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2026-07-09 05:08:16 +08:00

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Python

"""
Cross-library speed benchmarks using pytest-benchmark.
Run: pytest benchmarks/test_speed.py --benchmark-only -v
pytest benchmarks/test_speed.py --benchmark-only --benchmark-json=benchmarks/results.json
Streaming benchmarks are in test_streaming_speed.py
"""
from __future__ import annotations
import pytest
from benchmarks.data_generator import LARGE
from benchmarks.wrapper_registry import (
INDICATOR_CATEGORIES,
available_libraries,
execute_indicator,
is_supported,
)
BENCH_DATA = LARGE # 100k bars for main benchmarks
BENCH_LIBS = available_libraries()
def _make_bench(indicator: str, library: str):
"""Return a benchmark function that runs indicator on library (uses BENCH_DATA)."""
def _fn():
execute_indicator(library, indicator, BENCH_DATA)
_fn.__name__ = f"{library}_{indicator}"
return _fn
# ── Parametrize over all (indicator, library) combinations ───────────────────
def pytest_generate_tests(metafunc):
if "indicator" in metafunc.fixturenames and "library" in metafunc.fixturenames:
params = []
for cat, inds in INDICATOR_CATEGORIES.items():
for ind in inds:
for lib in BENCH_LIBS:
params.append(pytest.param(ind, lib, id=f"{cat}/{ind}/{lib}"))
metafunc.parametrize("indicator,library", params)
class TestSpeed:
"""One benchmark per (indicator, library) pair — all at 100k bars (LARGE dataset)."""
def test_speed(self, benchmark, indicator, library):
if not is_supported(library, indicator):
pytest.skip(f"{library} does not implement {indicator}")
fn = _make_bench(indicator, library)
benchmark.pedantic(fn, iterations=5, rounds=20, warmup_rounds=2)
# ── Standalone head-to-head for the most important indicators ─────────────────
@pytest.mark.parametrize(
"indicator,libs",
[
("SMA", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
("EMA", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
("RSI", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
("MACD", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
("BBANDS", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
("ATR", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
("CCI", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
("WILLR", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
("OBV", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
("ADX", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
("MFI", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
("STOCH", ["ferro_ta", "talib", "tulipy", "pandas_ta", "ta", "finta"]),
],
)
def test_head_to_head(benchmark, indicator, libs):
"""Benchmark ferro_ta vs all peers — for README table generation."""
if not is_supported("ferro_ta", indicator):
pytest.skip(f"ferro_ta does not implement {indicator}")
fn = _make_bench(indicator, "ferro_ta")
benchmark.pedantic(fn, iterations=5, rounds=20, warmup_rounds=2)
# ── Large dataset benchmarks (100k bars) ─────────────────────────────────────
@pytest.mark.parametrize(
"indicator",
["SMA", "EMA", "RSI", "MACD", "ATR", "BBANDS", "OBV", "CCI", "ADX", "MFI"],
)
def test_large_dataset(benchmark, indicator):
"""Scaling benchmark at 100k bars for ferro_ta."""
if not is_supported("ferro_ta", indicator):
pytest.skip(f"ferro_ta does not implement {indicator}")
def _fn():
execute_indicator("ferro_ta", indicator, LARGE)
benchmark.pedantic(_fn, iterations=3, rounds=10, warmup_rounds=1)