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The Java™, Programming Language is a general purpose, concurrent, strongly typed and class-based object-oriented programming language. It is usually compiled according to the Java Virtual Machine Specification's bytecode instruction set. All source code in the Java programming language is first written in plain text files that end with the.java extension. The javac compiler compiles these source files into.class files. A.class file doesn't contain native code for your processor. Instead, it contains bytecodes (the machine language of the Java Virtual Machine1 [Java VM]). The java launcher tool will then run your application with an instance Java Virtual Machine.

Flutter is Google's UI Toolkit that allows you to create beautiful, natively compiled apps for mobile, web and desktop using a single codebase. Stateful Hot Reload makes your app come to life in a matter of seconds. You can quickly create native interfaces with a rich collection of widgets that you can fully customize. You can quickly ship features that are focused on native end-user experiences. The layering architecture allows for full customization which results in extremely fast rendering and expressive and flexible design. Flutter's widgets include all platform differences, such as scrolling and navigation. Your Flutter code is compiled using Dart's native compilers to native ARM machine codes. Flutter's hot reload allows you to quickly and easily experiment, create UIs, add features and fix bugs quicker. Flutter's hot reload speeds are sub-second and you won't lose state on simulators, emulators, or hardware.

React Native combines the best of native development with React, a best in class JavaScript library for building user interfaces. Use a little--or a lot. React Native can be used in existing Android and iOS apps or you can create new apps from scratch. React primitives render native platform UI. This means that your app uses the same native APIs as other apps. One React. You can create platform-specific versions for components to allow code to be shared across multiple platforms. React Native allows one team to maintain two platforms while sharing a common technology--React. React Native allows you to create native apps without compromising your users' experience. It provides a core set platform-agnostic native components such as View, Text, or Image that map directly with the platform's native UI blocks.

It is easy to learn, so you can quickly create powerful applications. Compatible with the Java ecosystem. You can use your favorite JVM libraries and frameworks. You can share application logic between desktop, mobile, and web platforms while still providing a native experience for users. You can save time and have unlimited access to the features that are specific to these platforms. Kotlin is supported by many people and has a large global community. Enjoy the rich ecosystem of community libraries and the many benefits it offers. You can always count on the Kotlin team for assistance. Kotlin Multiplatform Mobile SDK is available for Android and iOS app development. It combines the best of native and cross-platform apps. You can maintain a single codebase that handles all aspects of your Android and iOS apps, including data storage, networking, analytics, and other logic.

Swift code is interactive and fun to write. The syntax is concise and expressive, and Swift has modern features developers love. Swift code is safe and produces software that runs lightning fast. Swift is the result years of experience building Apple platforms and the most recent research on programming languages. Swift's APIs are easy to understand and maintain because the names of parameters are written in a simple syntax. You don't even have to use semi-colons. Modules eliminate headers and provide namespaces, while inferred types make code more readable and less likely to be misinterpreted. Strings support international languages and emoji best. They are Unicode-correct and use UTF-8-based encoding to maximize performance for a wide range of use cases. Concurrent code can be written with simple keywords that define asynchronous behavior. This makes your code easier to read and less likely to make errors.

Objective-C is the primary programming language that you use to create software for iOS and OS X. It's a superset the C programming language, and provides object-oriented capabilities as well as a dynamic runtime. Objective-C inherits C's syntax, primitive types and flow control statements. It also adds syntax for creating classes and methods. It adds language-level support to object graph management and object literals. Additionally, dynamic typing and binding are provided. Many responsibilities are deferred until runtime. You will spend most of your time building apps for iOS or OS X using objects. These objects are Objective-C classes that you can create yourself or Cocoa Touch.