
#@STCIssue  Move somewhere else
# from jgtfxcon import JGTPDS as pds




# def place_order(instrument, quantity, order_type, price=None):
#   """
#   Places an order.

#   Args:
#   instrument: The instrument to trade.
#   quantity: The quantity to trade.
#   order_type: The type of the order (e.g., 'market', 'limit').
#   price: The price at which to execute the order (only for limit orders).

#   Returns:
#   The ID of the placed order.
#   """
#   # Implement the logic to place the order here
#   # Return the ID of the placed order
#   pass

# def cancel_order(order_id):
#   """
#   Cancels an order.

#   Args:
#   order_id: The ID of the order to cancel.

#   Returns:
#   A boolean indicating whether the cancellation was successful.
#   """
#   # Implement the logic to cancel the order here
#   # Return whether the cancellation was successful
#   pass

# def get_order_status(order_id):
#   """
#   Gets the status of an order.

#   Args:
#   order_id: The ID of the order.

#   Returns:
#   The status of the order.
#   """
#   # Implement the logic to get the order status here
#   # Return the status of the order
#   pass

# def get_open_orders():
#   """
#   Gets all open orders.

#   Returns:
#   A list of all open orders.
#   """
#   # Implement the logic to get all open orders here
#   # Return the list of open orders
#   pass

# def get_trade_history():
#   """
#   Gets the trade history.

#   Returns:
#   A list of all past trades.
#   """
#   # Implement the logic to get the trade history here
#   # Return the list of past trades
#   pass


# def get_price_plus_minus_ticks(instrument, ticks_multiplier, context_price, direction_side):
#   """
#   Gets the price value plus or minus a defined number of ticks.

#   Args:
#   instrument: The instrument to trade.
#   ticks_multiplier: The number of ticks to add or subtract.
#   context_price: The current price of the instrument.
#   direction_side: The direction side to use ('S' for minus, 'B' for plus).

#   Returns:
#   The price value plus or minus the defined number of ticks.
#   """
#   instrument_properties = pds.get_instrument_properties(instrument)
#   tick_size = instrument_properties.pipsize * ticks_multiplier
#   if direction_side == 'S':
#     price_minus_ticks = context_price - (ticks_multiplier * tick_size)
#     return price_minus_ticks
#   elif direction_side == 'B':
#     price_plus_ticks = context_price + (ticks_multiplier * tick_size)
#     return price_plus_ticks
#   else:
#     raise ValueError("Invalid direction side. Must be 'S' or 'B'.")


