Can I use this for API development?

Yes, it includes specific patterns for creating type-safe API clients that automatically infer response types and required parameters based on endpoint configurations.

Does it provide help with existing TypeScript utilities?

Absolutely. It demonstrates how to effectively use and extend built-in utilities like Pick, Omit, Record, and Partial, as well as how to create deep versions of these types.

What advanced TypeScript features does this skill cover?

This skill covers the full spectrum of advanced type-level programming, including generics, conditional types, mapped types, template literal types, and utility types.

Is this skill useful for JavaScript migration?

It is highly effective for migrations, as it provides the advanced logic needed to accurately model the flexible and dynamic patterns often found in legacy JavaScript codebases.

How does this skill improve application reliability?

By implementing complex type logic, it shifts potential runtime errors to compile-time, providing immediate feedback and ensuring data integrity throughout the application.

Advanced TypeScript Types

Name: Advanced TypeScript Types
Author: HermeticOrmus

byHermeticOrmus

Herramientas para Desarrolladores

Implements sophisticated TypeScript type logic including generics, conditional types, and mapped types to ensure enterprise-grade compile-time safety.

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This skill empowers Claude to architect highly robust and type-safe TypeScript applications by leveraging the full power of the language's advanced type system. It provides comprehensive guidance on implementing reusable generic components, sophisticated type inference with conditional types, and dynamic property transformation using mapped and template literal types. Whether you are building complex API clients, type-safe state management, or migrating legacy JavaScript codebases, this skill ensures your architecture remains scalable and error-resistant through advanced type-level programming.

Características Principales

Sophisticated logic using Conditional and Distributive types
Application of custom and built-in Utility Types for code reuse
Architecture of type-safe patterns like API clients and Builder patterns
Dynamic property transformation with Mapped and Template Literal types
0 GitHub stars
Implementation of complex Generics and type constraints

Casos de Uso

Migrating large-scale JavaScript projects to a strict, type-safe environment
Designing complex, strongly-typed API clients with path and parameter inference
Building type-safe libraries or frameworks requiring highly flexible interfaces

Acerca de

Características Principales

Sophisticated logic using Conditional and Distributive types
Application of custom and built-in Utility Types for code reuse
Architecture of type-safe patterns like API clients and Builder patterns
Dynamic property transformation with Mapped and Template Literal types
0 GitHub stars
Implementation of complex Generics and type constraints

Casos de Uso

Migrating large-scale JavaScript projects to a strict, type-safe environment
Designing complex, strongly-typed API clients with path and parameter inference
Building type-safe libraries or frameworks requiring highly flexible interfaces