def withdraw(self, public_key):
"""
提取质押金
:param public_key:
:return:
"""
# 是否有质押金冻结记录
require(public_key in self.deregister_list)
lock_stake_block_count = 5
return_stake_infos = []
for info in self.deregister_list[public_key]:
if (block.number() - info["deregisterBlockNumber"] >
lock_stake_block_count and info["owner"] == msg.sender):
return_stake_infos.append(info)
# 是否有已解冻质押金未提取，并且检查owner
require(len(return_stake_infos) > 0)
for info in return_stake_infos:
self.deregister_list[public_key].remove(info)
# 删除空KEY
if len(self.deregister_list[public_key]) <= 0:
self.deregister_list.pop(public_key)
return_stake = 0
for info in return_stake_infos:
return_stake += info["stake"]
# 转账
assert return_stake > 0
assert account.get_balance(this) > return_stake
account.transfer(msg.sender, return_stake)
print('after', numbers)
numbers = sorted(numbers)
print('after2', numbers)
numbers.clear()
for i in range(10):
numbers.append(randint(1, 100))
print('unsorted', numbers)
numbers.sort()
print('after', numbers)
print(sorted('Donald Trump'))
print(sorted(['Z', 'a'], key=str.lower))
account1 = account.Account('Alice', 2000)
account2 = account.Account('Bob', 1000)
account3 = account.Account('Charlie', 3000)
print(account1.__repr__())
accounts = [account3, account2, account1]
print('before', accounts)
print('sorted by name', sorted(
accounts, key=lambda account: account.get_account_holder()))
print('sorted by balance', sorted(
accounts, key=lambda account: account.get_balance()))
def failed(self):
if not self.on_sale and self.funding < self.funding_goal and self.funding >= account.get_balance(
this):
for k, v in self.vote_dict.items():
account.transfer(k, v)
from binance.client import Client
from binance.enums import *
from binance.websockets import BinanceSocketManager
from account import get_balance
from ma_generator import MAGenerator
from secrets import API_KEY
from secrets import API_SECRET
SYMBOL = "EOSETH"
INTERVAL = KLINE_INTERVAL_15MINUTE
BALANCE = 0.03716156
ma_durations = [7, 25, 99]
client = Client(API_KEY, API_SECRET)
print get_balance(client, "ETH")
ma_generator = MAGenerator(client, SYMBOL, ma_durations, INTERVAL)
print ma_generator.get_mas()
# # place market buy order
# from binance.enums import *
def create_order(price):
qty = 0
order = client.get_account()
for balance in order['balances']:
if balance["asset"] == "ETH":
qty = float(balance["free"])
if qty == 0:
return
order_qty = "{:0.2f}".format(str(qty / price))
import os
import sys
sys.path.append(os.getenv('ACCOUNT_MODULE_PATH'))
import account # isort: skip
account1 = account.new()
account.deposit(account1, 100.0)
account.deposit(account1, 100.0)
account2 = account.new()
account.deposit(account2, 200.0)
account.deposit(account2, 200.0)
account.withdraw(account1, 50.0)
assert account.get_balance(account1) == 150.0
account.free(account1)
assert account.get_balance(account2) == 400.0
account.free(account2)
def ckeckbalance(self, addr):
return account.get_balance(addr)