def get(self):
Pavg = Graph.get_by_key_name('price')
for i in range(len(Pavg.btc_avg)):
del Pavg.btc_avg[i][0]
for i in range(len(Pavg.ltc_avg)):
del Pavg.ltc_avg[i][0]
Vavg = Graph.get_by_key_name('volume')
for i in range(len(Vavg.btc_avg)):
del Vavg.btc_avg[i][0]
for i in range(len(Vavg.ltc_avg)):
del Vavg.ltc_avg[i][0]
Pavg.put()
Vavg.put()
def get_alt_avg(name):
data = memcache.get(name)
if data is not None:
return {'btc_avg': data.btc_avg,'ltc_avg':data.ltc_avg,'timestamp':data.timestamp,
'btc_hml':data.btc_hml,'ltc_hml':data.ltc_hml}
else:
data = Graph.get_by_key_name(name)
memcache.add(name, data, 60*60*6)
return {'btc_avg': data.btc_avg,'ltc_avg':data.ltc_avg,'timestamp':data.timestamp,
'btc_hml':data.btc_hml,'ltc_hml':data.ltc_hml}
def get(self):
if BTCurrency.get_by_key_name('btcoin') is None:
BTCurrency(key_name = 'btcoin', currency = ['Coinbase','MtGox'],
price = [0.0,0.0], timestamp = datetime.datetime.now()).put()
if AltCurrency.get_by_key_name('alt_btc') is None:
self.generate_data(Currency_Label, 'alt_btc','/BTC')
self.generate_data(Currency_Label_LTC, 'alt_ltc','/LTC')
if Graph.get_by_key_name('price') is None:
self.generate_graph('price')
if Graph.get_by_key_name('volume') is None:
self.generate_graph('volume')
#check if we ened to update the graphs
### TODO CHECK IF THIS WORKS
Pavg = util.adjust_avg_database(Graph.get_by_key_name('price'),Currency_Label,Currency_Label_LTC)
Vavg = util.adjust_avg_database(Graph.get_by_key_name('volume'),Currency_Label,Currency_Label_LTC)
params = {'price':Pavg.btc_avg,
'volume':Vavg.btc_avg,
}
memcache.set(key="counter", value=0)
return self.render_template('about.html', **params)
def get(self):
LtcAlt = util.get_alt_data('alt_ltc')
BtcAlt = util.get_alt_data('alt_btc')
avg = Graph.get_by_key_name('price')
for i,v in enumerate(BtcAlt.price):
avg.btc_avg[i].append(v)
avg.btc_hml[i] = [max(avg.btc_avg[i][-4:]),sum(avg.btc_avg[i][-4:])/4.,min(avg.btc_avg[i][-4:])]
for i,v in enumerate(LtcAlt.price):
avg.ltc_avg[i].append(v)
avg.ltc_hml[i] = [max(avg.ltc_avg[i][-4:]),sum(avg.ltc_avg[i][-4:])/4.,min(avg.ltc_avg[i][-4:])]
avg.timestamp.append(LtcAlt.timestamp)
avg.put()
