coding-best-practices

To review your macOS Swift project for SOLID and Clean Architecture compliance, analyze your codebase against modularization and dependency management guidelines to identify structural weaknesses and receive actionable refactoring examples.

The best way to implement data persistence in a Swift 6 macOS app is using a SwiftData-first approach, utilizing Core Data as needed, while aligning with clean architecture patterns to ensure maintainable and safe data handling.

To identify concurrency issues in Swift 6, evaluate your code against modern concurrency guidelines to detect unsafe patterns, then apply provided safe pattern recommendations and concrete examples to improve asynchronous data flow.

Yes, you can evaluate an existing macOS Swift codebase to pinpoint DRY violations and modularization gaps, receiving a structured summary of code quality issues paired with actionable fixes and links to Apple documentation.

Yes, the evaluation supports advising on data persistence refactoring by recommending a SwiftData-first approach while managing Core Data as needed, providing concrete examples for modernizing macOS persistence layers safely.

Your macOS Swift code may fail due to unmanaged dependencies and unsafe async patterns; analyzing the codebase against SOLID and concurrency guidelines highlights these specific weaknesses and provides safe refactoring patterns.