Bybit API ema cross

import pandas as pd
import datetime
import requests
import time
import calendar
from pybit import HTTP
from datetime import datetime, timedelta, timezone

from requests.api import post

apiKey = ''
apiSecret=""
#symbol to be traded
symbol="XRPUSDT"

query_kilne="https://api.bybit.com/public/linear/kline?symbol=" # USDT
# query_kilne="https://api.bybit.com/v2/public/kline/list?symbol=" # USD
latest_infoSymbol="https://api.bybit.com/v2/public/tickers?symbol="

#candle in minutes
tick_interval="1"

#quantity to be traded in USDT
qty1 = 3

opt=0
while True:
    bybitticker=symbol

    now = datetime.utcnow()
    unixtime = calendar.timegm(now.utctimetuple())
    since = unixtime

    start=str(since-60*60*int(tick_interval))
    url = query_kilne+bybitticker+'&interval="+tick_interval+"&from='+str(start)
    data = requests.get(url).json()
    D = pd.DataFrame(data('result'))

    marketprice = latest_infoSymbol + symbol
    res = requests.get(marketprice)
    data = res.json()
    lastprice = float(data('result')(0)('last_price'))

    price = lastprice
    df = D('close')

    ma9 = df.rolling(window=9).mean()
    ma26 = df.rolling(window=26).mean()

    test1=ma9.iloc(-2)-ma26.iloc(-2)
    test2=ma9.iloc(-1)-ma26.iloc(-1)

    session = HTTP(
        endpoint="https://api.bybit.com/",
        api_key=apiKey,
        api_secret = apiSecret)

    positionsize=session.my_position(symbol=symbol)('result')(0)('size')
    if session.my_position(symbol=symbol)('result')(0)('side')=='Sell':
        positionsize=positionsize*-1
        
        lastprice = float(session.latest_information_for_symbol(symbol=symbol)('result')(0)('last_price'))
    call="None"
    try:
        if test1>0 and test2<0:
            if positionsize>0:
                print('skip')
                time.sleep(2)
                continue
            call="Dead Cross"
            qty = qty1
            if positionsize<0:
                qty=qty1+abs(positionsize)

            if opt == 0:
                opt = 1

                print(session.place_active_order(
                    symbol=bybitticker,
                    side="Buy",
                    order_type="Market",
                    qty=qty1,
                    time_in_force="GoodTillCancel",
                    reduce_only=False,
                    close_on_trigger=False
                ))

                print(session.place_active_order(
                    symbol=bybitticker,
                    side="Buy",
                    order_type="Market",
                    qty=qty1,
                    time_in_force="GoodTillCancel",
                    reduce_only=True,
                    close_on_trigger=False
                ))

        if test1<0 and test2>0:
            if positionsize<0:
                print('skip')
                time.sleep(2)
                continue
            call="Golden Cross"
            qty=qty1

            if positionsize>0:
                qty=qty1+abs(positionsize)
            if opt == 1:
                opt = 0
                print(session.place_active_order(
                        symbol=bybitticker,
                        side="Sell",
                        order_type="Market",
                        qty=qty1,
                        time_in_force="GoodTillCancel",
                        reduce_only=True,
                        close_on_trigger=False
                    ))

                print(session.place_active_order(
                        symbol=bybitticker,
                        side="Sell",
                        order_type="Market",
                        qty=qty1,
                        time_in_force="GoodTillCancel",
                        reduce_only=False,
                        close_on_trigger=False
                    ))


    except:
        pass

    print('Name: ', bybitticker)
    print('Date: ', now)
    print('price: ', lastprice)
    print('MA 9: ', round(ma9.iloc(-1),2))
    print('MA 26: ', round(ma26.iloc(-1),2))
    print('Golden Cross/Dead Cross: ', call)
    print('opt: ', opt)
    print('')

    time.sleep(2)