How does this skill handle different workout styles?

It uses a type-safe 'kind' property to differentiate between styles like Strength, Tabata, EMOM, and For Time, allowing for exhaustive switch-case handling.

Does this skill include database mapping support?

Yes, it defines specific conventions for persistence, using a 'Db' prefix for database types and mapping 'undefined' to 'null' for compatibility.

What is a Workout Block in this domain?

A Workout Block is a specific segment of a workout, such as a Strength set, an AMRAP circuit, or a Cardio session, structured using discriminated unions in TypeScript.

What composables are included in this domain logic?

The domain includes composables for workout state management, persistence, exercise selection, template building, and benchmark tracking.

Workout Domain Logic

Name: Workout Domain Logic
Author: alexanderop

byalexanderop

•

Developer Tools

Provides a standardized framework for building, managing, and persisting complex fitness workout models and routines.

About

This skill equips Claude with the specific domain knowledge required to work with the workoutTracker repository, focusing on a block-based architecture. It handles diverse workout types including Strength, AMRAP, EMOM, Tabata, and Cardio using type-safe discriminated unions. It streamlines the implementation of workout persistence, benchmark tracking, and template management by providing context for core composables and database schema conventions, ensuring consistency across the fitness application's codebase.

Key Features

Type-safe block modeling for Strength, Timed (AMRAP/EMOM), and Cardio exercises
5 GitHub stars
Exhaustive pattern matching for handling various workout block kinds
Clear separation between runtime types and database schema conventions
Standardized CRUD operations via specialized Vue-style composables
Built-in support for workout persistence and benchmark tracking logic

Use Cases

Building automated workout builders or template-based routine generators
Implementing new workout block types or modifying existing exercise logic
Refactoring workout persistence layers and database schema mapping

About

Key Features

Type-safe block modeling for Strength, Timed (AMRAP/EMOM), and Cardio exercises
5 GitHub stars
Exhaustive pattern matching for handling various workout block kinds
Clear separation between runtime types and database schema conventions
Standardized CRUD operations via specialized Vue-style composables
Built-in support for workout persistence and benchmark tracking logic

Use Cases

Building automated workout builders or template-based routine generators
Implementing new workout block types or modifying existing exercise logic
Refactoring workout persistence layers and database schema mapping