storage-development

To build a custom storage adapter in TypeScript, extend the Storage<O> base class and implement the write, read, remove, and isExists methods to expose a consistent API. You then wire up a converter pipeline and reuse hash-based filename generation utilities.

The file-converter pipeline applies transformations like resizing or encoding to buffers and streams before upload. It uses ConverterManager to process files through the workflow, ensuring data is properly formatted before reaching the final storage destination.

Yes, you can use hash-based filename generation for storage uploads by reusing the getBufferFilename and getStreamFilename utilities. These functions produce stable, unique keys that ensure idempotent operations across your storage adapter.

You handle storage errors in TypeScript by translating exceptions into StorageError instances with specific ErrorCode values. This pattern ensures consistent error handling across temporary uploads, renaming, deletion, and existence checks.

The best way to ensure consistent APIs across storage adapters is to implement the StorageInterface contract and extend the Storage<O> base class. This enforces a unified foundation for file operations and error translation across all implementations.

Yes, you need TypeScript to implement the storage base package because it relies on generic types like Storage<O> and strongly typed contracts like StorageInterface. This ensures type safety across adapters, hash-based utilities, and converter workflows.