coding▌

Modern C# coding standards covering records, pattern matching, value objects, async/await, and high-performance patterns. \n \n Use record types for immutable DTOs and domain entities; readonly record struct for value objects with zero-allocation semantics \n Leverage pattern matching with switch expressions, nullable reference types, and composition over inheritance for cleaner, type-safe code \n Apply async/await throughout with mandatory CancellationToken parameters; use Span<T> , Memory

AI-assisted software development for non-engineers building prototypes and MVPs through natural language. \n \n Guides users through iterative AI-powered development: breaking problems into smaller pieces, refining outputs through follow-up prompts, and testing generated code \n Best suited for prototypes, internal tools, and MVPs; helps users understand when professional engineering review is needed for production systems \n Teaches vibe coding as a distinct skill for product managers, marketer

Rust naming, formatting, and best-practice guidelines covering 50 core rules. \n \n Covers naming conventions (no get_ prefix, iterator patterns, conversion methods), data types (newtypes, slice patterns, pre-allocation), and string handling (prefer bytes for ASCII, use Cow<str> when appropriate) \n Error handling guidance includes ? propagation over try!() , meaningful lifetime names, and lock ordering for concurrency safety \n Includes deprecation mappings (e.g., lazy_static! to OnceLock

Modern C++ standards enforcing type safety, resource management, and clarity through the C++ Core Guidelines. \n \n Covers six foundational principles: RAII for resource lifetime, immutability by default, compile-time type safety, intent-driven naming, minimal complexity, and value semantics over pointers \n Provides detailed rules across 15+ domains including functions, classes, resource management, error handling, concurrency, templates, and standard library usage with code examples for each \

Universal coding standards and best practices for TypeScript, JavaScript, React, and Node.js projects. \n \n Covers core principles (readability, KISS, DRY, YAGNI) with practical code examples for variable naming, function design, immutability, error handling, and type safety \n Includes React-specific guidance on component structure, custom hooks, state management, and conditional rendering patterns \n Provides API design standards with REST conventions, response formats, and input validation u

This skill creates personalized coding tutorials that evolve with the learner. Each tutorial builds on previous ones, uses real examples from the current codebase, and maintains a persistent record of concepts mastered.

Analyze existing code files to automatically generate a project coding standards document. \n \n Extracts syntax patterns (indentation, naming conventions, commenting style, braces, line length) from one or more files or entire folders to establish baseline standards \n Detects and optionally fixes inconsistencies across files, flagging deviations from the majority pattern in each category \n Outputs standards to a new file (CONTRIBUTING.md, STYLE.md, CODING_STANDARDS.md, etc.), README.md insert