Client for LORA Tech's bot services.
Example
A working example script that you can try can be found at https://github.com/asklora/Droid-Client/blob/production/example_usage.py
Client.create_bot(args, **kwargs)
Args:
ticker (str): cRIC code for which stock to create a bot for
spot_date (str): Date for bot creations.
investment_amount (float): Amount of cash the bot can use.
bot_id (str): The type of bot to use (e.g. CLASSIC_classic_025)
Kwargs:
margin (int): Amount of margin the bot is allowed to use. Defaults to 1.
price (float): Price of the stock (any currency). Defaults to None (current price).
fractionals (bool): Whether the bot should use fractional shares. Defaults to False.
Returns:
dict: Parsed bot service response.
{
barrier (int), #
bot_id (str), # This bot's bot type
classic_vol (float), #
created (str), # Date of bot creation
delta (int), #
entry_price (float), # Price of stock when this bot was created
expiry (str), # Date of expiry
fractionals (bool), # Whether this bot is allowed to use fractional shares
margin (int), # Amount of margin this bot is allowed to use
max_loss_amount (float), #
max_loss_pct (float), #
max_loss_price (float), #
option_price (int), #
q (int), #
r (int), #
share_num (float), # Number of shares bought
side (str), #
spot_date (str), # [For internal use]
status (str), # Status of this bot (i.e. active)
strike (int), #
strike_2 (int), #
t (int), #
target_profit_amount (float), #
target_profit_pct (float), #
target_profit_price (float), #
ticker (str), # RIC code
total_bot_share_num (int), # Number of shares held by this bot
v1 (int), #
v2 (int), #
vol (float), #
}
Client.hedge(*args, **kwargs)
Args:
bot_id (str): Type of bot.
ticker (str): RIC code.
current_price (float): Current price (any currency).
entry_price (float): Price when the bot was created.
last_share_num (float): Number of shares currently held by the bot.
last_hedge_delta (float): Number of shares last sold/bought by the bot.
investment_amount (float): Total cash value the bot is allowed to manage.
bot_cash_balance (float): Remaining cash the bot has.
stop_loss_price (float): Stop loss level of the bot.
take_profit_price (float): Take profit level of the bot.
expiry (str): Date when the bot expires.
Kwargs:
strike (Optional[float]): _description_. Defaults to None.
strike_2 (Optional[float]): _description_. Defaults to None.
margin (Optional[int]): Amount of margin the bot can use. Defaults to 1.
fractionals (Optional[bool]): Whether this bot is allowed to use fractional shares. Defaults to False.
option_price (Optional[float]): _description_. Defaults to None.
barrier (Optional[float]): _description_. Defaults to None.
current_low_price (Optional[float]): _description_. Defaults to None.
current_high_price (Optional[float]): _description_. Defaults to None.
ask_price (Optional[float]): _description_. Defaults to None.
bid_price (Optional[float]): _description_. Defaults to None.
trading_day (Optional[str]): _description_. Defaults to datetime.strftime(datetime.now().date(), "%Y-%m-%d ").
Returns:
dict: Parsed bot service response
{
barrier (int), # Take profit
current_price (float), # Current price of stock
delta (int), #
entry_price (float), #
last_hedge_delta (int), #
option_price (int), #
q (int), #
r (int), #
share_change (int), #
share_num (float), #
side (str), #
status (str), #
strike (int), # Target price
strike_2 (int), # For ucdc we have two strikes
t (int), #
total_bot_share_num (int), #
v1 (int), #
v2 (int), #
}
Client.stop(*args, **kwargs)
Args:
bot_id (str): Type of bot.
ticker (str): RIC code.
current_price (float): Current price (any currency).
entry_price (float): Price when the bot was created.
last_share_num (float): Number of shares currently held by the bot.
last_hedge_delta (float): Number of shares last sold/bought by the bot.
investment_amount (float): Total cash value the bot is allowed to manage.
bot_cash_balance (float): Remaining cash the bot has.
stop_loss_price (float): Stop loss level of the bot.
take_profit_price (float): Take profit level of the bot.
expiry (str): Date when the bot expires.
Kwargs:
strike (Optional[float]): _description_. Defaults to None.
strike_2 (Optional[float]): _description_. Defaults to None.
margin (Optional[int]): Amount of margin the bot can use. Defaults to 1.
fractionals (Optional[bool]): Whether this bot is allowed to use fractional shares. Defaults to False.
option_price (Optional[float]): _description_. Defaults to None.
barrier (Optional[float]): _description_. Defaults to None.
current_low_price (Optional[float]): _description_. Defaults to None.
current_high_price (Optional[float]): _description_. Defaults to None.
ask_price (Optional[float]): _description_. Defaults to None.
bid_price (Optional[float]): _description_. Defaults to None.
trading_day (Optional[str]): _description_. Defaults to datetime.strftime(datetime.now().date(), "%Y-%m-%d ").
Returns:
dict: Parsed bot service response
{
barrier (int), # Take profit
current_price (float), # Current price of stock
delta (int), #
entry_price (float), #
last_hedge_delta (int), #
option_price (int), #
q (int), #
r (int), #
share_change (int), #
share_num (float), #
side (str), #
status (str), #
strike (int), # Target price
strike_2 (int), # For ucdc we have two strikes
t (int), #
total_bot_share_num (int), #
v1 (int), #
v2 (int), #
}