我之前尝试过 IbPy 并成功获取数据,但现在我使用 Ibapi 代替,这更困难,仍然无法完全交易,但它具有调整后的历史价格。
所以这是我的代码,你必须定制你想要的。
1.获取股票会员表格Excel
from ib.opt import ibConnection, message
from ib.ext.Contract import Contract
from ib.ext.Order import Order
from ib.ext.TickType import TickType as tt
from time import sleep, time, strftime
import datetime
from __future__ import print_function #I'm using 3.x style print
import pandas as pd
import numpy as np
from math import ceil
import re
xls_file = pd.ExcelFile('xxxx\\Interactive_Broker_trading\\SNP2.xlsx')
df = xls_file.parse('Sheet1')
Ticker = df.iloc[:,1]
all_data = pd.DataFrame(Ticker)
all_data.columns = ['ticker']
all_data['type'] = 'STK'
all_data['exchange'] = 'SMART'
all_data['curr'] = 'USD'
all_data['bidPrice'] =0
all_data['askPrice'] =0
all_data['lastPrice'] =0
all_data['HistoryPrice']=0
2. 使用 for 循环获取历史价格,因为我的帐户限制为每分钟 100 个请求,因此我将其划分为 S&P 505 的 8 个多个会话。然后每 70 只股票重新登录。我可以在 2 分钟内得到总共 505 个。
def error_handler(msg):
print(msg)
def my_callback_handler(msg):
if msg.field in [tt.BID,tt.ASK,tt.LAST]:
# from ib.ext.TickType import TickType as tt
#now we can just store the response in the data frame
all_data.loc[msg.tickerId,tt.getField(msg.field)] = msg.price
# if msg.field == tt.LAST:
# # print('a')
# print(all_data.loc[msg.tickerId,'ticker'],msg.price)
t = time()
max_amount_per_Iter = 70 #max number per iter to save cost
max_Iter = ceil(len(all_data)/max_amount_per_Iter)
for i in range (0,max_Iter):
print('====================for : ',i+1,'==========================')
sleep(1)
tws = ibConnection(clientId=11+i)
tws.register(my_callback_handler, message.tickPrice, message.tickSize)
tws.register(error_handler, 'Error')
tws.connect()
all_dum = all_data.iloc[i*max_amount_per_Iter:min((i+1)*max_amount_per_Iter,len(all_data)),:]
for index, row in all_dum.iterrows():
c = Contract()
c.m_symbol = row['ticker']
c.m_exchange = row['exchange']
c.m_currency = row['curr']
c.m_secType = row['type']
# the tickerId is just the index in but for some reason it needs str()
tws.reqMktData(str(index),c,'',False)
sleep(0.2)
sleep(2)
print('=========End round : ',i+1,'with time :',time() - t,'==============')
tws.disconnect()