![]() This means everything a user sees on a screen, from windows and panels to buttons and text, are made of widgets.įlutter widgets are designed so developers can easily customize them. In Flutter, developers build UI layouts by using widgets. Other tools like the widget inspector make it easy to visualize and solve issues with UI layouts. With tools like hot reload, developers can preview what code changes will look like without losing state. Google built Flutter with an emphasis on ease-of-use. This provides users with consistent visuals no matter what platform they use to access an application. Instead of relying on platform-specific rendering tools, Flutter uses Google’s open-source Skia graphic library to render UI. ![]() ![]() Fast, consistent, and customizable rendering.Host devices understand this code, which ensures a fast and effective performance. Flutter uses the programming language Dart and compiles into machine code. Here are some ways that Flutter stands out as a cross-platform development framework: However, Flutter has features that make cross-platform app development smoother and highly performant. This approach can have drawbacks compared to native app development, including limited access to native device functionality. This process also lets developers create a more consistent experience for users across platforms. If you’re releasing an application for multiple platforms, cross-platform app development is less costly and time-consuming than native app development. Cross-platform app developmentĬross-platform app development allows developers to use one programming language and one codebase to build an application for multiple platforms. This is where cross-platform app development frameworks like Flutter can be useful. In addition to these expenses, native app development can make it harder to launch on different platforms at the same time with a consistent user experience. On the other hand, if you want to launch an application on multiple platforms, native app development requires more code and more developers. This generally leads to higher performance and speed compared to cross-platform app development. Native app developmentīecause developers code for a specific platform in native app development, they have full access to native device functionality. By contrast, cross-platform app development is building an application for multiple platforms with a single codebase. Native app development compared to cross-platform app developmentĬoding an application for one specific platform, such as iOS, is called native app development. Then, we can highlight features that are unique to Flutter. Flutter simplifies the process of creating consistent, appealing UIs for an application across the six platforms it supports.īecause Flutter is a cross-platform development framework, we’ll first compare it to native development.
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