logistics-development

To build a logistics adapter for a new Taiwan carrier, implement a new adapter class following the base LogisticsInterface, map delivery statuses, wire environment configurations, and export a ready-to-use adapter configuration. The base package enforces a consistent API surface and standardized error handling.

Standardized logistics service interfaces, specifically LogisticsService and LogisticsInterface, ensure consistent adapter behavior across different Taiwan logistics providers. They provide a uniform API surface so that integrating a new carrier requires only implementing the defined status mappings and error handling patterns.

When integrating Taiwan logistics providers, handle API errors using standardized patterns for common error codes including not-found, permission denied, and invalid parameters. The base package guide defines these handling strategies to ensure robust and consistent error management across all adapters.

Yes, this logistics development guide fully supports TypeScript adapter implementation. It enables developers to design and extend the base package using TypeScript, defining consistent interfaces and applying standardized error handling for Taiwan logistics providers in real projects.

The best way to map delivery statuses across different logistics providers is to follow the base package guide to implement standardized status mappings within your adapter class. This enforces a consistent API surface and ensures uniform behavior across all integrated Taiwan logistics carriers.