def execute(direction, current_trendExist, APIKey, Secret):
cr = Cryptsy(APIKey, Secret)
method = "singleorderdata"
#orderIds= ""
if (current_trendExist == "newTrend" and direction == "Up"):
action = "Buy"
btcBalance = float(cr.getInfo()['return']['balances_available']['BTC'])
while(btcBalance > .01):
ret = ""
while(ret == ""):
try:
ret = urllib2.urlopen(urllib2.Request('http://pubapi.cryptsy.com/api.php?method=' + method + '&marketid=' + str(marketid)))
except:
continue
topTrade = json.loads(ret.read())['return']['DOGE']['sellorders'][1]
tradePrice = float(topTrade['price'])
amount = min((btcBalance)*.99, float(topTrade['total']))
amount = amount/tradePrice
orderid = cr.createOrder(marketid, "Buy", amount, tradePrice)
#orderIds = orderIds + "-" + orderid
btcBalance = float(cr.getInfo()['return']['balances_available']['BTC'])
pause(5)
if (cr.myOrders(marketid)['return']!=[]):
cr.cancelAllOrders()
pause(10)
print "Cancled Orders: Redoing excecute stage"
execute(direction, current_trendExist, APIKey, Secret)
sendText(action)
else:
action = "Hold"
dogeBalance = float(cr.getInfo()['return']['balances_available']['DOGE'])
while(dogeBalance > 3000):
action = "Sell"
ret = ""
while(ret == ""):
try:
ret = urllib2.urlopen(urllib2.Request('http://pubapi.cryptsy.com/api.php?method=' + method + '&marketid=' + str(marketid)))
except:
continue
topTrade = json.loads(ret.read())['return']['DOGE']['buyorders'][1]
amount = min(dogeBalance*.99, float(topTrade['quantity']))
orderid = cr.createOrder(marketid, "Sell", amount, topTrade['price'])
#orderIds = orderIds + "-" + orderid
dogeBalance = float(cr.getInfo()['return']['balances_available']['DOGE'])
pause(2)
sendText(action)
pause(5)
if (cr.myOrders(marketid)['return']!=[]):
cr.cancelAllOrders()
pause(10)
print "Cancled Orders: Redoing excecute stage"
execute(direction, current_trendExist, APIKey, Secret)
return action #+ ": " + orderIds
"""
if __name__ == '__main__':
config = Helper.Config()
#log = Helper.Log()
#printing = Helper.Printing()
cryptsy = Cryptsy(config.publickey, config.privatekey)
markets = cryptsy.getMarkets()
"""
list = []
for i in markets['return']:
element = []
element.append(int(i['marketid']))
element.append(str(i['label']))
list.append(element)
final = sorted(list, key=itemgetter(0))
for i in final:
#print "%s" % (i[1])
#print "self.pairs['%s'] = self.parser.getboolean('Markets', '%s')" % (i[1], i[1])
print "%i %s" % (i[0], i[1])
"""
info = cryptsy.getInfo()
print info['return']['serverdatetime']
for i in info['return']['balances_available']:
if (float(info['return']['balances_available'][i]) > 0.0):
print "%s balance: %s" % (i, info['return']['balances_available'][i])
# TODO bot trading logic #
class Config(object):
def __init__(self, file='settings.ini'):
self.file = file
self.parser = SafeConfigParser()
self.configAll()
# Method: configAll
# Description: Configure and store all user settings based on settings.ini values
def configAll(self):
self.parser.read(self.file)
# API keys
self.publickey = self.parser.get('API', 'public')
self.privatekey = self.parser.get('API', 'private')
# Check if keys are valid
self.cryptsy = Cryptsy(self.publickey, self.privatekey)
if self.cryptsy.getInfo()['success'] != '1':
raise Exception('Cryptsy key pairs are invalid.')
# Settings
self.configSettings()
# Trading
self.configTrading()
# Signals
self.configSignals()
# Markets
self.configMarkets()
# Method: configSettings
# Description: Configure and store settings only based on settings.ini values
def configSettings(self):
self.parser.read(self.file)
self.showTicker = self.parser.getboolean('Settings', 'showTicker')
self.verbose = self.parser.getboolean('Settings', 'verbose')
self.loopSleep = self.parser.getint('Settings', 'loopSleep')
self.saveGraph = self.parser.getboolean('Settings', 'saveGraph')
self.graphDPI = self.parser.getint('Settings', 'graphDPI')
# Method: configTrading
# Description: Configure and store trading only based on settings.ini values
def configTrading(self):
self.parser.read(self.file)
self.simMode = self.parser.getboolean('Trading','simMode')
self.min_volatility = self.parser.getfloat('Trading', 'min_volatility')
self.volatility_sleep = self.parser.getint('Trading', 'volatility_sleep')
self.longOn = self.parser.get('Trading','longOn')
self.orderType = self.parser.get('Trading','orderType')
self.fokTimeout = self.parser.getint('Trading', 'fokTimeout')
self.fee = self.parser.getfloat('Trading', 'fee')
# Method: configSignals
# Description: Configure and store signals only based on settings.ini values
def configSignals(self):
self.parser.read(self.file)
self.signalType = self.parser.get('Signals','signalType')
if self.signalType == 'single':
self.single = self.parser.get('Signals','single')
elif self.signalType == 'dual':
self.fast = self.parser.getint('Signals','fast')
self.slow = self.parser.getint('Signals','slow')
elif self.signalType == 'ribbon':
self.ribbonStart = self.parser.get('Signals','ribbonStart')
self.numRibbon = self.parser.get('Signals','numRibbon')
self.ribbonSpacing = self.parser.get('Signals','ribbonSpacing')
self.priceBand= self.parser.getboolean('Signals','priceBand')
# Method: configMarkets
# Description: Configure and store markets based on settings.ini values
def configMarkets(self):
self.parser.read(self.file)
self.request= self.cryptsy.getMarkets()
self.markets= {}
# Check to see if there are new or removed markets.
# If not, configure settings.
self.marketsCryptsy = []
for label in self.request['return']:
self.marketsCryptsy.append(str(label['label']).upper())
self.marketsSettings = [x[0].upper() for x in self.parser.items('Markets')]
self.marketDiffC = list(set(self.marketsCryptsy) - set(self.marketsSettings))
self.marketDiffS = list(set(self.marketsSettings) - set(self.marketsCryptsy))
if (len(self.marketDiffC + self.marketDiffS) == 0):
for market in self.marketsCryptsy:
self.markets[market] = self.parser.getboolean('Markets', market)
else:
if (len(self.marketDiffC) > 0):
print "ERROR: New Cryptsy market(s) found. Add %s to settings.ini." % self.marketDiffC
if (len(self.marketDiffS) > 0):
print "ERROR: Cryptsy market(s) removed. Remove %s from settings.ini." % self.marketDiffS
raise Exception("Cryptsy markets sync with settings.ini markets mismatch.")
def execute(direction, current_trendExist, APIKey, Secret):
cr = Cryptsy(APIKey, Secret)
method = "singleorderdata"
#orderIds= ""
if (current_trendExist == "newTrend" and direction == "Up"):
action = "Buy"
btcBalance = float(cr.getInfo()['return']['balances_available']['BTC'])
while (btcBalance > .01):
ret = ""
while (ret == ""):
try:
ret = urllib2.urlopen(
urllib2.Request(
'http://pubapi.cryptsy.com/api.php?method=' +
method + '&marketid=' + str(marketid)))
except:
continue
topTrade = json.loads(
ret.read())['return']['DOGE']['sellorders'][1]
tradePrice = float(topTrade['price'])
amount = min((btcBalance) * .99, float(topTrade['total']))
amount = amount / tradePrice
orderid = cr.createOrder(marketid, "Buy", amount, tradePrice)
#orderIds = orderIds + "-" + orderid
btcBalance = float(
cr.getInfo()['return']['balances_available']['BTC'])
pause(5)
if (cr.myOrders(marketid)['return'] != []):
cr.cancelAllOrders()
pause(10)
print "Cancled Orders: Redoing excecute stage"
execute(direction, current_trendExist, APIKey, Secret)
sendText(action)
else:
action = "Hold"
dogeBalance = float(
cr.getInfo()['return']['balances_available']['DOGE'])
while (dogeBalance > 3000):
action = "Sell"
ret = ""
while (ret == ""):
try:
ret = urllib2.urlopen(
urllib2.Request(
'http://pubapi.cryptsy.com/api.php?method=' +
method + '&marketid=' + str(marketid)))
except:
continue
topTrade = json.loads(ret.read())['return']['DOGE']['buyorders'][1]
amount = min(dogeBalance * .99, float(topTrade['quantity']))
orderid = cr.createOrder(marketid, "Sell", amount,
topTrade['price'])
#orderIds = orderIds + "-" + orderid
dogeBalance = float(
cr.getInfo()['return']['balances_available']['DOGE'])
pause(2)
sendText(action)
pause(5)
if (cr.myOrders(marketid)['return'] != []):
cr.cancelAllOrders()
pause(10)
print "Cancled Orders: Redoing excecute stage"
execute(direction, current_trendExist, APIKey, Secret)
return action #+ ": " + orderIds
"""
if __name__ == '__main__':
config = Helper.Config()
#log = Helper.Log()
#printing = Helper.Printing()
cryptsy = Cryptsy(config.publickey, config.privatekey)
markets = cryptsy.getMarkets()
"""
list = []
for i in markets['return']:
element = []
element.append(int(i['marketid']))
element.append(str(i['label']))
list.append(element)
final = sorted(list, key=itemgetter(0))
for i in final:
#print "%s" % (i[1])
#print "self.pairs['%s'] = self.parser.getboolean('Markets', '%s')" % (i[1], i[1])
print "%i %s" % (i[0], i[1])
"""
info = cryptsy.getInfo()
print info['return']['serverdatetime']
for i in info['return']['balances_available']:
if (float(info['return']['balances_available'][i]) > 0.0):
print "%s balance: %s" % (i,
info['return']['balances_available'][i])
# TODO bot trading logic #
