it just copies the previous state by modifying the required next state update. Whenever a state needs to be mutated, previous the state is used to calculate the next state i.e. Then in ViewModel, A mutable StateFlow is created with the initial state. For example, assume the following UI state model for the login screen. In this approach, a data class is created for modelling a state. Computing the next state by copying the previous state There are three widely known approaches as follows: 1. Let's understand the current approaches to holding and mutating state models in Kotlin. 💡Existing ways of solving state management In this blog, we'll learn how Mutekt (Pronunciation: /mjuːˈteɪt/*)* can help us simplify state management in Kotlin😊.īefore jumping directly into Mutekt, let's understand how we solve it currently. In this article, we'll take a closer look at Mutekt and how it can help streamline your state management in Kotlin. Fortunately, Mutekt is a multiplatform utility that can help you simplify this process by allowing you to write simpler immutable update logic using 'mutating' syntax. Right? Managing and mutating state models in Kotlin can be a challenging task, especially as your codebase grows and new states are introduced.

Hey Kotliners 🙋🏻‍♂️! When working on front-end applications, it's common to look for ways to simplify state management in your front-end applications.

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