# -*- coding: utf-8 -*-
"""
author: zengbin93
email: zeng_bin8888@163.com
create_dt: 2021/11/17 22:11
describe: 配合 CzscAdvancedTrader 进行使用的掘金工具
"""
import inspect
import traceback
from czsc.gms.gm_base import *
# from czsc.utils import create_logger
from czsc.objects import PositionLong, Operate
indices = {
"上证指数": 'SHSE.000001',
"上证50": 'SHSE.000016',
"沪深300": "SHSE.000300",
"中证1000": "SHSE.000852",
"中证500": "SHSE.000905",
"深证成指": "SZSE.399001",
"创业板指数": 'SZSE.399006',
"深次新股": "SZSE.399678",
"中小板指": "SZSE.399005",
"国证2000": "SZSE.399303",
"小盘成长": "SZSE.399376",
"小盘价值": "SZSE.399377",
}
[docs]def get_index_shares(name, end_date=None):
"""获取某一交易日的指数成分股列表
symbols = get_index_shares("上证50", "2019-01-01 09:30:00")
"""
if not end_date:
end_date = datetime.now().strftime(date_fmt)
else:
end_date = pd.to_datetime(end_date).strftime(date_fmt)
constituents = get_history_constituents(indices[name], end_date, end_date)[0]
symbol_list = [k for k, v in constituents['constituents'].items()]
return list(set(symbol_list))
[docs]def on_bar(context, bars):
"""订阅K线回调函数"""
context.unfinished_orders = get_unfinished_orders()
cancel_timeout_orders(context, max_m=30)
for bar in bars:
symbol = bar['symbol']
trader: CzscAdvancedTrader = context.symbols_info[symbol]['trader']
# 确保数据更新到最新时刻
base_freq = trader.base_freq
bars = context.data(symbol=symbol, frequency=freq_cn2gm[base_freq], count=100,
fields='symbol,eob,open,close,high,low,volume,amount')
bars = format_kline(bars, freq=trader.bg.freq_map[base_freq])
bars_new = [x for x in bars if x.dt > trader.bg.bars[base_freq][-1].dt]
if bars_new:
for bar_ in bars_new:
trader.update(bar_)
sync_long_position(context, trader)
[docs]def report_account_status(context):
"""报告账户持仓状态"""
if context.now.isoweekday() > 5:
return
latest_dt = context.now.strftime(dt_fmt)
account = context.account(account_id=context.account_id)
cash = account.cash
positions = account.positions()
logger.info("=" * 30 + f" 账户状态【{latest_dt}】 " + "=" * 30)
cash_report = f"净值：{int(cash.nav)}，可用资金：{int(cash.available)}，" \
f"浮动盈亏：{int(cash.fpnl)}，标的数量：{len(positions)}"
logger.info(cash_report)
for p in positions:
p_report = f"标的：{p.symbol}，名称：{context.stocks.get(p.symbol, '无名')}，" \
f"数量：{p.volume}，成本：{round(p.vwap, 2)}，方向：{p.side}，" \
f"当前价：{round(p.price, 2)}，成本市值：{int(p.volume * p.vwap)}，" \
f"建仓时间：{p.created_at.strftime(dt_fmt)}"
logger.info(p_report)
# 实盘或仿真，推送账户信息到企业微信
if context.mode != MODE_BACKTEST:
msg = f"股票账户状态报告\n{'*' * 31}\n"
msg += f"账户净值：{int(cash.nav)}\n" \
f"持仓市值：{int(cash.market_value)}\n" \
f"可用资金：{int(cash.available)}\n" \
f"浮动盈亏：{int(cash.fpnl)}\n" \
f"标的数量：{len(positions)}\n"
wx.push_text(msg.strip("\n *"), key=context.wx_key)
results = []
for symbol, info in context.symbols_info.items():
name = context.stocks.get(symbol, '无名')
trader: CzscAdvancedTrader = context.symbols_info[symbol]['trader']
p = account.position(symbol=symbol, side=PositionSide_Long)
row = {'交易标的': symbol, '标的名称': name,
'最新时间': trader.end_dt.strftime(dt_fmt),
'最新价格': trader.latest_price}
if "日线" in trader.kas.keys():
bar1, bar2 = trader.kas['日线'].bars_raw[-2:]
row.update({'昨日收盘': round(bar1.close, 2),
'今日涨幅': round(bar2.close / bar1.close - 1, 4)})
if trader.long_pos.pos > 0:
row.update({'多头持仓': trader.long_pos.pos,
'多头成本': trader.long_pos.long_cost,
'多头收益': round(trader.latest_price / trader.long_pos.long_cost - 1, 4),
'开多时间': trader.long_pos.operates[-1]['dt'].strftime(dt_fmt)})
else:
row.update({'多头持仓': 0, '多头成本': 0, '多头收益': 0, '开多时间': None})
if p:
row.update({"实盘持仓数量": p.volume,
"实盘持仓成本": round(p.vwap, 2),
"实盘持仓市值": int(p.volume * p.vwap)})
else:
row.update({"实盘持仓数量": 0, "实盘持仓成本": 0, "实盘持仓市值": 0})
results.append(row)
df = pd.DataFrame(results)
df.sort_values(['多头持仓', '多头收益'], ascending=False, inplace=True, ignore_index=True)
file_xlsx = os.path.join(context.data_path, f"holds_{context.now.strftime('%Y%m%d_%H%M')}.xlsx")
df.to_excel(file_xlsx, index=False)
wx.push_file(file_xlsx, key=context.wx_key)
os.remove(file_xlsx)
# 提示非策略交易标的持仓
process_out_of_symbols(context)
[docs]def sync_long_position(context, trader: CzscAdvancedTrader):
"""同步多头仓位到交易账户"""
if not trader.long_events:
return
symbol = trader.symbol
name = context.stocks.get(symbol, "无名标的")
long_pos: PositionLong = trader.long_pos
max_sym_pos = context.symbols_info[symbol]['max_sym_pos'] # 最大标的仓位
if context.mode == MODE_BACKTEST:
account = context.account()
else:
account = context.account(account_id=context.account_id)
cash = account.cash
price = trader.latest_price
print(f"{trader.end_dt}: {name}，多头：{long_pos.pos}，成本：{long_pos.long_cost}，"
f"现价：{price}，操作次数：{len(long_pos.operates)}")
algo_name = os.environ.get('algo_name', None)
if algo_name:
# 算法名称，TWAP、VWAP、ATS-SMART、ZC-POV
algo_name = algo_name.upper()
start_time = trader.end_dt.strftime("%H:%M:%S")
end_time = (trader.end_dt + timedelta(minutes=30)).strftime("%H:%M:%S")
end_time = min(end_time, '14:55:00')
if algo_name == 'TWAP' or algo_name == 'VWAP' or algo_name == 'ZC-POV':
algo_param = {
"start_time": start_time,
"end_time": end_time,
"part_rate": 0.5,
"min_amount": 5000,
}
elif algo_name == 'ATS-SMART':
algo_param = {
'start_time': start_time,
'end_time_referred': end_time,
'end_time': end_time,
'end_time_valid': 1,
'stop_sell_when_dl': 1,
'cancel_when_pl': 0,
'min_trade_amount': 5000
}
else:
raise ValueError("算法单名称输入错误")
else:
algo_param = {}
sym_position = account.position(symbol, PositionSide_Long)
if long_pos.pos == 0 and not sym_position:
# 如果多头仓位为0且掘金账户没有对应持仓，直接退出
return
if long_pos.pos == 0 and sym_position and sym_position.volume > 0:
# 如果多头仓位为0且掘金账户依然还有持仓，清掉仓位
volume = sym_position.volume
if algo_name:
assert len(algo_param) > 0, f"error: {algo_name}, {algo_param}"
_ = algo_order(symbol=symbol, volume=volume, side=OrderSide_Sell,
order_type=OrderType_Limit, position_effect=PositionEffect_Close,
price=price, algo_name=algo_name, algo_param=algo_param, account=account.id)
else:
order_target_volume(symbol=symbol, volume=0, position_side=PositionSide_Long,
order_type=OrderType_Limit, price=price, account=account.id)
return
if not long_pos.pos_changed:
return
assert long_pos.pos > 0
cash_left = cash.available
if long_pos.operates[-1]['op'] in [Operate.LO, Operate.LA1, Operate.LA2]:
change_amount = max_sym_pos * long_pos.operates[-1]['pos_change'] * cash.nav
if cash_left < change_amount:
logger.info(f"{context.now} {symbol} {name} 可用资金不足，无法开多仓；"
f"剩余资金{int(cash_left)}元，所需资金{int(change_amount)}元")
return
if is_order_exist(context, symbol, PositionSide_Long):
logger.info(f"{context.now} {symbol} {name} 同方向订单已存在")
return
percent = max_sym_pos * long_pos.pos
volume = int((cash.nav * percent / price // 100) * 100) # 单位：股
if algo_name:
_ = algo_order(symbol=symbol, volume=volume, side=OrderSide_Buy,
order_type=OrderType_Limit, position_effect=PositionEffect_Open,
price=price, algo_name=algo_name, algo_param=algo_param, account=account.id)
else:
order_target_volume(symbol=symbol, volume=volume, position_side=PositionSide_Long,
order_type=OrderType_Limit, price=price, account=account.id)
[docs]def check_index_status(qywx_key):
"""查看主要指数状态"""
from czsc.utils.cache import home_path
wx.push_text(f"{datetime.now()} 开始获取主要指数行情快照", qywx_key)
for gm_symbol in indices.values():
try:
file_html = os.path.join(home_path, f"{gm_symbol}_{datetime.now().strftime('%Y%m%d')}.html")
gm_take_snapshot(gm_symbol, file_html=file_html)
wx.push_file(file_html, qywx_key)
os.remove(file_html)
except:
traceback.print_exc()
wx.push_text(f"{datetime.now()} 获取主要指数行情快照获取结束，请仔细观察！！！", qywx_key)
[docs]def realtime_check_index_status(context):
"""实盘：发送主要指数行情图表"""
if context.now.isoweekday() > 5:
print(f"realtime_check_index_status: {context.now} 不是交易时间")
return
check_index_status(context.wx_key)
[docs]def process_out_of_symbols(context):
"""实盘：处理不在交易列表的持仓股"""
if context.now.isoweekday() > 5:
print(f"process_out_of_symbols: {context.now} 不是交易时间")
return
if context.mode == MODE_BACKTEST:
print(f"process_out_of_symbols: 回测模式下不需要执行")
return
account = context.account(account_id=context.account_id)
positions = account.positions(symbol="", side=PositionSide_Long)
oos = []
for p in positions:
symbol = p.symbol
if p.volume > 0 and p.symbol not in context.symbols_info.keys():
oos.append(symbol)
# order_target_volume(symbol=symbol, volume=0, position_side=PositionSide_Long,
# order_type=OrderType_Limit, price=p.price, account=account.id)
if oos:
wx.push_text(f"不在交易列表的持仓股：{', '.join(oos)}", context.wx_key)
[docs]def init_context_universal(context, name):
"""通用 context 初始化：1、创建文件目录和日志记录
:param context:
:param name: 交易策略名称，建议使用英文
"""
path_gm_logs = os.environ.get('path_gm_logs', None)
if context.mode == MODE_BACKTEST:
data_path = os.path.join(path_gm_logs, f"backtest/{name}_{datetime.now().strftime('%Y%m%d_%H%M%S')}")
else:
data_path = os.path.join(path_gm_logs, f"realtime/{name}")
os.makedirs(data_path, exist_ok=True)
context.name = name
context.data_path = data_path
context.stocks = get_symbol_names()
logger.add(os.path.join(data_path, "gm_trader.log"), rotation="500MB",
encoding="utf-8", enqueue=True, retention="1 days")
logger.info("运行配置：")
logger.info(f"data_path = {data_path}")
if context.mode == MODE_BACKTEST:
logger.info("backtest_start_time = " + str(context.backtest_start_time))
logger.info("backtest_end_time = " + str(context.backtest_end_time))
[docs]def init_context_env(context):
"""通用 context 初始化：2、读入环境变量
:param context:
"""
context.wx_key = os.environ['wx_key']
context.account_id = os.environ.get('account_id', '')
if context.mode != MODE_BACKTEST:
assert len(context.account_id) > 10, "非回测模式，必须设置 account_id "
# 单个标的仓位控制[0, 1]，按资金百分比控制，1表示满仓，仅在开仓的时候控制
context.max_sym_pos = float(os.environ['max_sym_pos'])
assert 0 <= context.max_sym_pos <= 1
logger.info(f"环境变量读取结果如下：")
logger.info(f"单标的控制：context.max_sym_pos = {context.max_sym_pos}")
[docs]def init_context_traders(context, symbols: List[str], strategy: Callable):
"""通用 context 初始化：3、为每个标的创建 trader
:param context:
:param symbols: 交易标的列表
:param strategy: 交易策略
:return:
"""
with open(os.path.join(context.data_path, f'{strategy.__name__}.txt'), mode='w') as f:
f.write(inspect.getsource(strategy))
tactic = strategy("000001")
base_freq, freqs = tactic['base_freq'], tactic['freqs']
frequency = freq_cn2gm[base_freq]
unsubscribe(symbols='*', frequency=frequency)
data_path = context.data_path
logger.info(f"输入交易标的数量：{len(symbols)}")
logger.info(f"交易员的周期列表：base_freq = {base_freq}; freqs = {freqs}")
os.makedirs(os.path.join(data_path, 'traders'), exist_ok=True)
symbols_info = {symbol: dict() for symbol in symbols}
for symbol in symbols:
try:
symbols_info[symbol]['max_sym_pos'] = context.max_sym_pos
file_trader = os.path.join(data_path, f'traders/{symbol}.cat')
if os.path.exists(file_trader) and context.mode != MODE_BACKTEST:
trader: CzscAdvancedTrader = dill.load(open(file_trader, 'rb'))
logger.info(f"{symbol} Loaded Trader from {file_trader}")
else:
bg, data = get_init_bg(symbol, context.now, base_freq, freqs, 1000, ADJUST_PREV)
trader = create_advanced_trader(bg, data, strategy)
dill.dump(trader, open(file_trader, 'wb'))
symbols_info[symbol]['trader'] = trader
logger.info("{} Trader 构建成功，最新时间：{}，多仓：{}".format(symbol, trader.end_dt, trader.long_pos.pos))
except:
del symbols_info[symbol]
logger.info(f"{symbol} - {context.stocks.get(symbol, '无名')} 初始化失败，当前时间：{context.now}")
traceback.print_exc()
subscribe(",".join(symbols_info.keys()), frequency=frequency, count=300, wait_group=False)
logger.info(f"订阅成功数量：{len(symbols_info)}")
logger.info(f"交易标的配置：{symbols_info}")
context.symbols_info = symbols_info
[docs]def init_context_schedule(context):
"""通用 context 初始化：设置定时任务"""
schedule(schedule_func=report_account_status, date_rule='1d', time_rule='09:31:00')
schedule(schedule_func=report_account_status, date_rule='1d', time_rule='10:01:00')
schedule(schedule_func=report_account_status, date_rule='1d', time_rule='10:31:00')
schedule(schedule_func=report_account_status, date_rule='1d', time_rule='11:01:00')
schedule(schedule_func=report_account_status, date_rule='1d', time_rule='11:31:00')
schedule(schedule_func=report_account_status, date_rule='1d', time_rule='13:01:00')
schedule(schedule_func=report_account_status, date_rule='1d', time_rule='13:31:00')
schedule(schedule_func=report_account_status, date_rule='1d', time_rule='14:01:00')
schedule(schedule_func=report_account_status, date_rule='1d', time_rule='14:31:00')
schedule(schedule_func=report_account_status, date_rule='1d', time_rule='15:01:00')
# 以下是 实盘/仿真 模式下的定时任务
if context.mode != MODE_BACKTEST:
schedule(schedule_func=save_traders, date_rule='1d', time_rule='11:40:00')
schedule(schedule_func=save_traders, date_rule='1d', time_rule='15:10:00')
# schedule(schedule_func=realtime_check_index_status, date_rule='1d', time_rule='17:30:00')
# schedule(schedule_func=process_out_of_symbols, date_rule='1d', time_rule='09:40:00')