Implement and review Rust code with async Tokio patterns and Tantivy optimizations.
npx skills add https://github.com/aryasoni98/mcpatlas --skill rust-expertise
Please help me install this Agent Skill. Skill: rust-expertise Source: https://github.com/aryasoni98/mcpatlas/tree/main/.cursor/skills/rust-expertise Command: npx skills add https://github.com/aryasoni98/mcpatlas --skill rust-expertise
This Skill provides expert guidance on implementing and reviewing Rust code for the MCPAtlas project, focusing on best practices for performance, concurrency, and maintainability in a long-lived, high-concurrency server environment.
anyhow and thiserror.Apply Rust best practices for a long-lived, high-concurrency MCP server.
High-intent search queries and answers about installing and using this skill.
Error handling in a high-concurrency Rust server requires robust management using `anyhow` for application-level errors and `thiserror` for library-specific error types. This ensures graceful error recovery and maintainable async code paths.
Optimizing Tokio async operations for high-throughput Rust servers involves applying specific asynchronous patterns and efficient state management. This ensures efficient resource utilization and minimizes bottlenecks in concurrent data fetching and processing.
Improving Tantivy search performance in Rust requires applying specific performance optimizations and caching strategies for high-throughput responses. This targets hot paths in the server to ensure efficient resource utilization during complex queries.
Structuring Rust tests for safety and concurrency in an async environment requires comprehensive testing methodologies and adherence to safety standards. This ensures code quality and validates complex asynchronous data fetching logic.
Yes, this Rust guidance specifically targets long-lived, high-concurrency MCP server environments like MCPAtlas. It provides best practices for performance, concurrency, and maintainability tailored to that specific architectural context.
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