options-automation/trades_table.py

79 lines
2.7 KiB
Python

from pandas import DataFrame
from database.trades import get_leg, get_spread, trade, upsert
from database.trades.action import Action
from database.trades.option_type import OptionType
from ibkr import option_type as IBKROptionType
from ibkr.option_order import OptionOrder
from iron_condor_trade import IronCondorTrade
def translate_action(action_string: str) -> Action:
for action in Action:
if action_string == action.value:
return action
def translate_option_type(option_type_string: str) -> OptionType:
if option_type_string == IBKROptionType.CALL:
return OptionType.CALL
else:
return OptionType.PUT
def spread(spread_order: OptionOrder) -> dict:
near_leg = spread_order.legs[0]
far_leg = spread_order.legs[1]
return get_spread(
near_leg = get_leg(
action = translate_action(near_leg.action),
strike = near_leg.strike,
option_type = translate_option_type(near_leg.option_type)
),
far_leg = get_leg(
action = translate_action(far_leg.action),
strike = far_leg.strike,
option_type = translate_option_type(far_leg.option_type)
),
open_price = spread_order.fill_price,
entry_slippage = round(spread_order.mid_price - spread_order.fill_price, 3)
)
def insert_trade(iron_condor: IronCondorTrade, call_spread_order: OptionOrder, put_spread_order: OptionOrder):
upsert(
DataFrame([{
'Date': iron_condor.entry_time.date(),
'Symbol': iron_condor.symbol,
'Strategy': iron_condor.strategy,
'Entry Time': iron_condor.entry_time,
'Exit Time': None, # Required.
'Spreads': [spread(call_spread_order), spread(put_spread_order)],
'Profit': None # Required.
}])
)
def update_on_stop_loss(iron_condor: IronCondorTrade, option_type: str, close_price: float, exit_slippage: float):
date = iron_condor.entry_time.date()
trade_record = trade(
date = date,
symbol = iron_condor.symbol,
strategy = iron_condor.strategy,
entry_time = iron_condor.entry_time
)
spreads = trade_record['Spreads'].iloc[0]
spread_index = 0 if option_type == 'C' else 1 # 'C' for call spread, 'P' for put spread.
spreads[spread_index]['Close'] = close_price
spreads[spread_index]['Exit Slippage'] = exit_slippage
upsert(
DataFrame([{
'Date': date,
'Symbol': iron_condor.symbol,
'Strategy': iron_condor.strategy,
'Entry Time': iron_condor.entry_time,
'Exit Time': None,
'Spreads': spreads,
'Profit': None # To be updated end of day.
}])
)