157 lines
6.6 KiB
Python
157 lines
6.6 KiB
Python
# -*- coding: utf-8 -*-
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"""职称硬指标核验内核金标准用例（离线、确定性）。"""
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from __future__ import annotations
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import unittest
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from _support import IsolatedDataRoot
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def _metrics(rank="副教授", **overrides) -> dict:
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base = {
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"teacherName": "张老师",
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"department": "化材学院",
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"applyRank": rank,
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"presidingProvincial": 1,
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"corePapers": 4,
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"teachingHours": 180,
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"currentTitleYears": 6,
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}
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base.update(overrides)
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return base
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class VerifyRuleTestBase(unittest.TestCase):
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def setUp(self) -> None:
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self._root = IsolatedDataRoot()
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self._root.__enter__()
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from db.connection import init_db
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init_db()
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def tearDown(self) -> None:
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self._root.__exit__(None, None, None)
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def _verify(self, metrics=None, rank="副教授"):
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from service.verify_service import load_thresholds, verify_metrics
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return verify_metrics(metrics if metrics is not None else _metrics(rank=rank), load_thresholds(rank))
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class TestMatrixColors(VerifyRuleTestBase):
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def test_all_safe(self) -> None:
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result = self._verify(_metrics(presidingProvincial=2, corePapers=5, teachingHours=200, currentTitleYears=8))
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self.assertEqual(result["verdict"], "安全")
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colors = {m["metric_key"]: m["color"] for m in result["matrix"]}
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self.assertTrue(all(c == "green" for c in colors.values()))
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def test_red_hard_fail(self) -> None:
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result = self._verify(_metrics(corePapers=1))
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self.assertEqual(result["verdict"], "硬伤")
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red = [m for m in result["matrix"] if m["color"] == "red"]
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self.assertEqual(red[0]["metric_key"], "core_papers")
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self.assertIn("依据", red[0]["advice"])
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def test_yellow_border_below_10_percent(self) -> None:
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result = self._verify(_metrics(presidingProvincial=1, corePapers=3, teachingHours=165, currentTitleYears=6))
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self.assertEqual(result["verdict"], "边缘")
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colors = {m["metric_key"]: m["color"] for m in result["matrix"]}
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self.assertEqual(colors["teaching_hours"], "yellow") # 165/160 = 3.1% 余量
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self.assertEqual(colors["core_papers"], "yellow") # 3/3 = 0 余量
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def test_green_boundary_at_exactly_10_percent(self) -> None:
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# 恰好 10% 余量（176 = 160×1.10）属绿
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result = self._verify(_metrics(teachingHours=176))
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colors = {m["metric_key"]: m["color"] for m in result["matrix"]}
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self.assertEqual(colors["teaching_hours"], "green")
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def test_r4_missing_metric_pending(self) -> None:
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result = self._verify(_metrics(corePapers=None))
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self.assertEqual(result["verdict"], "边缘")
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colors = {m["metric_key"]: m["color"] for m in result["matrix"]}
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self.assertEqual(colors["core_papers"], "gray")
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pending = next(m for m in result["matrix"] if m["metric_key"] == "core_papers")
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self.assertIn("R4", pending["advice"])
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def test_v1_unconfigured_metric(self) -> None:
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result = self._verify(_metrics(someExtraAward=3))
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v1 = [m for m in result["matrix"] if m["metric_key"] == "someExtraAward"]
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self.assertTrue(v1)
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self.assertIn("V1", v1[0]["advice"])
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class TestVerifyKernel(VerifyRuleTestBase):
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def _run(self, cases):
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from service.verify_service import run_verify
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return run_verify(cases)
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def test_run_verify_writes_reports_and_brief(self) -> None:
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result = self._run([_metrics(presidingProvincial=2), _metrics(teacherName="李老师", corePapers=1)])
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self.assertEqual(result["count"], 2)
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self.assertEqual(result["verdict_counts"], {"安全": 1, "硬伤": 1})
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self.assertTrue(result["brief_file"].endswith(".html"))
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for report in result["reports"]:
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self.assertTrue(report["report_file"].endswith(".html"))
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with open(report["report_file"], encoding="utf-8") as f:
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html_text = f.read()
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self.assertIn("职称申报核验报告", html_text)
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self.assertIn("不构成评审结论", html_text)
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def test_empty_cases_raises(self) -> None:
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with self.assertRaises(ValueError):
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self._run([])
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def test_professor_rank_thresholds(self) -> None:
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result = self._run([_metrics(rank="教授", presidingProvincial=2, corePapers=7, monographs=2)])
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self.assertEqual(result["reports"][0]["verdict"], "边缘") # core 7/6 余量 16.7% 绿、presiding 2/2 黄
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def test_set_threshold_changes_verdict(self) -> None:
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from service.threshold_service import upsert_threshold
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upsert_threshold({"rank": "副教授", "metric_key": "core_papers", "metric_name": "核心期刊论文", "min_value": 5})
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result = self._verify(_metrics(corePapers=4))
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self.assertEqual(result["verdict"], "硬伤")
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class TestThresholdService(VerifyRuleTestBase):
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def test_upsert_threshold_create_update(self) -> None:
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from service.threshold_service import list_thresholds, upsert_threshold
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payload = upsert_threshold({"rank": "副教授", "metric_key": "awards", "metric_name": "教学/科研获奖", "min_value": 1})
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self.assertEqual(payload["action"], "created")
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payload = upsert_threshold({"rank": "副教授", "metric_key": "awards", "min_value": 2})
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self.assertEqual(payload["action"], "updated")
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rows = [t for t in list_thresholds("副教授") if t["metric_key"] == "awards"]
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self.assertEqual(rows[0]["min_value"], 2.0)
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def test_upsert_threshold_validations(self) -> None:
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from service.threshold_service import upsert_threshold
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with self.assertRaises(ValueError):
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upsert_threshold({"rank": "院士", "metric_key": "awards", "min_value": 1})
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with self.assertRaises(ValueError):
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upsert_threshold({"rank": "副教授", "metric_key": "", "min_value": 1})
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with self.assertRaises(ValueError):
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upsert_threshold({"rank": "副教授", "metric_key": "awards", "min_value": -1})
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def test_seeded_thresholds(self) -> None:
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from service.threshold_service import list_thresholds
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self.assertGreaterEqual(len(list_thresholds("副教授")), 4)
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self.assertGreaterEqual(len(list_thresholds("教授")), 4)
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def test_stats(self) -> None:
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from service.threshold_service import stats
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from service.verify_service import run_verify
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run_verify([_metrics(presidingProvincial=2), _metrics(teacherName="李老师", corePapers=1)])
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payload = stats()
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self.assertEqual(payload["case_total"], 2)
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self.assertEqual(payload["by_verdict"].get("硬伤"), 1)
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self.assertTrue(payload["red_cases"])
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if __name__ == "__main__":
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unittest.main()
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