Overview

MaterialStepper is a custom Android View Library designed to simplify the implementation of step-based navigation in mobile applications. Drawing inspiration from Google's Material Design guidelines, this library offers a unique approach by providing a customizable View instead of Activity classes, ultimately streamlining the development process. Although it is no longer maintained, it offers developers an intuitive experience when integrating stepper functionality into their apps.

With MaterialStepper, developers have the flexibility to customize buttons and UI elements for every step of the process. The library fosters creative freedom while guiding users seamlessly through multi-step tasks, making it an invaluable tool for anyone looking to enhance their app's user interface.

Features

Customizable Buttons: You can easily modify the appearance and functionality of the Next, Back, and Skip buttons to fit your app's design and flow.
Individual Step Customization: Each step can have its customized TextColor, CircleColor, and IconDrawable, allowing for a tailored user experience.
Simple Integration: MaterialStepper requires only the addition of the View to the XML layout and inheritance from the StepFragment class, making it easy to set up.
Dynamic Step Management: Manually control navigation between steps with customized functions for button clicks to determine the progression of the user.
Status Management: Control the status display of each step in the StatusBar by using predefined static integers, ensuring clarity on user progress.
Overridable Methods: Override critical methods like onRightClicked(), onLeftClicked(), and onSkipClicked() to implement specific behavior, giving developers more control over navigation.
Fragment Compatibility: MaterialStepper works seamlessly with Fragments, allowing for a modern approach to building apps that manage multiple screens within a single Activity.
User-Friendly Documentation: Detailed instructions and examples help developers understand how to leverage the library's full potential through efficient coding practices.

Amanshuraikwar

MaterialStepper