Exemple #1
0
    def from_bittrex(cls, json_document):
        """
        {u'OrderUuid': u'262a63f5-b901-4efb-b0fb-b6f2f6d203ea',
        u'QuantityRemaining': 8500.0,
        u'IsConditional': False,
        u'ImmediateOrCancel': False,
        u'Uuid': None,
        u'Exchange': u'BTC-GRS',
        u'OrderType': u'LIMIT_BUY',
        u'Price': 0.0,
        u'CommissionPaid': 0.0,
        u'Opened': u'2017-12-26T20:22:41.07',
        u'Limit': 8.969e-05,
        u'Closed': None,
        u'ConditionTarget': None,
        u'CancelInitiated': False,
        u'PricePerUnit': None,
        u'Condition': u'NONE',
        u'Quantity': 8500.0}
        """

        pair_id = get_currency_pair_from_bittrex(json_document["Exchange"])
        if pair_id is None:
            msg = "Trade.from_bittrex - unsupported pair_name - {n}".format(
                n=json_document["Exchange"])
            print_to_console(msg, LOG_ALL_ERRORS)
            log_to_file(msg, "error.log")
            return None

        try:
            timest = parse_time(json_document["Opened"],
                                '%Y-%m-%dT%H:%M:%S.%f')
        except:
            timest = parse_time(json_document["Opened"], '%Y-%m-%dT%H:%M:%S')

        price = json_document["Limit"]
        volume = Decimal(json_document["Quantity"])
        trade_type = DEAL_TYPE.BUY
        if "SELL" in json_document["OrderType"]:
            trade_type = DEAL_TYPE.SELL
        trade_id = json_document["OrderUuid"]
        executed_volume = volume - Decimal(json_document["QuantityRemaining"])

        return Trade(trade_type,
                     EXCHANGE.BITTREX,
                     pair_id,
                     price,
                     volume,
                     timest,
                     timest,
                     execute_time=timest,
                     order_id=trade_id,
                     executed_volume=executed_volume)
Exemple #2
0
def main(c):
    parser = OptionParser()
    parser.set_usage(__name__.replace(".", " ") + " [OPTIONS]")
    parser.add_option(
        "-t",
        "--type",
        dest="type",
        help=
        "type of the rule (when - exec after some time and delete, each - execute each time)"
    )
    parser.add_option("-T",
                      "--time",
                      dest="time",
                      help="time: format: *s/m/h/d")
    parser.add_option(
        "-a",
        "--action-type",
        dest="action",
        help="the action type of rule (now available only HC_CONSOLE)")
    parser.add_option(
        "-A",
        "--action-value",
        dest="action_value",
        help=
        "the value of action (USE /s instead of spaces) (in case of action type 'HC_CONSOLE' it's command to execute in console)"
    )
    parser.add_option(
        "-#",
        "--id",
        dest="id",
        help=
        "use specific id (not required because it will be generated automatically if not defined)"
    )
    parser.add_option("-?",
                      "--?",
                      default=None,
                      action="callback",
                      callback=help,
                      help="show this help message")

    o, a = parser.parse_args(c.split())
    o = o.__dict__
    type = o['type']

    if str.isnumeric(o['time']):
        time = int(o['time'])
    else:
        time = parse_time(o['time'])

    a_type = get_action_type(o['action'])
    a_type_val = o['action_value']
    id = o['id']

    a = AutoexecRule(force=True)
    if type == 'each':
        a.time_each = time
    elif type == 'when':
        a.time_when = time
    else:
        raise Exception("Invalid rule type (-t/--type=) each|when")

    if a_type is not None:
        a.action = a_type
    else:
        raise Exception("Invalid action type (-a/--action-type) HC_CONSOLE")

    mgr = AutoexecRulesManager()

    a.action_value = a_type_val.replace("/s", " ")
    if id is not None and str.isnumeric(id):
        a.id = int(id)
    else:
        a.id = len(mgr.get_all_rules())

    print(
        "Creating rule with params: time (each/when)=%s/%s, id=%s, atype=%s, aval=%s"
        % (a.time_each, a.time_when, a.id, a.action, a.action_value))
    mgr.add_rule(a)
Exemple #3
0
        exit(0)

    cfg_file_name = sys.argv[1]

    config = ConfigParser.RawConfigParser()
    config.read(cfg_file_name)

    db_host = config.get("postgres", "db_host")
    db_port = config.get("postgres", "db_port")
    db_name = config.get("postgres", "db_name")

    should_fetch_history_to_db = config.getboolean(
        "profit_report", "fetch_history_from_exchanges")
    fetch_from_start = config.getboolean("profit_report", "fetch_from_start")

    start_time = parse_time(config.get("profit_report", "start_time"),
                            '%Y-%m-%d %H:%M:%S')
    end_time = parse_time(config.get("profit_report", "end_time"),
                          '%Y-%m-%d %H:%M:%S')

    if start_time == end_time or end_time <= start_time:
        print "Wrong time interval provided! {ts0} - {ts1}".format(
            ts0=start_time, ts1=end_time)
        assert False

    pg_conn = init_pg_connection(_db_host=db_host,
                                 _db_port=db_port,
                                 _db_name=db_name)

    key_path = config.get("keys", "path_to_api_keys")
    log_folder = config.get("logging", "logs_folder")
    load_keys(key_path)