This project uses APEX for code coverage analysis and security detection.
# APEX Coverage & Security Analysis This project uses APEX for code coverage analysis and security detection. ## When to use APEX - After writing or modifying code, run `apex_run` to check coverage gaps - Before committing, run `apex_detect` to check for security issues - When investigating a vulnerability, use `apex_reach` to find which entry points can reach it - In CI, use `apex_ratchet` to enforce minimum coverage ## Available MCP Tools - `apex_run` — coverage gap analysis (pass target path + language) - `apex_detect` — security findings with CWE IDs - `apex_reach` — reverse path from file:line to entry points - `apex_ratchet` — CI coverage gate (PASS/FAIL) - `apex_doctor` — check prerequisites - `apex_deploy_score` — deployment readiness 0-100 ## Supported Languages python, rust, javascript, typescript, java, kotlin, go, c, cpp, ruby, swift, csharp
Comprehensive .cursorrules file for Next.js 15 App Router projects with TypeScript, enforcing server components by default, proper use of "use client" directive, and App Router conventions.
Cursor rules for Python FastAPI projects enforcing async patterns, Pydantic v2 models, dependency injection, and proper error handling.
Rules for consistent React component development with TypeScript interfaces, proper hook patterns, and component composition.
Rules optimizing Cursor Agent mode behavior including multi-file editing context, session management, and autonomous task completion patterns.
Cursor rules for projects using Tailwind CSS with shadcn/ui component library, enforcing consistent utility class usage and component patterns.
Rules for Go backend services enforcing idiomatic Go patterns, proper error handling, and clean architecture conventions.