Andrew Yim
87635e4208
- gsc_signal_delta.py: extract `found` local var; add first branch in verdict_hint chain so a term absent from both GSC windows yields INCONCLUSIVE (not ARTIFACT). Existing ARTIFACT / CONFIRMED-PARTIAL / PARTIAL branches unchanged (elif chain). - test_gsc_signal_delta.py: add test_absent_claim_term_inconclusive asserting found=False and "INCONCLUSIVE" in verdict_hint for a term in neither fixture. - code/CLAUDE.md: one-line surge-tuning note — verdict_hint/in_top_movers are calibrated for upward claims; for drops, inspect top_decliners directly. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01KuT3W81t88QQFaxY2ruWv2
66 lines
2.2 KiB
Python
66 lines
2.2 KiB
Python
#!/usr/bin/env python3
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"""Tests for gsc_signal_delta. Run: `python3 test_gsc_signal_delta.py`
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(also pytest-compatible). Stdlib only."""
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import sys
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from pathlib import Path
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sys.path.insert(0, str(Path(__file__).parent))
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from gsc_signal_delta import compute_delta # noqa: E402
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# Genesis fixture: JHR "호텔" — flat head term, growth all brand (2026-06 case).
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RECENT = [
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{"query": "호텔", "clicks": 5, "impressions": 572, "position": 11.6},
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{"query": "grand josun busan", "clicks": 250, "impressions": 4000, "position": 1.2},
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{"query": "조선호텔", "clicks": 300, "impressions": 6000, "position": 1.1},
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]
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PRIOR = [
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{"query": "호텔", "clicks": 9, "impressions": 371, "position": 18.1},
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{"query": "grand josun busan", "clicks": 49, "impressions": 1500, "position": 3.4},
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{"query": "조선호텔", "clicks": 150, "impressions": 5000, "position": 1.3},
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]
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def test_claim_term_flagged_artifact():
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out = compute_delta(RECENT, PRIOR, 28, 30, claim_term="호텔")
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ct = out["claim_term"]
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assert ct["found"] is True
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assert ct["in_top_movers"] is False
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assert ct["click_share_pct"] < 1.0
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assert "ARTIFACT" in out["verdict_hint"]
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def test_top_gainer_is_brand_term():
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out = compute_delta(RECENT, PRIOR, 28, 30, claim_term="호텔")
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assert out["top_gainers"][0]["query"] == "grand josun busan"
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assert out["top_gainers"][0]["delta_clicks"] == 201
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def test_day_normalization():
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out = compute_delta(RECENT, PRIOR, 28, 30)
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assert out["site_totals"]["recent"]["clicks_per_day"] == 19.82 # 555/28
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assert out["site_totals"]["prior"]["clicks_per_day"] == 6.93 # 208/30
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def test_absent_claim_term_inconclusive():
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out = compute_delta(RECENT, PRIOR, 28, 30, claim_term="존재하지않는검색어")
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assert out["claim_term"]["found"] is False
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assert "INCONCLUSIVE" in out["verdict_hint"]
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def test_positive_days_required():
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try:
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compute_delta(RECENT, PRIOR, 0, 30)
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except ValueError:
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return
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raise AssertionError("expected ValueError for non-positive days")
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def _run():
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fns = [v for k, v in sorted(globals().items()) if k.startswith("test_")]
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for fn in fns:
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fn(); print(f"PASS {fn.__name__}")
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print(f"\n{len(fns)} passed")
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if __name__ == "__main__":
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_run()
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