# -*- coding: utf-8 -*- """职称硬指标核验内核金标准用例（离线、确定性）。""" from __future__ import annotations import json import os import tempfile import unittest from _support import IsolatedDataRoot def _metrics(rank="副教授", **overrides) -> dict: base = { "teacherName": "张老师", "department": "化材学院", "applyRank": rank, "presidingProvincial": 1, "corePapers": 4, "teachingHours": 180, "currentTitleYears": 6, } base.update(overrides) return base class VerifyRuleTestBase(unittest.TestCase): def setUp(self) -> None: self._root = IsolatedDataRoot() self._root.__enter__() from db.connection import init_db init_db() def tearDown(self) -> None: self._root.__exit__(None, None, None) def _verify(self, metrics=None, rank="副教授"): from service.verify_service import load_thresholds, verify_metrics return verify_metrics(metrics if metrics is not None else _metrics(rank=rank), load_thresholds(rank)) class TestMatrixColors(VerifyRuleTestBase): def test_all_safe(self) -> None: result = self._verify(_metrics(presidingProvincial=2, corePapers=5, teachingHours=200, currentTitleYears=8)) self.assertEqual(result["verdict"], "安全") colors = {m["metric_key"]: m["color"] for m in result["matrix"]} self.assertTrue(all(c == "green" for c in colors.values())) def test_red_hard_fail(self) -> None: result = self._verify(_metrics(corePapers=1)) self.assertEqual(result["verdict"], "硬伤") red = [m for m in result["matrix"] if m["color"] == "red"] self.assertEqual(red[0]["metric_key"], "core_papers") self.assertIn("依据", red[0]["advice"]) def test_yellow_border_below_10_percent(self) -> None: result = self._verify(_metrics(presidingProvincial=1, corePapers=3, teachingHours=165, currentTitleYears=6)) self.assertEqual(result["verdict"], "边缘") colors = {m["metric_key"]: m["color"] for m in result["matrix"]} self.assertEqual(colors["teaching_hours"], "yellow") # 165/160 = 3.1% 余量 self.assertEqual(colors["core_papers"], "yellow") # 3/3 = 0 余量 def test_green_boundary_at_exactly_10_percent(self) -> None: # 恰好 10% 余量（176 = 160×1.10）属绿 result = self._verify(_metrics(teachingHours=176)) colors = {m["metric_key"]: m["color"] for m in result["matrix"]} self.assertEqual(colors["teaching_hours"], "green") def test_yellow_boundary_at_109_percent(self) -> None: # 1.09 倍（174.4 = 160×1.09，余量 9%）属黄 result = self._verify(_metrics(teachingHours=174.4)) colors = {m["metric_key"]: m["color"] for m in result["matrix"]} self.assertEqual(colors["teaching_hours"], "yellow") def test_alias_metric_without_threshold_gets_v1(self) -> None: # 副教授种子未配置 awards：提供该指标须出 V1 灰行，不得当作已核验跳过 result = self._verify(_metrics(awards=2)) v1 = [m for m in result["matrix"] if m["metric_key"] == "awards"] self.assertEqual(len(v1), 1) self.assertIn("V1", v1[0]["advice"]) def test_empty_thresholds_never_safe(self) -> None: """该级别门槛库为空 → 一律不判"安全"（V1 灰行 + 边缘结论）。""" from service.verify_service import verify_metrics result = verify_metrics(_metrics(), {}) self.assertEqual(result["verdict"], "边缘") self.assertIn("门槛库未配置", result["summary"]) provided = [m for m in result["matrix"] if m["metric_key"] in ("presiding_provincial", "core_papers")] self.assertTrue(provided and all(m["color"] == "gray" for m in provided)) bare = verify_metrics({"teacherName": "某人", "applyRank": "副教授"}, {}) self.assertEqual(bare["verdict"], "边缘") self.assertIn("门槛库未配置", bare["summary"]) def test_r4_missing_metric_pending(self) -> None: result = self._verify(_metrics(corePapers=None)) self.assertEqual(result["verdict"], "边缘") colors = {m["metric_key"]: m["color"] for m in result["matrix"]} self.assertEqual(colors["core_papers"], "gray") pending = next(m for m in result["matrix"] if m["metric_key"] == "core_papers") self.assertIn("R4", pending["advice"]) def test_v1_unconfigured_metric(self) -> None: result = self._verify(_metrics(someExtraAward=3)) v1 = [m for m in result["matrix"] if m["metric_key"] == "someExtraAward"] self.assertTrue(v1) self.assertIn("V1", v1[0]["advice"]) class TestVerifyKernel(VerifyRuleTestBase): def _run(self, cases): from service.verify_service import run_verify return run_verify(cases) def test_run_verify_writes_reports_and_brief(self) -> None: result = self._run([_metrics(presidingProvincial=2), _metrics(teacherName="李老师", corePapers=1)]) self.assertEqual(result["count"], 2) self.assertEqual(result["verdict_counts"], {"安全": 1, "硬伤": 1}) self.assertTrue(result["brief_file"].endswith(".html")) for report in result["reports"]: self.assertTrue(report["report_file"].endswith(".html")) with open(report["report_file"], encoding="utf-8") as f: html_text = f.read() self.assertIn("职称申报核验报告", html_text) self.assertIn("不构成评审结论", html_text) def test_empty_cases_raises(self) -> None: with self.assertRaises(ValueError): self._run([]) def test_professor_rank_thresholds(self) -> None: result = self._run([_metrics(rank="教授", presidingProvincial=2, corePapers=7, monographs=2)]) self.assertEqual(result["reports"][0]["verdict"], "边缘") # core 7/6 余量 16.7% 绿、presiding 2/2 黄 def test_rank_invalid_raises(self) -> None: with self.assertRaises(ValueError) as ctx: self._run([_metrics(rank="院士", presidingProvincial=0)]) self.assertIn("RANK_INVALID", str(ctx.exception)) def test_professor_first_author_threshold_enforced(self) -> None: """教授"一作/通讯 ≥3"为独立门槛：缺数据判待核（边缘），提供后参与判定。""" from service.verify_service import load_thresholds, verify_metrics base = _metrics(rank="教授", presidingProvincial=3, corePapers=7, monographs=2, currentTitleYears=6) without = verify_metrics(base, load_thresholds("教授")) self.assertEqual(without["verdict"], "边缘") pending = next(m for m in without["matrix"] if m["metric_key"] == "first_author_core_papers") self.assertEqual(pending["color"], "gray") full = verify_metrics(dict(base, firstAuthorCorePapers=4), load_thresholds("教授")) fa = next(m for m in full["matrix"] if m["metric_key"] == "first_author_core_papers") self.assertEqual(fa["color"], "green") self.assertEqual(fa["required"], 3.0) def test_set_threshold_changes_verdict(self) -> None: from service.threshold_service import upsert_threshold upsert_threshold({"rank": "副教授", "metric_key": "core_papers", "metric_name": "核心期刊论文", "min_value": 5}) result = self._verify(_metrics(corePapers=4)) self.assertEqual(result["verdict"], "硬伤") class TestThresholdService(VerifyRuleTestBase): def test_upsert_threshold_create_update(self) -> None: from service.threshold_service import list_thresholds, upsert_threshold payload = upsert_threshold({"rank": "副教授", "metric_key": "awards", "metric_name": "教学/科研获奖", "min_value": 1}) self.assertEqual(payload["action"], "created") payload = upsert_threshold({"rank": "副教授", "metric_key": "awards", "min_value": 2}) self.assertEqual(payload["action"], "updated") rows = [t for t in list_thresholds("副教授") if t["metric_key"] == "awards"] self.assertEqual(rows[0]["min_value"], 2.0) def test_upsert_threshold_validations(self) -> None: from service.threshold_service import upsert_threshold with self.assertRaises(ValueError): upsert_threshold({"rank": "院士", "metric_key": "awards", "min_value": 1}) with self.assertRaises(ValueError): upsert_threshold({"rank": "副教授", "metric_key": "", "min_value": 1}) with self.assertRaises(ValueError): upsert_threshold({"rank": "副教授", "metric_key": "awards", "min_value": -1}) def test_seeded_thresholds(self) -> None: from service.threshold_service import list_thresholds self.assertGreaterEqual(len(list_thresholds("副教授")), 4) self.assertGreaterEqual(len(list_thresholds("教授")), 4) def test_stats(self) -> None: from service.threshold_service import stats from service.verify_service import run_verify run_verify([_metrics(presidingProvincial=2), _metrics(teacherName="李老师", corePapers=1)]) payload = stats() self.assertEqual(payload["case_total"], 2) self.assertEqual(payload["by_verdict"].get("硬伤"), 1) self.assertTrue(payload["red_cases"]) class TestBatchInputCollection(VerifyRuleTestBase): """input/ 目录收集：坏文件跳过并记录原因，不中断整批。""" def test_collect_input_cases_skips_bad_files(self) -> None: from service.verify_service import collect_input_cases with tempfile.TemporaryDirectory() as tmp: with open(os.path.join(tmp, "a.json"), "w", encoding="utf-8") as f: json.dump([_metrics(), _metrics(teacherName="李老师")], f, ensure_ascii=False) with open(os.path.join(tmp, "single.json"), "w", encoding="utf-8") as f: json.dump({"teacherName": "王老师", "applyRank": "副教授"}, f, ensure_ascii=False) with open(os.path.join(tmp, "bad.json"), "w", encoding="utf-8") as f: f.write("{not-json") with open(os.path.join(tmp, "scalar.json"), "w", encoding="utf-8") as f: json.dump("just-a-string", f, ensure_ascii=False) cases, skipped = collect_input_cases(tmp) names = [c.get("teacherName") for c in cases] self.assertEqual(names, ["张老师", "李老师", "王老师"]) self.assertEqual({e["file"] for e in skipped}, {"bad.json", "scalar.json"}) self.assertTrue(all(e["reason"] for e in skipped)) def test_collect_input_cases_empty_dir(self) -> None: from service.verify_service import collect_input_cases with tempfile.TemporaryDirectory() as tmp: cases, skipped = collect_input_cases(tmp) self.assertEqual(cases, []) self.assertEqual(skipped, []) if __name__ == "__main__": unittest.main()