The MCP Session Lifecycle skill provides specialized guidance for navigating the three-layered architecture of the nteract MCP server. It is essential for developers working on runt-mcp, runt-mcp-proxy, or daemon_watch.rs who need to reason about session state machines, background rejoin races, and room eviction policies. By implementing standardized patterns for Arc<RwLock> access and process supervision, this skill ensures robust notebook connectivity and prevents common mistakes like lock contention and phantom room creation.
주요 기능
01Session-write guard patterns to prevent async race conditions
02Optimized DocHandle access patterns for minimal lock contention
03State machine logic for daemon_watch and background rejoining
04130 GitHub stars
05Deep architectural mapping across Proxy, Session, and Daemon layers
06Guidance on file-backed vs ephemeral notebook reconnection
사용 사례
01Implementing process supervision logic for MCP server binary upgrades and crashes
02Debugging race conditions between user-initiated tool calls and background auto-rejoins
03Optimizing notebook resource management and eviction timing in multi-peer environments