self.logger.info("UPWARDS BREAKOUT %s" % ohlc.mdiId)
# let's also pull up the breakout point
self.upperBoundaries[
ohlc.mdiId] = ohlc.close + self.currentPriceRanges[
ohlc.mdiId]
self.xmpp.outgoingQueue.put(
[self.targetjid, ohlc.mdiId + ' UPWARDS BREAKOUT'])
if ohlc.close < lowerBoundary:
self.logger.info("DOWNWARDS BREAKOUT %s" % ohlc.mdiId)
# let's pull it down ...
self.lowerBoundaries[
ohlc.mdiId] = ohlc.close - self.currentPriceRanges[
ohlc.mdiId]
self.xmpp.outgoingQueue.put(
[self.targetjid, ohlc.mdiId + ' DOWNWARDS BREAKOUT'])
return
############### MAIN CODE START
# let's create the listener.
logging.basicConfig(level=logging.INFO,
format='%(asctime)-15s %(name)s| %(message)s')
brokeraqUid = 'XXXX'
brokeraqPwd = 'XXXX'
listener = MyListener()
aqsPrice = AqSocket(listener)
aqsPrice.host = '78.47.96.150'
aqsPrice.connect()
if lastEma20Val > lastEma50Val:
self.currentDirections[ohlc.mdiId] = 'LONG'
else:
self.currentDirections[ohlc.mdiId] = 'SHORT'
if self.crossing(ewma20, ewma50) > 0:
# let's trigger some action ...
self.xmpp.outgoingQueue.put([self.targetjid, 'LONG ' + ohlc.mdiId])
return
if self.crossing(ewma20, ewma50) < 0:
# let's trigger some action ...
self.xmpp.outgoingQueue.put(
[self.targetjid, 'SHORT ' + ohlc.mdiId])
return
return
############### MAIN CODE START
# let's create the listener.
brokeraqUid = 'XXXX'
brokeraqPwd = 'XXXX'
# let's set up basic logging.
logging.basicConfig(level=logging.INFO,
format='%(asctime)-15s %(name)s| %(message)s')
listener = CrossOverMonitor()
aqsPrice = AqSocket(listener)
listener.setAqsPrice(aqsPrice)
aqsPrice.connect()
percDistUp = (upperBoundary / ohlc.close - 1.0) * 100.0
percDistDown = (lowerBoundary / ohlc.close - 1.0) * 100.0
print datetime.datetime.now(), "\t", ohlc.mdiId, '\tClose:', ohlc.close, '\tUpper boundary:', upperBoundary, '(', percDistUp, ')\tLower boundary:', lowerBoundary, '(', percDistDown, ')'
if ohlc.close > upperBoundary:
self.logger.info("UPWARDS BREAKOUT %s" % ohlc.mdiId)
# let's also pull up the breakout point
self.upperBoundaries[ohlc.mdiId] = ohlc.close + self.currentPriceRanges[ohlc.mdiId]
self.xmpp.outgoingQueue.put([self.targetjid, ohlc.mdiId + ' UPWARDS BREAKOUT'])
if ohlc.close < lowerBoundary:
self.logger.info("DOWNWARDS BREAKOUT %s" % ohlc.mdiId)
# let's pull it down ...
self.lowerBoundaries[ohlc.mdiId] = ohlc.close - self.currentPriceRanges[ohlc.mdiId]
self.xmpp.outgoingQueue.put([self.targetjid, ohlc.mdiId + ' DOWNWARDS BREAKOUT'])
return
############### MAIN CODE START
# let's create the listener.
logging.basicConfig(level=logging.INFO, format='%(asctime)-15s %(name)s| %(message)s')
brokeraqUid = 'XXXX'
brokeraqPwd = 'XXXX'
listener = MyListener()
aqsPrice = AqSocket(listener)
aqsPrice.host = '78.47.96.150'
aqsPrice.connect()
else:
self.currentDirections[ohlc.mdiId] = 'SHORT'
if self.crossing(ewma20, ewma50) > 0:
# let's trigger some action ...
self.xmpp.outgoingQueue.put([self.targetjid, 'LONG ' + ohlc.mdiId])
return
if self.crossing(ewma20, ewma50) < 0:
# let's trigger some action ...
self.xmpp.outgoingQueue.put([self.targetjid, 'SHORT ' + ohlc.mdiId])
return
return
############### MAIN CODE START
# let's create the listener.
brokeraqUid = 'XXXX'
brokeraqPwd = 'XXXX'
# let's set up basic logging.
logging.basicConfig(level=logging.INFO, format='%(asctime)-15s %(name)s| %(message)s')
listener = CrossOverMonitor()
aqsPrice = AqSocket(listener)
listener.setAqsPrice(aqsPrice)
aqsPrice.connect()