__author__ = 'xcbtrader'
# -*- coding: utf-8 -*-
# PROGRAMA PARA AUTOTRADER EN BITCOINS UTILIZANDO LAS APIs DE POLONIEX

import urllib
import requests
import json
import time

class Clase_btc:
	BTC_fecha = time.strftime('%d %b %y')
	BTC_hora = time.strftime('%H:%M:%S')
	BTC_last = 0.0
	BTC_high24hr = 0.0
	BTC_percentChange = 0.0
	BTC_low24hr = 0.0
	BTC_highestBid = 0.0
	BTC_lowestAsk = 0.0
	BTC_baseVolume = 0.0
	
	def actualizar_valores(self):
		err = True
		while err:
			try:
				request = 'https://poloniex.com/public?command=returnTicker'
				response = requests.get(request)
				content = response.json()
				err = False
				
				self.BTC_fecha = time.strftime('%d %b %y')
				self.BTC_hora = time.strftime('%H:%M:%S')
				self.BTC_last = content ['USDT_BTC'] ['last']
				self.BTC_high24hr = content ['USDT_BTC'] ['high24hr']
				self.BTC_percentChange = content ['USDT_BTC'] ['percentChange']
				self.BTC_low24hr = content ['USDT_BTC'] ['low24hr']
				self.BTC_highestBid = content ['USDT_BTC'] ['highestBid']
				self.BTC_lowestAsk = content ['USDT_BTC'] ['lowestAsk']
				self.BTC_baseVolume = content ['USDT_BTC'] ['baseVolume']
			except KeyboardInterrupt:
				exit()
			except:
				print ('### ERROR DE CONEXION - ESPERANDO 10 SEGUNDOS ###')
				err = True
				time.sleep(10)

datosBTC = []
btcAct = Clase_btc()
n = 0
lapso = 60
				
while True:
	btcAct.actualizar_valores()
	datosBTC.append(btcAct)
	print ('######################################################')
	print ('  FECHA:      ' + datosBTC[n].BTC_fecha + ' -- ' + datosBTC[n].BTC_hora)
	print ('  LAST:       ' + datosBTC[n].BTC_last)
	print ('  HIGH24HR:   ' + datosBTC[n].BTC_high24hr)
	print ('  MOVIMIENTO: ' + datosBTC[n].BTC_percentChange)
	print ('  LOW24HR:    ' + datosBTC[n].BTC_low24hr)
	print ('  HIGHESTBID: ' + datosBTC[n].BTC_highestBid)
	print ('  LOWESTASK:  ' + datosBTC[n].BTC_lowestAsk)
	print ('  BASEVOLUME: ' + datosBTC[n].BTC_baseVolume)
	print ('######################################################')
	print ('ESPERANDO ' + str(lapso) + ' SEGUNDOS')
	n +=1
	time.sleep(lapso)