DKChan
ae3c99e34e
检查组：A 文档纯度（design/gdd 全树禁 .gd/.py/.sh 路径与断言名，围栏块跳过，.tres 表索引放行）／B 系统文档验收标准非空（豁免两件具名附理由）／C 能力行六列结构与格非空／D 代表用例三核（文件存在、在 run_all.gd manifest、func 函数名可达）／E 真实入口方法在产品码有定义（static func 兼容）／F 最后验证批次为真实 commit／G 覆盖域表 25 篇逐篇登记、状态三档、非未覆盖行能力行可回指能力表、部分/未覆盖行缺口指待办清单。自检四道防扫描面空转（文档数/能力行数/套件数/覆盖表行数任一为零 exit 2）。当前实测：能力行 59 全过、覆盖域表 25 行全过，仅余纯度红 124 处（GDD 存量实现细节，归清理批）。接闸与基线登记待清理批之后单独批执行。
349 lines
14 KiB
Python
349 lines
14 KiB
Python
#!/usr/bin/env python3
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r"""capability_audit.py — 能力清单、覆盖域表与 GDD 纯度机检（文档域闸件）
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职责（test-conventions §8.9 三层模型的机检半边；规则正文＝test-conventions §8.9＋doc-conventions §5）：
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A 文档纯度：design/gdd 全树现行文档禁写实现细节——代码路径（.gd/.py/.sh）、测试文件名、断言名；
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唯一例外＝配置文件索引（.tres 表路径与表名）。围栏代码块内不扫。
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B 验收标准：design/gdd/systems/** 每篇须有非空的「## 验收标准」节（豁免件具名在册，附理由）。
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C 能力行结构：game/tests/README.md 能力表六列齐、逐行六格非空。
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D 代表用例可核：能力行「代表用例」的每条 `文件:函数`——文件存在、在 run_all.gd 套件 manifest 内、
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该文件有 `func 函数名(`。
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E 真实入口可核：能力行「真实入口」的每个 `类.方法()`，方法名须在产品码（game/ 除 tests//probe//sim/）
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有 `func 方法(`。
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F 最后验证批次：真实 commit（git cat-file 可解析）；条件闸行豁免。
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G 覆盖域表：systems 每篇一行；状态∈{已覆盖,部分覆盖,未覆盖}；非未覆盖行的「能力行」非空且每项都能
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对上能力表里的行名；部分／未覆盖行的缺口非空且指待办清单。
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自检四道（防扫描面空转假绿）：系统文档数、能力行数、manifest 套件数、覆盖表行数任一为零 ⇒ exit 2。
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用法:
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python tools/capability_audit.py # 报告模式（红项只打印，不改退出码）
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python tools/capability_audit.py --strict # 有红项时 exit 1（供门禁）
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exit：0=绿／1=有红项（--strict）／2=扫描面异常
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"""
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import argparse
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import re
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import subprocess
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import sys
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from pathlib import Path
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REPO = Path(__file__).resolve().parents[1]
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GDD_DIR = REPO / "design" / "gdd"
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SYS_DIR = GDD_DIR / "systems"
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README = REPO / "game" / "tests" / "README.md"
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RUN_ALL = REPO / "game" / "tests" / "run_all.gd"
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PURITY_RE = re.compile(r"\.(gd|py|sh)\b")
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ASSERT_RE = re.compile(r"check_quiet\s*\(|\bcheck\s*\(")
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FENCE_RE = re.compile(r"^\s*```")
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CAP_COLS = ("能力", "真实入口", "代表用例", "最后验证批次", "缺口")
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COV_COLS = ("系统文档", "能力行", "状态", "缺口")
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STATUS_VALUES = ("已覆盖", "部分覆盖", "未覆盖")
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# 验收标准节豁免：无可写验收面的在册件（逐件附理由；新豁免须经用户裁）
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ACCEPT_EXEMPT = {
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"锻造工坊.md": "工程化系统，验收面由天赋树与元进度两篇承接，本批迁移实现事实后复核",
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"生涯.md": "P6 后置未实装，无现成可观测面；实装批补验收标准节",
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}
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CASE_RE = re.compile(r"([A-Za-z0-9_\-]+\.gd):([A-Za-z_][A-Za-z0-9_]*)")
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ENTRY_RE = re.compile(r"([A-Za-z_][A-Za-z0-9_]*)\.([A-Za-z_][A-Za-z0-9_]*)\s*\(\)")
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HASH_RE = re.compile(r"^`?([0-9a-f]{7,40})`?$")
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reds = []
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selfcheck = []
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def red(path, line, check, msg):
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reds.append((str(path), line, check, msg))
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def read(path):
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return path.read_text(encoding="utf-8")
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def cells(raw):
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return [c.strip() for c in raw.strip().strip("|").split("|")]
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def is_sep(cs):
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return all(set(c) <= set(":- ") for c in cs if c)
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def tables(lines, required):
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"""产出国标表格：(header_cells, [(源行号, cells)])，表头须含 required 全部列关键词。"""
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i = 0
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while i < len(lines):
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if lines[i].strip().startswith("|"):
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block = []
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j = i
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while j < len(lines) and lines[j].strip().startswith("|"):
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block.append((j + 1, lines[j]))
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j += 1
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if len(block) >= 2:
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header = cells(block[0][1])
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if all(any(req in c for c in header) for req in required):
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rows = []
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for no, raw in block[1:]:
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cs = cells(raw)
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if is_sep(cs):
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continue
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rows.append((no, cs))
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yield header, rows
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i = j
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else:
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i += 1
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def col(header, key):
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return next((k for k, c in enumerate(header) if key in c), None)
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def strip_fences(text):
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out, inside = [], False
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for ln in text.splitlines():
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if FENCE_RE.match(ln):
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inside = not inside
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out.append("")
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continue
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out.append("" if inside else ln)
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return out
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def system_docs():
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return sorted(SYS_DIR.rglob("*.md"))
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def manifest():
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return re.findall(r'"path":\s*"res://tests/([^"]+)"', read(RUN_ALL))
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def product_funcs():
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names = set()
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for p in (REPO / "game").rglob("*.gd"):
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rel = p.relative_to(REPO).as_posix()
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if rel.startswith(("game/tests/", "game/probe/", "game/sim/")):
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continue
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names.update(re.findall(r"^(?:static\s+)?func\s+([A-Za-z_]\w*)\s*\(", read(p), re.M))
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return names
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def commit_ok(short, cache):
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if short not in cache:
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r = subprocess.run(["git", "-C", str(REPO), "cat-file", "-e", short + "^{commit}"],
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capture_output=True)
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cache[short] = r.returncode == 0
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return cache[short]
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def check_purity():
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docs = sorted(GDD_DIR.rglob("*.md"))
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if not docs:
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selfcheck.append("design/gdd 下无文档")
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return
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for doc in docs:
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for no, ln in enumerate(strip_fences(read(doc)), 1):
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for m in PURITY_RE.finditer(ln):
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red(doc.relative_to(REPO), no, "纯度", "代码路径 `%s`（禁写实现细节）" % m.group(0))
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m = ASSERT_RE.search(ln)
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if m:
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red(doc.relative_to(REPO), no, "纯度", "断言名 `%s`（禁写实现细节）" % m.group(1))
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def check_accept_sections():
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for doc in system_docs():
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text = read(doc)
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m = re.search(r"^## 验收标准[^\n]*\n(.*?)(?=^## |\Z)", text, re.M | re.S)
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body = (m.group(1).strip() if m else "")
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if not body and doc.name not in ACCEPT_EXEMPT:
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red(doc.relative_to(REPO), 1, "验收标准",
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"缺非空「## 验收标准」节" if not m else "「## 验收标准」节为空")
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elif doc.name in ACCEPT_EXEMPT and body:
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red(doc.relative_to(REPO), 1, "验收标准", "豁免件已有验收标准节，请移除豁免")
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def capability_rows():
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if not README.exists():
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selfcheck.append("game/tests/README.md 缺失")
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return [], []
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lines = read(README).splitlines()
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cap_tables = list(tables(lines, ("真实入口", "代表用例", "最后验证批次")))
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cov_tables = list(tables(lines, ("系统文档", "能力行", "状态")))
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if not cap_tables:
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selfcheck.append("README 能力表未找到")
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if not cov_tables:
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selfcheck.append("README 覆盖域表未找到")
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return cap_tables, cov_tables
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def check_capability_rows(cap_tables, suites, funcs):
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total = 0
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names = []
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suite_by_base = {}
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for rel in suites:
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suite_by_base.setdefault(Path(rel).name, []).append(rel)
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for header, rows in cap_tables:
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idx = {}
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for key in CAP_COLS:
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k = col(header, key)
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if k is None:
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red(README.relative_to(REPO), 1, "能力行结构", "缺「%s」列" % key)
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break
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idx[key] = k
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else:
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for no, cs in rows:
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total += 1
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short = lambda k: (cs[idx[k]] if idx[k] < len(cs) else "")
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name = short("能力").strip("`")
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names.append(name)
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empty = [k for k in CAP_COLS if not short(k)]
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if len(cs) < max(idx.values()) + 1 or empty:
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red(README.relative_to(REPO), no, "能力行结构",
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"「%s」行格数不足或空列（%s）" % (name[:16], "／".join(empty) or "列数"))
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continue
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if "条件闸" in short("代表用例") or "条件闸" in short("缺口"):
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continue
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check_cases(no, name, short("代表用例"), suite_by_base, funcs)
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check_entry(no, name, short("真实入口"), funcs)
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check_hash(no, name, short("最后验证批次"))
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if total == 0:
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selfcheck.append("能力表零数据行")
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return names
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def check_cases(no, name, cell, suite_by_base, funcs):
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chunks = [c.strip().strip("`") for c in re.split(r"[；;]", cell) if c.strip()]
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if not chunks:
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red(README.relative_to(REPO), no, "代表用例", "「%s」无代表用例" % name[:16])
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return
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for chunk in chunks:
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m = CASE_RE.search(chunk)
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if not m:
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red(README.relative_to(REPO), no, "代表用例",
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"「%s」格格式应为 `文件.gd:函数`：%s" % (name[:16], chunk[:40]))
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continue
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fname, fn = m.groups()
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hits = suite_by_base.get(fname, [])
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if not hits:
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red(README.relative_to(REPO), no, "代表用例",
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"「%s」%s 不在 run_all.gd 套件 manifest" % (name[:16], fname))
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continue
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if not any(re.search(r"^(?:static\s+)?func\s+%s\s*\(" % re.escape(fn), read(RUN_ALL.parent / rel), re.M)
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for rel in hits):
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red(README.relative_to(REPO), no, "代表用例",
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"「%s」%s 无 `func %s(`" % (name[:16], fname, fn))
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def check_entry(no, name, cell, funcs):
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tokens = ENTRY_RE.findall(cell)
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if not tokens:
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red(README.relative_to(REPO), no, "真实入口", "「%s」无可核的 `类.方法()`" % name[:16])
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return
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for _, method in tokens:
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if method not in funcs:
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red(README.relative_to(REPO), no, "真实入口",
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"「%s」方法 %s() 在产品码无定义" % (name[:16], method))
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def check_hash(no, name, cell):
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m = HASH_RE.match(cell.strip())
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if not m:
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red(README.relative_to(REPO), no, "最后验证批次",
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"「%s」须为 commit 短哈希：%s" % (name[:16], cell[:24]))
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return
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if not commit_ok(m.group(1), {}):
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red(README.relative_to(REPO), no, "最后验证批次",
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"「%s」哈希 %s 不解析为 commit" % (name[:16], m.group(1)))
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def check_coverage(cov_tables, names):
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want = {d.name for d in system_docs()}
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if not want:
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selfcheck.append("systems 下无系统文档")
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return
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total, seen = 0, {}
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for header, rows in cov_tables:
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idx = {}
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ok = True
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for key in COV_COLS:
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k = col(header, key)
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if k is None:
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red(README.relative_to(REPO), 1, "覆盖域表", "缺「%s」列" % key)
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ok = False
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break
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idx[key] = k
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if not ok:
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continue
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for no, cs in rows:
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total += 1
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short = lambda k: (cs[idx[k]] if idx[k] < len(cs) else "")
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doc = Path(short("系统文档").strip("`").strip()).name
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if not doc:
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red(README.relative_to(REPO), no, "覆盖域表", "系统文档格为空")
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continue
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if doc in seen:
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red(README.relative_to(REPO), no, "覆盖域表", "%s 重复登记（见行 %d）" % (doc, seen[doc]))
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seen[doc] = no
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status = short("状态").strip("`").strip()
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if status not in STATUS_VALUES:
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red(README.relative_to(REPO), no, "覆盖域表",
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"%s 状态须为 已覆盖／部分覆盖／未覆盖：%s" % (doc, status[:16]))
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continue
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caps = [c.strip() for c in re.split(r"[、；;]", short("能力行")) if c.strip()]
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gap = short("缺口").strip()
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if status != "未覆盖" and not caps:
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red(README.relative_to(REPO), no, "覆盖域表", "%s 非未覆盖但能力行为空" % doc)
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for cap in caps:
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cap = cap.strip("`")
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if cap in ("—", "-"):
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continue
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if not any(cap in n or n in cap for n in names):
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red(README.relative_to(REPO), no, "覆盖域表",
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"%s 的能力行「%s」在能力表中不存在" % (doc, cap[:20]))
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if status != "已覆盖" and (not gap or "待办清单" not in gap):
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red(README.relative_to(REPO), no, "覆盖域表",
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"%s 为%s，缺口须非空并指待办清单" % (doc, status))
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if total == 0:
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selfcheck.append("覆盖域表零数据行")
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for doc in sorted(want - set(seen)):
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red(README.relative_to(REPO), 1, "覆盖域表", "%s 未在覆盖域表登记" % doc)
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def main():
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ap = argparse.ArgumentParser()
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ap.add_argument("--strict", action="store_true")
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args = ap.parse_args()
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check_purity()
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check_accept_sections()
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cap_tables, cov_tables = capability_rows()
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suites = manifest()
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if not suites:
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selfcheck.append("run_all.gd manifest 零套件")
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funcs = product_funcs()
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if not funcs:
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selfcheck.append("产品码零 `func`")
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names = check_capability_rows(cap_tables, suites, funcs)
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check_coverage(cov_tables, names)
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if selfcheck:
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print("capability_audit 扫描面异常：")
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for s in selfcheck:
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print(" ! " + s)
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print("| ── 能力审计：系统文档 %d 篇 · 能力行 %d · 套件 %d · 覆盖域表 %d 行 · 红项 %d"
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% (len(system_docs()), len(names), len(suites),
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sum(len(r) for _, r in cov_tables), len(reds)))
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for path, line, check, msg in reds:
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print(" ✗ [%s] %s:%d %s" % (check, path, line, msg))
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if selfcheck:
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return 2
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if reds and args.strict:
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return 1
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return 0
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if __name__ == "__main__":
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sys.exit(main())
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