Browse skills

Packages Python code into distributable formats (wheels/tarballs) following best practices for deployment.

Generates complex, type-safe TypeScript code leveraging advanced features like conditional types and mapped types for robust backends.

Generates, debugs, and refactors TypeScript code for robust and scalable backend applications using best practices.

Generates, debugs, and optimizes TypeScript code for robust and scalable backend applications using xfstudio best practices.

Generates, debugs, and refactors complex TypeScript code, including advanced types, decorators, and module design patterns.

Generates robust, type-safe TypeScript code leveraging advanced features like conditional types and mapped types for complex backend logic.

TypeORM simplifies database interactions by providing an ORM for TypeScript, boosting development speed and code maintainability.

Huiali's rust-type-driven backend agents generate safe, performant code by leveraging Rust's type system for robust error prevention.

Analyzes Rust codebases, identifies potential bugs & inefficiencies, and suggests improvements based on best practices.

Generates Rust macros from natural language descriptions to automate repetitive code patterns and improve developer productivity.

Generates idiomatic Rust asynchronous code leveraging common patterns like `async`, `await`, and futures for efficient backend development.

Analyzes Rust code for concurrency issues like deadlocks and data races, suggesting fixes for safer multithreaded applications.

Automatically generates Rust code snippets and functions based on natural language descriptions for backend development tasks.

Generates a comprehensive index of Rust code dependencies and usage across projects for improved maintainability.

Generates, debugs, and optimizes Rust code for server-side applications and systems programming tasks.

Analyzes Rust code for potential mutability issues, suggesting safer alternatives to prevent data races and unexpected behavior.

Identifies and suggests fixes for common Rust code anti-patterns to improve performance and maintainability.

Analyzes Rust code to identify and resolve ownership and borrowing issues, ensuring memory safety and preventing data races.

Analyzes Rust codebases to generate detailed call graphs, identifying dependencies and potential performance bottlenecks for optimization.

Analyzes Rust code to identify trait implementations and suggest missing or optimal trait bounds for improved type safety.

Automates Rust code generation, testing, and dependency management for efficient backend development workflows.

Quickly locate Rust code within Goooice backends, identifying functions, variables, and dependencies for efficient debugging.

Analyzes Rust code symbols (functions, structs, traits) to extract metadata and dependencies for automated tooling.

Analyzes Rust codebases, identifies potential vulnerabilities & inefficiencies, and suggests improvements based on best practices.