Programming Languages for Mobile Apps: Native and Cross‑Platform Options
This article explains the programming languages used for Android and iOS apps, compares native languages such as Java, Kotlin, Swift, and Objective‑C with cross‑platform solutions like Flutter (Dart) and uni‑app (Vue.js), and summarizes the typical language stacks for large‑scale mobile applications.
Today I want to share the programming languages used for mobile apps, focusing on the two major platforms: Android and iOS.
1. First category: languages that target a single platform
Android: Java and Kotlin. Kotlin is a statically‑typed language that runs on the Java Virtual Machine and is often called the "Swift of Android"; it can compile to Java bytecode or JavaScript, offering concise syntax and improved performance.
When low‑level system interaction is required, developers use JNI to combine C or C++ with Java/Kotlin, for features such as beauty filters or live‑streaming, which rely on ffmpeg (implemented in C).
iOS: Swift and Objective‑C. Swift combines the strengths of C and Objective‑C while removing C‑compatibility constraints, making it the modern choice for iOS development.
2. Second category: languages that can run on multiple platforms
Flutter (Dart): Google’s UI framework that allows a single codebase to produce native‑looking apps on both Android and iOS. It supports hot‑reload, a rich set of widgets, and powerful APIs for animation, gestures, and graphics.
uni‑app (Vue.js): A framework based on Vue.js that enables one codebase to be compiled to eight platforms, including iOS, Android, H5, and various mini‑program ecosystems (WeChat, Alipay, Baidu, Toutiao, QQ, DingTalk, etc.).
Conclusion
Cross‑platform development (the second category) greatly improves efficiency and saves time. For large‑scale apps, three language groups are typically used:
Native recommended languages: Android – Java/Kotlin; iOS – Objective‑C/Swift (pay attention to version differences).
Web/H5 stack: Used for non‑core business logic and dynamically updated pages.
NDK related: C/C++ for high‑performance, security‑critical, or cross‑platform algorithms.
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