Flutter Framework | Flutter vs Other Frameworks

flutter vs react

Flutter Tutorial:

Introduction

Flutter

Why Flutter

About Flutter

Cross Platform

MVVM vs MVC vs MVP

Flutter Framework

Flutter Benefits

Flutter Comparison I

Flutter Comparison II

Flutter Comparison III

Install Flutter

Android studio vs VsCode

Android Setup

VsCode Setup

Vs Code Plugins

Android Studio Plugins

Flutter Widgets:

Flutter Basic Templates

Flutter Commands

Common Widgets

Top 10 popular widgets

Flutter Stateless vs Stateful

Type of Widgets

Flutter Text

Flutter Text Style

Textfield vs TextFormField

Flutter Scaffold

Flutter Container & SizedBox

Flutter Row & Column

Flutter Buttons

Flutter Stack

Flutter Forms

Flutter AlertDialog

Flutter Icons

Flutter Images

Flutter Drawer

Flutter ListView

Flutter GridView

Flutter Toast

Flutter Checkbox

Flutter Radio Button

Flutter Progress Bar

Flutter Tooltip

Flutter Slider

Flutter Table

Flutter SnackBar

Shimmer in Flutter

Bottom Navigation Bar

Flutter Gesture

Flutter Error Handling

Flutter DropDown

Flutter Toggle

Flutter Auto Close Keyboard

Flutter Screen Size

Flutter Advance

Custom Widget in Flutter

Flutter Navigator

Flutter Read Json

Flutter Generate Excel

Flutter Multiple Widgets

Flutter Bottom sheet

Flutter Copy to Clipboard

Flutter Tab bar

Flutter Code Editor

Flutter youtube Player

Flutter REST API

Flutter http

Flutter dio

dio vs http

Advanced Concepts

Tips Flutter App Development

Flutter App version Update

Flutter Copy Text in App

Flutter Handle Null Value

Flutter Splash Screen

Flutter Disposable

Notification Listener

Flutter Switch Cases

Flutter Slivers

Flutter Custom Appbar

Databinding in Flutter

Flutter Cards

Wrap vs Builder vs OverBarFlow

Flutter App Upgrade

GoogleMap vs FlutterMap

Circular progress conatin Icon

DropDown Timer in Flutter

Flutter State management Comparison

Flutter vs Other Framework

Flutter Mixin

Flutter Database

Flutter Database

Suitable DB for Flutter

DBs for Flutter

Backend for flutter

SharedPreferences

Flutter Token Expired Handling

Flutter Provider

Flutter Provider Tutorial

Flutter GetX

Flutter GetX tutorial

Flutter with Native

Flutter FFI

Flutter Testing

Pass values in Flutter

WorkManager

Flutter Tips:

Best Practices

Reduce Flutter Screens

Tips to make app smart

Optimize App

Handle Multiple Pages

Interview Questions

Top 10 Interview Questions

Dart Interview Questions

Flutter 100 Interview Questions

Flutter 20 Interview Questions

Provider Interview Questions

GetX interview Questions

BLoC interview Questions

Flutter Framework

Flutter is an open-source UI software development toolkit created by Google. It is designed to help developers build natively compiled applications for mobile, web, and desktop from a single codebase. Here are some key features and components of the Flutter framework:

Dart Programming Language:

   – Flutter uses the Dart programming language. Dart is an object-oriented, class-based, garbage-collected language that is optimized for building mobile, desktop, server, and web applications.

Widget-Based Framework:

   – Flutter is built on a widget-based framework. Everything in Flutter is a widget, from structural elements like containers to stylistic elements like colors. This widget-based approach makes it easy to compose complex UIs and manage the layout.

Hot Reload:

   – One of the standout features of Flutter is its hot reload capability. This allows developers to make changes to the code and see the results almost instantly in the running application. It speeds up the development process and makes it easy to experiment with different UI elements.

Cross-Platform Development:

   – Flutter enables the development of cross-platform applications. A single codebase can be used to create apps for different platforms, including Android, iOS, web, and desktop.

Material Design and Cupertino Widgets:

   – Flutter provides a rich set of pre-designed widgets that support both Material Design for Android and Cupertino for iOS. These widgets help in creating consistent and visually appealing UIs.

Performance:

   – Flutter apps are compiled to native ARM code for mobile platforms (such as Android and iOS) and x86 code for desktop platforms. This compilation to native code contributes to high performance and responsiveness.

Rich Animation Support:

   – Flutter offers a powerful animation system that allows developers to create smooth and expressive animations. This is crucial for building modern and engaging user interfaces.

Plugins and Packages:

   – Flutter has a growing ecosystem of plugins and packages contributed by the community. These plugins enable integration with various native features and third-party services.

Community and Documentation:

   – Flutter has an active and growing community of developers. The framework is well-supported with extensive documentation, tutorials, and resources.

Desktop and Web Support:

   – Flutter has experimental support for desktop platforms (Windows, macOS, Linux) and web browsers. This expands its capabilities beyond mobile app development.

It has gained popularity for building mobile apps, and its support for web and desktop development further extends its versatility.

Flutter vs Other Frameworks

FlutterReact NativeXamarinNativeScriptIonic
DartJavaScript (React)C#JavaScript (TypeScript)HTML, CSS, JavaScript (Angular/React)
Customizable widgetsUses native componentsNative components for each platformUses native UI components but may require adjustmentsUses web technologies for UI components
High performance (compiled to native code)Good performance, may require native modulesGood performance, may require additional configurationGood performance, some tasks may require native modulesGenerally good, but not as performant as fully compiled solutions
Growing communityLarge and mature communityEstablished community with Microsoft backingActive community with good supportEstablished community, especially in the web development space

Flutter Framework Requirements

8 GB of random-access memory (RAM).

16 gigabytes (GB) is preferred, especially when using a virtual device (emulator or simulator).

At least 50 GB of available hard drive space.

A solid-state drive (SSD) hard drive.

At least a 2 gigahertz (GHz) processor.

A reliable internet connection.

If you want to build for iOS, you will need a Mac.

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