Can I use this for streaming data?

Absolutely. The skill provides detailed templates and implementation patterns for async iterators and generators, perfect for processing continuous data streams.

Does it include error handling best practices?

Yes, it features multiple strategies including try-catch blocks, custom error classes, and type-safe Result wrappers to ensure your app handles failures gracefully.

Does it support complex concurrent tasks?

Yes, it includes advanced patterns for Promise.all, allSettled, race, and any, allowing for sophisticated parallel execution management and timeouts.

How does this skill improve my TypeScript code?

It enforces standardized patterns for handling asynchronous operations, ensuring type safety and reducing bugs related to improper error handling and race conditions.

TypeScript Async Patterns

Name: TypeScript Async Patterns
Author: TheBushidoCollective

byTheBushidoCollective

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API Development

Implements robust asynchronous programming patterns in TypeScript using best practices for Promises, async/await, and data streams.

About

This skill provides specialized guidance for writing high-quality, type-safe asynchronous code in TypeScript. It covers everything from basic Promise creation and async/await syntax to advanced patterns like type-safe error handling, concurrent execution with Promise combinators, and managing data streams with async iterators. By leveraging these patterns, developers can ensure their asynchronous logic is predictable, readable, and properly typed, minimizing common pitfalls such as unhandled rejections or race conditions in production environments.

Key Features

Advanced Promise composition and chaining techniques
Utility patterns for timeouts, fallbacks, and parallel execution
Standardized async/await and Promise implementation patterns
Implementation of async generators and iterables for data streams
Type-safe result wrappers for robust error management
39 GitHub stars

Use Cases

Processing large data sets efficiently using async iterators and generators
Building resilient API integration layers with automatic error recovery
Managing complex concurrent operations with Promise combinators like allSettled and race

About

Key Features

Advanced Promise composition and chaining techniques
Utility patterns for timeouts, fallbacks, and parallel execution
Standardized async/await and Promise implementation patterns
Implementation of async generators and iterables for data streams
Type-safe result wrappers for robust error management
39 GitHub stars

Use Cases

Processing large data sets efficiently using async iterators and generators
Building resilient API integration layers with automatic error recovery
Managing complex concurrent operations with Promise combinators like allSettled and race