Browse skills

Official github skill for software development workflows.

Enforces Python type hints during code generation, reducing errors and improving backend reliability.

Generates, debugs, and optimizes Rust code snippets & projects, focusing on performance and memory safety.

Analyze, debug, and optimize Java concurrency code for thread safety, performance, and deadlock prevention.

Analyzes Kotlin concurrency code, identifies bottlenecks, suggests improvements for thread safety and performance.

Provides Go guidance and assistance for software development workflows.

Automatically migrates TypeScript codebases to stricter compiler options, improving type safety and reducing potential errors.

Analyzes Rust code for common pitfalls, suggesting improvements in safety, performance, and idiomatic style based on Kono's expertise.

This skill provides guidance on using C++ smart pointers for memory management, preventing leaks and improving code safety.

Generates, debugs, and refactors complex TypeScript code, ensuring type safety and optimal performance for robust backends.

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

Generates Rust code for backend systems, focusing on performance, memory safety, and concurrency using sickn33's expertise.

Provides Python guidance and assistance for software development workflows.

Validates code against ariegoldkin's rigorous type safety standards, identifying potential errors and improving reliability.

Ensures robust backend code by automatically verifying TypeScript type correctness during pull request reviews.

Provides Python guidance and assistance for software development workflows.

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

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

Analyzes Rust code for linear type usage errors and suggests safe refactoring strategies to prevent memory unsafety.

Safely manages complex Rust unsafe code blocks, minimizing errors and ensuring memory safety within backend systems.

Helps with Python, best practices as part of developing backend services and APIs workflows.

The Gleam Type System analyzes your code to enforce type safety and improve code clarity within Gleam projects – boosting reliability and maintainability.

This skill automatically hides potentially sensitive or risky "unsafe assertion" messages generated by AI, improving safety and privacy.

This skill prevents AI from generating responses containing potentially sensitive or inferable information about individuals, enhancing privacy and safety.