cfc/run_interface_tests_cron.sh

#!/usr/bin/env bash
# =============================================================================
# CFC 接口测试闭环（定时任务主体）
# 流程：git pull 最新 -> 检测新增/变更需求 -> 跑冒烟(含回归对比) ->
#       为新增接口补全用例并跑新测试 -> 输出测试用例完成情况(总数/已完成/未开始原因) ->
#       提交测试结果 -> push 到远端(与开发团队闭环)
#
# 网络说明：原默认目标 192.168.16.251 已不可用（上游失效）。
#           当前默认测试目标为 cfc.iwintrue.com（公网可达、后端在线）。
#           本脚本设计为在宿主机用 Windows 任务计划程序每 30 分钟调用，
#           不要在受限沙箱后台运行（后台网络被拦截）。
# =============================================================================
set -uo pipefail

REPO_DIR="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"
cd "$REPO_DIR" || exit 1

LOG_DIR="$REPO_DIR/logs"
mkdir -p "$LOG_DIR"

# 防重入：若上轮仍在 25 分钟内，跳过本轮（避免 30 分钟间隔下长耗时测试重叠）
LOCK="$LOG_DIR/.loop.lock"
NOW=$(date +%s)
if [ -f "$LOCK" ]; then
  LAST=$(cat "$LOCK" 2>/dev/null || echo 0)
  if [ $((NOW - LAST)) -lt 1500 ]; then
    echo "[$(date +%H:%M:%S)] 上轮仍在运行（锁 $(( (NOW - LAST) / 60 )) 分钟前），跳过本轮"
    exit 0
  fi
fi
echo "$NOW" > "$LOCK"
trap 'rm -f "$LOCK"' EXIT

BRANCH="${CFC_BRANCH:-cfclub}"
BASE_URL="${CFC_BASE:-http://cfc.iwintrue.com}"
HOST_HDR="${CFC_HOST:-cfc.iwintrue.com}"
TIMEOUT="${CFC_TIMEOUT:-8}"
TEST_SCRIPT="ops_interface_smoke.py"
SCANNER="scan_frontend_endpoints.py"

TS="$(date +%Y%m%d_%H%M%S)"
RUN_DIR="$LOG_DIR/run_$TS"
mkdir -p "$RUN_DIR"

CUR_TSV="$RUN_DIR/results_$TS.tsv"
ENDPOINTS_CUR="$RUN_DIR/endpoints_$TS.txt"
EXTRA_CASES="$REPO_DIR/interface_test_extra_cases.tsv"

BASELINE_EP="$REPO_DIR/interface_test_baseline_endpoints.txt"
PREV_TSV="$REPO_DIR/interface_test_prev.tsv"
TREND="$REPO_DIR/interface_test_trend.log"

MANAGED="INTERFACE_TEST_REPORT.md interface_test_report.tsv cfc-frontend/INTERFACE_TEST_MATRIX.md ops_interface_smoke.py interface_test_bodies.tsv"

log() { echo "[$(date +%H:%M:%S)] $*" | tee -a "$LOG_DIR/interface_cron.log"; }

log "===== CFC 接口测试闭环 开始 $TS ====="
log "REPO=$REPO_DIR BRANCH=$BRANCH BASE=$BASE_URL HOST=$HOST_HDR"

# ---------------------------------------------------------------------------
# 1) 拉取远端最新（含开发团队的修复/新需求）
#    仅丢弃我们生成的报告类文件本地改动（每次都会重新生成），其余未提交改动用
#    --autostash 处理，避免破坏用户其他在途工作。
# ---------------------------------------------------------------------------
git checkout -- INTERFACE_TEST_REPORT.md interface_test_report.tsv cfc-frontend/INTERFACE_TEST_MATRIX.md 2>/dev/null
if git pull --rebase --autostash origin "$BRANCH" >>"$LOG_DIR/interface_cron.log" 2>&1; then
  log "git pull 成功"
else
  log "git pull 失败（可能本地有冲突或凭证问题），用当前代码继续"
fi

# ---------------------------------------------------------------------------
# 2) 检测新增/变更需求（前端接口面变化）
# ---------------------------------------------------------------------------
python "$SCANNER" --out "$ENDPOINTS_CUR" 2>/dev/null
NEWEP=""; RMVEP=""
if [ -f "$BASELINE_EP" ]; then
  NEWEP=$(comm -13 <(sort "$BASELINE_EP") <(sort "$ENDPOINTS_CUR"))
  RMVEP=$(comm -23 <(sort "$BASELINE_EP") <(sort "$ENDPOINTS_CUR"))
  n_new=$(echo "$NEWEP" | grep -c . || true)
  n_rmv=$(echo "$RMVEP" | grep -c . || true)
  log "接口面变化：新增 $n_new 个，移除 $n_rmv 个"
  if [ "$n_new" -gt 0 ]; then
    : > "$EXTRA_CASES"
    while IFS= read -r line; do
      [ -z "$line" ] && continue
      m=$(echo "$line" | awk '{print $1}')
      p=$(echo "$line" | awk '{print $2}')
      printf 'auto\tauto\t%s\t%s\tfalse\tfalse\n' "$m" "$p" >> "$EXTRA_CASES"
    done <<< "$NEWEP"
    log "已为新增接口生成补全用例 -> $EXTRA_CASES"
  fi
else
  log "首次运行：建立接口基线（不触发补全）"
fi
cp "$ENDPOINTS_CUR" "$BASELINE_EP"

# ---------------------------------------------------------------------------
# 3) 跑冒烟测试（前台调用，含登录态；新增接口通过 --extra 一并测试）
# ---------------------------------------------------------------------------
EXTRA_FLAG=""
[ -s "$EXTRA_CASES" ] && EXTRA_FLAG="--extra $EXTRA_CASES"
# 真实请求体映射：存在则注入带参冒烟，破除空体 45% 天花板；缺失则自动跳过
BODY_FLAG=""
[ -s "interface_test_bodies.tsv" ] && BODY_FLAG="--body-map interface_test_bodies.tsv"
log "开始执行冒烟测试 $EXTRA_FLAG $BODY_FLAG"
python "$TEST_SCRIPT" --base "$BASE_URL" --host "$HOST_HDR" \
  --timeout "$TIMEOUT" --auto-login --authed $EXTRA_FLAG $BODY_FLAG \
  --report "$CUR_TSV" > "$RUN_DIR/smoke_stdout.txt" 2>&1
log "冒烟测试完成，结果 -> $CUR_TSV"

# ---------------------------------------------------------------------------
# 4) 汇总 + 回归对比 + 生成报告
# ---------------------------------------------------------------------------
python - "$CUR_TSV" "$PREV_TSV" "INTERFACE_TEST_REPORT.md" "$TS" "$TREND" <<'PY'
import sys, collections, os
cur_tsv, prev_tsv, rpt, ts, trend = sys.argv[1:6]

def load(path):
    d = {}
    try:
        with open(path, encoding='utf-8') as f:
            next(f, None)
            for line in f:
                c = line.rstrip('\n').split('\t')
                if len(c) < 7: continue
                page, fn, method, path, http, biz, cat = c
                d[(method, path)] = (page, fn, http, biz, cat)
    except FileNotFoundError:
        pass
    return d

cur = load(cur_tsv)
prev = load(prev_tsv) if prev_tsv and os.path.exists(prev_tsv) else {}

cats = collections.Counter(v[4] for v in cur.values())
total = len(cur)
ok = cats.get('BIZ_OK', 0)
rate = ok * 100 // total if total else 0

# 回归对比
fixed = []      # 之前非 OK -> 现在 OK
regressed = []  # 之前 OK -> 现在非 OK
for k, v in cur.items():
    cat = v[4]
    if k in prev:
        pcat = prev[k][4]
        if pcat != 'BIZ_OK' and cat == 'BIZ_OK':
            fixed.append((k, pcat, cat))
        elif pcat == 'BIZ_OK' and cat != 'BIZ_OK':
            regressed.append((k, pcat, cat))

def top(cat, n=20):
    return [(k[0], k[1], v[3], v[4]) for k, v in cur.items() if v[4] == cat][:n]

lines = []
lines.append(f"# CFC 接口冒烟测试报告 ({ts})\n")
lines.append(f"- 目标: {os.environ.get('CFC_HOST', 'cfc.iwintrue.com')}  用例总数: **{total}**")
lines.append(f"- 业务成功率(BIZ_OK): **{ok}/{total} = {rate}%**\n")
lines.append("## 分类汇总")
for k in ('BIZ_OK','BIZ_FAIL','AUTH_FAIL','NOT_FOUND','SERVER_ERR','NON_JSON','CONN_ERR'):
    if cats.get(k): lines.append(f"- {k}: {cats[k]}")
lines.append("")
if fixed:
    lines.append(f"## ✅ 回归修复（{len(fixed)} 个，之前失败现已通过）")
    for (m,p),pc,_ in fixed[:30]:
        lines.append(f"- `{m} {p}`  (原 {pc})")
    lines.append("")
if regressed:
    lines.append(f"## ⚠️ 回归劣化（{len(regressed)} 个，之前通过现失败）")
    for (m,p),_,c in regressed[:30]:
        lines.append(f"- `{m} {p}`  (现 {c})")
    lines.append("")
lines.append(f"## 需开发团队关注的契约缺口 (NOT_FOUND={cats.get('NOT_FOUND',0)})")
for m,p,b,c in top('NOT_FOUND'):
    lines.append(f"- `{m} {p}`  (biz={b}, {c})")
lines.append("")
lines.append(f"## 健壮性风险 (SERVER_ERR={cats.get('SERVER_ERR',0)})")
for m,p,b,c in top('SERVER_ERR'):
    lines.append(f"- `{m} {p}`  (http={b}, {c})")
lines.append("")
lines.append("> 说明：冒烟为空体请求，部分 500/400 属预期（缺必填参数）。NOT_FOUND 与回归劣化才需优先处理。")

# ───────────────────────── 守卫：识别无效轮 ─────────────────────────
# 上游宕机 / 网关抖动 / 登录失败 / 部分轮 不应被当作真实回归提交，亦不可污染
# 回归基线(PREV_TSV)。命中则标 INVALID，由 bash 侧跳过 commit/push/基线更新。
non_json   = cats.get('NON_JSON', 0)
server_err = cats.get('SERVER_ERR', 0)
conn_err   = cats.get('CONN_ERR', 0)
http_502   = sum(1 for v in cur.values() if v[2] == '502')   # v[2]=http 列
nz_rate    = (non_json * 100 // total) if total else 0

NON_JSON_THRESHOLD = 20    # NON_JSON 占比 > 20% 视为上游风暴
HTTP502_THRESHOLD  = 10    # HTTP 502 数 > 10 视为网关抖动
MIN_TOTAL          = 400   # 用例数 < 400 视为部分轮（如登录失败跳过 auth 用例）

login_failed = False
_smoke_out = os.path.join(os.path.dirname(cur_tsv), 'smoke_stdout.txt')
try:
    with open(_smoke_out, encoding='utf-8', errors='ignore') as _f:
        _so = _f.read()
    if ('父/师 token 均未取得' in _so) or ('未取到 token' in _so) or ('登录态接口将被跳过' in _so):
        login_failed = True
except FileNotFoundError:
    pass

reasons = []
if login_failed:
    reasons.append('登录失败(auto-login 未取得 token，auth 用例被跳过)')
if nz_rate > NON_JSON_THRESHOLD:
    reasons.append(f'NON_JSON 风暴({nz_rate}%)')
if http_502 > HTTP502_THRESHOLD:
    reasons.append(f'HTTP502 网关抖动({http_502})')
if total < MIN_TOTAL:
    reasons.append(f'用例数异常({total}<{MIN_TOTAL},疑似部分轮/中断)')

INVALID = len(reasons) > 0

if INVALID:
    banner = ("\n> ⚠️ **本轮判定 INVALID：结果不提交、不推送、不更新回归基线。**\n"
              f"> 原因：{'；'.join(reasons)}\n"
              "> 处置：保留上次有效基线不变，待上游稳定后重跑即可；勿将此轮数值当作真实回归。\n")
    lines.append(banner)

report = "\n".join(lines) + "\n"

# 报告恒写入本轮运行目录（供排查）；仅当有效时同步到仓库根（避免污染已提交产物）
_run_report = os.path.join(os.path.dirname(cur_tsv), 'INTERFACE_TEST_REPORT.md')
with open(_run_report, 'w', encoding='utf-8') as f:
    f.write(report)
if not INVALID:
    with open(rpt, 'w', encoding='utf-8') as f:
        f.write(report)

# 趋势日志（本地，不随提交推送；INVALID 也记录以留痕）
with open(trend, 'a', encoding='utf-8') as f:
    f.write(f"{ts}\ttotal={total}\tBIZ_OK={ok}\trate={rate}%\t"
            f"fixed={len(fixed)}\tregressed={len(regressed)}\t"
            f"NOT_FOUND={cats.get('NOT_FOUND',0)}\tSERVER_ERR={cats.get('SERVER_ERR',0)}\t"
            f"NON_JSON={non_json}\tHTTP502={http_502}\tINVALID={1 if INVALID else 0}"
            + (f"({ '|'.join(reasons) })" if INVALID else "") + "\n")

# 导出真实指标供 bash 判定（修复 rate/fixed/regressed 在子进程不可见导致
# commit 失败 + 假通过率 ?%；bash 侧 set -u 下 unbound variable 亦会导致整条命令展开失败）
_metrics_path = os.path.join(os.path.dirname(trend), 'interface_test_metrics.env')
with open(_metrics_path, 'w', encoding='utf-8') as _mf:
    _mf.write(f"RATE={rate}\nFIXED_COUNT={len(fixed)}\nREGRESSED_COUNT={len(regressed)}\n"
              f"TOTAL={total}\nOK_COUNT={ok}\nNON_JSON_COUNT={non_json}\n"
              f"SERVER_ERR_COUNT={server_err}\nCONN_ERR_COUNT={conn_err}\n"
              f"HTTP_502_COUNT={http_502}\nINVALID={1 if INVALID else 0}\n"
              f"INVALID_REASON={'|'.join(reasons)}\n")

print(report)
print(f"\n[趋势] 已写入 {trend}")
if INVALID:
    print(f"[守卫] INVALID 触发：{'；'.join(reasons)} --> 跳过提交/推送/基线更新")
PY

# ---------------------------------------------------------------------------
# 4.5) 测试用例完成情况检查（总数 / 已完成 / 未完成原因）
#      统计自动化用例(test()) 与文档化用例(TC-xxxx)，并标注未开始执行的原因，
#      追加到报告与趋势日志，供人工与闭环跟踪。
# ---------------------------------------------------------------------------
python - "$CUR_TSV" "$RUN_DIR" "$REPO_DIR" "$TREND" <<'PY'
import sys, os, re, glob, json
cur_tsv, run_dir, repo_dir, trend = sys.argv[1:5]

# —— 读取 step4 导出的指标（接口冒烟）——
metrics = {}
_mp = os.path.join(repo_dir, 'interface_test_metrics.env')
try:
    for line in open(_mp, encoding='utf-8', errors='ignore'):
        line = line.strip()
        if '=' in line and not line.startswith('#'):
            k, v = line.split('=', 1)
            metrics[k.strip()] = v.strip()
except FileNotFoundError:
    pass
INVALID = metrics.get('INVALID', '0') == '1'
OK_COUNT = int(metrics.get('OK_COUNT', '0') or 0)

tests_dir = os.path.join(repo_dir, 'tests')

# 1) 文档化用例 TC-xxxx
doc_tcs = set()
for f in glob.glob(os.path.join(tests_dir, 'test-cases', '*.md')):
    try:
        t = open(f, encoding='utf-8', errors='ignore').read()
    except Exception:
        continue
    for m in re.findall(r'TC-[A-Z]?-?\d+', t):
        doc_tcs.add(m)
TOTAL_DOC = len(doc_tcs)

# 2) 自动化用例 test()（按层级分类）
specs = glob.glob(os.path.join(tests_dir, 'e2e', '**', '*.spec.js'), recursive=True)
e2e_total = dom = roles = api = skip = 0
for f in specs:
    try:
        src = open(f, encoding='utf-8', errors='ignore').read()
    except Exception:
        continue
    n = len(re.findall(r'^\s*test\s*\(', src, re.M))
    e2e_total += n
    s = (len(re.findall(r'test\s*\.\s*(?:skip|fixme)\s*\(', src))
         + len(re.findall(r'test\s*\.\s*describe\s*\.\s*skip\s*\(', src)))
    skip += s
    p = f.replace('\\', '/')
    if '/e2e/api/' in p:
        api += n
    elif '/e2e/roles/' in p:
        roles += n
    else:
        dom += n
completed_runnable = e2e_total - skip

# 3) API e2e 末次实跑（.last-run.json）
api_pass = api_fixme = 0
lr = os.path.join(tests_dir, 'test-results', '.last-run.json')
if os.path.exists(lr):
    try:
        j = json.load(open(lr, encoding='utf-8'))
        if isinstance(j, dict):
            api_pass = int(j.get('passed', j.get('stats', {}).get('expected', 0) or 0))
            api_fixme = int(j.get('fixme', j.get('stats', {}).get('skipped', 0) or 0))
    except Exception:
        pass

# 4) NOT_FOUND 端点数（从本轮 CUR_TSV 直接统计，避免依赖 env 未导出字段）
nf = 0
try:
    for line in open(cur_tsv, encoding='utf-8', errors='ignore'):
        c = line.rstrip('\n').split('\t')
        if len(c) >= 7 and c[6].strip() == 'NOT_FOUND':
            nf += 1
except Exception:
    pass

def pct(a, b):
    return f"{a * 100 // b}%" if b else "0%"

reasons = []
if dom > 0:
    reasons.append((dom, f"DOM 型 E2E 无法执行（CFC-ENV-001）：{dom} 个用例已编写，但远程 cfc.iwintrue.com 为纯 Spring Boot API 后端、未部署 uni-app H5 / cfc-web 前端，浏览器型用例无法运行，未开始执行。"))
if skip > 0:
    reasons.append((skip, f"已知缺陷/待上线导致跳过：{skip} 个用例被 test.skip/test.fixme 标记（能量发放 500-CFC-EN-001、昵称未持久化-CFC-FM-001 等），待后端修复后启用。"))
if nf > 0:
    reasons.append((nf, f"新功能待部署后验证：接口冒烟发现 {nf} 个 NOT_FOUND 端点，对应前端页面尚未部署到测试环境，相关 E2E 暂挂起。"))
if TOTAL_DOC > 0:
    reasons.append((TOTAL_DOC, f"文档化用例未全量自动化：{TOTAL_DOC} 条设计用例(TC-xxxx)，核心主链路已落地 e2e，边缘/异常流仍以文档形式待补自动化。"))

section = []
section.append("\n## 测试用例完成情况")
section.append(f"- 自动化用例总数（可执行 `test()`）：**{e2e_total}**（api 层 {api} / 角色分包 {roles} / DOM 层 {dom}）")
section.append(f"- 文档化用例（设计层 TC-xxxx）：**{TOTAL_DOC}**")
section.append(f"- 已完成（自动化且未被跳过）：**{completed_runnable}/{e2e_total} = {pct(completed_runnable, e2e_total)}**")
section.append(f"- 已实跑通过：接口冒烟 BIZ_OK **{OK_COUNT}** 端点 + API e2e 末次 **{api_pass}** 通过 / {api_fixme} fixme")
section.append("")
section.append(f"### 未完成 / 未开始的原因（共 {len(reasons)} 类）")
if reasons:
    for i, (c, t) in enumerate(reasons, 1):
        section.append(f"{i}. [{c} 项] {t}")
else:
    section.append("- 无（全部用例均已落地并可执行）")
section.append("")
section.append("> 说明：自动化完成率按 `test()` 未被 skip/fixme 计；DOM 层受 CFC-ENV-001 限制需前端部署后执行，属环境阻塞而非用例缺失。")
report_txt = "\n".join(section)

# 追加到本轮运行目录报告（始终）
_run_rpt = os.path.join(run_dir, 'INTERFACE_TEST_REPORT.md')
try:
    _b = open(_run_rpt, encoding='utf-8', errors='ignore').read()
    open(_run_rpt, 'w', encoding='utf-8').write(_b.rstrip() + "\n\n" + report_txt)
except FileNotFoundError:
    open(_run_rpt, 'w', encoding='utf-8').write(report_txt)

# 仅有效轮才写回仓库根报告
if not INVALID:
    _repo_rpt = os.path.join(repo_dir, 'INTERFACE_TEST_REPORT.md')
    try:
        _b = open(_repo_rpt, encoding='utf-8', errors='ignore').read()
        open(_repo_rpt, 'w', encoding='utf-8').write(_b.rstrip() + "\n\n" + report_txt)
    except FileNotFoundError:
        pass

# JSON 供工具读取
js = dict(e2e_total=e2e_total, api=api, roles=roles, dom=dom, skip=skip,
          completed_runnable=completed_runnable, doc_total=TOTAL_DOC,
          smoke_ok=OK_COUNT, api_pass=api_pass, api_fixme=api_fixme,
          reasons=[{"count": c, "reason": t} for c, t in reasons], invalid=INVALID)
json.dump(js, open(os.path.join(run_dir, 'test_case_completion.json'), 'w', encoding='utf-8'),
          ensure_ascii=False, indent=2)
if not INVALID:
    json.dump(js, open(os.path.join(repo_dir, 'test_case_completion.json'), 'w', encoding='utf-8'),
              ensure_ascii=False, indent=2)

# 趋势日志
with open(trend, 'a', encoding='utf-8') as f:
    f.write(f"\tTC_E2E={e2e_total}\tTC_DONE={completed_runnable}\tTC_DOC={TOTAL_DOC}\tTC_SKIP={skip}\tTC_DOM={dom}\n")

# 导出指标给 bash（追加，供 commit 信息使用）
with open(os.path.join(repo_dir, 'interface_test_metrics.env'), 'a', encoding='utf-8') as f:
    f.write(f"TC_E2E_TOTAL={e2e_total}\nTC_DONE={completed_runnable}\nTC_DOC={TOTAL_DOC}\nTC_SKIP={skip}\n")

print(f"[测试用例] 总数(自动化)={e2e_total} 已完成(可运行)={completed_runnable} 文档化={TOTAL_DOC} 跳过={skip} | 原因 {len(reasons)} 类")
PY

# ---------------------------------------------------------------------------
# 4.6) Playwright E2E 冒烟（独立于接口冒烟；失败不阻断主闭环）
#      仅跑 api 层（playwright.config.api.js -> tests/e2e/api/*.spec.js），
#      含 nonfunc-security / nonfunc-perf-compat 安全与非功能断言。
#      结果独立成报告(固定名覆盖式)，不并入 step4 接口冒烟报告，亦不阻断 commit/push。
# ---------------------------------------------------------------------------
PW_BIN="$REPO_DIR/tests/node_modules/.bin/playwright"
PW_CFG="$REPO_DIR/tests/playwright.config.api.js"
PW_RPT="$REPO_DIR/playwright_smoke_report.md"
PW_LOG="$REPO_DIR/playwright_smoke.log"
if [ -x "$PW_BIN" ]; then
  PW_RUN=("$PW_BIN")
elif [ -f "$REPO_DIR/tests/node_modules/playwright/cli.js" ]; then
  PW_RUN=(node "$REPO_DIR/tests/node_modules/playwright/cli.js")
else
  PW_RUN=()
fi
if [ "${#PW_RUN[@]}" -gt 0 ] && [ -f "$PW_CFG" ]; then
  log "开始执行 Playwright E2E 冒烟（api 层，独立、不阻断主闭环）"
  ( cd "$REPO_DIR/tests" && "${PW_RUN[@]}" test -c "$PW_CFG" --project=desktop --reporter=line \
      > "$PW_LOG" 2>&1 ) || true
  PW_PASS=$(grep -oE '[0-9]+ passed' "$PW_LOG" | grep -oE '[0-9]+' | head -1)
  PW_FAIL=$(grep -oE '[0-9]+ failed' "$PW_LOG" | grep -oE '[0-9]+' | head -1)
  PW_SKIP=$(grep -oE '[0-9]+ skipped' "$PW_LOG" | grep -oE '[0-9]+' | head -1)
  {
    echo ""
    echo "## Playwright E2E 冒烟（api 层，独立，不阻断主闭环）"
    echo "- 执行器: ${PW_RUN[*]} test -c playwright.config.api.js --project=desktop"
    echo "- 结果: **${PW_PASS:-0} passed / ${PW_FAIL:-0} failed / ${PW_SKIP:-0} skipped**"
    echo "- 覆盖: tests/e2e/api/*.spec.js（含 nonfunc-security 安全契约、nonfunc-perf-compat 性能兼容）"
    echo "- 说明: 红用例=已知后端缺口（权限提升/开放端点/上传未校验/缺鉴权过滤器），作持续告警；失败不阻断本闭环。"
    echo "- 明细: $PW_LOG"
  } > "$PW_RPT"
  log "Playwright E2E 冒烟完成: ${PW_PASS:-0} passed / ${PW_FAIL:-0} failed / ${PW_SKIP:-0} skipped（报告 $PW_RPT）"
else
  log "⚠️ 未找到 Playwright 执行器或配置，跳过 E2E 冒烟"
fi

# ---------------------------------------------------------------------------
# 5) 守卫判定：无效轮（宕机/NON_JSON 风暴/502 抖动/登录失败/部分轮）
#    不提交、不推送、不更新回归基线，避免污染趋势与开发侧闭环
# ---------------------------------------------------------------------------
INVALID=0; INVALID_REASON=""
RATE="?"; FIXED_COUNT=0; REGRESSED_COUNT=0
METRICS_ENV="$REPO_DIR/interface_test_metrics.env"
[ -f "$METRICS_ENV" ] && . "$METRICS_ENV"
if [ "${INVALID:-0}" -eq 1 ]; then
  log "⚠️ 守卫触发 INVALID：本轮结果不提交 / 不推送 / 不更新回归基线"
  log "   原因: ${INVALID_REASON}"
  log "   处置: 保留 PREV_TSV 基线不变，待上游稳定后重跑即可"
  log "   排查: 本轮明细见 $RUN_DIR/results_$TS.tsv 与 $RUN_DIR/smoke_stdout.txt"
  log "===== 本轮结束（INVALID，已跳过推送）====="
  exit 0
fi

# ---------------------------------------------------------------------------
# 6) 提交测试结果 + 补全用例（仅有效轮）
# ---------------------------------------------------------------------------
git add -f ops_interface_smoke.py
# 强制纳入报告产物（防止未来 .gitignore 规则或路径规范导致漏提）；
# EXTRA_CASES 仅在存在且有内容时才加入，避免缺失路径使整个 git add 失败（旧逻辑缺陷）
git add -f INTERFACE_TEST_REPORT.md interface_test_report.tsv cfc-frontend/INTERFACE_TEST_MATRIX.md interface_test_bodies.tsv
[ -s "$EXTRA_CASES" ] && git add -f "$EXTRA_CASES"
# 纳入 Playwright E2E 冒烟报告（仅当本轮实际执行过，PW_RPT 才存在）
[ -f "$PW_RPT" ] && git add -f "$PW_RPT" "$PW_LOG"
if git diff --cached --quiet; then
  log "无测试结果变更，跳过提交"
else
  git commit -m "test(interface): 接口冒烟闭环 $(date '+%Y-%m-%d %H:%M') — 通过率 ${RATE}% (fix=${FIXED_COUNT} reg=${REGRESSED_COUNT}); 测试用例 ${TC_DONE:-?}/${TC_E2E_TOTAL:-?} 完成(文档化${TC_DOC:-?})" \
    >>"$LOG_DIR/interface_cron.log" 2>&1 && log "已提交测试结果（测试用例完成 ${TC_DONE:-?}/${TC_E2E_TOTAL:-?}）"
fi

# ---------------------------------------------------------------------------
# 7) 推送远端，与开发团队形成闭环
#    增强：远端领先(非快进)时自动 rebase 后重试，避免测试结果不落远端。
#         凭证/网络类错误不盲目重试，直接失败并留待下次运行。
# ---------------------------------------------------------------------------
PUSH_LOG="$RUN_DIR/push.log"
MAX_PUSH_RETRY=2
push_ok=0
attempt=0
while [ "$attempt" -lt $((MAX_PUSH_RETRY + 1)) ]; do
  attempt=$((attempt + 1))
  if git push origin "$BRANCH" >"$PUSH_LOG" 2>&1; then
    push_ok=1
    log "git push 成功 — 测试闭环已同步远端（第 ${attempt} 次尝试）"
    break
  fi
  # 仅在「远端领先/非快进」时自动 rebase 后重试
  if grep -qiE "non-fast-forward|fetch first|Updates were rejected|rejected" "$PUSH_LOG"; then
    log "git push 被拒（远端领先/非快进）。rebase 后重试（${attempt}/${MAX_PUSH_RETRY}）"
    # rebase 期间用 --autostash 保护未提交改动（如事后刷新的 interface_test_report.tsv）
    if git pull --rebase --autostash origin "$BRANCH" >>"$LOG_DIR/interface_cron.log" 2>&1; then
      log "rebase 完成，重新尝试 push"
    else
      log "rebase 失败（可能存在冲突），中止 push 重试"
      break
    fi
  else
    # 凭证/网络等其他错误：不盲目重试，避免空耗与误报
    log "git push 失败（疑似凭证/网络，非非快进类）: $(grep -iE 'error|fatal|timed out|could not|permission denied' "$PUSH_LOG" | head -3 | tr '\n' ' ')"
    break
  fi
done
if [ "$push_ok" -ne 1 ]; then
  log "git push 最终失败，本轮结果未同步远端（下次运行将重试）"
fi

# 更新回归基线（仅有效轮才覆盖，避免无效轮污染下一轮回归对比）
cp "$CUR_TSV" "$PREV_TSV"
# 同步仓库根目录的全量结果 TSV（供人工/工具读取，避免与报告一起变陈旧）
cp "$CUR_TSV" "interface_test_report.tsv"
log "已同步全量结果 -> interface_test_report.tsv"

log "===== 本轮结束 ====="