def get_no_of_shares(self,
capital: float,
pct_risk_per_trade: float,
volume_limit: float,
price: Series,
slippage: int = None,
is_slip_up: bool = True) -> int:
if not AppConsts.PRICE_COL_OPEN in price.index \
or not AppConsts.CUSTOM_COL_ADV in price.index:
return 0
open_price: float = price.loc[AppConsts.PRICE_COL_OPEN]
if slippage:
if is_slip_up:
open_price = NumberUtils.round(open_price + (
open_price * AppConsts.BASIS_POINT * slippage))
else:
open_price = NumberUtils.round(open_price - (
open_price * AppConsts.BASIS_POINT * slippage))
no_of_shares: int = NumberUtils.to_floor(capital * pct_risk_per_trade /
100 / open_price)
adv: float = price.loc[AppConsts.CUSTOM_COL_ADV] if price.loc[
AppConsts.CUSTOM_COL_ADV] > 0 else price.loc[
AppConsts.PRICE_COL_VOLUME]
max_volume: float = NumberUtils.to_int(adv * volume_limit / 100)
if no_of_shares > max_volume:
LogUtils.warning(
'Capping max_volume adv={0}, no_of_shares={1}, max_volume={2}'.
format(adv, no_of_shares, max_volume))
no_of_shares = max_volume
return no_of_shares
def import_prices(self, limit: int = 100) -> int:
results: Dict = {
'stock_prices': [],
'etf_prices': [],
'missing_symbols': [],
'errors': []
}
try:
symbol_masters: List[SymbolMaster] = self.__stock_service.get_symbols(instrument='', exclude_status=[AppConsts.SYMBOL_STATUS_ARCHIVED])
symbols: List[str] = [s.symbol for s in symbol_masters]
price_set: BarSet = self.__alpaca_client.get_prices(symbols, limit)
if not price_set:
raise NotFoundException('BarSet', 'symbols', '')
for symbol in symbol_masters:
LogUtils.debug('start {0}'.format(symbol.symbol))
prices: Bars = price_set[symbol.symbol]
if not prices:
LogUtils.warning('{0} price not found.'.format(symbol))
results['missing_symbols'].append(symbol.symbol)
continue
for price in prices:
price_date: datetime = price.t.to_pydatetime()
data: tuple = (
symbol.id,
price_date,
NumberUtils.to_float(price.o),
NumberUtils.to_float(price.h),
NumberUtils.to_float(price.l),
NumberUtils.to_float(price.c),
NumberUtils.to_int(price.v),
)
if symbol.instrument == AppConsts.INSTRUMENT_STOCK:
org: StockPriceDaily = self.__stock_service.get_single_stock_price_daily(symbol.id, price_date)
if not org:
results['stock_prices'].append(data)
else:
org: EtfPriceDaily = self.__stock_service.get_single_etf_price_daily(symbol.id, price_date)
if not org:
results['etf_prices'].append(data)
if results['stock_prices']:
BaseService._insert_bulk(StockPriceDaily, results['stock_prices'])
if results['etf_prices']:
BaseService._insert_bulk(EtfPriceDaily, results['etf_prices'])
except NotFoundException as ex:
results['errors'].append(ex)
except Exception as ex:
results['errors'].append(ex)
finally:
self.__email_client.send_html(
subject=AppConsts.EMAIL_SUBJECT_IMPORT_PRICES,
template_path=AppConsts.TEMPLATE_PATH_IMPORT_PRICES,
model=results)
if results['errors']:
for error in results['errors']:
LogUtils.error('Import Price Error', error)
return 1
def get_dict(item: Any) -> Dict:
ret: Dict = {}
if not item:
return ret
for key, val in vars(item).items():
key = key.lstrip('_')
if isinstance(val, int):
ret[key] = NumberUtils.to_int(val)
elif isinstance(val, (Decimal, float)):
ret[key] = NumberUtils.to_float(val)
elif isinstance(val, (bool, np.bool_)):
ret[key] = bool(val)
elif isinstance(val, (datetime.date, datetime.datetime)):
ret[key] = val.isoformat()
elif isinstance(val, list):
ret[key] = ModelUtils.get_dicts(val)
elif isinstance(val, Dict):
ret[key] = val
elif isinstance(val, db.Model):
ret[key] = ModelUtils.get_dict(val)
elif isinstance(val, (BaseResponse, Entity)):
ret[key] = ModelUtils.get_dict(val)
else:
ret[key] = str(val)
return ret
def import_from_csv_yahoo(self) -> str:
BaseService._truncate(EPD)
files: List[str] = FileUtils.get_files(AppConsts.ETF_PRICE_FOLDER,
is_full=True)
for file in files:
symbol: str = FileUtils.get_wo_ext(FileUtils.get_base_name(file))
org_symbol: SM = self.__stock_service.get_symbol(
symbol, AppConsts.INSTRUMENT_ETF)
if not org_symbol:
continue
records: List[Dict] = CsvUtils.parse_as_dict(file)
models: List[Any] = []
for record in records:
models.append((
org_symbol.id,
DateUtils.get_date(record.get(AppConsts.YAHOO_KEY_DATE),
AppConsts.YAHOO_DATE_FORMAT),
NumberUtils.to_float(record.get(AppConsts.YAHOO_KEY_OPEN)),
NumberUtils.to_float(record.get(AppConsts.YAHOO_KEY_HIGH)),
NumberUtils.to_float(record.get(AppConsts.YAHOO_KEY_LOW)),
NumberUtils.to_float(record.get(
AppConsts.YAHOO_KEY_CLOSE)),
NumberUtils.to_int(record.get(AppConsts.YAHOO_KEY_VOLUME)),
))
BaseService._insert_bulk(EPD, models)
return "1"
def set_readonly_props(self) -> None:
if not self._transactions:
return
self._start_capital = self._capital.get(
ModelUtils.get_first_key(self._capital))
self._end_capital = self._capital.get(
ModelUtils.get_last_key(self._capital))
self._hold_length_days_stats = StatUtils.get_descriptive_stats(
[t.hold_length_days for t in self._transactions])
self._change_in_capital_stats = StatUtils.get_descriptive_stats(
[t.change_in_capital for t in self._transactions])
self._has_profit_stats = StatUtils.get_descriptive_stats(
[NumberUtils.to_int(t.has_profit) for t in self._transactions])
self._pct_return = NumberUtils.get_change(self._end_capital,
self._start_capital)
self._best_transactions = [
t for t in sorted(self._transactions,
key=lambda x: x.change_in_capital,
reverse=True) if t.has_profit
][:20]
self._worst_transactions = [
t for t in sorted(self._transactions,
key=lambda x: x.change_in_capital)
if not t.has_profit
][:20]
symbol_grouped: Dict = {}
for t in self._transactions:
if not t.symbol_master.symbol in symbol_grouped:
symbol_grouped[t.symbol_master.symbol]: Dict = {
'symbol_master': t.symbol_master,
'change_in_capital': 0,
'no_of_transactions': 0
}
symbol_grouped[t.symbol_master.
symbol]['change_in_capital'] += t.change_in_capital
symbol_grouped[t.symbol_master.symbol]['no_of_transactions'] += 1
symbol_grouped_list: List[BackTestResultItemPerSymbol] = []
for k, v in symbol_grouped.items():
item: BackTestResultItemPerSymbol = BackTestResultItemPerSymbol()
item.symbol_master = symbol_grouped[k]['symbol_master']
item.change_in_capital = NumberUtils.round(
symbol_grouped[k]['change_in_capital'])
item.no_of_transactions = symbol_grouped[k]['no_of_transactions']
symbol_grouped_list.append(item)
self._best_symbols = [
i for i in sorted(symbol_grouped_list,
key=lambda x: x.change_in_capital,
reverse=True) if i.change_in_capital > 0
][:20]
self._worst_symbols = [
i for i in sorted(symbol_grouped_list,
key=lambda x: x.change_in_capital)
if i.change_in_capital < 0
][:20]
def get_all_suggestions(self) -> int:
error: Exception = None
try:
accnt: Account = self.get_account()
capital: float = NumberUtils.to_floor(
NumberUtils.to_float(accnt._raw['buying_power']) /
2) # 2 to trade everyday
# Double Bottoms
req: TradeSuggestionsRequest = TradeSuggestionsRequest()
req.is_job = True
req.current_capital = capital
req.pct_risk_per_trade = 2.5
req.volume_limit = 0.01
req.test_limit_symbol = 800
req.adv_min = AppConsts.ADV_MIN_DFLT
req.adpv_min = AppConsts.ADPV_MIN_DFLT
req.strategy_type = AppConsts.STRATEGY_DOUBLE_BOTTOMS
req.strategy_request = {}
req.strategy_request['exponential_smoothing_alpha'] = 0.8
req.strategy_request['exponential_smoothing_max_min_diff'] = 0.7
req.strategy_request['double_bottoms_diff'] = 1
LogUtils.debug(StringUtils.to_json(req))
self.get_suggestions(req)
# Double Tops
req: TradeSuggestionsRequest = TradeSuggestionsRequest()
req.is_job = True
req.current_capital = capital
req.pct_risk_per_trade = 2.5
req.volume_limit = 0.01
req.test_limit_symbol = 800
req.adv_min = AppConsts.ADV_MIN_DFLT
req.adpv_min = AppConsts.ADPV_MIN_DFLT
req.strategy_type = AppConsts.STRATEGY_DOUBLE_TOPS
req.strategy_request = {}
req.strategy_request['exponential_smoothing_alpha'] = 0.8
req.strategy_request['exponential_smoothing_max_min_diff'] = 0.7
req.strategy_request['double_tops_diff'] = 1
LogUtils.debug(StringUtils.to_json(req))
self.get_suggestions(req)
except Exception as ex:
error = ex
finally:
self.__email_client.send_html(
subject=AppConsts.EMAIL_SUBJECT_GET_SUGGESTIONS,
template_path=AppConsts.TEMPLATE_PATH_GET_SUGGESTIONS,
model={'errors': [error] if error else []})
if error:
LogUtils.error('Get Suggestions Error', error)
return 1
def import_from_csv_filedates(self) -> str:
file: str = FileUtils.get_file(AppConsts.INCOME_STMT_FILE)
records: List[Dict] = CsvUtils.parse_as_dict(file)
for record in records:
if not self.__is_valid_intrinio_record_for_filedates(record):
continue
symbol: str = record.get(AppConsts.INTRINIO_KEY_INC_STMT_TICKER)
fiscal_period: str = record.get(
AppConsts.INTRINIO_KEY_INC_STMT_FISC_PD)
year: int = NumberUtils.to_int(
record.get(AppConsts.INTRINIO_KEY_INC_STMT_FISC_YR))
quarter: int = self.__get_quarter(fiscal_period)
file_date: date = DateUtils.get_date(
record.get(AppConsts.INTRINIO_KEY_INC_STMT_FILE_DTE),
AppConsts.INTRINIO_FILE_DTE_FMT)
if not file_date or quarter == 4:
continue
org_symbol: SM = self.__stock_service.get_symbol(
symbol, AppConsts.INSTRUMENT_STOCK)
if not org_symbol:
continue
org_fn: FN = self.__stock_service.get_financial(
org_symbol.id, year, quarter)
if not org_fn:
continue
org_fn.file_date = file_date
BaseService._update()
return "1"
def __get_quarter(self, fiscal_period: str) -> int:
if StringUtils.isNullOrWhitespace(fiscal_period):
return None
if fiscal_period.endswith(AppConsts.INTRINIO_PERIOD_SUFFIX_FY):
return 4
return NumberUtils.to_int(
fiscal_period.replace(AppConsts.INTRINIO_PERIOD_PREFIX,
'').replace(
AppConsts.INTRINIO_PERIOD_SUFFIX_TTM,
''))
def append_abz(
self,
prices: DataFrame,
index: Any,
abz_er_period: int,
abz_std_distance: float,
abz_constant_k: float,
target_column: str = AppConsts.PRICE_COL_CLOSE) -> DataFrame:
if not isinstance(prices, DataFrame) \
or not target_column in prices.columns:
return None
if not AppConsts.CUSTOM_COL_ABZ_PERIOD in prices.columns:
prices[AppConsts.CUSTOM_COL_ABZ_PERIOD] = 0
if not AppConsts.CUSTOM_COL_ABZ_MIDDLE in prices.columns:
prices[AppConsts.CUSTOM_COL_ABZ_MIDDLE] = 0
if not AppConsts.CUSTOM_COL_ABZ_STD in prices.columns:
prices[AppConsts.CUSTOM_COL_ABZ_STD] = 0
if not AppConsts.CUSTOM_COL_ABZ_UPPER in prices.columns:
prices[AppConsts.CUSTOM_COL_ABZ_UPPER] = 0
if not AppConsts.CUSTOM_COL_ABZ_LOWER in prices.columns:
prices[AppConsts.CUSTOM_COL_ABZ_LOWER] = 0
direction: Series = prices.loc[index][target_column].diff(
abz_er_period).abs()
volatility: Series = prices.loc[index][target_column].diff().abs(
).rolling(abz_er_period).sum()
er: Series = direction / volatility
periods: Series = er * abz_constant_k
prices[AppConsts.CUSTOM_COL_ABZ_PERIOD].update(periods)
cursor: int = 0
for i, row in prices.loc[index].iterrows():
symbol_id: int = i[0]
curr_date: date = i[1]
period: int = NumberUtils.to_int(
row[AppConsts.CUSTOM_COL_ABZ_PERIOD])
period = period if period > 2 else 2
sma_series: Series = prices.loc[index][target_column].rolling(
period).mean()
std_series: Series = prices.loc[index][target_column].rolling(
period).std()
sma: float = sma_series[symbol_id, curr_date]
std: float = std_series[symbol_id, curr_date]
upper: float = sma + (std * abz_std_distance)
lower: float = sma - (std * abz_std_distance)
prices[AppConsts.CUSTOM_COL_ABZ_MIDDLE].loc[symbol_id,
curr_date] = sma
prices[AppConsts.CUSTOM_COL_ABZ_UPPER].loc[symbol_id,
curr_date] = upper
prices[AppConsts.CUSTOM_COL_ABZ_LOWER].loc[symbol_id,
curr_date] = lower
cursor += 1
return prices
def append_exponential_smoothing_max_min(
self, prices: DataFrame, index: Any,
exponential_smoothing_max_min_diff: float) -> DataFrame:
if not (isinstance(prices, DataFrame)
and AppConsts.PRICE_COL_SYMBOL_ID in prices.index.names
and AppConsts.PRICE_COL_DATE in prices.index.names
and AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_PRICE
in prices.columns
and AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_PRICE_PREV
in prices.columns
and AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_PRICE_NEXT
in prices.columns):
return None
if not AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_MAX in prices.columns:
prices[AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_MAX] = 0
if not AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_MIN in prices.columns:
prices[AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_MIN] = 0
curr_exp_smoothed_maxmin: float = 0.1
for i, row in prices.loc[index].iterrows():
symbol_id: int = i[0]
curr_date: date = i[1]
curr_exp_smoothed_p: float = row[
AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_PRICE]
prev_exp_smoothed_p: float = row[
AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_PRICE_PREV]
next_exp_smoothed_p: float = row[
AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_PRICE_NEXT]
maxmin_diff: float = NumberUtils.get_change(
curr_exp_smoothed_p, curr_exp_smoothed_maxmin)
is_max: bool = (
not np.isnan(prev_exp_smoothed_p)
and not prev_exp_smoothed_p == 0
and not np.isnan(next_exp_smoothed_p)
and not next_exp_smoothed_p == 0 and maxmin_diff is not None
and curr_exp_smoothed_p > prev_exp_smoothed_p
and curr_exp_smoothed_p >= next_exp_smoothed_p
and abs(maxmin_diff) > exponential_smoothing_max_min_diff)
is_min: bool = (
not np.isnan(prev_exp_smoothed_p)
and not prev_exp_smoothed_p == 0
and not np.isnan(next_exp_smoothed_p)
and not next_exp_smoothed_p == 0 and maxmin_diff is not None
and curr_exp_smoothed_p < prev_exp_smoothed_p
and curr_exp_smoothed_p <= next_exp_smoothed_p
and abs(maxmin_diff) > exponential_smoothing_max_min_diff)
prices[AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_MAX].loc[
symbol_id, curr_date] = 1 if is_max else 0
prices[AppConsts.CUSTOM_COL_EXPONENTIAL_SMOOTHING_MIN].loc[
symbol_id, curr_date] = 1 if is_min else 0
if is_max or is_min:
curr_exp_smoothed_maxmin = curr_exp_smoothed_p
return prices
def import_from_csv_balancesheets(self) -> str:
file: str = FileUtils.get_file(AppConsts.BALANCE_SHEET_FILE)
records: List[Dict] = CsvUtils.parse_as_dict(file)
for record in records:
if not self.__is_valid_intrinio_record(record):
continue
symbol: str = record.get(AppConsts.INTRINIO_KEY_BLNC_SHEET_TICKER)
fiscal_period: str = record.get(
AppConsts.INTRINIO_KEY_BLNC_SHEET_FISC_PD)
year: int = NumberUtils.to_int(
record.get(AppConsts.INTRINIO_KEY_BLNC_SHEET_FISC_YR))
quarter: int = self.__get_quarter(fiscal_period)
org_symbol: SM = self.__stock_service.get_symbol(
symbol, AppConsts.INSTRUMENT_STOCK)
if not org_symbol:
continue
org_fn: FN = self.__stock_service.get_financial(
org_symbol.id, year, quarter)
if not org_fn:
continue
org_fn.current_assets = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_BLNC_SHEET_CURR_ASSETS))
org_fn.ttl_assets = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_BLNC_SHEET_ASSETS))
org_fn.current_liabilities = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_BLNC_SHEET_CURR_LIABS))
org_fn.ttl_liabilities = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_BLNC_SHEET_LIABS))
org_fn.ttl_equity = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_BLNC_SHEET_EQUITY))
BaseService._update()
return "1"
def append_double_tops(self, prices: DataFrame, index: Any,
price_column: str, smooth_price_column: str,
max_column: str, min_column: str,
double_tops_diff: float) -> DataFrame:
if not (isinstance(prices, DataFrame)
and AppConsts.PRICE_COL_SYMBOL_ID in prices.index.names
and AppConsts.PRICE_COL_DATE in prices.index.names
and price_column in prices.columns and smooth_price_column
in prices.columns and max_column in prices.columns
and min_column in prices.columns):
return None
if not AppConsts.CUSTOM_COL_DOUBLE_TOPS in prices.columns:
prices[AppConsts.CUSTOM_COL_DOUBLE_TOPS] = 0
if not AppConsts.CUSTOM_COL_DOUBLE_TOPS_TARGET_PRICE in prices.columns:
prices[AppConsts.CUSTOM_COL_DOUBLE_TOPS_TARGET_PRICE] = 0
if not AppConsts.CUSTOM_COL_DOUBLE_TOPS_STOP_LOSS in prices.columns:
prices[AppConsts.CUSTOM_COL_DOUBLE_TOPS_STOP_LOSS] = 0
last_four_maxmins: List[float] = []
for i, row in prices.loc[index].iterrows():
symbol_id: int = i[0]
curr_date: date = i[1]
is_max: bool = row[max_column] == 1
is_min: bool = row[min_column] == 1
if is_max or is_min:
if len(last_four_maxmins) >= 4:
last_four_maxmins.pop(0)
last_four_maxmins.append(row[smooth_price_column])
if len(last_four_maxmins) < 4:
continue
(point_a, point_b, point_c, point_d) = last_four_maxmins
point_b_d_diff: float = NumberUtils.get_change(point_b, point_d)
target_price: float = point_c - (point_d - point_c)
has_double_tops: bool = (point_a < point_b and point_a < point_c
and point_a < point_d
and point_b > point_c
and point_c < point_d
and abs(point_b_d_diff) < double_tops_diff
and row[price_column] < point_c)
# and row[price_column] > target_price) # Actual Double Tops condition, but get better results without it.
if has_double_tops:
prices[AppConsts.CUSTOM_COL_DOUBLE_TOPS].loc[symbol_id,
curr_date] = 1
prices[AppConsts.CUSTOM_COL_DOUBLE_TOPS_TARGET_PRICE].loc[
symbol_id, curr_date] = target_price
prices[AppConsts.CUSTOM_COL_DOUBLE_TOPS_STOP_LOSS].loc[
symbol_id, curr_date] = point_d
return prices
def import_from_csv_incomestatements(self) -> str:
BaseService._truncate(FN)
file: str = FileUtils.get_file(AppConsts.INCOME_STMT_FILE)
records: List[Dict] = CsvUtils.parse_as_dict(file)
models: List[Any] = []
for record in records:
if not self.__is_valid_intrinio_record(record):
continue
symbol: str = record.get(AppConsts.INTRINIO_KEY_INC_STMT_TICKER)
fiscal_period: str = record.get(
AppConsts.INTRINIO_KEY_INC_STMT_FISC_PD)
org_symbol: SM = self.__stock_service.get_symbol(
symbol, AppConsts.INSTRUMENT_STOCK)
if not org_symbol:
continue
quarter_end_dte: date = DateUtils.get_date(
record.get(AppConsts.INTRINIO_KEY_INC_STMT_END_DTE),
AppConsts.INTRINIO_END_DTE_FMT)
file_date: date = DateUtils.get_date(
record.get(AppConsts.INTRINIO_KEY_INC_STMT_FILE_DTE),
AppConsts.INTRINIO_FILE_DTE_FMT)
models.append(
(org_symbol.id,
record.get(AppConsts.INTRINIO_KEY_INC_STMT_FISC_YR),
self.__get_quarter(fiscal_period), quarter_end_dte, file_date,
None,
NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_INC_STMT_TTLREV)),
NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_INC_STMT_TTLPROF)),
NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_INC_STMT_TTLOPINC)),
NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_INC_STMT_NETINC)), None,
None, None, None, None, None, None, None, None, None, None,
None, None, None, None, None, None, None, None))
BaseService._insert_bulk(FN, models)
return "1"
def set_readonly_props(self) -> None:
if not hasattr(self, 'start_date') \
or not hasattr(self, 'end_date') \
or not hasattr(self, 'start_price') \
or not hasattr(self, 'end_price') \
or not hasattr(self, 'no_of_shares') \
or not hasattr(self, 'action'):
return
delta: timedelta = DateUtils.get_diff(self._end_date, self._start_date)
if self._action == AppConsts.ACTION_BUY:
self._net_change_in_price = NumberUtils.round(self._end_price -
self._start_price)
elif self._action == AppConsts.ACTION_SELL:
self._net_change_in_price = NumberUtils.round(self._start_price -
self._end_price)
self._year = self._end_date.year
self._quarter = DateUtils.get_quarter(self._end_date.month)
self._month = self._end_date.month
self._hold_length_days = delta.days if delta else 0
self._change_in_capital = NumberUtils.round(self._net_change_in_price *
self._no_of_shares)
self._has_profit = (self._change_in_capital > 0)
def get_price_dataframe(self, prices: List[Any]) -> DataFrame:
if not prices \
or not isinstance(prices, List) \
or not isinstance(prices[0], (SPD, EPD)):
return None
df: DataFrame = pd.DataFrame(
data=[
[
p.id,
p.symbol_id, # idx = 0, 0
p.price_date, # idx = 0, 1
NumberUtils.to_float(p.open_price),
NumberUtils.to_float(p.high_price),
NumberUtils.to_float(p.low_price),
NumberUtils.to_float(p.close_price),
p.volume
] for p in prices
],
columns=AppConsts.PRICE_COLS)
df = df.set_index(
[AppConsts.PRICE_COL_SYMBOL_ID, AppConsts.PRICE_COL_DATE])
return df
def _has_entry_conditions(self, symbol_id: int,
current_date: date) -> bool:
current_row: Series = self._prices.loc[symbol_id, current_date]
if NumberUtils.to_float(
current_row.loc[AppConsts.CUSTOM_COL_SMA_SLOW]) == 0:
return False
is_above: bool = (current_row.loc[AppConsts.CUSTOM_COL_SMA_FAST] >
current_row.loc[AppConsts.CUSTOM_COL_SMA_SLOW])
if not symbol_id in self._target:
self._target[symbol_id] = {}
self._target[symbol_id]['is_above'] = is_above
return False
was_above: bool = self._target[symbol_id]['is_above']
self._target[symbol_id]['is_above'] = is_above
return (is_above and not was_above)
def test_has_bit_should_return_appropriately(self) -> None:
# ACT
zero_has_one: bool = NumberUtils.has_bit(0, 1)
one_has_one: bool = NumberUtils.has_bit(1, 1)
one_has_two: bool = NumberUtils.has_bit(1, 2)
two_has_one: bool = NumberUtils.has_bit(2, 1)
two_has_two: bool = NumberUtils.has_bit(2, 2)
two_has_four: bool = NumberUtils.has_bit(2, 4)
three_has_one: bool = NumberUtils.has_bit(3, 1)
three_has_two: bool = NumberUtils.has_bit(3, 2)
three_has_four: bool = NumberUtils.has_bit(3, 4)
four_has_one: bool = NumberUtils.has_bit(4, 1)
four_has_two: bool = NumberUtils.has_bit(4, 2)
four_has_four: bool = NumberUtils.has_bit(4, 4)
four_has_eight: bool = NumberUtils.has_bit(4, 8)
# ASSERT
self.assertFalse(zero_has_one)
self.assertTrue(one_has_one)
self.assertFalse(one_has_two)
self.assertFalse(two_has_one)
self.assertTrue(two_has_two)
self.assertFalse(two_has_four)
self.assertTrue(three_has_one)
self.assertTrue(three_has_two)
self.assertFalse(three_has_four)
self.assertFalse(four_has_one)
self.assertFalse(four_has_two)
self.assertTrue(four_has_four)
self.assertFalse(four_has_eight)
def test_delete_bit_should_return_appropriately(self) -> None:
# ACT
zero_delete_one: bool = NumberUtils.delete_bit(0, 1)
zero_delete_two: bool = NumberUtils.delete_bit(0, 2)
one_delete_one: bool = NumberUtils.delete_bit(1, 1)
one_delete_two: bool = NumberUtils.delete_bit(1, 2)
two_delete_one: bool = NumberUtils.delete_bit(2, 1)
two_delete_two: bool = NumberUtils.delete_bit(2, 2)
two_delete_four: bool = NumberUtils.delete_bit(2, 4)
three_delete_one: bool = NumberUtils.delete_bit(3, 1)
three_delete_two: bool = NumberUtils.delete_bit(3, 2)
three_delete_four: bool = NumberUtils.delete_bit(3, 4)
four_delete_one: bool = NumberUtils.delete_bit(4, 1)
four_delete_two: bool = NumberUtils.delete_bit(4, 2)
four_delete_four: bool = NumberUtils.delete_bit(4, 4)
four_delete_eight: bool = NumberUtils.delete_bit(4, 8)
# ASSERT
self.assertEqual(0, zero_delete_one)
self.assertEqual(0, zero_delete_two)
self.assertEqual(0, one_delete_one)
self.assertEqual(1, one_delete_two)
self.assertEqual(2, two_delete_one)
self.assertEqual(0, two_delete_two)
self.assertEqual(2, two_delete_four)
self.assertEqual(2, three_delete_one)
self.assertEqual(1, three_delete_two)
self.assertEqual(3, three_delete_four)
self.assertEqual(4, four_delete_one)
self.assertEqual(4, four_delete_two)
self.assertEqual(0, four_delete_four)
self.assertEqual(4, four_delete_eight)
def start_price(self, val: Any) -> None:
self._start_price = NumberUtils.to_float(val)
def end_price(self, val: Any) -> None:
self._end_price = NumberUtils.to_float(val)
def __calc_benchmark_capital(self, req: BackTestRunRequest,
start_price: float, end_price: float,
no_of_shares: int) -> float:
capital: float = req.start_capital - (start_price * no_of_shares)
return NumberUtils.round(capital + (end_price * no_of_shares))
def append_inverted_head_and_shoulders(self, prices: DataFrame, index: Any,
price_column: str,
smooth_price_column: str,
max_column: str, min_column: str,
shoulder_diff: float,
neck_diff: float) -> DataFrame:
if not (isinstance(prices, DataFrame)
and AppConsts.PRICE_COL_SYMBOL_ID in prices.index.names
and AppConsts.PRICE_COL_DATE in prices.index.names
and price_column in prices.columns and smooth_price_column
in prices.columns and max_column in prices.columns
and min_column in prices.columns):
return None
if not AppConsts.CUSTOM_COL_INVERTED_HEAD_AND_SHOULDERS in prices.columns:
prices[AppConsts.CUSTOM_COL_INVERTED_HEAD_AND_SHOULDERS] = 0
if not AppConsts.CUSTOM_COL_INVERTED_HEAD_AND_SHOULDERS_TARGET_PRICE in prices.columns:
prices[AppConsts.
CUSTOM_COL_INVERTED_HEAD_AND_SHOULDERS_TARGET_PRICE] = 0
if not AppConsts.CUSTOM_COL_INVERTED_HEAD_AND_SHOULDERS_STOP_LOSS in prices.columns:
prices[
AppConsts.CUSTOM_COL_INVERTED_HEAD_AND_SHOULDERS_STOP_LOSS] = 0
last_six_maxmins: List[float] = []
for i, row in prices.loc[index].iterrows():
symbol_id: int = i[0]
curr_date: date = i[1]
is_max: bool = row[max_column] == 1
is_min: bool = row[min_column] == 1
if is_max or is_min:
if len(last_six_maxmins) >= 6:
last_six_maxmins.pop(0)
last_six_maxmins.append(row[smooth_price_column])
if len(last_six_maxmins) < 6:
continue
(point_a, point_b, point_c, point_d, point_e,
point_f) = last_six_maxmins
point_b_f_diff: float = NumberUtils.get_change(point_b, point_f)
point_c_e_diff: float = NumberUtils.get_change(point_c, point_e)
neck_point: float = point_c if point_c > point_e else point_e
target_price: float = neck_point + (neck_point - point_d)
has_inverted_head_and_shoulders: bool = (
point_a > point_b and point_a > point_c and point_a > point_d
and point_a > point_e and point_a > point_f
and point_b < point_c and point_b > point_d
and point_b < point_e and point_c > point_d
and point_c > point_f and point_d < point_e
and point_d < point_f and abs(point_b_f_diff) < shoulder_diff
and abs(point_c_e_diff) < neck_point
and row[price_column] > neck_point
and row[price_column] < target_price)
if has_inverted_head_and_shoulders:
prices[AppConsts.CUSTOM_COL_INVERTED_HEAD_AND_SHOULDERS].loc[
symbol_id, curr_date] = 1
prices[
AppConsts.
CUSTOM_COL_INVERTED_HEAD_AND_SHOULDERS_TARGET_PRICE].loc[
symbol_id, curr_date] = target_price
prices[AppConsts.
CUSTOM_COL_INVERTED_HEAD_AND_SHOULDERS_STOP_LOSS].loc[
symbol_id, curr_date] = point_f
return prices
def run(self, req: BackTestRunRequest) -> BackTestRunResponse:
if not req or not req.is_valid_model():
raise BadRequestException()
response: BackTestRunResponse = BackTestRunResponse(req)
# Init Symbols
symbols: List[SymbolMaster] = self.__get_symbols__(req)
# Init Prices
prices: DataFrame = self.__get_prices__(req, symbols)
# Do Base Preparation
prices[AppConsts.CUSTOM_COL_PV] = prices[
AppConsts.PRICE_COL_CLOSE] * prices[AppConsts.PRICE_COL_VOLUME]
for s in symbols:
prices = self.__calc_service.append_sma(
prices=prices,
index=[s.id],
sma_period=AppConsts.ADV_PERIOD_DFLT,
sma_column_name=AppConsts.CUSTOM_COL_ADV,
target_column=AppConsts.PRICE_COL_VOLUME)
prices = self.__calc_service.append_sma(
prices=prices,
index=[s.id],
sma_period=AppConsts.ADPV_PERIOD_DFLT,
sma_column_name=AppConsts.CUSTOM_COL_ADPV,
target_column=AppConsts.CUSTOM_COL_PV)
LogUtils.debug('Prices shape after base preparation={0}'.format(
prices.shape))
# region Init Service
strategy_service: Any = self.__stock_service.get_strategy_service(
req.strategy_type, req.strategy_request, symbols, prices)
if not strategy_service or not strategy_service._is_valid_request():
raise BadRequestException()
strategy_service._do_preparations()
LogUtils.debug('Prices shape after strategy preparation={0}'.format(
prices.shape))
# endregion
LogUtils.debug(prices.info())
# region Init Dates
start_date: date = DateUtils.add_business_days(req.date_from_obj, -1)
start_date = DateUtils.add_business_days(start_date, 1)
start_date_str: str = DateUtils.to_string(start_date)
end_date: date = DateUtils.add_business_days(req.date_to_obj, -1)
dates: DataFrame = self.__stock_service.get_dates(
prices, start_date, end_date)
LogUtils.debug(
'Dates actual_start={0}, actual_end={1}, shape={2}'.format(
start_date, end_date, dates.shape))
# endregion
# region Loop Dates
strategy_item: BackTestResultItem = next(
b for b in response.back_test_result_items
if b.target == req.strategy_type)
strategy_item.capital[start_date_str] = req.start_capital
strategy_item.capital_available[start_date_str] = req.start_capital
portfolio: Dict = {}
for i, date_row in dates.iterrows():
current_date = date_row[AppConsts.PRICE_COL_DATE]
current_date_str: str = DateUtils.to_string(current_date)
next_date = date_row[AppConsts.CUSTOM_COL_NEXT_DATE]
next_date_str = DateUtils.to_string(next_date)
next_next_date = date_row[AppConsts.CUSTOM_COL_NEXT_NEXT_DATE]
shuffle(symbols)
for symbol in symbols:
has_price: bool = (symbol.id, current_date) in prices.index
if not has_price:
continue
price: Series = prices.loc[symbol.id, current_date]
if symbol.instrument == AppConsts.INSTRUMENT_ETF:
# region Benchmark
b_result_item: BackTestResultItem = next(
b for b in response.back_test_result_items
if b.target == symbol.symbol)
if not b_result_item:
continue
if not b_result_item.transactions:
no_of_shares: int = self.__stock_service.get_no_of_shares(
req.start_capital, req.pct_risk_per_trade,
req.volume_limit, price, req.slippage)
if no_of_shares == 0:
LogUtils.warning('0 shares for ETF={0}'.format(
symbol.symbol))
continue
b_transaction: Transaction = Transaction()
b_transaction.symbol_master = symbol
b_transaction.action = AppConsts.ACTION_BUY
b_transaction.start_date = current_date
b_transaction.start_price = price.loc[
AppConsts.PRICE_COL_OPEN]
b_transaction.no_of_shares = no_of_shares
b_result_item.transactions.append(b_transaction)
b_result_item.capital[
current_date_str] = req.start_capital
else:
b_transaction: Transaction = b_result_item.transactions[
0]
b_transaction.end_date = current_date
b_transaction.end_price = price.loc[
AppConsts.PRICE_COL_CLOSE]
b_transaction.set_readonly_props()
b_result_item.capital[
current_date_str] = self.__calc_benchmark_capital(
req, b_transaction.start_price,
b_transaction.end_price,
b_transaction.no_of_shares)
b_result_item.ttl_no_days += 1
# endregion
else:
# region Strategy
strategy_service._do_calculations(symbol.id, current_date)
action: str = strategy_service._get_action()
is_in_position: bool = symbol.id in portfolio
if not is_in_position:
if len(portfolio
) == req.portfolio_max: # todo: prioritize?
continue
if current_date == end_date or next_date >= end_date:
continue
has_next_price: bool = (symbol.id,
next_date) in prices.index
has_next_next_price: bool = (
symbol.id, next_next_date) in prices.index
if not has_next_price or not has_next_next_price:
continue
adv: float = price.loc[
AppConsts.CUSTOM_COL_ADV] if price.loc[
AppConsts.CUSTOM_COL_ADV] > 0 else price.loc[
AppConsts.PRICE_COL_VOLUME]
if adv < req.adv_min:
continue
adpv: float = price.loc[
AppConsts.CUSTOM_COL_ADPV] if price.loc[
AppConsts.CUSTOM_COL_ADPV] > 0 else price.loc[
AppConsts.CUSTOM_COL_PV]
if adpv < req.adpv_min:
continue
next_price: Series = prices.loc[symbol.id, next_date]
has_entry_conditions: bool = strategy_service._has_entry_conditions(
symbol.id, current_date)
if has_entry_conditions:
no_of_shares: int = self.__stock_service.get_no_of_shares(
strategy_item.
capital_available[current_date_str],
req.pct_risk_per_trade, req.volume_limit,
next_price, req.slippage,
action == AppConsts.ACTION_BUY)
if no_of_shares == 0:
continue
trans: Transaction = Transaction()
trans.symbol_master = symbol
trans.action = action
trans.start_date = next_date
trans.start_price = next_price.loc[
AppConsts.PRICE_COL_OPEN]
trans.no_of_shares = no_of_shares
trans_amount: float = NumberUtils.round(
trans.start_price * no_of_shares)
strategy_item.capital_available[
current_date_str] -= trans_amount
# Add to portfolio
portfolio[symbol.id] = trans
elif is_in_position:
has_exit_conditions: bool = strategy_service._has_exit_conditions(
symbol.id, current_date)
has_next_next_price: bool = (
symbol.id, next_next_date) in prices.index
if next_date == end_date or not has_next_next_price or has_exit_conditions:
next_price: Series = prices.loc[symbol.id,
next_date]
next_open_price: float = next_price.loc[
AppConsts.PRICE_COL_OPEN]
slippage_price: float = 0
if action == AppConsts.ACTION_BUY:
slippage_price: float = NumberUtils.round(
next_open_price -
(next_open_price * AppConsts.BASIS_POINT *
req.slippage))
else:
slippage_price: float = NumberUtils.round(
next_open_price +
(next_open_price * AppConsts.BASIS_POINT *
req.slippage))
trans: Transaction = portfolio.get(symbol.id)
trans.end_date = next_date
trans.end_price = slippage_price
trans.set_readonly_props()
strategy_item.transactions.append(trans)
if action == AppConsts.ACTION_BUY:
trans_amount = NumberUtils.round(
trans.end_price * trans.no_of_shares)
strategy_item.capital_available[
current_date_str] += trans_amount
else:
init_trans_amount = NumberUtils.round(
trans.start_price * trans.no_of_shares)
strategy_item.capital_available[
current_date_str] += init_trans_amount
strategy_item.capital_available[
current_date_str] += trans.change_in_capital
# Remove from portfolio
portfolio.pop(symbol.id, None)
# endregion
# capital = capital available + capital in portfolio
capital: float = strategy_item.capital_available[current_date_str]
for key, val in portfolio.items():
price: Series = prices.loc[key, current_date]
capital += price.loc[
AppConsts.PRICE_COL_CLOSE] * val.no_of_shares
strategy_item.capital[current_date_str] = NumberUtils.round(
capital)
strategy_item.ttl_no_days += 1
strategy_item.capital[next_date_str] = strategy_item.capital[
current_date_str]
strategy_item.capital_available[
next_date_str] = strategy_item.capital_available[
current_date_str]
# endregion
for result_item in response.back_test_result_items:
result_item.set_readonly_props()
return response
def import_from_csv_calculations(self) -> str:
file: str = FileUtils.get_file(AppConsts.FINANCIAL_CALCS_FILE)
records: List[Dict] = CsvUtils.parse_as_dict(file)
for record in records:
if not self.__is_valid_intrinio_record(record):
continue
symbol: str = record.get(AppConsts.INTRINIO_KEY_CALCS_TICKER)
fiscal_period: str = record.get(
AppConsts.INTRINIO_KEY_CALCS_FISC_PD)
year: int = NumberUtils.to_int(
record.get(AppConsts.INTRINIO_KEY_CALCS_FISC_YR))
quarter: int = self.__get_quarter(fiscal_period)
org_symbol: SM = self.__stock_service.get_symbol(
symbol, AppConsts.INSTRUMENT_STOCK)
if not org_symbol:
continue
org_fn: FN = self.__stock_service.get_financial(
org_symbol.id, year, quarter)
if not org_fn:
continue
org_fn.market_cap = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_MARK_CAP))
org_fn.revenue_growth = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_REV_GRTH))
org_fn.revenue_qq_growth = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_REV_QQ_GRTH))
org_fn.nopat_growth = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_NOPAT_GRTH))
org_fn.nopat_qq_growth = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_NOTPAT_QQ_GRTH))
org_fn.net_income_growth = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_INCM_GRTH))
org_fn.net_income_qq_growth = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_INCM_QQ_GRTH))
org_fn.free_cash_flow = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_CSH_FLOW))
org_fn.current_ratio = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_CURR_RATIO))
org_fn.debt_to_equity_ratio = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_DE_RATIO))
org_fn.pe_ratio = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_PE_RATIO))
org_fn.pb_ratio = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_PB_RATIO))
org_fn.div_payout_ratio = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_DIV_PAYOUT_RATIO))
org_fn.roe = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_ROE))
org_fn.roa = NumberUtils.to_float(
record.get(AppConsts.INTRINIO_KEY_CALCS_ROA))
BaseService._update()
return "1"
def sync_orders(self) -> int:
errors: List[Exception] = []
try:
req: GetTradeOrdersRequest = GetTradeOrdersRequest()
req.status = [
AppConsts.ORDER_STATUS_SUBMITTED_ENTRY,
AppConsts.ORDER_STATUS_SUBMITTED_EXIT
]
orders: List[TradeOrderCustom] = self.get_trade_orders(req)
if not orders:
LogUtils.debug('No orders submitted')
for order in orders:
try:
LogUtils.debug('Sync order for = {0}'.format(
order.symbol_master.symbol))
resp: Order = None
if order.trade_order.status == AppConsts.ORDER_STATUS_SUBMITTED_ENTRY:
resp = self.__alpaca_client.get_order(
order.trade_order.alpaca_id)
elif order.trade_order.status == AppConsts.ORDER_STATUS_SUBMITTED_EXIT:
resp = self.__alpaca_client.get_order(
order.trade_order.exit_alpaca_id)
if resp:
org: TradeOrder = BaseService._get_by_id(
TradeOrder, order.trade_order.id)
if not org:
raise NotFoundException('TradeOrder', 'id',
order.trade_order.id)
if order.trade_order.status == AppConsts.ORDER_STATUS_SUBMITTED_ENTRY \
and resp.status == AppConsts.ALPACA_ORDER_STATUS_FILLED:
org.status = AppConsts.ORDER_STATUS_IN_POSITION
org.actual_qty = NumberUtils.to_int(
resp.filled_qty)
org.actual_entry_price = NumberUtils.to_float(
resp.filled_avg_price)
org.modified = datetime.now()
BaseService._update()
elif order.trade_order.status == AppConsts.ORDER_STATUS_SUBMITTED_ENTRY \
and resp.status == AppConsts.ALPACA_ORDER_STATUS_CANCELLED:
org.status = AppConsts.ORDER_STATUS_CANCELLED_ENTRY
org.modified = datetime.now()
BaseService._update()
elif order.trade_order.status == AppConsts.ORDER_STATUS_SUBMITTED_EXIT \
and resp.status == AppConsts.ALPACA_ORDER_STATUS_FILLED:
exit_price: StockPriceDaily = self.__stock_service.get_single_stock_price_daily(
order.symbol_master.id,
DateUtils.get_date(
datetime.today().strftime('%Y-%m-%d'),
'%Y-%m-%d'))
if exit_price:
org.exit_stock_price_daily_id = exit_price.id
org.status = AppConsts.ORDER_STATUS_COMPLETED
org.actual_exit_price = NumberUtils.to_float(
resp.filled_avg_price)
org.modified = datetime.now()
BaseService._update()
elif order.trade_order.status == AppConsts.ORDER_STATUS_SUBMITTED_EXIT \
and resp.status == AppConsts.ALPACA_ORDER_STATUS_CANCELLED:
org.status = AppConsts.ORDER_STATUS_CANCELLED_EXIT
org.modified = datetime.now()
BaseService._update()
raise Exception('Exit Error = {0}'.format(
resp.status))
else:
raise Exception('Sync Status = {0}'.format(
resp.status))
else:
raise NotFoundException('Alpaca Order', 'id',
order.trade_order.alpaca_id)
except Exception as ex:
LogUtils.error('Sync Orders Error', ex)
errors.append(ex)
except Exception as ex:
LogUtils.error('Sync Orders Error', ex)
errors.append(ex)
finally:
self.__email_client.send_html(
subject=AppConsts.EMAIL_SUBJECT_SYNC_ORDERS,
template_path=AppConsts.TEMPLATE_PATH_SYNC_ORDERS,
model={'errors': errors})
return 1
def queue_positions(self) -> int:
errors: List[Exception] = []
try:
is_tmrw_valid: bool = self.__alpaca_client.is_tmrw_valid()
if not is_tmrw_valid:
LogUtils.warning('Tmrw is not a valid trade date')
raise BadRequestException('Date',
DateUtils.to_string(date.today()))
req: GetTradeOrdersRequest = GetTradeOrdersRequest()
# If Sunday, check Friday's price.
today: date = date.today()
if today.weekday() == AppConsts.WEEKDAY_IDX_SUN:
today = DateUtils.add_business_days(today, -1)
req.created = today.strftime('%Y-%m-%d')
req.exact_status = AppConsts.ORDER_STATUS_INIT
orders: List[TradeOrderCustom] = self.get_trade_orders(req)
req_to_ignore: GetTradeOrdersRequest = GetTradeOrdersRequest()
req_to_ignore.status = [
AppConsts.ORDER_STATUS_SUBMITTED_ENTRY,
AppConsts.ORDER_STATUS_IN_POSITION,
AppConsts.ORDER_STATUS_SUBMITTED_EXIT,
AppConsts.ORDER_STATUS_CANCELLED_EXIT
]
orders_to_ignore: List[TradeOrderCustom] = self.get_trade_orders(
req_to_ignore)
symbols_to_ignore: List[str] = [
o.symbol_master.symbol for o in orders_to_ignore
] if orders_to_ignore else []
LogUtils.debug('symbols_to_ignore = {0}'.format(symbols_to_ignore))
if not orders:
LogUtils.debug('No orders suggested')
shuffle(orders)
prioritized_orders: List[TradeOrderCustom] = []
for order in orders:
if order.trade_order.strategy == AppConsts.STRATEGY_DOUBLE_BOTTOMS:
prioritized_orders.append(order)
for order in orders:
if order.trade_order.strategy == AppConsts.STRATEGY_DOUBLE_TOPS:
prioritized_orders.append(order)
accnt: Account = self.__alpaca_client.get_account()
capital: float = NumberUtils.to_floor(
NumberUtils.to_float(accnt._raw['buying_power']) /
2) # 2 to trade everyday
for order in prioritized_orders:
try:
LogUtils.debug('Try symbol = {0}'.format(
order.symbol_master.symbol))
if order.symbol_master.symbol in symbols_to_ignore:
LogUtils.debug('Ignore for = {0}'.format(
order.symbol_master.symbol))
continue
cost: float = NumberUtils.to_float(
order.stock_price_daily.close_price *
order.trade_order.qty)
if cost > capital:
LogUtils.debug('Too expensive for = {0}'.format(
order.symbol_master.symbol))
continue
capital = capital - cost
resp: Order = self.__alpaca_client.submit_order(
symbol=order.symbol_master.symbol,
qty=order.trade_order.qty,
action=order.trade_order.action)
if resp:
org: TradeOrder = BaseService._get_by_id(
TradeOrder, order.trade_order.id)
if not org:
raise NotFoundException('TradeOrder', 'id',
order.trade_order.id)
org.alpaca_id = resp.id
org.status = AppConsts.ORDER_STATUS_SUBMITTED_ENTRY
org.order_type = AppConsts.ORDER_TYPE_MARKET
org.time_in_force = AppConsts.TIME_IN_FORCE_DAY
org.modified = datetime.now()
BaseService._update()
except Exception as ex:
LogUtils.error('Queue Position Error', ex)
errors.append(ex)
except Exception as ex:
LogUtils.error('Queue Position Error', ex)
errors.append(ex)
finally:
self.__email_client.send_html(
subject=AppConsts.EMAIL_SUBJECT_QUEUE_POSITIONS,
template_path=AppConsts.TEMPLATE_PATH_QUEUE_POSITIONS,
model={'errors': errors})
return 1
def test_add_bit_should_return_appropriately(self) -> None:
# ACT
zero_add_one: bool = NumberUtils.add_bit(0, 1)
zero_add_two: bool = NumberUtils.add_bit(0, 2)
one_add_one: bool = NumberUtils.add_bit(1, 1)
one_add_two: bool = NumberUtils.add_bit(1, 2)
two_add_one: bool = NumberUtils.add_bit(2, 1)
two_add_two: bool = NumberUtils.add_bit(2, 2)
two_add_four: bool = NumberUtils.add_bit(2, 4)
three_add_one: bool = NumberUtils.add_bit(3, 1)
three_add_two: bool = NumberUtils.add_bit(3, 2)
three_add_four: bool = NumberUtils.add_bit(3, 4)
four_add_one: bool = NumberUtils.add_bit(4, 1)
four_add_two: bool = NumberUtils.add_bit(4, 2)
four_add_four: bool = NumberUtils.add_bit(4, 4)
four_add_eight: bool = NumberUtils.add_bit(4, 8)
# ASSERT
self.assertEqual(1, zero_add_one)
self.assertEqual(2, zero_add_two)
self.assertEqual(1, one_add_one)
self.assertEqual(3, one_add_two)
self.assertEqual(3, two_add_one)
self.assertEqual(2, two_add_two)
self.assertEqual(6, two_add_four)
self.assertEqual(3, three_add_one)
self.assertEqual(3, three_add_two)
self.assertEqual(7, three_add_four)
self.assertEqual(5, four_add_one)
self.assertEqual(6, four_add_two)
self.assertEqual(4, four_add_four)
self.assertEqual(12, four_add_eight)
