Flutter for Mobile Application Development


Flutter is a high performing and simple mobile application development framework based on Dart language. It renders the user interface directly in the operating system’s canvas so that the performance is high. Flutter itself can be defined as a widget and composed of in built widgets which are helpful for designing the application as simple as designing with HTML and also aids for creating animations and gestures. Each and every widget has a state and when a change is made, the Flutter analyzes the state change and renders the change only without re-render the entire application. Flutter is compatible for both Android and IOS operating systems.

Let’s take a look into the features of Flutter,

v  Application Performance is high
v  Application development is fast
v  Framework following reactive programming
v  Based on Dart programming language
v  Eye-catching and fluid user interfaces
v  Wide widget catalog
v  Same User Interface compatible for multiple platforms
v  Easy to learn
v  Modern framework

Advantages of Flutter

v  Flutter provides powerful developer tools, customization capability and extendibility for application development
v  Flutter facilitates wide range of functionalities for the application as Dart language has a large repository of software packages
v  Flutter is simple which is suitable for fast development.
v  Flutter requires less testing as one automated test is sufficient for a single code which is compatible for both platforms
v  Flutter compatible for both Android and IOS platforms so that developers require writing only one code for both

Disadvantages of Flutter

v  Developers need to learn Dart language before using Flutter in development
v  Flutter framework has intermixed user interface and its logic which is a drawback as a modern framework.

For the full mobile application development guidelines, follow https://www.tutorialspoint.com/flutter/flutter_tutorial.pdf tutorial.

Comments

Popular posts from this blog

JAVA OOP Concepts

Solid Principles in Java

OOP Design Patterns