from sigma import Sigma
depth = raw_input('enter sigma depth (604800 for week, 2592000 for month): ')
engine = Sigma(None, None, pair, db, user, pswd, depth)
engine.invest = float(raw_input('enter invest: '))
engine.startIndent = float(raw_input('enter startIndent: '))
engine.minProfitPercent = float(raw_input('enter minProfitPercent: '))
engine.incInvest = float(raw_input('enter incInvest: '))
while True:
engine.totalIndent = float(raw_input('enter totalIndent or 0 for exit: '))
if engine.totalIndent == 0:
break
cascade = engine.createCascade()
engine.printCascade(cascade)
quit()
pair = 'btc_rur'
sigma = Sigma(None, None, pair)
sigma.invest = 9000.0
sigma.totalIndent = 3.0
sigma.startIndent = 0.5
sigma.minProfitPercent = 1
cascade = sigma.createCascade()
sigma.printCascade(cascade)
# 0 - active, 1 - excuted, 2 - canceled, 3 - canceled but partial executed
key = None secret = None cfgFileName = dirName + '/../conf.cfg' if os.path.isfile(cfgFileName): file = open(cfgFileName, 'r+') config = json.load(file) file.close() if 'db' in config: db = config['db'] if 'user' in config: user = config['user'] if 'pswd' in config: pswd = config['pswd'] sigma = Sigma(key, secret, pair, db, user, pswd) sigma.invest = invest sigma.startIndent = startIndent sigma.totalIndent = totalIndent sigma.minProfitPercent = minProfitPercent sigma.incInvest = incInvest sigma.printCascade(cascade) #print(cascade['investOrders'][-1]) cascade = sigma.incCascade(cascade) sigma.printCascade(cascade) saveCascadeFile(cascadeFileName, cascade)
cascadeStruct = loadCascadeFile(cascadeFileName)
sigma.setParams(cascadeStruct)
else:
cascadeStruct = sigma.createCascade()
setStat(statusFileName, 'waiting')
cascadeStruct, error = sigma.checkOrders(cascadeStruct) #checkOrdersStatus
if error:
print('error with checkOrders in init: {0}'.format(error)) #reportCheckOrdersStatusError()
saveCascadeFile(cascadeFileName, cascadeStruct)
quit()
# ================== check inWork status ================== #
if sigma.inWork(cascadeStruct):
if getStat(statusFileName) <> 'inWork':
sigma.printCascade(cascadeStruct)
setStat(statusFileName, 'inWork')
# ================== check inWork status ================== #
# ================== restart cascade ================== #
if not sigma.inWork(cascadeStruct) and sigma.needRestart(cascadeStruct):
#print('restart for {0}'.format(sigma.lastPrice))
cascadeStruct, error = sigma.cancelOrders(cascadeStruct)
if error:
print('error with cancelOrders in restart cascade: {0}'.format(error)) #reportCancelOrdersError()
saveCascadeFile(cascadeFileName, cascadeStruct)
quit()
# if hasParnet(cascadeStruct): # for reverse
# restoreParent(cascadeStruct)
# quit()
