cascade = sigma.createCascade() #'sell')
sigma.printCascade(cascade)
quit()
cou = 0
for investOrder in cascade['investOrders']:
investOrder['orderId'] = 666
if cou > len(cascade['investOrders']) / 2:
#cascade['profitOrders'][cou]['orderId'] = 666
#cascade['profitOrders'][cou]['status'] = 1
print('\n {0}'.format(cou))
break
cou += 1
#sigma.reportProfit(cascade)
cascade = sigma.shiftOrders(cascade)
sigma.printCascade(cascade)
quit()
print('\n\rincInvest = 1.0')
cascade = sigma.createCascade()
sigma.printCascade(cascade)
print('\n\rshiftOrders')
cascade = sigma.shiftOrders(cascade)
sigma.printCascade(cascade)
if error:
print('error with cancelOrders in cascade get profit: {0}'.format(error)) #reportCancelOrdersError()
saveCascadeFile(cascadeFileName, cascadeStruct)
quit()
removeCascadeFile(cascadeFileName)
quit()
# if hasParnet(cascadeStruct): # for reverse
# restoreParent(cascadeStruct)
# quit()
# ================== cascade get profit ================== #
# ================== create revers cascade ================== #
if not sigma.inSigma(cascadeStruct):
print('Not in SIGMA')
# cascadeStruct = sigma.createRevers(cascadeStruct)
# saveCascadeFile(cascadeFileName, cascadeStruct)
# quit()
# ================== create revers cascade ================== #
# ================== create order sequence ================== #
cascadeStruct = sigma.shiftOrders(cascadeStruct)
cascadeStruct, error = sigma.createOrders(cascadeStruct)
if error:
print('error with createOrders in create order sequence: {0}'.format(error))
cascadeStruct, error = sigma.moveProfitOrder(cascadeStruct)
if error:
print('error with moveProfitOrder in create order sequence: {0}'.format(error)) #reportMoveProfitOrderError()
# ================== create order sequence ================== #
saveCascadeFile(cascadeFileName, cascadeStruct)