coding-best-practices

Assess macOS Swift 6+ code quality against SOLID, SwiftData, and concurrency best practices.

Updated Jun 2, 2026

Search Tags:#architecture #concurrency #swift #macos #solid #code-review #dry

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npx skills add https://github.com/ano4l/SiteRent --skill coding-best-practices-ano4l

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Please help me install this Agent Skill.
Skill: coding-best-practices
Source: https://github.com/ano4l/SiteRent/tree/main/skills/macos/coding-best-practices
Command: npx skills add https://github.com/ano4l/SiteRent --skill coding-best-practices-ano4l

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

macOS developers often struggle to write clean, maintainable Swift code that adheres to modern idioms, design principles, and scalable architectures. This skill provides a structured review lens to elevate code quality and maintainability across projects.

Core Features & Use Cases

Guidance on SOLID, DRY, Clean Architecture
Conformance checks for SwiftData patterns and modern concurrency
Actionable feedback for architecture, organization, and testing
Use case: when refactoring a macOS app to improve maintainability and performance

Quick Start

Begin by running a module-guided review of your macOS Swift codebase to identify key improvement areas and implement recommended changes.

Frequently Asked Questions about coding-best-practices

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

FAQPage Schema

How do I review Swift code for SOLID principles and concurrency safety?▼

Review Swift code for SOLID principles and concurrency safety by enforcing explicit checks for architecture, DRY, dependency injection, and actor usage. This ensures your macOS project maintains scalable architecture and robust error handling.

What are the best practices for SwiftData patterns in macOS apps?▼

SwiftData patterns in macOS apps require conformance checks for modern idioms and maintainability. Evaluating data persistence decisions during architecture refactors ensures your Swift code adheres to scalable design principles and robust error handling.

How do I use actors for concurrency safety in Swift 6+?▼

Actors for concurrency safety in Swift 6+ require explicit checks during code review to validate modern concurrency practices. Enforcing actor usage within your macOS project ensures robust error handling and architectural maintainability.

Can I use this approach to refactor a macOS app for better maintainability?▼

Refactoring a macOS app for maintainability uses a structured review lens to assess Swift 6+ code quality against modern idioms and SOLID principles. This provides actionable feedback for architecture organization and testing improvements.

Why does my Swift code review need explicit guardrails for architecture refactors?▼

Swift code review needs explicit guardrails for architecture refactors to enforce SOLID, DRY, and dependency injection checks. These guardrails prevent maintainability degradation and ensure robust error handling across macOS projects.

When do I need dependency injection checks in a Swift codebase?▼

Dependency injection checks in a Swift codebase are needed during code review scenarios involving architecture refactors. Enforcing DI alongside SOLID and DRY principles ensures scalable architecture and maintainable macOS applications.