Previously, developing two cross-platform applications simultaneously meant that your developers had to write code for the two apps individually. This was not only time-consuming, but it was also complex and cumbersome. With the Flutter app, though, your developers can now create cross-platform apps without writing code for the two apps separately.
Flutter allows for smooth and easy cross-platform app development, reducing the time it takes for your developers to complete app development projects. So, as you look for developers for your cross-platform app development projects, choose the ones who are well-versed with Flutter; fortunately, you can find the right Flutter developers for hire on reputable freelance job sites like Guru.
What Is Flutter?
Flutter is an open-source user interface (UI) software development toolkit created by Google to help developers build cross-platform apps for mobile phones, websites, and desktops from one codebase. This means that your developers don’t have to write a separate code for each app for your cross-platform projects.
This toolkit uses Dart as its programming language while also incorporating Material Design and Cupertino widgets. But is Flutter good for app development? Yes–with Flutter, your developers can develop a remarkable UI that offers a native experience. It works naturally on all platforms, even though the developers are using a single codebase.
Previously, when Objective C/Swift and Java/Kotlin were the main programming languages for mobile apps, developing apps was very expensive. Developers had to create two applications separately because they had to write separate codes, which made development for cross-platform projects very monotonous and time-consuming.
How Is Flutter Used in Software Development?
Flutter is an effective cross-platform software development framework that allows developers to create apps for different platforms, including Android and iOS without having to write separate codes. The apps developed with this toolkit function as native apps on Android, Apple, macOS, Linux, and Windows devices. Furthermore, these apps are compiled for their respective platforms prior to their publication.
Therefore, the apps won’t require a runtime module or browser. Google uses Flutter for numerous components of its Assistant and the UI of the Google Home hub. Some popular e-commerce platforms like eBay, Alibaba, and Groupon use Flutter for uniformity in their mobile and web platforms.
Furthermore, Flutter is based on widgets, allowing you to apply object-oriented programming to different elements–this allows your developers to modify or personalize widgets easily. It offers UI widgets that are in line with important requirements for web app design.
As an open-source software development framework, Flutter has resulted in a vast and active community of developers who constantly publish usable code examples to support developers in developing new, effective, and innovative cross-platform applications.
Importance of Using Flutter for App Development
Flutter has many benefits over its competition, and these benefits are essential in programming languages and the available development tools designed to help Flutter fix issues that other programming languages can’t deal with. With Flutter, your developers won’t have to write separate codes for two cross-platform apps. They’ll use a single codebase for all platforms.
Flutter’s custom widgets offer delight to developers and users because they allow them to create amazing visuals for every app. Plus, your UI looks the same on all devices. Flutter also has rich libraries for graphics–it automatically redraws the UI whenever there’s a change in view, allowing quick loading.
Lastly, Flutter allows fast testing and hot reloading, which makes the whole app development process faster. With this toolkit, you don’t have to reload your apps every time you make changes to the code, as it allows you to make changes in real time. Overall, Flutter transforms the process of developing apps by allowing you to create cross-platform apps without writing separate codes.