translation-manager

Manage translation engine initialization, language detection, and rate-limit backoff.

Updated Jan 27, 2026
One-click install
npx skills add https://github.com/Aliisa-yt/twitchbot --skill translation-manager-aliisa-yt
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: translation-manager
Source: https://github.com/Aliisa-yt/twitchbot/tree/main/.github/skills/translation-manager
Command: npx skills add https://github.com/Aliisa-yt/twitchbot --skill translation-manager-aliisa-yt

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill provides a structured approach to managing multiple translation engines, handling language detection, implementing caching, and ensuring robust fallback mechanisms to prevent service disruptions.

Core Features & Use Cases

  • Engine Management: Initializes and maintains a list of active translation engines based on configuration.
  • Language Detection: Detects the language of input text, with support for caching detection results.
  • Rate Limit Handling: Implements exponential backoff and cooldown periods to manage API rate limits gracefully.
  • Caching & In-flight Coordination: Utilizes translation caching and in-flight request merging to reduce redundant processing.
  • Use Case: When a primary translation API fails due to rate limiting, this Skill automatically switches to a secondary engine and applies a backoff strategy to avoid further errors, ensuring continuous translation service.

Quick Start

Use the translation-manager skill to initialize translation engines and detect the language of the provided text.

Frequently Asked Questions about translation-manager

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

FAQPage Schema
How do I manage translation API rate limits without interrupting service?

To reduce redundant translation API calls, this Skill implements language detection caching and in-flight request merging, preventing duplicate network requests when multiple identical translation queries occur simultaneously.

What is the best way to handle fallback when a translation API fails?

The best way to handle translation API failure is using a fallback mechanism that initializes multiple active translation engines and automatically routes requests to a secondary engine when the primary one encounters errors or rate limits.

How does language detection caching work for translation services?

Language detection caching works by storing the detected language of input text so repeated requests skip the detection step. This reduces processing overhead and improves translation service response times.

Can I use multiple translation engines simultaneously with adaptive backoff?

Yes, you can initialize and maintain a list of active translation engines configured for simultaneous use. The Skill applies adaptive backoff strategies to manage rate-limited APIs across these multiple engines.

How to handle unknown language codes in translation APIs?

To handle unknown language codes in translation APIs, the Skill includes edge case management that processes unrecognized inputs gracefully, ensuring the translation workflow continues without crashing or dropping the request.

How do I reduce redundant translation API calls with in-flight request merging?

To reduce redundant translation API calls, this Skill implements language detection caching and in-flight request merging, preventing duplicate network requests when multiple identical translation queries occur simultaneously.