How does this skill handle network retries?

It implements an exponential backoff strategy, which waits for increasing intervals (e.g., 1s, 2s, 4s) between retries to prevent overwhelming services during downtime.

Does this skill help with TypeScript project conventions?

Yes, it provides guidance on using modern syntax like nullish coalescing (??) over logical OR (||) to prevent bugs related to falsy values like 0 or empty strings.

What is the Result type pattern used in this skill?

It is a functional programming pattern where functions return an object indicating success or failure instead of throwing errors, allowing for explicit and type-safe error handling.

Why use custom Error classes instead of generic ones?

Custom Error classes allow for better error categorization, specialized debugging metadata, and more precise error handling logic in complex applications.

TypeScript Safety & Error Handling

Name: TypeScript Safety & Error Handling
Author: 15195999826

by15195999826

Developer Tools

Standardizes TypeScript code quality through robust error handling patterns, custom error classes, and resilient retry logic.

About

This skill equips Claude with specialized knowledge for writing safer, more predictable TypeScript code. It focuses on replacing traditional 'throw' patterns with Result types for expected failures, implementing custom Error classes for unexpected issues, and managing network instability with exponential backoff retry logic. By enforcing modern conventions like nullish coalescing and type-safe failure handling, it ensures that TypeScript projects are more maintainable, easier to debug, and resilient against runtime crashes.

Key Features

Provides exponential backoff retry logic for resilient network requests.
Optimizes asynchronous operations for reliability and better error reporting.
Generates structured custom Error classes for domain-specific exceptions.
Implements Result types for predictable and type-safe error handling.
Enforces modern TypeScript conventions like nullish coalescing (??).
0 GitHub stars

Use Cases

Standardizing project-wide error architecture and custom exception management.
Building resilient API clients that automatically handle temporary network failures.
Refactoring legacy try-catch blocks into functional Result patterns for better type safety.

About

Key Features

Provides exponential backoff retry logic for resilient network requests.
Optimizes asynchronous operations for reliability and better error reporting.
Generates structured custom Error classes for domain-specific exceptions.
Implements Result types for predictable and type-safe error handling.
Enforces modern TypeScript conventions like nullish coalescing (??).
0 GitHub stars

Use Cases

Standardizing project-wide error architecture and custom exception management.
Building resilient API clients that automatically handle temporary network failures.
Refactoring legacy try-catch blocks into functional Result patterns for better type safety.