The "Generic Frontend" and "Microfrontend" refer a different architectural approach for developing the frontend (client-side) of web applications.
Let's see some difference,
- The entire frontend is a single, cohesive unit. All components, features, and functionalities are developed and deployed together.
- Development teams typically work on the same codebase, and the entire frontend is deployed as a single application.
- A uniform technology stack is used across the entire application. This could include a specific set of frameworks, libraries, and tools.
- Scaling the application usually involves replicating the entire frontend. Adding resources or servers is done at the application level.
- Testing is often performed on the complete application, and changes may require extensive testing of the entire system.
- Dependencies are shared across the entire application. A change in one part of the code may impact other areas.
- The frontend is divided into smaller, modular components (microfrontends). Each microfrontend can be developed, tested, and deployed independently.
- Different teams can work on separate microfrontends, each with its own technology stack, development processes, and release cycles.
- Microfrontends are designed to be isolated from each other to prevent unintended side effects. They may communicate through well-defined APIs.
- Teams have autonomy over their respective microfrontends, enabling them to choose the best tools and technologies for their specific requirements.
- Testing can be more focused, with each microfrontend undergoing its testing process. End-to-end testing ensures smooth integration.
- Microfrontends can be upgraded or replaced independently, allowing for the adoption of new technologies and improvements without affecting the entire application.
How to choose between generic Frontend Vs Microfrondend:
The choice between a generic frontend and microfrontend architecture depends on factors, Like,
- Size of application.
- Complexity of application.
- Structure of development team.
- Scalability requirements etc.
Microfrontend architectures are best preferred for larger and more complex applications where independent development and deployment are crucial, while generic frontends may be suitable for smaller projects with simpler requirements.