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typescript-advanced-types

Model complex TypeScript type relationships to catch logic errors at compile time.

Updated May 16, 2026
Search Tags:#type safety#typescript#generics#inference#conditional types#mapped types#template literals
One-click install
npx skills add https://github.com/p-o-ke-nae/pokemondamagecalculatorforstory --skill typescript-advanced-types-p-o-ke-nae
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: typescript-advanced-types
Source: https://github.com/p-o-ke-nae/pokemondamagecalculatorforstory/tree/main/.github/skills/typescript-advanced-types
Command: npx skills add https://github.com/p-o-ke-nae/pokemondamagecalculatorforstory --skill typescript-advanced-types-p-o-ke-nae

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps you model complex business rules and reusable abstractions in TypeScript so mistakes are caught at compile time instead of becoming runtime bugs.

Core Features & Use Cases

  • Advanced Type Modeling: Build precise generics, conditional types, mapped types, and template literal types for expressive APIs.
  • Type-Safe Patterns: Design safer event emitters, API clients, builders, form validators, and discriminated unions.
  • Compile-Time Inference: Extract return types, parameters, array elements, and promise values with infer-driven helper types.
  • Use Case: A team can define a strongly typed configuration or API layer that prevents invalid payloads, missing fields, and unsupported operations before code is shipped.

Quick Start

Use this skill to design a type-safe TypeScript utility or API surface for your current codebase.

Frequently Asked Questions about typescript-advanced-types

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I use advanced TypeScript types to catch logic errors at compile time?▼

You can use advanced TypeScript types like generics, conditional types, and mapped types to model complex business rules so mistakes are caught at compile time instead of becoming runtime bugs.

What is the best way to build type-safe API clients and event emitters in TypeScript?▼

The best way to build type-safe API clients and event emitters is by applying discriminated unions and precise generics to prevent invalid payloads and unsupported operations before code is shipped.

How do I extract return types and promise values using TypeScript inference helpers?▼

You can extract return types, parameters, array elements, and promise values by applying infer-driven helper types to achieve robust compile-time inference without relying on unsafe any usage.

Can I use template literal types and mapped types for expressive TypeScript APIs?▼

Yes, you can use template literal types and mapped types to build precise, expressive APIs that enforce strict type safety and handle edge cases robustly across your codebase.

Does this TypeScript type modeling approach support complex state machines and form validators?▼

Yes, this approach supports designing safer form validators and state machines by leveraging strict type safety, reusable helper types, and discriminated unions to prevent missing fields and invalid states.

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