astrolabe-file-storage

You can abstract file storage in ASP.NET Core by implementing a generic IFileStorage<T> interface to handle UploadFile, DownloadFile, and DeleteFile operations across database, cloud, or filesystem backends. This backend-agnostic pattern decouples your storage logic from specific infrastructure.

To store files in a database using EF Core, configure the ByteArrayFileStorage pattern by defining a FileEntity and mapping its byte array property. Inject IFileStorage<FileEntity> into your services to handle in-memory or database-backed binary file persistence directly through EF Core.

Yes, IFileStorage is designed to manage user document uploads and downloads. You inject the generic interface into your controllers or services, then invoke UploadFile and DownloadFile with appropriate request objects to handle user documents, avatars, or media.

The best way to switch file storage backends in .NET applications is using a backend-agnostic abstraction like IFileStorage<T>. By configuring ByteArrayFileStorage.Create with specific create, getBytes, options, and deleteFile delegates, you can seamlessly swap between filesystems and cloud storage.

Backend-agnostic file storage works effectively for enterprise media storage scenarios by providing a unified interface across databases, cloud storage, and filesystems. It handles typical enterprise file operations like uploading, downloading, and deleting media without coupling to a specific vendor.

To configure ByteArrayFileStorage for file uploads in .NET, install the package, define your FileEntity, and use ByteArrayFileStorage.Create to map your create, getBytes, options, and deleteFile logic. Inject the resulting IFileStorage instance to execute UploadFile requests.