go-wind-admin-guide

A Kratos backend with monolith architecture uses a three-tier layout across api, app, and data layers to organize new feature modules. This structure enforces consistent separation of concerns while maintaining a single deployable monolith application for backend development.

To generate code and wire dependencies for a new Go feature module, you define protobuf schemas, run code generation for Ent ORM, and use Wire-based dependency injection. This workflow accelerates feature development by automatically scaffolding the api, app, and data layers.

Yes, Kratos works seamlessly with Ent ORM and Wire dependency injection within a monolith project. This combination allows developers to scaffold microservice components, generate database schemas, and wire dependencies automatically while adhering to standard error handling and logging practices.

The best way to integrate services and ensure consistency in Go-Wind Admin is by following the repository's three-tier layout conventions. By aligning new features across api, app, and data layers with protobuf and Ent usage, developers maintain architectural consistency throughout the monolith application.

You need protobuf and code generation for a Go backend architecture when starting a new feature module in a Kratos-based monolith. Defining protobuf schemas generates consistent API interfaces and data layer code, ensuring that the project layout remains standardized across all integrated services.