rust▌

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

ASCII art visualization of Rust project dependency trees with optional feature flag display. \n \n Generates tree-format dependency graphs with configurable depth (default: 3 levels) and optional feature flag annotations \n Supports visual enhancements including dependency categorization (runtime, serialization, development) and optional size visualization in megabytes \n Parses cargo metadata and cargo tree output to extract and format dependencies with standard box-drawing characters \n Trigge

Dynamically generate skills for Rust crates and standard library documentation. \n \n Supports both agent mode (via /create-llms-for-skills and /create-skills-via-llms commands) and inline mode for skills-only installations \n Handles third-party crates (tokio, serde, axum) and Rust std library modules with automatic URL construction \n Generates SKILL.md files with overview, key types, common patterns, and reference documentation organized by module \n Includes URL templates and helpers for con

Agentcall (join-meeting) lets your AI agent to join meetings and collaborate like a real teammate

Reverse engineer Rust-compiled malware using IDA Pro and Ghidra with techniques for handling non-null-terminated strings, crate dependency extraction, and Rust-specific control flow analysis.

High-performance toolkit for genomic interval analysis in Rust with Python bindings.

Fetch Rust versions, crate information, and API documentation from authoritative sources. \n \n Supports queries about Rust release features, crate versions, and standard library documentation via dedicated agent routing \n Operates in two modes: agent-based (when agent files available) for background task execution, or inline mode using actionbook selectors and browser automation \n Covers crate info from lib.rs and crates.io, Rust changelogs from releases.rs, std library docs from doc.rust-lan

Convert PRDs to executable beads for ralph-tui using beads-rust CLI. \n \n Extracts quality gates from PRD and appends them to every story's acceptance criteria \n Creates an epic with right-sized child beads (one story per bead, completable in a single agent iteration) \n Establishes dependencies between beads using br dep add to enforce execution order (schema → backend → UI) \n Outputs br create and br dep add commands with safe HEREDOC syntax for special characters \n Syncs beads to .beads/

Visualize Rust function call graphs with configurable depth and direction using LSP. \n \n Supports three query directions: incoming calls (who calls this), outgoing calls (what this calls), and bidirectional analysis \n Configurable traversal depth (default 3 levels) to control graph scope and complexity \n Generates ASCII tree visualizations with entry points, leaf functions, and hot path analysis \n Includes complexity insights and potential issues flagging (high fan-out, multiple callers) \n