For all

this api can work for option&digital&Forex&Stock&Commodities&Crypto&ETFs

Check Asset if open or not

be careful get_all_open_time() is very heavy for network.

get_all_open_time() return the DICT

"cfd" is include Stock,Commodities,ETFs asset

DICT["forex"/"cfd"/"crypto"/"digital"/"turbo"/"binary"][asset name]["open"]

it will return True/False

from iqoptionapi.stable_api import IQ_Option
import logging
import random
logging.basicConfig(level=logging.DEBUG,format='%(asctime)s %(message)s')
Iq=IQ_Option("email","password")
Iq.connect()#connect to iqoption
ALL_Asset=Iq.get_all_open_time()
#check if open or not
print(ALL_Asset["forex"]["EURUSD"]["open"])
print(ALL_Asset["cfd"]["FACEBOOK"]["open"])#Stock,Commodities,ETFs
print(ALL_Asset["crypto"]["BTCUSD-L"]["open"])
print(ALL_Asset["digital"]["EURUSD-OTC"]["open"])

#Binary have two diffenence type:"turbo","binary"
print(ALL_Asset["turbo"]["EURUSD-OTC"]["open"])
print(ALL_Asset["binary"]["EURUSD-OTC"]["open"])


#!!!! exception ""
print(ALL_Asset["binary"]["not exist asset"]["open"])#it will return "{}" a None of the dict

#!!!!print all!!!!
for type_name, data in ALL_Asset.items():
    for Asset,value in data.items():
        print(type_name,Asset,value["open"])

View all ACTIVES Name

print(Iq.get_all_ACTIVES_OPCODE())

update ACTIVES OPCODE

Iq.update_ACTIVES_OPCODE()

get_async_order()

from iqoptionapi.stable_api import IQ_Option
import logging
import time
#logging.basicConfig(level=logging.DEBUG,format='%(asctime)s %(message)s')
Iq=IQ_Option("email","password")
Iq.connect()#connect to iqoption
ACTIVES="EURUSD"
duration=1#minute 1 or 5
amount=1
action="call"#put

print("__For_Binary_Option__")
_,id=Iq.buy(amount,ACTIVES,action,duration)
while Iq.get_async_order(id)==None:
    pass
print(Iq.get_async_order(id))
print("\n\n")

print("__For_Digital_Option__spot")
_,id=Iq.buy_digital_spot(ACTIVES,amount,action,duration)
while Iq.get_async_order(id)==None:
    pass
order_data=Iq.get_async_order(id)
print(Iq.get_async_order(id))
print("\n\n")

print("__For_Forex_Stock_Commodities_Crypto_ETFs")
instrument_type="crypto"
instrument_id="BTCUSD"
side="buy"
amount=1.23
leverage=3
type="market"
limit_price=None
stop_price=None
stop_lose_kind="percent"
stop_lose_value=95
take_profit_kind=None
take_profit_value=None
use_trail_stop=True
auto_margin_call=False
use_token_for_commission=False
check,id=Iq.buy_order(instrument_type=instrument_type, instrument_id=instrument_id,
            side=side, amount=amount,leverage=leverage,
            type=type,limit_price=limit_price, stop_price=stop_price,
            stop_lose_value=stop_lose_value, stop_lose_kind=stop_lose_kind,
            take_profit_value=take_profit_value, take_profit_kind=take_profit_kind,
            use_trail_stop=use_trail_stop, auto_margin_call=auto_margin_call,
            use_token_for_commission=use_token_for_commission)
while Iq.get_async_order(id)==None:
    pass
order_data=Iq.get_async_order(id)
print(Iq.get_async_order(id))

get_commission_change()

instrument_type: "binary-option"/"turbo-option"/"digital-option"/"crypto"/"forex"/"cfd"

Iq.subscribe_commission_changed(instrument_type) Iq.get_commission_change(instrument_type) Iq.unsubscribe_commission_changed(instrument_type)

Sample code

import time
from iqoptionapi.stable_api import IQ_Option
Iq=IQ_Option("email","password")
Iq.connect()#connect to iqoption
#instrument_type: "binary-option"/"turbo-option"/"digital-option"/"crypto"/"forex"/"cfd"
instrument_type=["binary-option","turbo-option","digital-option","crypto","forex","cfd"]
for ins in instrument_type:
    Iq.subscribe_commission_changed(ins)
print("Start stream please wait profit change...")
while True:
    for ins in instrument_type:
        commissio_data=Iq.get_commission_change(ins)
        if commissio_data!={}:
            for active_name in commissio_data:
                if commissio_data[active_name]!={}:
                    the_min_timestamp=min(commissio_data[active_name].keys())
                    commissio=commissio_data[active_name][the_min_timestamp]
                    profit=(100-commissio)/100
                    print("instrument_type: "+str(ins)+" active_name: "+str(active_name)+" profit change to: "+str(profit))
                    #Data have been update so need del
                    del Iq.get_commission_change(ins)[active_name][the_min_timestamp]
    time.sleep(1)

Get top_assets_updated

smaple

instrument_type="binary-option"/"digital-option"/"forex"/"cfd"/"crypto"

from iqoptionapi.stable_api import IQ_Option
import logging
import time
#logging.basicConfig(level=logging.DEBUG,format='%(asctime)s %(message)s')
Iq=IQ_Option("email","password")
Iq.connect()#connect to iqoption
instrument_type="digital-option"#"binary-option"/"digital-option"/"forex"/"cfd"/"crypto"
Iq.subscribe_top_assets_updated(instrument_type)

print("__Please_wait_for_sec__")
while True:
    if Iq.get_top_assets_updated(instrument_type)!=None:
        print(Iq.get_top_assets_updated(instrument_type))
        print("\n\n")
    time.sleep(1)
Iq.unsubscribe_top_assets_updated(instrument_type)

subscribe_top_assets_updated()

instrument_type="digital-option"#"binary-option"/"digital-option"/"forex"/"cfd"/"crypto"
Iq.subscribe_top_assets_updated(instrument_type)

get_top_assets_updated()

need call get_top_assets_updated() after subscribe_top_assets_updated()

Iq.get_top_assets_updated(instrument_type)

unsubscribe_top_assets_updated()

if you not using please close stram for safe network

Iq.unsubscribe_top_assets_updated(instrument_type)

get sort by popularity

sample

from iqoptionapi.stable_api import IQ_Option
import logging
import time
import operator

#logging.basicConfig(level=logging.DEBUG,format='%(asctime)s %(message)s')
def opcode_to_name(opcode_data,opcode):
    return list(opcode_data.keys())[list(opcode_data.values()).index(opcode)]

Iq=IQ_Option("email","password")
Iq.connect()#connect to iqoption
Iq.update_ACTIVES_OPCODE()
opcode_data=Iq.get_all_ACTIVES_OPCODE()

instrument_type="digital-option"#"binary-option"/"digital-option"/"forex"/"cfd"/"crypto"
Iq.subscribe_top_assets_updated(instrument_type)


print("__Please_wait_for_sec__")
while True:
    if Iq.get_top_assets_updated(instrument_type)!=None:
        break

top_assets=Iq.get_top_assets_updated(instrument_type)
popularity={}
for asset in top_assets:
    opcode=asset["active_id"]
    popularity_value=asset["popularity"]["value"]
    try:
        name=opcode_to_name(opcode_data,opcode)
        popularity[name]=popularity_value
    except:
        pass


sorted_popularity = sorted(popularity.items(), key=operator.itemgetter(1))
print("__Popularity_min_to_max__")
for lis in sorted_popularity:
    print(lis)

Iq.unsubscribe_top_assets_updated(instrument_type)

get_leader_board

Get leader board data

from iqoptionapi.stable_api import IQ_Option
Iq=IQ_Option(email,password)
Iq.connect()#connect to iqoption

country="TW"
from_position=1
to_position=1
near_traders_count=0

print(Iq.get_leader_board(country,from_position,to_position,near_traders_count))

Country

ID = {"Worldwide":0, "AF": 1, "AL": 2, "DZ": 3, "AD": 5, "AO": 6, "AI": 7, "AG": 9, "AR": 10, "AM": 11, "AW": 12, "AT": 14, "AZ": 15, "BS": 16, "BH": 17, "BD": 18, "BB": 19, "BY": 20, "BZ": 22, "BJ": 23, "BM": 24, "BO": 26, "BA": 27, "BW": 28, "BV": 29, "BR": 30, "BN": 31, "BG": 32, "BF": 33, "BI": 34, "KH": 35, "CM": 36, "CV": 38, "KY": 39, "TD": 41, "CL": 42, "CN": 43, "CC": 45, "CO": 46, "KM": 47, "CG": 48, "CK": 49, "CR": 50, "CI": 51, "HR": 52, "CU": 53, "CY": 54, "CZ": 55, "DK": 56, "DJ": 57, "DM": 58, "DO": 59, "TL": 60, "EC": 61, "EG": 62, "SV": 63, "EE": 66, "ET": 67, "FO": 69, "FJ": 70, "FI": 71, "FR": 72, "GF": 73, "PF": 74, "GA": 75, "GM": 76, "GE": 77, "DE": 78, "GH": 79, "GR": 81, "GD": 83, "GP": 84, "GT": 86, "GN": 87, "GY": 88, "HT": 89, "HN": 90, "HK": 91, "HU": 92, "IS": 93, "ID": 94, "IQ": 95, "IE": 96, "IT": 97, "JM": 98, "JO": 100, "KZ": 101, "KE": 102, "KI": 103, "KW": 104, "KG": 105, "LA": 106, "LV": 107, "LB": 108, "LS": 109, "LR": 110, "LY": 111, "LT": 113, "LU": 114, "MO": 115, "MK": 116, "MG": 117, "MW": 118, "MY": 119, "MV": 120, "ML": 121, "MT": 122, "MQ": 124, "MR": 125, "MU": 126, "MX": 128, "FM": 129, "MD": 130, "MC": 131, "MN": 132, "MA": 134, "MZ": 135, "MM": 136, "NA": 137, "NP": 139, "NL": 140, "AN": 141, "NC": 142, "NZ": 143, "NI": 144, "NE": 145, "NG": 146, "NO": 149, "OM": 150, "PK": 151, "PW": 152, "PA": 153, "PG": 154, "PY": 155, "PE": 156, "PH": 157, "PL": 159, "PT": 160, "QA": 162, "RE": 163, "RO": 164, "RW": 166, "KN": 167, "LC": 168, "SA": 171, "SN": 172, "SC": 173, "SG": 175, "SK": 176, "SI": 177, "SO": 179, "ZA": 180, "KR": 181, "ES": 182, "LK": 183, "SH": 184, "SR": 186, "SZ": 187, "SE": 188, "CH": 189, "TW": 191, "TJ": 192, "TZ": 193, "TH": 194, "TG": 195, "TT": 198, "TN": 199, "TR": 200, "TM": 201, "UG": 203, "UA": 204, "AE": 205, "GB": 206, "UY": 207, "UZ": 208, "VE": 211, "VN": 212, "VG": 213, "YE": 216, "ZM": 218, "ZW": 219, "RS": 220, "ME": 221, "IN": 225, "TC": 234, "CD": 235, "GG": 236, "IM": 237, "JE": 239, "CW": 246, }

login with 2 factor auth

from iqoptionapi.stable_api import IQ_Option

print("Connecting...")
api = IQ_Option("email", "password")
status, reason = api.connect()
print('##### First try #####')
print('Status:', status)
print('Reason:', reason)
print("Email:", api.email)

if reason == "2FA":
    print('##### 2FA Enabled #####')
    print("An sms was sent with auth code to your number")

    code_sms = input("Enter 2FA code: ")
    status, reason = api.connect_2fa(code_sms)

    print('##### second try #####')
    print('Status:', status)
    print('Reason:', reason)
    print("Email:", api.email)

print("Balance:", api.get_balance())
print("##############################")