Gain insights into mastering Flutter state management with Riverpod and Provider libraries. Learn about reducing widget rebuilds and best practices to enhance your cross-platform app development skills.

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Flutter SDK is an excellent tool for developing cross-platform applications from a single codebase. So, it's no surprise that many professionals and learners have decided to gain mastery over Flutter concepts.

One such concept is state management, and many, despite having intermediate-to-advanced proficiency in Flutter, still struggle with this concept. This course will help you learn and master the best practices for state management in Flutter.

You will learn to use the two best Flutter libraries, Riverpod and Provider, for state management. You will even learn about reducing widget rebuilds by managing their state.

Master State Management in Flutter

Riverpod isn't a state-management package library.

Riverpod isn’t a state-management package library.

Riverpod and `Provider` packages are similar.

Riverpod and <code>Provider</code> packages are similar.

The <code>Provider</code> does not compile safely.

Riverpod overcomes `Provider`'s limitations.

Riverpod overcomes <code>Provider</code>'s limitations.

Riverpod is independent of Flutter.

`ScopedProvider` doesn't belong to Riverpod.

<code>ScopedProvider</code> doesn’t belong to Riverpod.

Riverpod can return the whole model class.

Riverpod can return the whole model class.

The `ScopedReader` watch reduces the boilerplate.

The <code>ScopedReader</code> watch reduces the boilerplate.

Riverpod and `Provider` cannot work together.

Riverpod and <code>Provider</code> cannot work together.

`StateProvider` in AngularJS is the same as Riverpod.

<code>StateProvider</code> in AngularJS is the same as Riverpod.

Riverpod can `autodispose` the state object.

Riverpod can <code>autodispose</code> the state object.

`StateProvider` doesn't provide the state object.

<code>StateProvider</code> doesn’t provide the state object.

Riverpod has two providers of the same type.

Riverpod has two providers of the same type.

We can use the read method of `StateProvider` in multiple ways.

We can use the read method of <code>StateProvider</code> in multiple ways.


`StateNotifierProvider` does not use the `notifyListener()` method.

<code>StateNotifierProvider</code> does not use the <code>notifyListener()</code> method.

`StateNotifier` is not Flutter independent.

<code>StateNotifier</code> is not Flutter independent.

`StateNotifierProvider` is independent of the `StateNotifier`.

<code>StateNotifierProvider</code> is independent of the <code>StateNotifier</code>.

The state is a built-in characteristic of any object.

The state is a built-in characteristic of any object.

Riverpod notifies listeners and provides the state.

Riverpod notifies listeners and provides the state.

Which of the following are state-management package libraries in flutter?

Which of the following are state-management package libraries in flutter?

What is better for state management, Riverpod or `Provider`?

What is better for state management, Riverpod or <code>Provider</code>?

What does the `ChangeNotifierProvider` of Riverpod help with, which the `ChangeNotifierProvider` of `Provider` does not?

What does the <code>ChangeNotifierProvider</code> of Riverpod help with, which the <code>ChangeNotifierProvider</code> of <code>Provider</code> does not?

**Quiz**

Quiz

Test yourself on what you have learned in this chapter.

Introduction

Stateless vs. Stateful Widgets

Flutter Callbacks and Maps

Managing States and Widgets in Flutter

A Brief Look at the Flutter Provider Library

A Deeper Dive Into the Provider Library

Riverpod Library for State Management

Flutter Challenges

Conclusion

Appendix

Quiz Yourself on the Riverpod Library