tentatives = 1
while Retry:
print("Boucle : " + str(tentatives) + " TIME : " +
strftime("%a, %d %b %Y %H:%M:%S", time.localtime()) + "\n")
Error = False
returnOpenOrders_loop = {}
if time_server.Spike_Sender():
returnOpenOrders_loop = poloniex_server.returnOpenOrders()
if "error" in returnOpenOrders_loop:
print("An error occur during a return Open orders ask")
time_server.Sleep_Time(10)
Error = True
if not Error:
order_server.Order_done(returnOpenOrders_loop)
Order_TO_DO = order_server.New_order_after_done()
returnTicker_loop = {}
if time_server.Spike_Sender():
returnTicker_loop = poloniex_server.returnTicker()
if "error" in returnTicker_loop:
print("An error occur during a return Ticker ask")
time_server.Sleep_Time(10)
Error = True
if not Error:
Order_TO_DO.extend(Orders_to_do_again)
Orders_to_do_again.clear()
Order_TO_DO.sort(key=lambda order: abs(order["rate"] - float(
returnTicker_loop[order_identification[order[
"identification"]]["currencyPair"]]["last"])))
"tradeID": 21029,
"type": "buy"}]}}]
MY_order.Add_New_orders(new_orders)
#MY_order.Order_done([{"orderNumber": 10002}])
#MY_order.Order_done([{"orderNumber": 10003}])
for numero in range(0, 10):
orders = [{"identification": 1, "order": {"orderNumber": numero, "resultingTrades": [{"amount": 10,
"date": "2018-07-19 21:08",
"rate": 0.0023,
"total": 0.023,
"tradeID": 21029,
"type": "buy"}]}}]
MY_order.Add_New_orders(orders)
MY_order.Order_done([])
order_new = [{"identification": 1, "order": {"orderNumber": 20, "resultingTrades": [{"amount": 10,
"date": "2018-07-19 21:08",
"rate": 0.0023,
"total": 0.023,
"tradeID": 21029,
"type": "sell"}]}}]
MY_order.Reset()
MY_order.Add_New_orders(order_new)
MY_order.Order_done([])
next_order = MY_order.New_order_after_done()
print(next_order)
