def test_encode_decode_subgrammar(self):
H, G, tr_pcfg = self.H, self.G, self.tr_pcfg
for i in range(10):
Hprime = tr_pcfg.encode_grammar(G)
self.assertEqual(len(Hprime), hny_config.HONEY_VAULT_GRAMMAR_SIZE)
Gprime = tr_pcfg.decode_grammar(Hprime)
self.assertEqual(Gprime, G, "G and Gprime are not equal.\n" \
"G: {}\nGprime: {}\nDifference: o-n = {}, n-o = {}" \
.format(json.dumps(G.G, indent=4), json.dumps(Gprime.G, indent=4),
list(diff(G.G, Gprime.G)), list(diff(Gprime.G, G.G))))
def test_encode_decode_subgrammar(self):
H, G, tr_pcfg = self.H, self.G, self.tr_pcfg
for i in range(10):
Hprime = tr_pcfg.encode_grammar(G)
self.assertEqual(len(Hprime), hny_config.HONEY_VAULT_GRAMMAR_SIZE)
Gprime = tr_pcfg.decode_grammar(Hprime)
self.assertEqual(Gprime, G, "G and Gprime are not equal.\n" \
"G: {}\nGprime: {}\nDifference: o-n = {}, n-o = {}" \
.format(json.dumps(G.G, indent=4), json.dumps(Gprime.G, indent=4),
list(diff(G.G, Gprime.G)), list(diff(Gprime.G, G.G))))
def test_encode_decode_subgrammar(self):
H = random.randints(0, MAX_INT, hny_config.HONEY_VAULT_GRAMMAR_SIZE)
tr_pcfg = pcfg.TrainedGrammar()
G = tr_pcfg.decode_grammar(H)
for i in range(10):
Hprime = tr_pcfg.encode_grammar(G)
Gprime = tr_pcfg.decode_grammar(Hprime)
self.assertEqual(Gprime, G, "G and Gprime are not equal.\n"\
"G: {}\nGprime: {}\Difference: o-n = {}, n-o = {}"\
.format(G.nonterminals(), Gprime.nonterminals(),
diff(G, Gprime), diff(Gprime, G)))
def test_encode_decode_subgrammar(self):
H = random.randints(0, MAX_INT, hny_config.HONEY_VAULT_GRAMMAR_SIZE)
tr_pcfg = pcfg.TrainedGrammar()
G = tr_pcfg.decode_grammar(H)
for i in range(10):
Hprime = tr_pcfg.encode_grammar(G)
Gprime = tr_pcfg.decode_grammar(Hprime)
self.assertEqual(Gprime, G, "G and Gprime are not equal.\n"\
"G: {}\nGprime: {}\Difference: o-n = {}, n-o = {}"\
.format(G.nonterminals(), Gprime.nonterminals(),
diff(G, Gprime), diff(Gprime, G)))
def checkSellOrder(self):
sellOrderState = True
while sellOrderState:
order = self.checkOrder(self.order['symbol'], self.order['sellID'])
if (order['status'] == "FILLED"):
sellOrderState = False
priceDifference = hlp.diff(self.order['buyPrice'],
order['price'])
print('[SOLD] Order ID:', self.order['orderID'], '- Ticker:',
self.order['symbol'], '- Difference:', priceDifference)
hlp.addLog('[SOLD] Order ID:' + self.order['orderID'] +
'- Ticker:' + self.order['symbol'] +
'- Buy price:' + self.order['buyPrice'] +
'- Sell Price:' + order['price'] + '- Difference:' +
priceDifference)
time.sleep(10)
return
def run(self):
sellingState = True
highestPrice = float(self.order['buyPrice'])
self.order['sellID'] = self.sellLimit(self.order['symbol'],
self.order['amount'],
self.maxSellPrice)
while sellingState:
currentPrice = float(self.getBidPrice(self.order['symbol']))
priceDifference = hlp.diff(self.order['buyPrice'], currentPrice)
print(self.order['symbol'], '- Buy price:', self.order['buyPrice'],
'- Current price:', currentPrice, '- Min profit price:',
self.minSellPrice, '- Difference:', priceDifference)
if (currentPrice > float(highestPrice)):
highestPrice = currentPrice
if ((highestPrice * self.trailDeviation) <= currentPrice
and float(self.minSellPrice) <= currentPrice):
# SELL WITH PROFIT YAY :)
self.cancelOrder(self.order['symbol'], self.order['sellID'])
#self.order['sellPrice'] = hlp.formatFloat(currentPrice)
#self.order['sellID'] = self.sellLimit(self.order['symbol'], self.order['amount'], self.order['sellPrice'])
self.order['sellID'] = self.sellMarket(self.order['symbol'],
self.order['amount'])
self.checkSellOrder(self.order['sellID'])
sellingState = False
if (currentPrice <= float(self.stopLossPrice)):
# CANCEL MAX PROFIT ORDER AND THEN SELL FOR STOP LOSS [RIP MONEY] :(
self.cancelOrder(self.order['symbol'], self.order['sellID'])
self.order['sellID'] = self.sellMarket(self.order['symbol'],
self.order['amount'])
self.checkSellOrder(self.order['sellID'])
sellingState = False
time.sleep(2)
def test_diff(self):
A = {'a': 1, 'b': 3}
B = {'a': 2, 'c': 3, 'd': {'4': 5}}
print(list(diff(A, B)))
print(list(diff(B, A)))
def getSpread(self, symbol):
spread = hlp.diff(self.getBidPrice(symbol), self.getAskPrice(symbol))
return float(spread)
def test_diff(self):
A = {'a': 1, 'b': 3}
B = {'a': 2, 'c': 3, 'd':{'4': 5}}
print list(diff(A, B))
print list(diff(B, A))
