808259da87
国动真实投标文件查标一次（check-eval §14）：44 个问题里有用的 9 个， 致命、重要两级都是误报。按决策 E3 全部修（§15）： - 响应错位：「完全满足，无偏离。」这类复合肯定写法整体算肯定 - 附加条件：「不以……另行收费」是承诺 - 扫描件：文字层 v5 记每页图片占比，带一行说明的扫描页也认；提示写明扫描页范围 - 不需要这家投标人回答的：无特定资格要求、总括性资格要求、中标后才做的事、 投标文件没声称适用的联合体和价格扣除 - 「方案应明确 A、B、C……」逐项再检索 - 同一批送出的片段都可引用（引文照样核对）；出处没过校验的不沿用 国动重新检查 44 → 11（全是提示，有用的 9 个都在）；开发集召回 112 → 111 （模型重跑波动），致命级 25/32 不变，规矩的投标文件问题 239 → 213。 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
358 lines
16 KiB
Python
358 lines
16 KiB
Python
"""离线查标评测：拿读标评测的清单（evals/out/runs/<运行>/<招标文件>/items.json）对一份虚构投标文件跑响应匹配。
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用法（在 server/ 下，模型配置读根目录 .env）：
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../.venv/bin/python ../evals/check/run_check.py <投标文件编号> [--checklist fix3] [--name <运行名>]
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输入：evals/out/check/<投标文件编号>/v*.pdf（render.py 渲染的）、manifest.json 里的 tender。
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输出：evals/out/check/<投标文件编号>/runs/<运行名>/results.json（每条清单项的结论、投标侧证据、生成的问题）。
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同一模型 + 同一提示词版本 + 同一输入只调用一次模型（和读标评测共用 evals/out/cache/），只改规则时重放不花钱。
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"""
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from __future__ import annotations
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import argparse
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import asyncio
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import datetime as dt
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import hashlib
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import json
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import pathlib
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import re
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import sys
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from decimal import Decimal
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from typing import Any
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from uuid import UUID, uuid4
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from bid_doctor.ai import prompts
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from bid_doctor.ai import service as ai_service
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from bid_doctor.ai.providers.base import near_limit
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from bid_doctor.ai.service import OutputIncomplete, provider
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from bid_doctor.check import applicability, deviation, findings, match, qualification, rules
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from bid_doctor.checklist import response_mode
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from bid_doctor.checklist import price
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from bid_doctor.checklist.extract import amount_yuan
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from bid_doctor.core.config import get_settings
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from bid_doctor.core.db import TenantContext
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from bid_doctor.document.pipeline import text_layer
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from bid_doctor.qualification.service import Record
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EVALS = pathlib.Path(__file__).resolve().parents[1]
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sys.path.insert(0, str(EVALS))
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import gold # noqa: E402
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OUT = EVALS / "out" / "check"
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CACHE = EVALS / "out" / "cache"
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usage = {"calls": 0, "cached": 0, "tokens_in": 0, "tokens_out": 0}
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async def cached_run_json(
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ctx: Any, *, job_type: str, job_id: Any, task: str, prompt_id: str, version: int, user: str
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) -> dict[str, Any]:
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del ctx, job_type, job_id
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p = prompts.get(prompt_id, version)
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s = get_settings()
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model = s.ai_models.get(p.capability) or s.ai_model
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key = hashlib.sha256(f"{model}\n{prompt_id}\n{version}\n{p.body}\n{user}".encode()).hexdigest()[:32]
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f = CACHE / f"{key}.json"
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if f.exists():
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data = json.loads(f.read_text())
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usage["cached"] += 1
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else:
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r = await provider().complete_json(p.body, user, p.capability, task)
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data = {
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"data": r.data,
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"model": r.model,
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"tokens_in": r.tokens_in,
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"tokens_out": r.tokens_out,
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"incomplete": r.incomplete,
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}
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f.write_text(json.dumps(data, ensure_ascii=False))
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usage["calls"] += 1
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usage["tokens_in"] += data.get("tokens_in") or 0
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usage["tokens_out"] += data.get("tokens_out") or 0
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if data.get("incomplete") or near_limit(data.get("tokens_out")):
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raise OutputIncomplete(task, data["data"])
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return data["data"]
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ITEM = re.compile(r"^\[(I\d+)\] ")
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CANDS = re.compile(r"^候选句：(.*)$")
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FRAG = re.compile(r"^\[(d\d+p\d+s\d+)\]（[^）]*）(.*)$")
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async def baseline_run_json(
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ctx: Any, *, job_type: str, job_id: Any, task: str, prompt_id: str, version: int, user: str
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) -> dict[str, Any]:
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"""只检索基线（GUIDELINES §7）：不调模型，检索第一名就当作已响应。"""
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del ctx, job_type, job_id, task, prompt_id, version
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frags = {m.group(1): m.group(2) for line in user.splitlines() if (m := FRAG.match(line.strip()))}
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results, key = [], None
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for line in user.splitlines():
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if m := ITEM.match(line.strip()):
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key = m.group(1)
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elif (m := CANDS.match(line.strip())) and key:
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first = m.group(1).split("、")[0]
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results.append(
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{"item": key, "verdict": "responded", "evidence": [{"sid": first, "quote": frags.get(first, "")}]}
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)
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return {"results": results}
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def checklist(tender: str, run: str) -> dict[UUID, dict[str, Any]]:
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"""读标评测输出的正式清单 → 查标的清单项（和检查快照的 payload 同样的字段）。"""
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rows = json.loads((EVALS / "out" / "runs" / run / tender / "items.json").read_text())
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by_sid = {gold.sid(s): s for s in gold.sentences(tender)}
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out: dict[UUID, dict[str, Any]] = {}
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for i, r in enumerate(rows):
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if r.get("zone") != "formal":
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continue
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text = "".join(by_sid[k].text for k in r.get("sentences") or [] if k in by_sid)
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raw = (r.get("raw") or {}).get("tech_param") or {}
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spec = {"tech_param": {k: raw[k] for k in ("param", "op", "value", "unit") if raw.get(k)}} if raw else {}
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sched = (r.get("raw") or {}).get("schedule") or {}
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if sched:
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spec["schedule"] = {k: sched[k] for k in ("date_kind", "at") if sched.get(k)}
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out[UUID(int=i + 1)] = {
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"title": r.get("title"),
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"requirement_text": text or None,
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"categories": r.get("categories") or [],
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"importance": r.get("importance"),
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"importance_basis": r.get("importance_basis"),
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"spec": spec,
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"sentences": r.get("sentences") or [],
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}
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return out
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def facts(tender: str, run: str, items: dict[UUID, dict[str, Any]]) -> rules.Facts:
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"""项目侧的值：读标评测抽出的项目基本信息（和产品里一样来自抽取）；所投的包按招标档案（相当于用户选包）。"""
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base = EVALS / "out" / "runs" / run / tender
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info = json.loads((base / "info.json").read_text())
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f = {k: v.get("value") for k, v in info["fields"].items()}
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profile = json.loads((OUT / "tenders" / f"{tender}.json").read_text())["project"]
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deadline = next(
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(
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dt.date.fromisoformat(s["at"][:10])
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for r in json.loads((base / "items.json").read_text())
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if r.get("zone") == "formal"
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and (s := (r.get("raw") or {}).get("schedule") or {}).get("date_kind") == "bid_deadline"
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and s.get("at")
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),
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None,
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)
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lots = info.get("lots") or []
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ceiling, scope, note = None, "total", None
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if lots:
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lot = next(
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(x for x in lots if str(x["lot_no"]).lstrip("0") == str(profile.get("bidding_lot", "")).lstrip("0")), None
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)
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if lot is None and len(lots) == 1:
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lot = lots[0]
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if lot is not None:
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c = amount_yuan((lot.get("ceiling") or {}).get("value"), (lot.get("ceiling") or {}).get("unit"))
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ceiling, scope = (Decimal(c) if c else None), "lot" if len(lots) > 1 else "total"
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else:
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note = "所投采购包不明确，报价没有和限价比对"
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else:
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c = amount_yuan(f.get("ceiling_total"), info["fields"].get("ceiling_total", {}).get("unit"))
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ceiling = Decimal(c) if c else None
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days, item = rules.required_validity(items)
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lot_no = str(profile.get("bidding_lot") or "").lstrip("0")
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caps = [
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rules.ItemCap(c.name, c.cap, c.per)
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for c in price.caps(gold.sentences(tender))
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if not c.lot_no or not lot_no or c.lot_no.lstrip("0") == lot_no
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]
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return rules.Facts(
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name=f.get("name"),
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code=f.get("code"),
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purchaser=f.get("purchaser"),
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agency=f.get("agency"),
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deadline=deadline,
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ceiling=ceiling,
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ceiling_scope=scope,
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ceiling_note=note,
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validity_days=days,
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validity_item=item,
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caps=caps,
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)
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def library(kind: str) -> list[Record]:
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"""模拟的资质库（qualification-plan §5）：empty 空库；valid 每类一条、有效、等级最高；partial 只有 ISO 9001；
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expired 每类一条、2020 年就过期。软著不进模拟（不查有效期）。"""
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best = {"asc": "5级", "cn": "一级", "jia": "甲级"}
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fams = [f for f in qualification.FAMILIES if f.key != "softcopy"]
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if kind == "partial":
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fams = [qualification.BY_KEY["iso9001"]]
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if kind == "empty":
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return []
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to = dt.date(2020, 1, 1) if kind == "expired" else dt.date(2030, 12, 31)
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return [Record(uuid4(), f.label, "certificate", best.get(f.levels or ""), "SIM-001", to) for f in fams]
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async def main() -> None:
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ap = argparse.ArgumentParser()
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ap.add_argument("bid")
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ap.add_argument("--checklist", default="fix3")
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ap.add_argument("--name", default="base")
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ap.add_argument("--baseline", action="store_true", help="只检索、不调模型的基线")
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ap.add_argument("--v1", action="store_true", help="第 1 步的做法：提示词 v1、不带同一行的单元格（对比基线）")
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ap.add_argument("--no-modes", action="store_true", help="不按响应方式和「要不要回答」筛选（C12 之前的做法）")
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ap.add_argument("--rules-only", action="store_true", help="只重跑规则检查，写回已有运行的 results.json")
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ap.add_argument("--no-direct", action="store_true", help="不做偏离栏直读（对比用）")
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ap.add_argument("--no-mismatch", action="store_true", help="不做响应错位判断（对比用）")
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ap.add_argument("--modes", help="人工确认后的响应方式，如 technical=implicit,commercial=implicit")
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ap.add_argument("--library", default="empty", choices=["empty", "valid", "partial", "expired"], help="模拟的资质库")
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args = ap.parse_args()
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d = OUT / args.bid
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manifest = json.loads((d / "manifest.json").read_text())
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items = checklist(manifest["tender"], args.checklist)
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docs = []
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for n, pdf in enumerate(sorted(d.glob("v*.pdf")), start=1):
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pages = text_layer.extract(f"{args.bid}-{pdf.stem}", pdf.read_bytes())
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docs.append(
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match.BidDoc(
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uuid4(),
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n,
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pdf.stem,
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text_layer.body_sentences(pages),
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[p.page_no for p in pages if p.text_source == "empty"],
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[s for p in pages for s in p.sentences if s.location == "header_footer"],
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)
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)
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project_facts = facts(manifest["tender"], args.checklist, items)
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hits, rules_cov = rules.run(project_facts, docs, gold.sentences(manifest["tender"]))
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def rule_rows(covered: set[tuple[str, int, str]]) -> list[dict[str, Any]]:
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return [
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{
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"code": h.code,
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"type": h.type,
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"severity": h.severity,
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"title": h.title,
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"explanation": h.explanation,
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"evidence": [{"volume": doc.label, "p": s.page_no, "text": s.text} for doc, s in h.evidence],
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}
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for h in rules.drop_covered(hits, covered)
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]
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if args.rules_only:
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prev = d / "runs" / args.name / "results.json"
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data = json.loads(prev.read_text())
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covered = {
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(e["volume"], e["p"], "".join(e["text"].split()))
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for it in data["items"]
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if it["verdict"] == "negative_deviation"
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for e in it["evidence"]
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}
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data["rules"], data["rules_coverage"] = rule_rows(covered), rules_cov
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prev.write_text(json.dumps(data, ensure_ascii=False, indent=1))
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print(f"{args.bid}：规则问题 {len(data['rules'])} 个")
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return
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ai_service.run_json = baseline_run_json if args.baseline else cached_run_json # type: ignore[assignment]
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if args.v1:
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match.PROMPT = ("check.match", 1)
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match.ROW_MATES = 0
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async def progress(_: float) -> None:
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return None
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ctx = TenantContext(tenant_id=UUID(int=0), user_id=UUID(int=0))
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all_items = items
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decisions: dict[UUID, applicability.Decision] = {}
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if not args.no_modes:
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modes = response_mode.detect(gold.sentences(manifest["tender"]))
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for pair in filter(None, (args.modes or "").split(",")):
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cat, mode = pair.split("=") # 模拟清单页上人工确认 / 改过响应方式（C12 的人工确认点）
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m = modes[cat]
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modes[cat] = response_mode.Mode(cat, mode, "found", m.explicit, m.implicit)
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known = applicability.context(items.values(), (s.text for d in docs for s in d.sentences))
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decisions = {i: applicability.decide(p, modes, known) for i, p in items.items()}
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items = {i: p for i, p in items.items() if decisions[i].match}
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results, stats = await match.run(ctx, uuid4(), items, docs, progress)
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if not args.no_direct:
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deviation.direct_read(results, docs)
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if not args.no_mismatch:
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deviation.mismatch_read(results, items, docs)
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if decisions:
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match.apply_modes(results, items, decisions)
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match.scanned_fallback(results, items, decisions, docs)
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qual_hits, qual_cov = qualification.run(all_items, results, docs, library(args.library), project_facts.deadline)
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rows = []
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for item_id, item in all_items.items():
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if item_id not in items:
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rows.append(
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{
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"title": item["title"],
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"sentences": item["sentences"],
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"categories": item["categories"],
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"importance": item["importance"],
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"verdict": f"skipped:{decisions[item_id].skip}",
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"layer": None,
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"evidence_status": "none",
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"reason_code": None,
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"evidence": [],
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"detail": {},
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"finding": None,
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}
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)
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continue
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res = results[item_id]
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spec = findings.spec(res, item)
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rows.append(
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{
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"title": item["title"],
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"sentences": item["sentences"],
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"categories": item["categories"],
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"importance": item["importance"],
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"verdict": res.verdict,
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"layer": res.layer,
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"evidence_status": res.evidence_status,
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"reason_code": res.reason_code,
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"evidence": [{"volume": doc.label, "p": s.page_no, "text": s.text} for doc, s in res.evidence],
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"detail": res.detail,
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"finding": {"type": spec.type, "severity": spec.severity, "title": spec.title} if spec else None,
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}
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)
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out = d / "runs" / args.name
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out.mkdir(parents=True, exist_ok=True)
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summary = {"items": len(rows), "usage": usage, "verify_failures": stats.verify_failures, "splits": stats.splits}
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covered = {
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(doc.label, s.page_no, "".join(s.text.split()))
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for res in results.values()
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if res.verdict == "negative_deviation"
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for doc, s in res.evidence
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}
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(out / "results.json").write_text(
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json.dumps(
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{
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"summary": summary,
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"items": rows,
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"rules": rule_rows(covered),
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"rules_coverage": rules_cov,
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"qualification": [
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{
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"code": h.code,
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"severity": h.severity,
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"title": h.title,
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"explanation": h.explanation,
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"source": h.detail["source"],
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"evidence": [{"volume": doc.label, "p": s.page_no, "text": s.text} for doc, s in h.evidence],
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}
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for h in qual_hits
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],
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"qualification_coverage": {"library": args.library, **qual_cov.to_api()},
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},
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ensure_ascii=False,
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indent=1,
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)
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)
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findings_n = sum(r["finding"] is not None for r in rows)
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print(
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f"{args.bid}：清单 {len(rows)} 条，问题 {findings_n} 个，模型调用 {usage['calls']} 次（缓存 {usage['cached']}），"
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f"token {usage['tokens_in']} / {usage['tokens_out']}"
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)
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if __name__ == "__main__":
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asyncio.run(main())
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