def __init__(self):
"""The Twitter Elon Musk Doge Tracker constructor"""
super(TwitterElonMuskDogeTracker, self).__init__()
# Init API
self.twitter_api: TwitterApi = TwitterApi()
self.ftx_rest_api: FtxRestApi = FtxRestApi()
# Init local values
self.last_tweet: dict = {"id": None, "text": ""}
self.new_tweet: bool = False
self.first_loop: bool = True
self.last_tweet_doge_oriented_probability: ProbabilityEnum = ProbabilityEnum.NOT_PROBABLE
self.lock: threading.Lock = threading.Lock()
# Init stock acquisition / order decision maker / position driver
self.doge_manager: CryptoPairManager = CryptoPairManager(
"DOGE-PERP", self.ftx_rest_api, self.lock)
self.doge_manager.add_time_frame(15)
self.doge_manager.start_all_time_frame_acq()
self.order_decision_maker: OrderDecisionMaker = OrderDecisionMaker(
self.doge_manager.get_time_frame(15).stock_data_manager)
self.position_driver: PositionDriver = PositionDriver(
self.ftx_rest_api,
self.doge_manager.get_time_frame(15).stock_data_manager, self.lock)
def __init__(self):
"""The Twitter Elon Musk Doge Tracker constructor"""
logging.info("TwitterElonMuskDogeTracker run strategy")
super(TwitterElonMuskDogeTracker, self).__init__()
self.ftx_rest_api: FtxRestApi = FtxRestApi()
# Init local values
self.last_tweet: dict = {"id": None, "text": ""}
self.new_tweet: bool = False
self.first_loop: bool = True
self.last_tweet_doge_oriented_probability: ProbabilityEnum = ProbabilityEnum.NOT_PROBABLE
self.deciding_timeout = DEFAULT_DECIDING_TIMEOUT
self.is_deciding = False
# Init stock acquisition / order decision maker / position driver
self.doge_manager: CryptoPairManager = CryptoPairManager(
"DOGE-PERP", self.ftx_rest_api)
self.doge_manager.add_time_frame(15)
self.doge_manager.start_all_time_frame_acq()
self.order_decision_maker: OrderDecisionMaker = OrderDecisionMaker(
self.doge_manager.get_time_frame(15).stock_data_manager)
self.position_driver: PositionDriver = PositionDriver(
self.ftx_rest_api)
def __init__(self):
"""The listing sniper strategy constructor"""
logging.info("ListingSniper run strategy")
super(ListingSniper, self).__init__()
self._sniped = False
self.ftx_rest_api: FtxRestApi = FtxRestApi()
def __init__(self):
"""The best strategy ever constructor"""
logging.info("BestStrategyEver run strategy")
super(BestStrategyEver, self).__init__()
self.ftx_ws_client: FtxWebsocketClient = FtxWebsocketClient()
self.ftx_ws_client.connect()
self.ftx_rest_api: FtxRestApi = FtxRestApi()
def __init__(self):
"""The demo strategy constructor"""
logging.info("DemoStrategy run strategy")
super(DemoStrategy, self).__init__()
self.ftx_rest_api: FtxRestApi = FtxRestApi()
self.btc_pair_manager: CryptoPairManager = CryptoPairManager(
"BTC-PERP", self.ftx_rest_api)
self.btc_pair_manager.add_time_frame(15)
self.btc_pair_manager.add_time_frame(60)
self.btc_pair_manager.start_all_time_frame_acq()
def __init__(self):
"""The High frequency trading strategy constructor"""
logging.info("HighFrequencyTrading run strategy")
super(TrendFollow, self).__init__()
self.ftx_rest_api: FtxRestApi = FtxRestApi()
self.ftx_ws_client: FtxWebsocketClient = FtxWebsocketClient()
self.ftx_ws_client.connect()
# Init stock acquisition / or / position driver
self.btc_manager: CryptoPairManager = CryptoPairManager(
MARKET, self.ftx_rest_api)
self.btc_manager.add_time_frame(15)
self.btc_manager.start_all_time_frame_acq()
self.position_driver: PositionDriver = PositionDriver(
self.ftx_rest_api, 10)
# Init loop vars
self.current_position_side = SideEnum.BUY
self.last_position_state = PositionStateEnum.NOT_OPENED
def __init__(self):
"""The multi coin abnormal volume tracker strategy constructor"""
logging.info("MultiCoinAbnormalVolumeTracker run strategy")
super(MultiCoinAbnormalVolumeTracker, self).__init__()
# Deactivate stock data log for readability purposes
TimeFrameManager.log_received_stock_data = False
self.ftx_rest_api: FtxRestApi = FtxRestApi()
self.pair_manager_list = {} # { [pair]: pair_manager }
self.total_invested = 0
# Compute all market volume during the last SHORT_MA_VOLUME_DEPTH candles to apply a coefficient on
# VOLUME_CHECK_FACTOR_SIZE accordingly (the more the market is volume is pumping, the more it will be difficult
# to trigger VOLUME_CHECK_FACTOR_SIZE check
self.current_market_volume_indicator = 1
i = 0
for pair_to_track in PAIRS_TO_TRACK:
i += 1
print(
f"Initializing pair {i} of {len(PAIRS_TO_TRACK)}: {pair_to_track}"
)
crypto_pair_manager = CryptoPairManager(pair_to_track,
self.ftx_rest_api)
crypto_pair_manager.add_time_frame(60, False)
crypto_pair_manager.start_all_time_frame_acq()
pair_manager: PairManagerDict = {
"crypto_pair_manager": crypto_pair_manager,
"position_driver": None,
"last_position_driver_state": PositionStateEnum.NOT_OPENED,
"jail_start_timestamp": 0,
"invested": 0
}
self.pair_manager_list[pair_to_track] = pair_manager
time.sleep(TIME_TO_SLEEP_BETWEEN_TIMEFRAME_LAUNCH)