yotta-dev-mcp元开（yotta-dev-mcp）—— 一个 stdio MCP server 提供 18 个确定性开发工具：repo_map（代码库地图）、system_model（系统模型与 .yotta/architecture.json 契约分层）、architecture_review（契约评审）、impact_analysis（变更影响锥）、verify_change（L0-L5 验证账本）、self_test（完整性检查与 seeded defect / mutation 反证）、run_adapter（显式运行 import-linter / dependency-cruiser / Repomix）、find_code（符号定位）、compress_output（长输出压缩）、review_code / review_diff（规则化评审）、scan_secrets（密钥脱敏扫描）、scan_dependencies（依赖与 typosquat 启发式）、check_publish_readiness（发布前守门）、run_checks（白名单检查，默认关闭执行）、scaffold_skill（技能脚手架，默认 dry-run）、workflow_state（.workflow 状态读取与安全追加）。Python 3.8+ 标准库、默认离线、默认只读、输出带文件行号与规则证据；缺工具或配置一律 UNKNOWN，不自动安装、不联网。
Install via ClawdBot CLI:
clawdbot install yottameta/yotta-dev-mcpGrade Fair — based on market validation, documentation quality, package completeness, maintenance status, and authenticity signals.
Generated Sep 29, 2026
新加入团队或临危受命接手遗留系统时，先用 repo_map 生成模块、依赖、入口点地图，再结合 find_code 定位关键符号，实现分钟内建立代码全景认知。
团队在 pre-commit 或 CI 阶段用 system_model 与 architecture_review 校验 .yotta/architecture.json 定义的依赖规则、边界可见性与数据归属，出问题就返回文件行号与证据。
改动核心支付、订单或权限模块前，用 impact_analysis 从改动文件或目标符号推导影响锥、映射测试与回滚探针，产出一份可审阅的风险清单。
在 npm / PyPI 发布前用 scan_secrets 排查密钥与高熵令牌，用 scan_dependencies 做 typosquat 启发式检查，并用 check_publish_readiness 核对版本四件与仓库配置。
改动后用 verify_change 跑 L0/L1 默认检查，按需显式执行 L2-L4 白名单检查，形成可复算的验证账本；用 self_test 做完整性反证，确保技能本身可信。
以 MIT 协议开源核心 MCP server 吸引开发者，企业版提供 .yotta 契约管理、审计日志、SSO 与集中式策略分发等高阶能力。
围绕架构契约制定、遗留系统摸底、发布流程守门提供咨询与实施服务，将工具作为交付载体提升咨询交付确定性。
与 IDE、AI 编程助手、代码托管平台合作，将 yotta-dev-mcp 作为官方推荐插件预集成，按调用量或席位向平台方分成。
💬 Integration Tip
优先用 --tools core 接入（5 个核心工具），让 schema 常驻上下文；确需全功能时再切到 --tools full，并明确告知用户 core 模式下调用 full 专属工具会提示重启。
Scored Sep 29, 2026
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