Circuit offers powerful state management APIs in Compose

I always encounter challenges when structuring state management in Compose, especially when dealing with screens that contain a lot of code. Finding the most suitable architecture for projects utilizing Compose is crucial. As you know, MVVM pattern provides a solid structure for integrating different layers seamlessly, while MVI ensures clear separation in the UI layer by initiating events and receiving states. MVI relies on immutability, which aligns well with Compose's nature, where everything, from modifiers, is immutable. immutability reduces recomposition overhead. Additionally, adhering to the Unidirectional Data Flow (UDF) principle, where child composable components cannot directly alter state but instead pass events to the parent, is considered a best practice in Compose.

So Recently I figured out something cool

Circuit

So Circuit has a new idea: implement unidirectional data flow in an architecture where views and presenters don’t know about each other.

We can say Circuit includes MVi,UDF

It builds upon core principles we already know like Presenters and UDF, and adds native support in its framework for all the other requirements.

Circuit revolves around two main components: Presenters and UIs. These components are designed to interact with each other through state and event emissions, rather than directly accessing one another.

Presenter and Ui They aren't the only facilities you can check it to see more feature

Here are some key points about Circuit:

1. Compose Runtime vs. Compose UI: Circuit emphasizes the distinction between Compose Runtime and Compose UI. While many people are familiar with Compose UI, the Compose Compiler and associated runtime offer powerful state management APIs that are not specific to UI.
2. Presenter and UI Interfaces: The core components of Circuit are its Presenter and Ui interfaces. Presenters manage state using the Compose runtime and emit state updates, while UIs are compose-first and render UI based on the emitted state.

I am very excited to implement

The circuit is being actively developed in the open, which allows us to continue collaborating with external folks too You can also implement your ideas :)

I think It is a bit new for the implementation of commercial and large projects and has room for growth.

The best implementation of the circuit is tivi