v2.2: 桌面版同步 DESTACO 风格选型 + 网页预览后台启动
桌面版 (仅网页版 v2.1 已做的部分, 本次补齐桌面端, 两端语义一致) - 新增 OptionTile 控件类: 三态选项块 (可选/已选/不可选), 替代 ComboBox 下拉 不可选取值置灰+删除线但保留占位 (让用户看到选项存在, 而非从列表消失); 悬停青色高亮, 再点一次取消选择 - 新增零件号实时条: 复用与网页版同一套「候选型号最长公共前缀」算法, 已确定片段深青实心 + 待定位数虚化 + 进度条, 选满唯一命中时整块转青色实心 - 维度标题后回显当前已选值 - range 参数 (连续域) 保留可编辑下拉, 无法枚举成卡片 - 参数联动仍复用 Configurator.AllowedOptions, 规则引擎未改动 网页预览后台启动 (无 PowerShell 窗口) - 新增 tools/serve-web-bg.ps1: Start-Process -WindowStyle Hidden 启动, 带 -Stop / -Status; 用命令行匹配定位进程 (比只看 PID 文件可靠) - _start_web.bat / _start_all.bat 改用之, 不再弹窗口 工具 - ui-diagnose.ps1 增强: 原只检查 _boxes (下拉), 现同时检查选项块数量、 每维度是否有可选值、零件号条输出 —— 可自动发现"某维度全被置灰无从下手" - 新增 assess-combo-risk.py: 用量化口径评估生成候选的风险 (以同缸径真实数据值域为官方值域的代理) - 新增 make-pending-list.py: 重写待补清单, 增加 nearest_real / diff_from_nearest 列, 每个候选与其最近的真实型号并列, 便于逐个核实 文档 - 新增 工作总结-2026-09.md: 两阶段工作回顾、发现的问题、踩坑经验 验证 - 编译首次通过; UI 诊断 40/40 系列 0 问题 - 零件号条实测: KC0032-10 / ULP32020AEK0 / UAGP075OK120WS0 / LAE140NN31 均完整; UCBP 正确提示"该组合对应 2 个型号" (暴露已知数据问题) 踩坑记录 - PowerShell 变量名大小写不敏感: $root 与 $Root 是同一变量, 互相覆盖导致 启动脚本指向错误目录 (改用 $projRoot) - .ps1 必须带 UTF-8 BOM, 否则 PS 5.1 按 ANSI 读, 中文注释破坏解析 Co-Authored-By: Claude Code <noreply@anthropic.com>
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onebot-data/tools/make-pending-list.py
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onebot-data/tools/make-pending-list.py
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# -*- coding: utf-8 -*-
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"""
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重写待补数模清单, 增加「核对」相关列, 便于 AI 逐个核实后补真实数模。
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背景: v2.1 按编码模板外推生成了 3157 个组合, 但它们是【候选代号】而非已确认的产品 ——
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规律在已有型号上 100% 成立, 外推区域是否有真实产品未经核实。
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本清单把每个候选与其"最近的真实型号"并列, 便于逐个比对核实。
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输出列:
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series 系列码
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model_code 候选零件号 (已进目录, 选型可选)
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params 完整参数
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nearest_real 同系列中最接近的【真实数模】型号 (按参数相同个数最多, 平手取编码最近)
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diff 与 nearest_real 不同的参数 (供人工/AI 判断该差异是否真实存在)
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step_file 当前指向 PLACEHOLDER.step; 补完真实数模后改为 <候选型号>.step
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status 固定为 pending (待核对+待补数模)
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用法: PYTHONUTF8=1 python make-pending-list.py
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"""
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import csv, io, os, json, glob, collections
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CAT = r'D:/开发/OnebotCatalog/onebot-data/catalog'
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OUT = os.path.join(CAT, '_pending_models.csv')
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PLACEHOLDER = 'PLACEHOLDER.step'
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def load_real_models():
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"""返回 {系列: [(model_code, {参数})]} —— 只含指向真实数模的型号。"""
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real = {}
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for f in glob.glob(os.path.join(CAT, 'csv', '*.csv')):
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code = os.path.basename(f)[:-4]
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rows = []
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for r in csv.DictReader(io.open(f, encoding='utf-8-sig')):
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if r.get('step_file') == PLACEHOLDER:
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continue # 跳过占位行
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prm = {k: v for k, v in r.items() if k not in ('model_code', 'step_file')}
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rows.append((r['model_code'], prm))
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if rows:
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real[code] = rows
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return real
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def dist(params_a, params_b):
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"""参数相同个数 (越大越接近)。"""
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keys = set(params_a) | set(params_b)
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return sum(1 for k in keys if str(params_a.get(k, '')) == str(params_b.get(k, '')))
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def main():
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real = load_real_models()
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total_real = sum(len(v) for v in real.values())
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print(f'真实数模型号: {total_real} 个, 覆盖 {len(real)} 个系列')
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# 收集候选项
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pending = []
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for f in sorted(glob.glob(os.path.join(CAT, 'csv', '*.csv'))):
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code = os.path.basename(f)[:-4]
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for r in csv.DictReader(io.open(f, encoding='utf-8-sig')):
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if r.get('step_file') != PLACEHOLDER:
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continue
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prm = {k: v for k, v in r.items() if k not in ('model_code', 'step_file')}
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pending.append((code, r['model_code'], prm))
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print(f'待补候选: {len(pending)} 个')
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rows = []
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for code, mc, prm in pending:
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cands = real.get(code) or []
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near, ndiff = '', ''
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if cands:
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# 最接近的真实型号: 参数相同个数最多; 平手取编码字典序 (稳定)
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best = max(cands, key=lambda x: (dist(prm, x[1]), -len(x[0])))
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near = best[0]
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diffs = [f'{k}={prm.get(k, "")}≠{best[1].get(k, "")}'
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for k in sorted(set(prm) | set(best[1]))
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if str(prm.get(k, '')) != str(best[1].get(k, ''))]
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ndiff = '; '.join(diffs)
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rows.append([code, mc,
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' '.join(f'{k}={v}' for k, v in prm.items()),
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near, ndiff, PLACEHOLDER, 'pending'])
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with io.open(OUT, 'w', encoding='utf-8-sig', newline='') as fp:
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w = csv.writer(fp)
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w.writerow(['series', 'model_code', 'params', 'nearest_real',
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'diff_from_nearest', 'step_file', 'status'])
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w.writerows(rows)
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print(f'\n写入 {OUT} ({len(rows)} 行)')
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# 覆盖度: 多少候选能找到同系列真实型号作参照
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withref = sum(1 for r in rows if r[3])
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print(f' 有同系列真实型号可参照: {withref}/{len(rows)}')
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nop = [r[0] for r in rows if not r[3]]
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if nop:
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print(f' 无参照的系列: {sorted(set(nop))}')
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# 按系列 + 缺失维度统计
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print('\n各系列待补 (按"与最近真实型号差异的维度数"分布):')
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bycat = collections.defaultdict(collections.Counter)
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for r in rows:
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n = len([x for x in r[4].split('; ') if x]) if r[4] else -1
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bycat[r[0]][n] += 1
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for code in sorted(bycat):
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dists = bycat[code]
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parts = ', '.join(f'{k}维差:{v}' for k, v in sorted(dists.items()) if k >= 0)
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print(f' {code:6s} 共{sum(dists.values()):5d} {parts}')
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if __name__ == '__main__':
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main()
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