patterns

To handle errors using Result types, return a `Result<T, E>` object from pure functions instead of throwing exceptions. This explicit error management approach ensures safe, transport-agnostic handling within the Outfitter Stack conventions.

The handler contract defines a standard signature for writing pure, transport-agnostic functions. These handlers avoid side effects, ensuring code remains maintainable and testable across different Outfitter Stack projects.

The Outfitter error taxonomy uses a standardized ten-category classification system. This predefined structure ensures consistent error reporting and handling across the ecosystem for AI-agent-ready tools.

Yes, the patterns are essential for developers building AI-agent-ready tools within the Outfitter ecosystem. They provide the necessary handler contracts and error taxonomy to ensure consistent, reliable agent interactions.

The best way to structure pure functions is to follow the Outfitter handler contract, ensuring they remain transport-agnostic. Functions should return `Result<T, E>` for explicit error management without relying on exceptions.

A standardized error taxonomy is needed to provide consistent error reporting across the Outfitter ecosystem. The ten-category system allows AI-agents and developers to reliably interpret and handle failure states.