def Main(): exchange = Binance() symbol = "LTCUSDT" df = exchange.getOHLCV(symbol, "1h", 8000) start_time = df['time'][0] end_time = df['time'][len(df)-1] price_min = df['close'].min() price_max = df['close'].max() diff = price_max - price_min level1 = price_max - 0.236 * diff level2 = price_max - 0.382 * diff level3 = price_max - 0.618 * diff lines = [] lines.append(horizontal_line( start_time, end_time, price_max, color="rgba(255, 0, 0, 255)")) lines.append(horizontal_line( start_time, end_time, level1, color="rgba(255, 255, 0, 255)")) lines.append(horizontal_line( start_time, end_time, level2, color="rgba(0, 255, 0, 255)")) lines.append(horizontal_line( start_time, end_time, level3, color="rgba(0, 255, 255, 255)")) lines.append(horizontal_line( start_time, end_time, price_min, color="rgba(0, 0, 255, 255)")) PlotData(df, add_candles=False, plot_shapes=lines, plot_title="fib_levels", show_plot=True)
def Main():
# Initialize exchanges and test
binance = Binance()
symbol = "LTCUSDT"
df = binance.getSymbolKlines(symbol, "5m", limit=1000)
results = backtest(df, symbol, binance, entry_strategy, entry_settings,
exit_settings)
pprint(results)
strategy = entry_strategy.strategy_class(*entry_strategy.args)
signals = [
dict(points=results['buy_times'], name="buy_times"),
dict(points=results['tp_sell_times'], name="tp_sell_times"),
dict(points=results['sl_sell_times'], name="sl_sell_times"),
dict(points=results['tsl_sell_times'], name="tsl_sell_times"),
dict(points=results['tsl_active_times'], name="tsl_active_times"),
dict(points=results['tsl_increase_times'], name="tsl_increase_times")
]
plot_indicators = []
for indicator in strategy.indicators:
plot_indicators.append(
dict(name=indicator['indicator_name'],
title=indicator['indicator_name']))
PlotData(df,
signals=signals,
plot_indicators=plot_indicators,
save_plot=True,
show_plot=True)
class BinanceTests(unittest.TestCase):
############################
#### setup and teardown ####
############################
# executed prior to each test
def setUp(self):
self.exchange = Binance()
self.exchange.addCredentials("invalid_api_key", "invalid_secret_key")
# executed after each test
def tearDown(self):
pass
###############
#### tests ####
###############
def test_AddCredentials(self):
self.assertEqual(self.exchange.has_credentials, True,
"Exchange should have credentials now.")
def test_GetAccountData(self):
acct_data = self.exchange.getAccountData()
assert isinstance(acct_data,
dict), "getAccountData should return a dict"
assert acct_data.__contains__('code'), \
"Response should contain an error since the api-secret key pair \
is invalid."
def test_GetTradingSymbols(self):
trading_symbols = self.exchange.getTradingSymbols()
assert isinstance(trading_symbols,
list), "getTradingSymbols should return a list"
def test_GetSymbolKlines(self):
limit = 1000
timeframe = "1m"
symbol = "BTCUSDT"
df = self.exchange.getSymbolKlines(symbol, timeframe, limit)
assert isinstance(
df, DataFrame), "getSymbolKlines should return a dataframe"
length = len(df) - 1
assert length + 1 == limit, "there should be " + str(limit) \
+ " entries in the dataframe, not "+str(length + 1)
for x in ['open', 'high', 'low', 'close', 'volume', 'time', 'date']:
assert x in df.columns, \
x+" should be a column in the Candlestick dataframe"
for i in range(1, length):
assert (df['close'][i] <= df['high'][i] and \
df['close'][i] >= df['low'][i] and \
df['open'][i] <= df['high'][i] and \
df['open'][i] >= df['low'][i]), \
"high should not be less than close nor open, and " \
+ "low should not be greater than either of them "
def Main():
# Initialize exchanges and test
symbol = "LTCUSDT"
binance = Binance()
sd = binance.SYMBOL_DATAS[symbol]
df = binance.getSymbolKlines(symbol, "15m", limit=10000)
def fitness_function(individual):
pt = round(Decimal(int(individual[4])) / Decimal(1000), 3)
entry_strategy.args = tuple(individual[0:4])
exit_settings.pt = pt
results = backtest(df, symbol, binance, entry_strategy, entry_settings,
exit_settings)
return float(results['total_profit_loss'])
optimiser = StrategyOptimiser(fitness_function=fitness_function,
n_generations=30,
generation_size=50,
n_genes=5,
gene_ranges=[(3, 40), (15, 80), (60, 100),
(0, 40), (1004, 1150)],
mutation_probability=0.3,
gene_mutation_probability=0.5,
n_select_best=15)
best_children = optimiser.run_genetic_algo()
pprint(best_children)
def Main(): exchange = Binance() symbol = 'BNBUSDT' df = exchange.getOHLCV(symbol, '1h', 500) strategy = OTTStrategy(1, 0.1) strategy.setUp(df) signals=[ dict(points=strategy.getBuySignalsList(), name="buy_times"), dict(points=strategy.getSellSignalsList(), name="sell_times")] df['ott'] = df['ott'].shift(2) PlotData(df, plot_indicators=strategy.getIndicators(), signals=signals, show_plot=True, plot_title="OTTStrategy")
def Main():
# Initialize exchanges and test
binance = Binance()
# symbol = "ZILBTC"
# symbol = "XRPBTC"
symbol = "BTCUSDT"
interval = "1m"
df = binance.getOHLCV(symbol, interval, limit=1000)
strategy = entry_strategy.strategy_class(*entry_strategy.args)
strategy.setUp(df)
# pprint(strategy.df)
results = backtest(df, symbol, binance, entry_strategy, entry_settings,
exit_settings)
print("P\L: {}".format(results["total_profit_loss"]))
signals = [
dict(points=results['buy_times'], name="buy_times"),
dict(points=results['tp_sell_times'], name="tp_sell_times"),
dict(points=results['sl_sell_times'], name="sl_sell_times"),
dict(points=results['tsl_sell_times'], name="tsl_sell_times"),
dict(points=results['tsl_active_times'], name="tsl_active_times"),
dict(points=results['tsl_increase_times'], name="tsl_increase_times")
]
plot_indicators = []
for indicator in strategy.indicators:
yaxis = 'y'
if indicator['indicator_name'] == 'rsi':
yaxis = 'y3'
plot_indicators.append(
dict(name=indicator['indicator_name'],
title=indicator['indicator_name'],
yaxis=yaxis))
PlotData(
df,
add_candles=True,
signals=signals,
plot_indicators=plot_indicators,
# plot_title=symbol,
save_plot=True,
plot_title="backtest_" + symbol.lower() + "_" + interval,
show_plot=False
# plot_shapes=lines,
)
def Main():
resetOrdersPairs = False
session = getSession('sqlite:///' + db_name)
exchange = Binance(get_credentials_from_env=True)
# Add all symbols on exchange
# for symbol in exchange.SYMBOL_DATAS.keys():
# if exchange.SYMBOL_DATAS[symbol]["status"] == "TRADING" \
# and exchange.SYMBOL_DATAS[symbol]["quoteAsset"] == "BTC":
# symbols.append(symbol)
# First time you run this, uncomment the next line
#initialize_database(session, symbols)
bot = session.query(Bot).filter_by(name=bot_name).first()
# strategy = AlwaysBuyStrategy()
strategy = BBRSIStrategy(13, 40, 70, 30)
bot_controller = BotController(session, bot, exchange, strategy)
sp = yaspin()
bot_controller.sp = sp
bot_controller.sp_on = True
while True:
try:
bot_controller.executeBot()
except KeyboardInterrupt:
return
bot_controller.sp.start()
left_to_sleep = time_to_sleep
while left_to_sleep > 0:
bot_controller.sp.text = "Waiting for {} more seconds...".format(
left_to_sleep)
time.sleep(1)
left_to_sleep -= 1
def Maine():
exchange = Binance()
symbol = 'BTCUSDT'
df = exchange.getOHLCV(symbol, '1d')
AddIndicator(df, 'sma', 'volma', 'volume', 10)
signal = df.loc[df['volume'] > 2.4 * df['volma']]
s_list = [
dict(name='S/R',
points=[(row['time'],
row['high']) if row['close'] > row['open'] else
(row['time'], row['low'])
for i, row in signal.iterrows()])
]
HA(df, ['open', 'high', 'low', 'close'])
ha_df = df
ha_df['open'] = df['HA_open']
ha_df['high'] = df['HA_high']
ha_df['low'] = df['HA_low']
ha_df['close'] = df['HA_close']
lines = []
last_time = df['time'][len(df) - 1]
for s in s_list[0]['points']:
line = go.layout.Shape(
type="line",
x0=s[0],
y0=s[1],
x1=last_time,
y1=s[1],
)
lines.append(line)
PlotData(
ha_df,
show_plot=True,
signals=s_list,
plot_shapes=lines,
plot_indicators=[dict(name='volma', title="Volume MA", yaxis='y2')])
def Main():
symbol = "LTCUSDT"
print("Init binance...")
binance = Binance()
print("Getting data from binance...")
df = binance.getSymbolKlines(symbol, "15m", limit=10000)
print("Calculating Supertrend...")
supertrend_df = ST(df, 10, 3)
supertrend_df_longer = ST(df, 30, 9)
lower_supertrend = supertrend_df.where(
supertrend_df['supertrend'] < supertrend_df['close'])
upper_supertrend = supertrend_df.where(
supertrend_df['supertrend'] > supertrend_df['close'])
lower_supertrend_longer = supertrend_df_longer.where(
supertrend_df_longer['supertrend'] < supertrend_df_longer['close'])
upper_supertrend_longer = supertrend_df_longer.where(
supertrend_df_longer['supertrend'] > supertrend_df_longer['close'])
df['lower_supertrend'] = lower_supertrend['supertrend']
df['upper_supertrend'] = upper_supertrend['supertrend']
df['lower_supertrend_longer'] = lower_supertrend_longer['supertrend']
df['upper_supertrend_longer'] = upper_supertrend_longer['supertrend']
print("Plotting...")
PlotData(df,
plot_indicators=[
dict(name='lower_supertrend', title="Lower ST",
color='green'),
dict(name='upper_supertrend', title="Upper ST", color='red'),
dict(name='lower_supertrend_longer',
title="Lower ST Longer",
color='green'),
dict(name='upper_supertrend_longer',
title="Upper ST Longer",
color='red')
],
show_plot=True)
def Main():
# Initialize exchanges and test
binance = Binance()
symbol = "LTCBTC"
df = binance.getOHLCV(symbol, "1m", limit=100000)
strategy = entry_strategy.strategy_class(*entry_strategy.args)
strategy.setUp(df)
# pprint(strategy.df)
results = backtest(df, symbol, binance, entry_strategy, entry_settings,
exit_settings)
print("P\L: {}".format(results["total_profit_loss"]))
signals = [
dict(points=results['buy_times'], name="buy_times"),
dict(points=results['tp_sell_times'], name="tp_sell_times"),
dict(points=results['sl_sell_times'], name="sl_sell_times"),
dict(points=results['tsl_sell_times'], name="tsl_sell_times"),
dict(points=results['tsl_active_times'], name="tsl_active_times"),
dict(points=results['tsl_increase_times'], name="tsl_increase_times")
]
plot_indicators = []
for indicator in strategy.indicators:
yaxis = 'y'
if indicator['indicator_name'] == 'rsi':
yaxis = 'y3'
plot_indicators.append(
dict(name=indicator['indicator_name'],
title=indicator['indicator_name'],
yaxis=yaxis))
PlotData(df,
signals=signals,
plot_indicators=plot_indicators,
save_plot=True,
show_plot=True)
def Main():
resetOrdersPairs = False
session = get_session('sqlite:///pyjuquetest1.db')
# First time you run this, uncomment the next line
# initialize_database(session)
if resetOrdersPairs:
clearOrdersFromDB(session)
bot = session.query(Bot).filter_by(name='test_bot_2').first()
# input your path to credentials here.
exchange = Binance(get_credentials_from_env=True)
strategy = AlwaysBuyStrategy()
om = BotController(session, bot, exchange, strategy)
while True:
try:
om.executeBot()
except KeyboardInterrupt:
return
def Main():
symbols = []
resetOrdersPairs = False
session = getSession()
exchange = Binance(get_credentials_from_env=True)
Strategies = BotInitializer.getStrategies()
bot = session.query(Bot).filter_by(name=bot_name).first()
if bot is None:
print('No bot found by name: ' + bot_name + '. Creating...')
if bot_config['symbols'] is None:
print('No symbols found in template. Adding all...')
for symbol in exchange.SYMBOL_DATAS.keys():
if exchange.SYMBOL_DATAS[symbol]["status"] == "TRADING" \
and exchange.SYMBOL_DATAS[symbol]["quoteAsset"] == "BTC":
symbols.append(symbol)
InitializeDatabase(session, symbols, bot_name=bot_name)
# Restart?
Main()
bot_config = BotInitializer.getYamlConfig(bot_name)
if bot_config['symbols'] is not None:
symbols = bot_config['strategy']
strategy = Strategies[bot_config['strategy']['name']](**bot_config['strategy']['params'])
bot_controller = BotController(session, bot, exchange, strategy)
sp = yaspin()
bot_controller.sp = sp
bot_controller.sp_on = True
while True:
try:
bot_controller.executeBot()
except KeyboardInterrupt:
return
bot_controller.sp.start()
left_to_sleep = time_to_sleep
while left_to_sleep > 0:
bot_controller.sp.text = "Waiting for {} more seconds...".format(left_to_sleep)
time.sleep(1)
left_to_sleep -= 1
def Main():
resetOrdersPairs = False
session = getSession('sqlite:///pyjuque_test_3.db')
exchange = Binance()
symbols = []
for symbol in exchange.SYMBOL_DATAS.keys():
if exchange.SYMBOL_DATAS[symbol]["status"] == "TRADING" \
and exchange.SYMBOL_DATAS[symbol]["quoteAsset"] == "BTC":
symbols.append(symbol)
# First time you run this, uncomment the next line
# initialize_database(session, symbols)
if resetOrdersPairs:
clearOrdersFromDB(session)
bot = session.query(Bot).filter_by(name='test_bot_2').first()
# input your path to credentials here.
# strategy = AlwaysBuyStrategy()
strategy = BBRSIStrategy(13, 40, 70, 30)
bot_controller = BotController(session, bot, exchange, strategy)
sp = yaspin()
bot_controller.sp = sp
bot_controller.sp_on = True
while True:
try:
bot_controller.executeBot()
except KeyboardInterrupt:
return
bot_controller.sp.start()
bot_controller.sp.text = "Waiting for {} seconds...".format(
time_to_sleep)
time.sleep(time_to_sleep)
def setUp(self):
self.exchange = Binance()
self.exchange.addCredentials("invalid_api_key", "invalid_secret_key")
import os
import sys
import time
import json
import datetime
import websocket
import threading
from pprint import pprint
from decimal import Decimal, Context
from pyjuque.Exchanges.Binance import Binance
############## GLOBAL VARIABLES ##############
ws = None # Websocket Object
exchange = Binance(
get_credentials_from_env=True) # The exchange
order_book = dict(counter = 0) # The (per-symbol) order book
order_book_lock = threading.Lock() # Order book threading lock
order_book_initialized = dict() # Whether the (per-symbol) local
# order book was initialized
buffered_events = dict(counter = 0) # Buffers events before local
# order book initialization
############## FOR COUNTING ##############
buffered_events_count = 0
unbuffered_events_count = 0
def onOpen(ws):
print('Opened connection')
def onClose(ws):
print('Closed connection')
def setUp(self):
self.exchange = Binance()
self.df_BTCUSD_1k = pd.read_csv('./tests/data/BTCUSD_1m_1k.csv')
self.df_BTCUSD_10k = pd.read_csv('./tests/data/BTCUSD_1m_10k.csv')
self.df_ADABTC_1k = pd.read_csv('./tests/data/ADABTC_1m_1k.csv')
# define bot params
self.bot_name = 'ada_test_bot'
self.bot_id = 1
self.starting_balance = 2
self.current_balance = 3
self.profit_target = 4
self.test_run = True
self.quote_asset = 'BTC'
# define pair params
self.pair_id_ada = 2
self.symbol_ada = 'ADABTC'
self.profit_loss_ada = 5
self.pair_id_eth = 3
self.symbol_eth = 'ETHBTC'
self.profit_loss_eth = 6
# define order params
self.order_1_id = 1
self.order_2_id = 2
self.order_symbol = self.symbol_eth
self.entry_price = 2
self.original_quantity = 3
self.executed_quantity = 4
self.status = 'NEW'
self.is_closed = True
self.side = 'BUY'
self.is_test = True
self.session = get_session()
self.assertEqual(len(self.session.query(Bot).all()), 0)
# Create bot
bot = Bot(
id=self.bot_id,
name=self.bot_name,
quote_asset=self.quote_asset,
starting_balance=self.starting_balance,
current_balance=self.current_balance,
# profit_target=self.profit_target,
test_run=self.test_run,
)
# Create entry and exit settings
entrysets = EntrySettings(
id=1,
name='TimStoploss',
initial_entry_allocation=0.01,
signal_distance=0.2, # in %
)
exitsets = ExitSettings(
id=1,
name='TimLoss',
profit_target=1, # in %
stop_loss_value=10, # in %
exit_on_signal=False)
bot.entry_settings = entrysets
bot.exit_settings = exitsets
# Create ETHBTC pair
ethpair = Pair(
id=self.pair_id_eth,
bot_id=self.bot_id,
symbol=self.symbol_eth,
profit_loss=self.profit_loss_eth,
)
# Create ADABTC pair
adapair = Pair(
id=self.pair_id_ada,
bot_id=self.bot_id,
symbol=self.symbol_ada,
profit_loss=self.profit_loss_ada,
)
# Create ethereum buy order
eth_order = Order(
id=self.order_1_id,
bot_id=self.bot_id,
symbol=self.order_symbol,
entry_price=self.entry_price,
original_quantity=self.original_quantity,
executed_quantity=self.executed_quantity,
status=self.status,
side=self.side,
is_test=self.is_test,
)
eth_order_closed = Order(
id=self.order_2_id,
bot_id=self.bot_id,
symbol=self.order_symbol,
entry_price=self.entry_price,
original_quantity=self.original_quantity,
executed_quantity=self.executed_quantity,
is_closed=self.is_closed,
status=self.status,
side=self.side,
is_test=self.is_test,
)
self.session.add(bot)
self.session.add(adapair)
self.session.add(ethpair)
self.session.add(eth_order)
self.session.add(eth_order_closed)
self.session.commit()
self.bot = self.session.query(Bot).filter_by(
name=self.bot_name).first()
self.strategy = EMAXStrategy(5, 30)
self.om = BotController(bot=self.bot,
session=self.session,
exchange=self.exchange,
strategy=self.strategy)
dict(indicator_function=rsx_momentum_exhaustion,
col_name=['rsx', 'rsx_me_ob', 'rsx_me_os'],
mfi_length=self.mfi_length,
ob_level=self.ob_level,
os_level=self.os_level),
]
def checkLongSignal(self, i):
return self.df['rsx_me_os'][i]
def checkShortSignal(self, i):
return self.df['rsx_me_ob'][i]
if __name__ == '__main__':
exchange = Binance()
df = exchange.getOHLCV(symbol="ETHUSDT", interval="5m", limit=4000)
strategy = CustomIndicatorStrategy()
strategy.setUp(df)
length = len(df['close'])
longs = [(strategy.df['time'][i], strategy.df['close'][i])
for i in range(length) if strategy.checkLongSignal(i)]
shorts = [(strategy.df['time'][i], strategy.df['close'][i])
for i in range(length) if strategy.checkShortSignal(i)]
# These are for plotting
plotting_indicators = [
dict(name="rsx",
def setUp(self):
self.exchange = Binance()
self.df_BTCUSD_1k = pd.read_csv('./tests/data/BTCUSD_1m_1k.csv')
self.df_BTCUSD_10k = pd.read_csv('./tests/data/BTCUSD_1m_10k.csv')
self.df_ADABTC_1k = pd.read_csv('./tests/data/ADABTC_1m_1k.csv')
# define bot params
self.bot_name = 'ada_test_bot'
self.bot_id = 1
self.starting_balance = 2
self.current_balance = 3
self.profit_target = 4
self.test_run = True
self.quote_asset = 'BTC'
# define pair params
self.pair_id_ada = 2
self.symbol_ada = 'ADABTC'
self.profit_loss_ada = 5
self.pair_id_eth = 3
self.symbol_eth = 'ETHBTC'
self.profit_loss_eth = 6
# define order params
self.order_1_id = 1
self.order_2_id = 2
self.order_symbol = self.symbol_eth
self.entry_price = 2
self.original_quantity = 3
self.executed_quantity = 4
self.status = 'NEW'
self.is_closed = True
self.side = 'BUY'
self.is_test = True
self.session = get_session()
self.assertEqual(len(self.session.query(Bot).all()), 0)
# Create bot
bot = Bot(
id=self.bot_id,
name=self.bot_name,
quote_asset=self.quote_asset,
starting_balance=self.starting_balance,
current_balance=self.current_balance,
profit_target=self.profit_target,
test_run=self.test_run,
)
# Create ETHBTC pair
ethpair = Pair(
id=self.pair_id_eth,
bot_id=self.bot_id,
symbol=self.symbol_eth,
profit_loss=self.profit_loss_eth,
)
# Create ADABTC pair
adapair = Pair(
id=self.pair_id_ada,
bot_id=self.bot_id,
symbol=self.symbol_ada,
profit_loss=self.profit_loss_ada,
)
# Create ethereum buy order
eth_order = Order(
id=self.order_1_id,
bot_id=self.bot_id,
symbol=self.order_symbol,
entry_price=self.entry_price,
original_quantity=self.original_quantity,
executed_quantity=self.executed_quantity,
status=self.status,
side=self.side,
is_test=self.is_test,
)
eth_order_closed = Order(
id=self.order_2_id,
bot_id=self.bot_id,
symbol=self.order_symbol,
entry_price=self.entry_price,
original_quantity=self.original_quantity,
executed_quantity=self.executed_quantity,
is_closed=self.is_closed,
status=self.status,
side=self.side,
is_test=self.is_test,
)
self.session.add(bot)
self.session.add(adapair)
self.session.add(ethpair)
self.session.add(eth_order)
self.session.add(eth_order_closed)
self.session.commit()
self.bot = self.session.query(Bot).filter_by(
name=self.bot_name).first()
self.strategy = EMACrossover(5, 30)
self.om = OldOrderManagement(bot=self.bot,
session=self.session,
exchange=self.exchange,
strategy=self.strategy)
dict(indicator_function=rsx_momentum_exhaustion,
col_name=['rsx', 'rsx_me_ob', 'rsx_me_os'],
mfi_length=self.mfi_length,
ob_level=self.ob_level,
os_level=self.os_level),
]
def checkLongSignal(self, i):
return self.df['rsx_me_os'][i]
def checkShortSignal(self, i):
return self.df['rsx_me_ob'][i]
if __name__ == '__main__':
exchange = Binance()
df = exchange.getSymbolKlines(symbol="ETHUSDT", interval="5m", limit=4000)
strategy = CustomIndicatorStrategy()
strategy.setUp(df)
length = len(df['close'])
longs = [(strategy.df['time'][i], strategy.df['close'][i])
for i in range(length) if strategy.checkLongSignal(i)]
shorts = [(strategy.df['time'][i], strategy.df['close'][i])
for i in range(length) if strategy.checkShortSignal(i)]
# These are for plotting
plotting_indicators = [
dict(name="rsx",