interface-spec

Name: interface-spec
Availability: InStock
Author: aliisa-yt

Define abstract interface contracts for STT, Translation, and TTS engines.

Updated Jan 27, 2026

Search Tags:#design #specification #translation #tts #contract #interface #stt

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Skill: interface-spec
Source: https://github.com/Aliisa-yt/twitchbot/tree/main/.github/skills/interface-spec
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SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill defines the abstract contracts and conventions for Speech-to-Text (STT), Translation, and Text-to-Speech (TTS) engine implementations, ensuring consistency and facilitating automatic registration.

Core Features & Use Cases

Abstract Contracts: Specifies the required methods and properties for STT, Translation, and TTS interfaces.
Automatic Registration: Implements conventions for subclass discovery and registration within the core modules.
Exception Design: Standardizes exception handling for common errors across different engine types.
Use Case: When developing a new translation engine, this Skill provides the blueprint to ensure it integrates seamlessly with the existing framework, adhering to all defined interface requirements and error handling protocols.

Quick Start

Refer to the interface specifications for STT, Translation, and TTS engine development.

Frequently Asked Questions about interface-spec

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

FAQPage Schema

How do I define a standard interface contract for a Speech-to-Text engine?▼

To define a standard Speech-to-Text interface contract, you specify the required methods, data models, and exception hierarchies in the core STT interface module. This ensures engine implementations adhere to common specifications for automatic registration and robust integration.

What is automatic registration for Translation and TTS engine implementations?▼

Automatic registration for Translation and TTS engines is a convention that enables the framework to automatically discover and register subclasses. This enforces common interface specifications across core modules, ensuring new engine implementations integrate seamlessly without manual configuration.

How do I handle exceptions consistently across different STT and TTS engines?▼

To handle exceptions consistently across STT and TTS engines, you implement the standardized exception hierarchies defined by the abstract interface contracts. This standardizes error handling protocols for common errors across different engine types within the core modules.

Do I need to implement specific methods when developing a new Translation engine?▼

Yes, when developing a new Translation engine, you must implement the required methods and properties specified by the abstract interface contract. This blueprint ensures your engine adheres to the framework's interface requirements and data models for seamless integration.

Can I use this to enforce common interface specifications for Text-to-Speech modules?▼

Yes, you can enforce common interface specifications for Text-to-Speech modules by using the defined abstract contracts. The interface specification enforces method requirements, data models, and standardized exception designs specifically within the core TTS interface module.

Why does my custom Translation engine fail to integrate with the core framework?▼

Your custom Translation engine fails to integrate if it does not strictly adhere to the defined abstract interface contracts. Implementing the required methods, data models, and standardized exception hierarchies ensures proper automatic registration and robust framework integration.