kangshifu-board/scripts/package-S5-completion.py

"""Package verified closeout instructions and update only local progress docs."""
from pathlib import Path
from datetime import datetime, timezone
import hashlib
import json
import zipfile

ROOT = Path(__file__).resolve().parents[1]
DOCS = Path('F:/文档/工作坊当前资料')
OUT = ROOT / 'work/S5-classroom-completion-20261103'
PACKAGE = DOCS / 'ksf-S5-classroom-completion-20261103.zip'
BACKUP = ROOT / 'work/S5-progress-before-completion-preparation-20261103'
audit = json.loads((ROOT / 'work/S5-completion-live-preflight-20261103.json').read_text(encoding='utf-8'))
simulation = json.loads((ROOT / 'work/S5-completion-isolated-simulation-20261103.json').read_text(encoding='utf-8'))
assert audit['ok'] and simulation['ok']
assert audit['productionBusinessWrites'] == simulation['productionWrites'] == 0
assert audit['checksPassed'] == simulation['checksPassed'] == 9
assert audit['currentStage'] == 'S5' and audit['progressState'] == 'in_progress'
assert not PACKAGE.exists() and not BACKUP.exists()
sha = lambda data: hashlib.sha256(data).hexdigest()
old_names = ['52-S5桌面方案审阅与定稿.md', '53-发给运维001-S5方案与报告准备.txt', '54-发给王刚001-S5方案与课堂报告保存.txt', '55-S5方案与课堂报告独立验收结果.md', 'ksf-S5-classroom-next-20261103.zip']
old_hashes = {n: sha((DOCS / n).read_bytes()) for n in old_names}

preflight_path = OUT / 'preflight.json'
preflight = json.loads(preflight_path.read_text(encoding='utf-8'))
preflight.pop('localStructureOnly')
preflight.update({
    'scope': 'Local material preparation plus separately recorded production reads and RAM simulation',
    'liveReadOnlyPreflight': {'at': audit['at'], 'checksPassed': audit['checksPassed'], 'readCalls': audit['readCalls'], 'currentStage': 'S5', 'progressState': 'in_progress', 'artifactCount': 3, 'eventCount': 7, 'pendingQuestionCount': 13, 'futureWriteAuditMatches': 0, 'productionBusinessWrites': 0},
    'isolatedSimulation': {'at': simulation['at'], 'checksPassed': simulation['checksPassed'], 'commandSteps': 3, 'negativeControls': simulation['negativeControls'], 'idempotencyControls': simulation['idempotencyControls'], 'productionCalls': 0, 'productionWrites': 0, 'expectedAfter': simulation['expectedAfter']},
    'currentMessageIdentityVerifiedByCodex': False, 'remoteFilesystemAndProcessesInspected': False,
})
preflight_path.write_text(json.dumps(preflight, ensure_ascii=False, indent=2) + '\n', encoding='utf-8', newline='\n')
with (OUT / '55-S5方案与课堂报告独立验收结果.md').open('xb') as stream:
    stream.write((DOCS / '55-S5方案与课堂报告独立验收结果.md').read_bytes())
with (OUT / '56-课堂总结与完成条件.md').open('a', encoding='utf-8', newline='\n') as stream:
    stream.write('''

独立准备结果：本轮生产只读预检9项通过，实际发起9次只读调用，项目仍S5/in_progress、3成果/1概念/7事件、13问题；未来完成写键没有成功审计。当前部署的转阶段和状态读取命令及相关会话/事件/幂等处理与核查实现一致。Codex未独立核远端文件/进程或本条企微身份。

用本次捕获的部署代码和字段表完成本地内存模拟9项：3步CLI流程、3个前提反向控制、2个幂等控制通过。模拟完成后仍3报告/1概念/13问题，只增加第8条completed事件与1条成功审计。模拟重放仅在隔离内存进行，不允许据此自动重试生产。没有生产完成写入或本轮生产浏览器完成态验收；后续仍按57/58执行和回读。

独立证据：F:/kangshifu-board/work/S5-completion-live-preflight-20261103.json、F:/kangshifu-board/work/S5-completion-isolated-simulation-20261103.json。历史55号及其首次失败/后续验收证据保持原样。
''')
with (OUT / 'README.txt').open('a', encoding='utf-8', newline='\n') as stream:
    stream.write('已完成9项生产只读预检（9次只读调用）及9项内存模拟；未执行生产完成写入。57号远端落地预检和58号真实消息执行仍待完成。\n')

names = sorted(p.name for p in OUT.iterdir() if p.is_file())
assert len(names) == 8
for name in names:
    text = (OUT / name).read_text(encoding='utf-8')
    for forbidden in ['-----BEGIN', 'X-Parse-Master-Key', 'signingSecret']:
        assert forbidden not in text
manifest = ''.join(f'{sha((OUT / name).read_bytes())}  {name}\n' for name in names)
with (OUT / 'FILES.sha256').open('x', encoding='utf-8', newline='\n') as stream:
    stream.write(manifest)
with zipfile.ZipFile(PACKAGE, 'x', compression=zipfile.ZIP_DEFLATED) as archive:
    for name in [*names, 'FILES.sha256']:
        archive.write(OUT / name, arcname=name)
with zipfile.ZipFile(PACKAGE) as archive:
    assert len(archive.infolist()) == 9
    assert archive.testzip() is None
    for name in names:
        assert archive.read(name) == (OUT / name).read_bytes()
        assert sha(archive.read(name)) == sha((OUT / name).read_bytes())

for name in ['56-课堂总结与完成条件.md', '57-发给运维001-课堂完成准备.txt', '58-发给王刚001-课堂完成与回读.txt']:
    assert not (DOCS / name).exists()
    with (DOCS / name).open('xb') as stream:
        stream.write((OUT / name).read_bytes())

originals = {name: (DOCS / name).read_bytes() for name in ['01-工作进展汇报.txt', '02-后续待补资料.md', 'README.md']}
BACKUP.mkdir()
for name, content in originals.items():
    with (BACKUP / name).open('xb') as stream:
        stream.write(content)
with (BACKUP / 'manifest.json').open('x', encoding='utf-8') as stream:
    json.dump({name: sha(content) for name, content in originals.items()}, stream, ensure_ascii=False, indent=2)

progress = originals['01-工作进展汇报.txt'].decode('utf-8-sig')
old = '下一步可整理课堂总结与完成条件，再执行相应状态操作；本次没有自动completed。'
assert old in progress
progress = progress.replace(old, '课堂总结与完成条件已整理为56号，1份完成模板、57号运维单、58号王刚执行单及固定材料包已备齐；9项生产只读预检和9项隔离模拟通过。本轮仍S5/in_progress，没有完成写入。下一步先交57号+收尾包给运维落地预检，再由王刚001按58号真实消息执行1写2读，最终由Codex核完成态。', 1)
progress += f'\n课堂收尾固定包：{PACKAGE.name}，{PACKAGE.stat().st_size}字节，SHA256={sha(PACKAGE.read_bytes())}；9条目、清单8/8核验。更新前快照：{BACKUP.as_posix()}/。\n'

needs = originals['02-后续待补资料.md'].decode('utf-8-sig')
old = '下一步可整理课堂总结与完成条件；不重跑53/54号，不补存新版本。'
assert old in needs
needs = needs.replace(old, '56号已整理课堂总结，57/58号及收尾固定包已准备并通过9项生产只读预检、9项内存模拟；当前仍S5/in_progress，未完成写入。先交57号与包运维落地，通过后58号由王刚001在真实消息执行1写2读。预期只新增completed事件/成功审计，13问题不变；不重跑53/54号，不补存新版本。', 1)

readme = originals['README.md'].decode('utf-8-sig')
old = '下一步可整理课堂总结和完成条件。'
assert old in readme
readme = readme.replace(old, '56号课堂总结、57/58号和收尾固定包已准备；9项生产只读预检、9项内存模拟通过，尚未执行完成写入。下一步交57号+包运维落地预检，再按58号真实执行1写2读，预期S5/completed并保留13问题。', 1)
line = '- 55-S5方案与课堂报告独立验收结果.md：'
assert line in readme
readme = readme.replace(line, '- 56-课堂总结与完成条件.md：当前收尾范围，保留13问题、历史requestId偏差和研究/确认边界。\n- 57-发给运维001-课堂完成准备.txt：下一步；落地1份固定模板、核合同/归属/状态/回执/在途，不代跑完成。\n- 58-发给王刚001-课堂完成与回读.txt：57号通过后在真实消息执行3步；project-status→project-progress→project-status，1写2读，只更新课堂完成状态。\n- ksf-S5-classroom-completion-20261103.zip：9条目、清单8/8；模板两ID为null不可直接提交，生产未完成。\n' + line, 1)
for name, text in {'01-工作进展汇报.txt': progress, '02-后续待补资料.md': needs, 'README.md': readme}.items():
    assert '仍S5/in_progress' in text or 'S5 / in_progress' in text
    (DOCS / name).write_text(text, encoding='utf-8', newline='\n')

for name, digest in old_hashes.items():
    assert sha((DOCS / name).read_bytes()) == digest
receipt = {'ok': True, 'at': datetime.now(timezone.utc).isoformat(), 'operation': 'prepare-S5-classroom-completion', 'package': str(PACKAGE), 'bytes': PACKAGE.stat().st_size, 'sha256': sha(PACKAGE.read_bytes()), 'entries': 9, 'manifestFilesVerified': 8, 'templateCount': 1, 'readOnlyPreflightChecks': 9, 'productionReadCalls': 9, 'isolatedSimulationChecks': 9, 'productionBusinessWrites': 0, 'currentStage': 'S5', 'progressState': 'in_progress', 'completionExecuted': False, 'backup': str(BACKUP), 'oldFilesUnchanged': old_hashes}
with (ROOT / 'work/S5-completion-package-receipt-20261103.json').open('x', encoding='utf-8') as stream:
    json.dump(receipt, stream, ensure_ascii=False, indent=2)
print(json.dumps(receipt, ensure_ascii=True, indent=2))