cc-best

代码库分析，从 Git 历史和代码结构提取编码模式

构建项目并检查错误（修复错误见 /cc-best:fix）

快速恢复上下文，了解项目当前状态

CC-Best Ralph Loop 集成，长时间自主循环

检查点管理，保存和恢复进度

System architecture specialist for design decisions, ADR creation, and scalability assessment. Use PROACTIVELY when designing new systems, making architectural decisions, or evaluating technical approaches. <example> user: "我们需要设计一个支持高并发的订单系统" assistant: (invokes architect agent to analyze requirements and design system architecture) </example>

Analyzes build/compile errors and provides minimal targeted fixes. Use PROACTIVELY when build fails, type errors occur, or compilation issues arise. Integrates with /cc-best:verify and /cc-best:fix commands. <example> user: "构建失败了，有 TypeScript 类型错误" assistant: (invokes build-error-resolver agent to diagnose and fix the type errors) </example>

Performs deep code review checking architecture compliance, code quality, and security issues. Use PROACTIVELY after writing or modifying code. MUST BE USED for all significant code changes. <example> user: "审查这次提交的代码变更" assistant: (invokes code-reviewer agent to perform comprehensive code review) </example>

Cleans and simplifies code architecture after feature completion, eliminating redundancy and improving maintainability. Use when code maintenance, refactoring, or dead code cleanup is needed. Invoked after feature completion for code quality improvement. <example> user: "简化用户服务模块的代码，消除重复" assistant: (invokes code-simplifier agent to identify and eliminate redundancy) </example>

Analyzes task complexity, creates implementation plans, and breaks down into minimal executable units. Use PROACTIVELY when users request feature implementation, architectural changes, or complex refactoring. Automatically activated for planning tasks. <example> user: "实现用户权限管理模块" assistant: (invokes planner agent to analyze complexity and create implementation plan) </example>

RESTful API design patterns and best practices. Use when creating endpoints, designing APIs, or implementing routes.

Architecture design skill: ADR records, system design checklists, scalability assessment, architecture patterns. Use for complex system design and architecture decisions.

Backend development patterns for services, error handling, logging, caching. Use when building backend services, APIs, or microservices.

Strategic compaction skill: suggests context compression at logical breakpoints. Use to suggest compaction at logical intervals during development sessions.

Database design, query optimization, migrations, and indexing. Use when designing schemas, writing queries, or managing migrations.

26 hooks across 16 events