patterns

You can linearize try-catch blocks in TypeScript by using the `tryAsync` guard pattern, which makes the success path clear and error handling explicit without nested blocks. This approach refactors complex functions into readable, sequential code.

The service layer pattern involves building reusable services that return `Result` types, ensuring predictable outcomes. This architecture separates business logic from error handling, making your application robust and easier to maintain.

To chain errors across boundaries, you use error composition techniques to pass contextual information up through different application layers. This preserves the original error context while adding layer-specific details for robust debugging.

Yes, factory function composition allows you to build maintainable code architecture by combining smaller, focused factory functions into complex services. This pattern promotes modularity and reusability across your application.

The single-or-array pattern is an architectural design pattern that allows service functions to accept either a single item or an array of items. This flexibility simplifies API design and makes service consumption more intuitive.

Yes, these architectural patterns are specifically designed to utilize the `wellcrafted` library, leveraging its specific control flow utilities and Result types for optimal code architecture.