skills.rest
pradeepmouli
pradeepmouliCOMMUNITY
Explore all skills by this author →
GitHub

axiom-swift-concurrency

Guide Swift developers from single-threaded code to actor-based concurrency.

Updated Dec 23, 2025
Search Tags:#concurrency#patterns#swift#async/await#sendable#actor-isolation#main-actor
One-click install
npx skills add https://github.com/pradeepmouli/swift-template --skill axiom-swift-concurrency-pradeepmouli
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: axiom-swift-concurrency
Source: https://github.com/pradeepmouli/swift-template/tree/main/.agents/skills/axiom-swift-concurrency
Command: npx skills add https://github.com/pradeepmouli/swift-template --skill axiom-swift-concurrency-pradeepmouli

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Swift developers often struggle to safely adopt and scale concurrency as codebases grow, leading to data races, main-thread bottlenecks, and brittle async code.

This skill provides a structured, progressive path from simple synchronous logic to robust actor-based designs using Swift 6 concurrency features like async/await, @concurrent, nonisolated, and actors, with guidance on Sendable data and main-thread isolation.

Core Features & Use Cases

  • Progressive journey: single-threaded → asynchronous → concurrent → actors, with decision points based on profiling.
  • Patterns and guidelines to resolve common concurrency pitfalls, tool-assisted safety checks, and strategies to minimize main-thread contention.
  • Real-world scenarios: refactoring UI-heavy apps, building responsive UIs, and isolating network/IO state behind actors.

Quick Start

Ask the AI to outline a safe Swift concurrency migration plan for a new project.

Frequently Asked Questions about axiom-swift-concurrency

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

FAQPage Schema
How do I adopt Swift concurrency safely using async/await and actors?▼

Adopt Swift concurrency safely by following a progressive path from single-threaded code to actors, using async/await, Sendable data, and compile-time safety checks to prevent data races in iOS and macOS apps.

What is the best way to prevent data races in Swift 6?▼

Prevent data races in Swift 6 by isolating mutable state behind actors and enforcing Sendable conformances on data passed across concurrent boundaries, utilizing compile-time safety checks to catch violations.

How do I move heavy processing off the main thread in Swift?▼

Move heavy processing off the main thread in Swift by transitioning synchronous logic to asynchronous functions and isolating network or IO state behind actors, minimizing main-thread contention for responsive UIs.

Can I incrementally migrate an existing UI-heavy app to Swift concurrency?▼

Yes, you can migrate a UI-heavy app incrementally by following a progressive journey from asynchronous code to concurrent designs, using decision points based on profiling and main-thread isolation guidelines.

When should I use nonisolated and Sendable in Swift?▼

Use nonisolated to allow methods to run outside actor isolation, and Sendable to ensure data can be safely passed across concurrent boundaries, satisfying Swift 6 concurrency patterns and preventing data races.

Related Skills

Explore More Software Engineering Skills→
PallepadehatPallepadehat
1

swift-concurrency-expert

Review and remediate Swift 6.2+ concurrency issues with actor isolation and Sendable safety.

Community
Advanced
harivansh-afkharivansh-afk
3

axiom-swift-concurrency

Guide Swift code from single-threaded to actor-based concurrency.

Community
Advanced
hung-phanhung-phan
1

dspy-async-training

Patch DSPy parallelizers with context var propagation for async training.

Community
Intermediate
mosif16mosif16
18

Swift Concurrency Expert Guide

Explains Swift 6 async/await, Actor reentrancy and safe migration strategies from GCD to concurrent models.

Community
Advanced