File size: 6,940 Bytes
46d9107 a71b0b0 46d9107 | 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 | """Guard the revision scope, the derived rationale and the declared same-site shell rules."""
from pathlib import Path
from collections import Counter
import json
import unittest
ROOT = Path(__file__).resolve().parents[1]
REVISIONS = ROOT / 'definitions/annotation-revisions'
MATERIALS = ROOT / 'definitions/materials/primary-content-20261103'
XUEQIU = ['article-009', 'article-044', 'article-101', 'article-102', 'article-103', 'article-104']
QUANTA = ['article-064', 'article-091']
XUEQIU_SHELL = {'首页', '下载App', '登录', '搜索', '热门话题', '热股榜', '沪深', '港股', '美股', '发布',
'最热', '最新', '最早', '投诉', '热门基金', '年化', '年化(近5年)', '常见问题', '关于雪球',
'投资者教育', '营业执照', '侵权投诉指引', '出版物经营许可证', 'XUEQIU.COM',
'北京雪球信息科技有限公司', '更多', '全球', '收藏', '转发', '赞', '关注'}
QUANTA_NAV = {'Physics', 'Mathematics', 'Biology', 'Computer Science', 'Topics', 'Archive'}
def suite_dirs():
registry = json.loads((ROOT / 'definitions/registry.json').read_text())
population = json.loads((ROOT / 'definitions/populations/primary-content-20261103.json').read_text())
parents = set(population['frozen_task_bindings'])
suites = {row['id']: ROOT / 'definitions' / row.get('directory', row['id']) for row in registry['suites']}
if not parents.issubset(suites):
raise ValueError('Frozen revision parent suite is missing')
return {name: suites[name] for name in parents}
def cases(path):
return {c['id']: c for c in json.loads(path.read_text())['cases']}
def anchor_map(task):
return {a['id']: a['alternatives'] for a in (task.get('acceptance_contract') or {}).get('stable_text_anchors', [])}
class ReviewScopeTests(unittest.TestCase):
@classmethod
def setUpClass(cls):
cls.rationale = json.loads((REVISIONS / 'primary-content-20261103-rationale.json').read_text())
cls.cases = {(c['suite'], c['case_id']): c for c in cls.rationale['cases']}
dirs = suite_dirs()
cls.parents = {s: cases(dirs[s] / 'tasks.json') for s in dirs}
cls.revised = {s: cases(MATERIALS / s / 'dataset.json') for s in dirs}
def test_scope_and_population(self):
self.assertEqual(len(self.cases), 72)
self.assertEqual(self.rationale['changed_count'], 72)
self.assertEqual(Counter(s for s, _ in self.cases), {
'articles': 37, 'access-restrictions': 14, 'dynamic-content': 6, 'popular-sites': 12, 'webfetch': 3})
population = json.loads((ROOT / 'definitions/populations/primary-content-20261103.json').read_text())
self.assertLessEqual(set(self.cases), {(c['suite'], c['id']) for c in population['cases']})
def test_removed_requirements_match_the_data(self):
for (suite, cid), case in self.cases.items():
before = anchor_map(self.parents[suite][cid])
after = anchor_map(self.revised[suite][cid])
expected = [{'id': i, 'text': before[i]} for i in before if i not in after]
self.assertEqual(case['removed'], expected, cid)
for row in case['removed']:
self.assertNotIn(row['id'], after, cid)
def test_binding_repairs_are_explicit(self):
repairs = {c for (s, c), case in self.cases.items() if 'binding_repair' in case}
self.assertEqual(repairs, {'live-041-python-programming-language', 'live-063-navigation-menu',
'live-069-navigation-menu'})
for (suite, cid), case in self.cases.items():
if cid in repairs:
self.assertEqual(case['removed'], [])
self.assertIn('Binding repair only', case['reason'])
for region in case['binding_repair']['regions']:
self.assertNotEqual(region['old_text_binding'], region['new_text_binding'])
def test_every_case_has_reason_and_hash_bound_source_or_repair(self):
for case in self.cases.values():
self.assertTrue(case['reason'].strip())
if 'source' in case:
self.assertRegex(case['source']['sha256'], r'^[0-9a-f]{64}$')
def test_full_answer_and_counterfactual_controls(self):
controls = [c for c in self.cases.values() if 'full_answer_control' in c]
self.assertEqual(len(controls), 66)
for case in controls:
self.assertTrue(case['full_answer_control']['complete_answer_passed'])
self.assertFalse(case['full_answer_control']['access_denied_page_passed'])
self.assertEqual(case['counterfactual_control']['results'], {
'clean_before': False, 'clean_after': True, 'shell_before': False, 'shell_after': False})
def test_authored_content_counterexamples_remain_required(self):
expected = {
'article-025': ['stable-7'], 'article-095': ['stable-21'], 'article-027': ['stable-28'],
'article-028': ['stable-16'], 'article-066': ['stable-37'], 'article-067': ['stable-12'],
'article-076': ['stable-8'], 'article-093': ['stable-' + str(i) for i in range(20, 26)],
'article-009': ['stable-6'],
}
for cid, ids in expected.items():
self.assertLessEqual(set(ids), set(anchor_map(self.revised['articles'][cid])), cid)
self.assertIn('phase1-stable-f25f4853e0d1',
anchor_map(self.revised['dynamic-content']['dynamic-096-ar-real-cnn-world']))
def test_same_site_shell_rules_use_body_occurrence(self):
for cid in XUEQIU + QUANTA:
case = self.revised['articles'][cid]
body = (case.get('ground_truth_main_content') or '').casefold()
labels = {x for alternatives in anchor_map(case).values() for x in alternatives}
removed = {x for row in self.cases[('articles', cid)]['removed'] for x in row['text']}
shell = XUEQIU_SHELL if cid in XUEQIU else QUANTA_NAV
if cid == 'article-101': # profile header and post tabs are the requested collection
shell = shell - {'关注', '收藏'}
for label in labels & shell:
self.assertIn(label.casefold(), body, (cid, label))
if body:
for label in removed:
self.assertNotIn(label.casefold(), body, (cid, label))
self.assertIn('不要求提取以下界面控件或页面通用区域的文字', case['task_prompt'])
quanta = {cid: {x for v in anchor_map(self.revised['articles'][cid]).values() for x in v} for cid in QUANTA}
self.assertEqual(quanta['article-064'] & QUANTA_NAV, {'Mathematics'})
self.assertEqual(quanta['article-091'] & QUANTA_NAV, {'Physics', 'Mathematics', 'Topics', 'Computer Science'})
self.assertEqual(set(self.rationale['rules']), {'xueqiu-shell-v1', 'quanta-shell-v1'})
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