prompt stringlengths 464 12k | completion stringlengths 156 4.01k |
|---|---|
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def get_system_prompt(self, state: AgentState) -> str:
# 处理状态可能是字典或AgentState对象的情况
user_query = state.get('user_query', '') if isinstance(state, dict) else state.user_query
current_... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def get_factor_specific_returns(security, start_date=None, end_date=None,
count=None, category='style',
universe=None, industry='sw_l1'):
"""... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Readability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def _get_price_limits(self, stock_codes: list) -> dict:
"""
获取股票的价格限制信息（涨跌停价格）
根据前一交易日的收盘价计算当日的涨跌停价格限制，
用于交易决策中的价格校验和风险控制。
Args:
stock_codes (list): 股票... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def train_ai_decision_making_model(data, labels, epochs=100, batch_size=32):
device = torch.device("cuda" if torch.cuda.is_available() else "cpu")
model = AIDecisionMakingModel(input_dim=data.shape[1],... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def add(self, initial_balance, positions, i, kwargs):
position_count = len(positions)
profit = np.recarray(
(position_count,), dtype=[('abs', float), ('perc', float)]
)
... | {
"criteria_present": [
"Domain Alignment",
"Readability"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance",
"Maintainability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appropriateness"
},
{
"axi... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def _initialize_messages_queues(self, chain_state: ChainState) -> None:
"""Initialize all the message queues with the transport.
Note:
All messages from the state queues must b... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def __orders_menu(self):
"""Display a live flow of orders."""
log.debug("Displaying __orders_menu")
# Create a cancel and a stop keyboard
stop_keyboard = telegram.InlineKeyb... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def run(engine: ScriptEngine):
"""
脚本策略的主函数说明：
1. 唯一入参是脚本引擎ScriptEngine对象，通用它来完成查询和请求操作
2. 该函数会通过一个独立的线程来启动运行，区别于其他策略模块的事件驱动
3. while循环的维护，请通过engine.strategy_active状态来判断，实现可控退出
脚本策略的应用... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def get_model(self, model_name, model_kwargs):
env = self.env
agent = MODELS[model_name]()
if model_name not in MODELS:
raise NotImplementedError("NotImplementedError")
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class BaseTest(TestCase):
def setUp(self) -> None:
pass
def tearDown(self) -> None:
pass
def setup_product_prices(self):
products = self._load_test_data("v1/api_product_l... | {
"criteria_present": [
"Maintainability",
"Readability"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
"sub_axis": "Reada... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class CanslimScanner(BaseScanner):
"""
Scans for stocks that meet the core principles of the CANSLIM growth investing strategy.
Goal:
Identify high-growth stocks that are also market leade... | {
"criteria_present": [],
"criteria_missing": [],
"iso_mapping_present": [],
"iso_mapping_missing": [],
"findings": [],
"missing_findings": []
} |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def seed_past(
months: int = typer.Option(SEED_MONTHS, "--months", "-m", help="Number of months of historical data to generate"),
events_per_day: int = typer.Option(
SEED_EVENTS_PER_DAY, "--eve... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment",
"Reliability"
],
"criteria_missing": [
"Security",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class Home(models.Model):
shop = models.OneToOneField(Shop)
title = models.CharField(max_length=60, default="Welcome to My Store")
body = models.TextField(default="This text will be shown in the ho... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class CompositeSemanticElement(AbstractSemanticElement):
"""
CompositeSemanticElement acts as a container for other semantic elements,
especially for cases where a single HTML root tag wraps multip... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def test_multi_invoice_payment_with_discount_late(self):
"""Test register payment for multiple vendor bills with late discount"""
invoice4 = self.invoice2.copy({"invoice_date": self.invoice... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def encode(self):
"""
Test purpose only. No use in production env.
:return: Str message to be sent to master
:rtype: str
"""
packet = (
str(sel... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appr... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def _seg_55():
return [
(0x10C00, 'V'),
(0x10C49, 'X'),
(0x10C80, 'M', u'𐳀'),
(0x10C81, 'M', u'𐳁'),
(0x10C82, 'M', u'𐳂'),
(0x10C83, 'M', u'𐳃'),
(0x10C84, 'M', u'𐳄'),
(0... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def _make_final_decision_random(self, debug: bool = False) -> dict:
print_debug("Generating final decision...", debug)
# 随机决策
self.stocks_to_deal = list(
set(self.stoc... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def verify_transaction(**paytm_params):
"""Verify checksum for received data in the callback and then verify the transaction"""
paytm_config = get_paytm_config()
is_valid_checksum = False
paytm_params.pop... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance",
"Maintainability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability"... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def is_valid(self) -> bool:
"""Validates HMAC for processed callback
Returns:
bool: True if HMAC is Valid, False otherwise
"""
if not isinstance(self.callback_dict, dict):
return False
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability",
"Maintainability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability"... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class ActionTransactionSearch(Action):
"""Searches for a transaction"""
def name(self) -> Text:
"""Unique identifier of the action"""
return "action_transaction_search"
async def ... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def __init__(self, api, symbol, lot):
self._api = api
self._symbol = symbol
self._lot = lot
self._bars = []
self._l = logger.getChild(self._symbol)
now = pd... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appr... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class Solana(Ethereum):
network_currency = "SOL"
def gethost(self):
host = environ.get("SOLANA_API_SERVER_HOST", "solana-shkeeper")
port = environ.get("SOLANA_SERVER_PORT", "6000")
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Readability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class UserRegistrationForm(UserCreationForm):
account_type = forms.ModelChoiceField(
queryset=BankAccountType.objects.all()
)
gender = forms.ChoiceField(choices=GENDER_CHOICE)
birth_dat... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def credit_card_payoff(
debts: list, interest_rates: list, minimum_payments: list, monthly_payment: int
):
cards = []
for i in range(len(debts)):
cards.append(
{
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def test_fixture_best_practices(self):
"""Test that fixtures follow best practices."""
test_files = [
"test_parallel_research_orchestrator.py",
"test_deep_research_p... | {
"criteria_present": [
"Maintainability",
"Readability"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
"sub_axis": "Analy... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def stocks_with_info(stocks: List[Stock]):
infos = []
for stock in stocks:
info = f"{stock.name}({stock.code})"
summary: List[StockActorSummary] = StockActorSummary.query_data(
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class CreditCardPaymentForm(PaymentForm):
number = CreditCardNumberField(label=_("Card Number"), max_length=32, required=True)
expiration = CreditCardExpiryField(label=_("Expiration"))
cvv2 = Credi... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def main(seed, config_file="configs/config_alstm.yaml"):
# set random seed
with open(config_file) as f:
yaml = YAML(typ="safe", pure=True)
config = yaml.load(f)
# seed_suffix = "/s... | {
"criteria_present": [],
"criteria_missing": [],
"iso_mapping_present": [],
"iso_mapping_missing": [],
"findings": [],
"missing_findings": []
} |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def DBQR(index_stock, security_list, check_date, N=5, M1=10, M2=20, M3=60, unit='1d',
include_now=True, fq_ref_date=None):
'''
计算公式：
ZS:(INDEXC-REF(INDEXC,N))/REF(INDEXC,N);
GG... | {
"criteria_present": [
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Readability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appr... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def task_payout():
scheduler.app.logger.info(f"[Autopayout] Task started")
with scheduler.app.app_context():
for crypto in Crypto.instances.values():
if crypto.wallet.ppolicy == Pay... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Readability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def validate_stock(self, equity_code):
try:
if 'HK' in equity_code or 'US' in equity_code:
quant_data = YahooFinanceInterface.get_stock_history(equity_code)
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def input_info(
self,
stock_codes: list,
current_date: pd.Timestamp,
debug: bool = False,
day_1st: bool = True,
) -> dict:
"""
交易代理核心处理逻辑 - 主入口方法... | {
"criteria_present": [
"Complexity",
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def _get_total_amounts_to_pay(self, batch_results):
# Set ctx to be used on account.move._is_eligible_for_early_payment_discount
if self.with_forced_early_discount:
force_ids = ... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class Field:
def __init__(self, length=None, min_length=None, max_length=None, count=None, min_count=None, max_count=None, required=True, _d=None):
if length is not None and (min_length is not None... | {
"criteria_present": [
"Maintainability",
"Readability"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Security",
"Compliance",
"Domain Alignment",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def jdqs(df, n=20):
"""
阶段强势指标 jdqs(20)
JDQS=（统计N天中个股收盘价>开盘价，且指数收盘价<开盘价的天数）/（统计N天中指数收盘价<开盘价的天数）
"""
ind = ts.get_k_data("sh000001", start=df.date.iloc[0], end=df.date.iloc[-1])
sd = df.... | {
"criteria_present": [
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Readability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appr... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def _inst_tops(last=5, pageNo=1, retry_count=3, pause=0.001, dataArr=pd.DataFrame()):
ct._write_console()
for _ in range(retry_count):
time.sleep(pause)
try:
request = Re... | {
"criteria_present": [
"Code Smell",
"Complexity",
"Maintainability",
"Readability"
],
"criteria_missing": [
"Security",
"Compliance",
"Domain Alignment",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Analyzability"
},
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class OracleManager:
def __init__(self, provider_url):
self.provider_url = provider_url
self.web3 = web3.Web3(web3.HTTPProvider(self.provider_url))
self.chain_id = self.web3.eth.cha... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance",
"Maintainability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability"... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def test_japanese(self):
seed = Seed(
"いもり すあな いきる しちょう うったえる ちひょう けなみ たいちょう うぶごえ しかい しなぎれ いっせい つかれる しなん ばあさん たいまつばな しひょう おいかける あんがい ていへん せんもん きこく せんく そそぐ つかれる",
"Japanese",... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Readability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class TestBuiltinSteps:
"""Test the built-in pipeline steps."""
@pytest.mark.asyncio
async def test_initialization_step(self):
"""Test initialization step."""
step = Initializa... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Readability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def VIDYA(
cls,
ohlcv: DataFrame,
period: int = 9,
smoothing_period: int = 12,
column: str = "close",
) -> Series:
""" Vidya (variable index dynamic aver... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def unblock_card(self, card_id: str) -> dict:
"""
Unblocks a card.
If the card is already unblocked this will have no effect.
:param card_id: the id of the card to block
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def mediated_transfer_async(
self,
token_network_address: TokenNetworkAddress,
amount: PaymentAmount,
target: TargetAddress,
identifier: PaymentID,
secret: S... | {
"criteria_present": [
"Readability",
"Security",
"Domain Alignment",
"Reliability"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Readability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def unmarshal(cls, data):
assert len(data) > 1
sw1 = data[-2]
sw2 = data[-1]
assert sw1 not in (0x61, 0x6C) # should be handled by the transport layer.
if sw1 == ... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def test_transfer_with_metadata(self):
responses.add(
responses.GET,
self._url("wallets/eff9cc89621111677a501493ace8c3f05608c0ce"),
json=self._read(
... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def trade(self):
state = self.get_state()
if self.drl_lib == "elegantrl":
with torch.no_grad():
s_tensor = torch.as_tensor((state,), device=self.device)
... | {
"criteria_present": [
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Readability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appr... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def process_quantum_transaction(self, sender: str, recipient: str, amount: float,
currency: str, metadata: Optional[Dict[str, Any]] = None) -> Dict[str, Any]:
""... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def get_event(security_item, event_type='finance_forecast', start_date=None, end_date=None, index='timestamp'):
"""
get forecast items.
Parameters
----------
security_item : SecurityItem o... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class OrderData(BaseData):
"""
Order data contains information for tracking lastest status
of a specific order.
"""
symbol: str
exchange: Exchange
orderid: str
type: OrderType... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def trade(
start_date,
end_date,
ticker_list,
data_source,
time_interval,
technical_indicator_list,
drl_lib,
env,
model_name,
API_KEY,
API_SECRET,
API_BASE_URL,
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def _build_image_path_index(self):
"""构建 (symbol, date) -> path 的快速索引，避免递归glob扫描"""
self._path_map = {}
self._symbol_dates = {}
if not self.meta_data:
return
... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def process_response(self, request, response):
if response.status_code != 404:
return response # No need to check for a flatpage for non-404 responses.
try:
return f... | {
"criteria_present": [],
"criteria_missing": [],
"iso_mapping_present": [],
"iso_mapping_missing": [],
"findings": [],
"missing_findings": []
} |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def top_list(date = None, retry_count=3, pause=0.001):
"""
获取每日龙虎榜列表
Parameters
--------
date:string
明细数据日期 format：YYYY-MM-DD 如果为空，返回最近一个交易日的数据
retry_count : int, 默认 3
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class Webhook(metaclass=Registerable):
name = None
def __init__(self, event):
if event.kind != self.name:
raise Exception("The Webhook handler ({}) received the wrong type of Even... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def TRIX(
cls,
ohlc: DataFrame,
period: int = 20,
column: str = "close",
adjust: bool = True,
) -> Series:
"""
The TRIX indicator calculates the ... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appr... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class BuysManagementService:
@staticmethod
async def set_update_track_number_state(callback_data: BuysManagementCallback,
state: FSMContext,
... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def create_subscription_on_stripe(stripe_settings):
items = []
for payment_plan in stripe_settings.payment_plans:
plan = frappe.db.get_value("Subscription Plan", payment_plan.plan, "product_price_id")
it... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appr... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def test_links(self):
user = self.shop.admin
success = self.client.login(username=user.username, password="test")
self.assertEqual(success, True, "Login failed")
#... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def hp_objective(params):
"""Objective function for gp_minimize to maximize cross-validated AUC."""
if stop_event_checker and stop_event_checker():
logger.warning(f"[{symbol}] S... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def _default_initiating_party(self):
"""This method is called from post_install.py"""
self.ensure_one()
party_issuer_per_country = {
"BE": "KBO-BCE" # KBO-BCE = the reg... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def test_value_error():
CASES = [
('kdj', 'sub command should be specified'),
('ma:2,3@close', 'accepts max'),
('ma:1', 'greater than 1'),
('ma:close', 'positive int'),
... | {
"criteria_present": [
"Maintainability",
"Readability",
"Reliability"
],
"criteria_missing": [
"Security",
"Compliance",
"Domain Alignment"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Analyzability"
},
{
"axis": "Maintainability... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def wait_for_withdraw_complete(
raiden: "RaidenService",
canonical_identifier: CanonicalIdentifier,
total_withdraw: WithdrawAmount,
retry_timeout: float,
) -> None:
"""Wait until a withdraw... | {
"criteria_present": [
"Readability",
"Domain Alignment",
"Reliability"
],
"criteria_missing": [
"Security",
"Compliance",
"Maintainability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appropriateness"
},
{
"axi... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def dmi(data, n=14, m=14, k=6):
import numpy as np
'''
动向指标或趋向指标 DMI
Parameters
------
data:pandas.DataFrame
通过 get_h_data 取得的股票数据
n:i... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appr... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def calculate_macaulay_duration(
face_value : float, coupon_rate : float, dt : int, month : int, year : int, coupon_frequency : int, discount_rate : float
):
'''
Macaulay duration is the weighted a... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Readability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class SubscriptionItemSerializer(serializers.ModelSerializer):
"""Serializes SubscriptionItem model with attributes pulled from related Subscription instance"""
product_id = serializers.CharField(sourc... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def ao146a_export(
ctx: typer.Context,
node_id: Annotated[int, typer.Option("--node-id", help="id of node to run the export for")],
filename: Annotated[
Path,
typer.Option("--filena... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def test_directed_configuration_model(self):
G = directed_configuration_model(
[2, 2, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1], # in
[0, 0, 2, 1, 1, 0, 0, 0, 1, 1, 0, 0],
0... | {
"criteria_present": [],
"criteria_missing": [],
"iso_mapping_present": [],
"iso_mapping_missing": [],
"findings": [],
"missing_findings": []
} |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class OIDCProvider(Base):
"""OpenID Connect provider configuration"""
__tablename__ = "oidc_providers"
id = Column(Integer, primary_key=True, index=True)
name = Column(String(255), unique=... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class CartMandate(BaseModel):
"""A cart whose contents have been digitally signed by the merchant.
This serves as a guarantee of the items and price for a limited time.
"""
contents: CartContents = F... | {
"criteria_present": [
"Readability",
"Security",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def ema(data, n=12, val_name="close"):
import numpy as np
'''
指数平均数指标 Exponential Moving Average
Parameters
------
data:pandas.DataFrame
通过 get_h... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class EmotionFactors:
"""
情绪类因子
"""
# 换手率： 某一段时期内的成交量/发行总股数×100%
# 5日平均换手率 'ic_mean': '-0.044'
def vol_5_days(self, S, total_volume, N=5):
# 5日换手率均值
S = S / total_volum... | {
"criteria_present": [
"Code Smell",
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Complexity",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def update_stock_fundamentals(self):
"""
Update stock fundamentals information for all equities in Hong Kong stock market.
"""
pool = Pool(cpu_count())
output_list =... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class Test(unittest.TestCase):
def set_data(self):
self.symbol = '600848'
self.start = '2014-11-24'
self.end = '2016-02-29'
self.disp = 5
def test_get_nav_open(self):
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class OrderRequest:
"""
Request sending to specific gateway for creating a new order.
"""
symbol: str
exchange: Exchange
direction: Direction
type: OrderType
volume: float
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class CreditCard(object):
def __init__(self, number):
self.number = number
def is_number(self):
"""True if there is at least one digit in number."""
self.number = re.sub(r'[^\... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def show_real_time_analysis():
"""实时分析模块 - 自动连接版本"""
if WorkflowOrchestrator is None:
st.error("😱 无法加载WorkflowOrchestrator，请检查后端配置")
return
# 自动连接系统（如果未连接）
if not st.sessi... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance",
"Maintainability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability"... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def _make_final_decision(self, debug: bool = False) -> dict:
"""
制定最终的交易决策
该方法是交易决策制定的核心，基于之前收集的所有信息（技术指标、新闻、
论坛互动等）进行综合分析，并生成具体的交易决策。
处理流程：
1. 基于对话历史进行投资分... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def test_provider_redirects_on_success_preauth_payment(mocked_request, mocked_redirect):
payment = Payment()
provider = CyberSourceProvider(
merchant_id=MERCHANT_ID, password=PASSWORD, org_id=O... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class PDTTest(TestCase):
urls = "paypal.standard.pdt.tests.test_urls"
template_dirs = [os.path.join(os.path.dirname(__file__), 'templates'),]
def setUp(self):
# set up some dummy PDT get p... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def get_stock_industry_and_category(
stock_code: str,
profile_path: str = "data/stock_profile.csv",
) -> dict:
"""
根据股票代码获取详细的行业和类别信息
该函数实现了股票代码到行业信息的反向查询，支持两级分类体系：
- 细分行业（industry）：具体... | {
"criteria_present": [],
"criteria_missing": [],
"iso_mapping_present": [],
"iso_mapping_missing": [],
"findings": [],
"missing_findings": []
} |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class Ethereum(Crypto):
can_set_tx_fee = False
network_currency = "ETH"
def gethost(self):
host = environ.get("ETHEREUM_API_SERVER_HOST", "ethereum-shkeeper")
port = environ.get("E... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance",
"Maintainability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appropriateness"
}
],
"iso_mappi... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def assign_worker_numbers(self, df):
"""Updates parameter combinations with the index of the worker used.
Args:
df: DataFrame of parameter combinations.
Returns:
... | {
"criteria_present": [
"Readability",
"Maintainability"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
"sub_axis": "Analy... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def get_statistics(self, from_time: int = 0, to_time: int = int(time.time()) * 1000) -> dict:
"""
Get statistics in a given time frame
:param from_time: Timestamp - milliseconds si... | {
"criteria_present": [
"Readability",
"Maintainability"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Analyzability"
},
{
"axis": "Maintainability",
"sub_axis": "Mo... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class PositionMonitor(BaseMonitor):
"""
Monitor for position data.
"""
event_type: str = EVENT_POSITION
data_key: str = "vt_positionid"
sorting: bool = True
headers: dict = {
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def get_top_performance_entities_by_periods(
entity_provider,
data_provider,
target_date=None,
periods=None,
entity_ids=None,
ignore_new_stock=True,
ignore_st=True,
entity_type=... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def MI(cls, ohlc: DataFrame, period: int = 9, adjust: bool = True) -> Series:
"""Developed by Donald Dorsey, the Mass Index uses the high-low range to identify trend reversals based on range expans... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def validate_confirm_form(self):
"""
Third and final step of ExpressCheckout. Request has pressed the confirmation but
and we can send the final confirmation to PayPal using the dat... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance",
"Maintainability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability"... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class TestComparisons(unittest.TestCase):
def test_cmp_same_address(self):
addr1 = Address("addr1v8fet8gavr6elqt6q50skkjf025zthqu6vr56l5k39sp9aqlvz2g4")
addr2 = Address("addr1v8fet8gavr6elq... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def _coerce_series(
self,
name: str,
preset: CommandPreset,
context: Context
) -> List[CommandSeriesType]:
preset_series = preset.series
series = self.se... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def delayed_capture(order_number, pnref=None, amt=None):
"""
Capture funds that have been previously authorized.
Notes:
* It's possible to capture a lower amount than the original auth
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class QuantumSimulation:
def __init__(self, num_qubits, num_clbits):
self.num_qubits = num_qubits
self.num_clbits = num_clbits
self.circuit = QuantumCircuit(num_qubits, num_clbits)
... | {
"criteria_present": [
"Readability",
"Maintainability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def __init__(self, ticker, mode, tick_size=0, tick_value=None):
self.ticker = ticker
self.mode = mode
if self.mode in [self.FOREX, self.CFD]:
# number of units of the co... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def initialize_ai_governance():
"""
Initializes the AI-Driven Predictive Governance module.
This function can be called to set up any necessary configurations
or connections required for the mo... | {
"criteria_present": [
"Readability",
"Maintainability"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability",
"Domain Alignment"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class Invitation(Base):
"""User invitation system for onboarding"""
__tablename__ = "invitations"
id = Column(Integer, primary_key=True, index=True)
email = Column(String(255), nullable=Fa... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def extra_proration_fraction(
self, subscription, start_date, end_date, entry_type: OriginType
) -> Tuple[Fraction, bool, DateInterval]:
entry_start_date = start_date
entry_end_... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def alpha_098(code, end_date=None, fq="pre"):
"""
公式:
((((DELTA((SUM(CLOSE, 100) / 100), 100) / DELAY(CLOSE, 100)) < 0.05) || ((DELTA((SUM(CLOSE, 100) / 100), 100) /DELAY(CLOSE, 100)) == 0.05)) ... | {
"criteria_present": [
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Maintainability",
"Readability",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appr... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def test_sync_from_stripe_data(self, platform_account_fixture, configure_settings):
"""Ensure sync_from_stripe_data() on Account model works as expected."""
# Create Account on Stripe.
... | {
"criteria_present": [
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Reliability",
"Compliance"
],
"iso_mapping_present": [
{
"axis": "Usability",
"sub_axis": "Operability"
},
{
"axis": "Functional Suitability",
"sub_axis": "Fu... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def update_draft_billing_documents(sender, instance, **kwargs):
Invoice = apps.get_model('silver', 'Invoice')
Proforma = apps.get_model('silver', 'Proforma')
if instance.pk and not kwargs.get('raw... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Code Smell",
"Complexity",
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
def _prepare_reconciliation_amls(self, values_list, shadowed_aml_values=None):
am_model = self.env["account.move"]
aml_model = self.env["account.move.line"]
partials = super()._prep... | {
"criteria_present": [
"Domain Alignment",
"Readability"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability",
"Maintainability"
],
"iso_mapping_present": [
{
"axis": "Functional Suitability",
"sub_axis": "Functional Appropriateness"
},
{
"axi... |
You are a senior software quality evaluator.
Analyze the following fintech code using ISO/IEC 25010.
### Code
class TestSatelliteNode(unittest.TestCase):
def setUp(self):
"""Set up a SatelliteNode instance for testing."""
self.node = SatelliteNode(node_id="Node1", location="Orbit 1")
self.c... | {
"criteria_present": [
"Maintainability",
"Readability",
"Domain Alignment"
],
"criteria_missing": [
"Security",
"Compliance",
"Reliability"
],
"iso_mapping_present": [
{
"axis": "Maintainability",
"sub_axis": "Modularity"
},
{
"axis": "Maintainability",
... |
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