rust▌

Simple, pragmatic, opinionated. Only what matters for writing production-grade Rust code.

Explore Rust trait implementations and find all types implementing a trait or traits implemented by a type. \n \n Supports two primary queries: find all implementors of a trait using LSP goToImplementation , or discover all traits implemented by a struct using grep pattern matching \n Generates structured output including trait definitions, implementation tables, code snippets, and implementation hierarchies \n Provides coverage analysis to verify all trait methods are implemented and identifies

Writes, reviews, and debugs idiomatic Rust code with memory safety and zero-cost abstractions. \n \n Handles ownership patterns, lifetime annotation, borrowing design, and trait hierarchies with generics and associated types \n Implements async/await applications with tokio, concurrent task spawning, and proper error propagation via Result/Option \n Enforces validation through cargo clippy, rustfmt, and comprehensive testing (unit, integration, doctests) \n Minimizes unsafe code with documented

Apply these Windmill-specific patterns when writing Rust code in backend/.

Visualize function call relationships using LSP call hierarchy.

Perform safe refactoring with comprehensive impact analysis.

$20

Scaffolds production-ready Rust MCP server projects with tools, prompts, resources, and full test coverage. \n \n Generates complete project structure with Cargo.toml, handler implementations, and integration tests using the official rmcp SDK \n Supports multiple transport types (stdio, SSE, HTTP) with configurable features and async/await patterns throughout \n Includes macros for tool definition ( #[tool] , #[tool_router] , #[tool_handler] ) and type-safe parameter handling via schemars::JsonS

Analyze Rust project structure and symbols using LSP with filtering by type. \n \n Supports three analysis modes: entire project workspace, single file, or filtered by symbol type (struct, trait, function, module) \n Uses LSP document and workspace symbol operations to extract nested symbol hierarchies with metadata like visibility, async status, and derives \n Generates multiple output formats including module trees, symbol tables by type, complexity metrics, and dependency analysis \n Handles

Safe Rust refactoring with LSP-driven impact analysis and dry-run preview. \n \n Supports four refactoring actions: rename symbol, extract function, inline function, and move to module \n Performs pre-refactor analysis using LSP operations (find references, go to definition, call hierarchy) to identify all affected code locations \n Generates detailed impact reports showing definition location, all references categorized by file, and potential issues like documentation updates or public API chan