key_block_num] = {
"start_block": int(key_block_num),
"block_total": 0,
"trx_total": 0,
"ops_total": 0
}
block_data = block_count_result[key_block_num]
block_data["block_total"] += 1
block_data["end_block"] = i
transactions = block["transactions"]
if transactions:
block_data["trx_total"] += len(transactions)
for trx in transactions:
block_data["ops_total"] += len(trx[1]["operations"])
block_count_result[key_block_num] = block_data
except Exception as e:
print('get_object exception. block {}, error {}'.format(
block_num, repr(e)))
print("\n\n>>>> total result: \n{}".format(block_count_result))
def listen_block():
def on_block_callback(recv_block_id):
info = gph.info()
#logger.debug('info: {}'.format(info))
head_block_id = info['head_block_id']
block_num = info['head_block_number']
logger.info(
'recv_block_id: {}, head_block_id {}, head_block_num {}'.format(
recv_block_id, head_block_id, block_num))
if recv_block_id == head_block_id:
pending_block_num_deque_lock.acquire()
pending_block_num_q.append(block_num)
pending_block_num_deque_lock.release()
logger.info("pending deque >>>: {}".format(pending_block_num_q))
try:
block = gph.rpc.get_block(block_num)
#witness_id = block['witness']
# block_witness = gph.rpc.get_object(gph.rpc.get_object(block['witness'])['witness_account'])['name']
witness_obj = gph.rpc.get_object(block['witness'])
witness_account_obj = gph.rpc.get_object(
witness_obj['witness_account'])
except Exception as e:
logger.error('get_object exception. block {}, error {}'.format(
block_num, repr(e)))
block_time = block['timestamp']
transactions = block["transactions"]
witness_sign = block['witness_signature']
trx_total = 0
ops_total = 0
transactions_id = []
if transactions:
trx_total = len(transactions)
for trx in transactions:
transactions_id.append(trx[0])
ops_total += len(trx[1]["operations"])
block_data = {
"block_num": block_num,
"time": block_time,
"witness_id": witness_obj["id"],
"witness_account_id": witness_account_obj['id'],
"witness_account_name": witness_account_obj["name"],
"witness_sign": witness_sign,
"transactions_total": trx_total,
"transactions_id": transactions_id,
"operations_total": ops_total
}
block_info_deque_lock.acquire()
block_info_q.append(block_data)
block_info_deque_lock.release()
gph = Graphene(node=nodeaddress)
from PythonMiddleware.instance import set_shared_graphene_instance
set_shared_graphene_instance(gph)
notify = Notify(on_block=on_block_callback, graphene_instance=gph)
notify.listen() # 启动监听服务
def __init__(self, **kwargs):
print("kwargs:", kwargs)
self.gph = Graphene(node=self.node_address,
blocking=self.blocking,
**kwargs)
set_shared_graphene_instance(self.gph)
if self.gph.wallet.created() is False:
self.gph.wallet.newWallet(self.wallet_pwd)
self.gph.wallet.unlock(self.wallet_pwd)
try:
self.gph.wallet.addPrivateKey(self.wifkey)
except:
pass
def check_block():
def one_block_check(block_num):
logger.info('check block number: {}'.format(block_num))
try:
block = gph.rpc.get_block(block_num)
#witness_id = block['witness']
block_witness = gph.rpc.get_object(
gph.rpc.get_object(
block['witness'])['witness_account'])['name']
except Exception as e:
logger.error('get_object exception. block {}, error {}'.format(
block_num, repr(e)))
return
block_time = block['timestamp']
transactions = block["transactions"]
witness_sign = block['witness_signature']
trx_total = 0
ops_total = 0
transactions_id = []
if transactions:
trx_total = len(transactions)
for trx in transactions:
transactions_id.append(trx[0])
ops_total += len(trx[1]["operations"])
block_data = {
"block_num": block_num,
"time": block_time,
"witness": block_witness,
"witness_sign": witness_sign,
"transactions_total": trx_total,
"transactions_id": transactions_id,
"operations_total": ops_total
}
block_info_deque_lock.acquire()
block_info_q.append(block_data)
block_info_deque_lock.release()
try:
gph = Graphene(node=nodeaddress)
#info = gph.info()
#logger.info('info: {}'.format(info))
conn = pymongo.MongoClient(mongodb_params['host'],
mongodb_params['port'])
conn_db = conn[mongodb_params['db_name']]
sort_limit_result = conn_db.block.find().sort("block_num", -1).limit(1)
db_last_block_str = jsonb.dumps(sort_limit_result)
logger.info("db_last_block_str: {}".format(db_last_block_str))
db_last_block = json.loads(db_last_block_str)
if len(db_last_block) != 1:
logger.error(
"conn_db.block.find().sort('block_num', -1).limit(1) exception"
)
conn.close()
return
start_num = db_last_block[0]['block_num']
info = gph.info()
logger.info('info: {}'.format(info))
last_block_num = info['head_block_number']
increase = int(
(last_block_num - start_num) / 8) + 10 # 尽可能处理listen之前新增的区块
logger.info(">>> start: {}, end: {}, step: {}".format(
start_num, last_block_num, increase))
for index in range(start_num, last_block_num + increase):
result = conn_db.block.find({'block_num': index})
if result.count() != 0:
logger.info(
'block({}) already exists in mongo db'.format(index))
continue
one_block_check(index)
conn.close()
except Exception as e:
logger.error("except: '{}'".format(repr(e)))
# -*- coding:utf-8 -*-
from PythonMiddleware.notify import Notify
from PythonMiddleware.graphene import Graphene
from PythonMiddlewarebase.operationids import operations
import pymongo
from config import *
from utils import Logging
logger = Logging(console=True).getLogger()
gph = Graphene(node=nodeaddress)
def witness_check():
conn = pymongo.MongoClient(mongodb_params['host'], mongodb_params['port'])
conn_db = conn[mongodb_params['db_name']]
index = 1
witness_id_prefix = "1.6."
while True:
witness_id = "{}{}".format(witness_id_prefix, index)
logger.info("witness_id: {}".format(witness_id))
witness_obj = gph.rpc.get_object(witness_id)
if witness_obj is None:
break
witness_account_obj = gph.rpc.get_object(
witness_obj['witness_account'])
try:
count = conn_db.block.count(
{'witness': witness_account_obj["name"]})
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
from PythonMiddleware.graphene import Graphene
from PythonMiddleware.instance import set_shared_graphene_instance
from pprint import pprint
import time
#nodeAddress = "wss://api.cocosbcx.net"
nodeAddress = "ws://test.cocosbcx.net"
#nodeAddress = "ws://127.0.0.1:8049"
gph = Graphene(node=nodeAddress)
set_shared_graphene_instance(gph)
while True:
print('>> info')
pprint(gph.info())
time.sleep(2)
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
from PythonMiddleware.graphene import Graphene
from PythonMiddleware.instance import set_shared_graphene_instance
from pprint import pprint
from PythonMiddleware.account import Account
nodeAddress = "ws://127.0.0.1:8020"
gph = Graphene(node=nodeAddress, blocking=True)
set_shared_graphene_instance(gph)
#创建钱包
#可以通过gph.wallet 直接使用钱包instance，操作钱包的接口。
if gph.wallet.created() is False:
gph.newWallet("123456")
#钱包解锁
if gph.wallet.locked() is True:
gph.wallet.unlock("123456")
#init0 ["COCOS5vzuh6YRRmCjUMeeHLsjnVCdJwqm9WZoUBDDNVp7HTwFM1ZYQT", "5JHdMwsWkEXsMozFrQAQKnKwo44CaV77H45S9PsH7QVbFQngJfw"]
pub = "COCOS5vzuh6YRRmCjUMeeHLsjnVCdJwqm9WZoUBDDNVp7HTwFM1ZYQT"
pprint(gph.wallet.getPrivateKeyForPublicKey(pub))
#合约创建1：单行合约
data1 = "function hello() chainhelper:log('Hello World!') end"
pprint(
gph.create_contract("contract.pytest.hello",
data=data1,
con_authority=pub,
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
from PythonMiddleware.graphene import Graphene
from PythonMiddleware.instance import set_shared_graphene_instance
from pprint import pprint
from PythonMiddleware.account import Account
from PythonMiddleware.storage import configStorage as config
nodeAddress = "ws://127.0.0.1:8049"
gph = Graphene(node=nodeAddress, blocking=True)
set_shared_graphene_instance(gph)
#account info for test
defaultAccount="nicotest"
privateKey="5KgiWEMJPYbLpMhX6jvS9yBehhr4mWZhxX7hfxZQEo3rs8iakUQ"
pub="COCOS5X4bfMnAmeWhLoiHKUNrRu7D3LTXKBZQkZvWGj9YCTDBAYaSXU"
#创建钱包
if gph.wallet.created() is False:
gph.newWallet("123456")
#钱包解锁
if gph.wallet.locked() is True:
gph.wallet.unlock("123456")
#add key
if gph.wallet.getAccountFromPublicKey(pub) is None:
gph.wallet.addPrivateKey(privateKey) #账号私钥导入钱包
pprint(gph.wallet.getPrivateKeyForPublicKey(pub))
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
from PythonMiddleware.graphene import Graphene
from PythonMiddleware.instance import set_shared_graphene_instance
from pprint import pprint
from PythonMiddleware.account import Account
nodeAddress = "ws://127.0.0.1:8020"
gph = Graphene(node=nodeAddress, blocking=True)
set_shared_graphene_instance(gph)
#创建钱包
#可以通过gph.wallet 直接使用钱包instance，操作钱包的接口。
if gph.wallet.created() is False:
gph.newWallet("123456")
#钱包解锁
if gph.wallet.locked() is True:
gph.wallet.unlock("123456")
#查看钱包导入的所有账户信息
pprint(gph.wallet.getAccounts())
#init0 ["COCOS5vzuh6YRRmCjUMeeHLsjnVCdJwqm9WZoUBDDNVp7HTwFM1ZYQT", "5JHdMwsWkEXsMozFrQAQKnKwo44CaV77H45S9PsH7QVbFQngJfw"]
pub = "COCOS5vzuh6YRRmCjUMeeHLsjnVCdJwqm9WZoUBDDNVp7HTwFM1ZYQT"
#获取公钥对应的私钥
pprint(gph.wallet.getPrivateKeyForPublicKey(pub))
#通过公钥获取账号信息
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
from PythonMiddleware.graphene import Graphene
from PythonMiddleware.instance import set_shared_graphene_instance
from pprint import pprint
from PythonMiddleware.account import Account
from PythonMiddleware.storage import configStorage as config
nodeAddress = "ws://127.0.0.1:8049"
gph = Graphene(node=nodeAddress, blocking=True)
set_shared_graphene_instance(gph)
#account info for test
defaultAccount = "test1"
privateKey = "5JAt3WmMCqQvAqqq4Mr7ZisN8ztrrPZCTHCN7f8Vrx8j1cHY4hy"
pub = "COCOS8m1rD2w5q2fJB89MaNJRhnYppdrkEtWB71FLMjfL2xXhCnXAqn"
#创建钱包
if gph.wallet.created() is False:
gph.newWallet("123456")
#钱包解锁
if gph.wallet.locked() is True:
gph.wallet.unlock("123456")
#add key
if gph.wallet.getAccountFromPublicKey(pub) is None:
gph.wallet.addPrivateKey(privateKey) #账号私钥导入钱包
pprint(gph.wallet.getPrivateKeyForPublicKey(pub))
"name": "nicotest",
"id": "1.2.16",
"private_key": "5J2SChqa9QxrCkdMor9VC2k9NT4R4ctRrJA6odQCPkb3yL89vxo",
"public_key": "COCOS56a5dTnfGpuPoWACnYj65dahcXMpTrNQkV3hHWCFkLxMF5mXpx",
}
## wallet_password
wallet_password = "******"
## chain-node ws config
# nodeAddress = "wss://api.cocosbcx.net"
nodeAddress = "wss://test.cocosbcx.net"
# nodeAddress = "ws://127.0.0.1:8049"
################################ config END ################################
gph = Graphene(node=nodeAddress, blocking=True)
set_shared_graphene_instance(gph)
def get_account(name):
try:
account = Account(name)
return account
except Exception as e:
error_msg = repr(e)
print('[WARN]name {}, error: {}'.format(name, repr(e)))
return None
def create_account(name, owner_key, active_key, memo_key, registrar):
try:
response = gph.create_account(account_name=name, registrar=registrar,
owner_key=owner_key, active_key=active_key, memo_key=memo_key)
from PythonMiddleware.graphene import Graphene
from PythonMiddleware.storage import configStorage
from PythonMiddleware.instance import set_shared_graphene_instance
import time
import json
import string
import hashlib
import random
import datetime
from logger import logger
from threading import Thread, Lock
from weather_api import query_live_weather
from config import register, sdk_config
gph = Graphene(node=sdk_config["node_address"], blocking=True)
set_shared_graphene_instance(gph)
count = 0
def random_uppercases(n):
return ''.join([random.choice(string.ascii_uppercase) for i in range(n)])
def random_lowercases(n):
return ''.join([random.choice(string.ascii_lowercase) for i in range(n)])
def get_block_num_from_id(block_id):
return int(block_id[0:8], 16)
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
from PythonMiddleware.graphene import Graphene
from PythonMiddleware.instance import set_shared_graphene_instance
from pprint import pprint
from PythonMiddleware.account import Account
from PythonMiddleware.storage import configStorage as config
nodeAddress = "ws://127.0.0.1:8049"
gph = Graphene(node=nodeAddress, blocking=True)
set_shared_graphene_instance(gph)
#account info for test
defaultAccount="nicotest"
privateKey="5KgiWEMJPYbLpMhX6jvS9yBehhr4mWZhxX7hfxZQEo3rs8iakUQ"
pub="COCOS5X4bfMnAmeWhLoiHKUNrRu7D3LTXKBZQkZvWGj9YCTDBAYaSXU"
#创建钱包
if gph.wallet.created() is False:
gph.newWallet("123456")
#钱包解锁
if gph.wallet.locked() is True:
gph.wallet.unlock("123456")
#add key
if gph.wallet.getAccountFromPublicKey(pub) is None:
gph.wallet.addPrivateKey(privateKey) #账号私钥导入钱包
pprint(gph.wallet.getPrivateKeyForPublicKey(pub))
def check_block(start_date):
global last_block_date, AFTER_DAYS, result_block_data
start_date = start_date
gph = Graphene(node=nodeaddress)
info = gph.info()
logger.info("info: {}".format(info))
last_block_num = info['head_block_number']
logger.info("time: {}".format(info["time"]))
current_time = info["time"]
current_date = info["time"].split("T")[0]
start_block_num = 1
end_block_num = last_block_num
seconds = compare_time(current_date, start_date)
logger.info("current_date: {}, start_date: {}, seconds: {}".format(
current_date, start_date, seconds))
if seconds < 3600 * 24 * AFTER_DAYS:
logger.info("before {} days".format(AFTER_DAYS))
logger.info("last_block_num: {}, delta: {}".format(
last_block_num, 1800 * 24 * AFTER_DAYS))
end_block_num = last_block_num
start_block_num = last_block_num - 1800 * 24 * AFTER_DAYS
else:
logger.info("after {} days".format(AFTER_DAYS))
start_block_num = int(last_block_num - seconds / 2)
end_block_num = int(start_block_num + (1800 * 24 * AFTER_DAYS))
if last_block_num < end_block_num:
end_block_num = last_block_num
logger.info('[block num]start: {}, end: {}, last: {}, seconds: {}'.format(
start_block_num, end_block_num, last_block_num, seconds))
for block_num in range(start_block_num, end_block_num + 1):
try:
block = gph.rpc.get_block(block_num)
# logger.info("block: {}".format(block))
timestamp = block["timestamp"]
block_date = timestamp.split("T")[0]
if block_date != last_block_date:
# logger.info("last_date: {}, block_num: {}, block: {}".format(last_block_date, block_num, block))
logger.info(
"last_date: {}, block_num: {}, block_id: {}, block timestamp: {}"
.format(last_block_date, block_num, block["block_id"],
block["timestamp"]))
if last_block_date in result_block_data.keys():
logger.info(">>>>>>>>>>>> {}: {}".format(
last_block_date, result_block_data[last_block_date]))
last_block_date = block_date
result_block_data[block_date] = {
"block_total": 0,
"trx_total": 0,
"ops_total": 0
}
block_data = result_block_data[block_date]
block_data["block_total"] += 1
transactions = block["transactions"]
if transactions:
block_data["trx_total"] += len(transactions)
for trx in transactions:
block_data["ops_total"] += len(trx[1]["operations"])
result_block_data[block_date] = block_data
except Exception as e:
logger.error('get_object exception. block {}, error {}'.format(
block_num, repr(e)))
logger.info("\n\n>>>>>>>>>>>>>>>>>>>>>>>>>>> total result: \n{}".format(
result_block_data))
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
from PythonMiddleware.graphene import Graphene
from PythonMiddleware.instance import set_shared_graphene_instance
from pprint import pprint
from PythonMiddleware.account import Account
nodeAddress = "ws://127.0.0.1:8020"
gph = Graphene(node=nodeAddress, blocking=True)
set_shared_graphene_instance(gph)
#创建钱包1
#可以通过gph.wallet 直接使用钱包instance，操作钱包的接口。
if gph.wallet.created() is False:
gph.newWallet("123456")
#创建钱包2
if gph.wallet.created() is False:
gph.wallet.create("123456")
#钱包解锁
gph.wallet.unlock("123456")
#钱包锁住
gph.wallet.lock()
#查看钱包锁定状态
#返回: False 或 True
pprint(gph.wallet.locked())
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
from PythonMiddleware.graphene import Graphene
from PythonMiddleware.instance import set_shared_graphene_instance
from pprint import pprint
from PythonMiddleware.account import Account
from PythonMiddleware.storage import configStorage as config
nodeAddress = "ws://127.0.0.1:8049"
gph = Graphene(node=nodeAddress, blocking=True)
set_shared_graphene_instance(gph)
#account info for test
defaultAccount = "nicotest"
privateKey = "5KgiWEMJPYbLpMhX6jvS9yBehhr4mWZhxX7hfxZQEo3rs8iakUQ"
pub = "COCOS5X4bfMnAmeWhLoiHKUNrRu7D3LTXKBZQkZvWGj9YCTDBAYaSXU"
#创建钱包
if gph.wallet.created() is False:
gph.newWallet("123456")
#钱包解锁
if gph.wallet.locked() is True:
gph.wallet.unlock("123456")
#add key
if gph.wallet.getAccountFromPublicKey(pub) is None:
gph.wallet.addPrivateKey(privateKey) #账号私钥导入钱包
pprint(gph.wallet.getPrivateKeyForPublicKey(pub))