We all know how important Android applications are to our daily lives. Nowadays, the majority of services are available online and via Android apps for their customers. Applications make it possible for you to do anything, like check your emails, listen to music, text someone, and even order meals or other things. We’ll discuss some of the top programming languages for creating Android apps in this post.

Leading Programming Languages for Developing Android Apps

Java

When it comes to creating Android apps, Java has always been the most popular choice despite Kotlin’s recent official status. Java was used to create a large number of applications in the Play Store, and Google offers the greatest support for it. Along with all of this, Java has a fantastic online community for help in case of any issues. Android application development takes much less time with a team of professionals.

However, since it incorporates advanced concepts like constructors, null pointer exceptions, concurrency, checked exceptions, etc., Java is a challenging language for a newcomer to utilize. The Android SDK also adds complexity.


Overall, Java is a fantastic language to fully enjoy Android App Development. It could be a bit difficult for novices, who would rather get started with something simpler and come back to it later.

Kotlin

In 2017, Google decided to make Kotlin their official language, echoing Apple’s decision to utilize Swift. Both of these languages are straightforward and have large library collections, making them simple to learn and use.

Typed and compatible with the Java virtual machine, Kotlin is a programming language with a lot of promise. It is an open-source, flexible, and pragmatic programming language for computers. It combines features of both imperative and functional programming to make compilation go faster.

Many companies are currently transitioning to Kotlin for their Android applications, including Basecamp, Pinterest, Netflix, and Uber, as an efficient option because of its speed, correctness, flexibility, security, and stability.

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C++

Using the Android Native Development Kit, C++ may be utilized to create Android apps (NDK). Although an app may be partially implemented in C++ native code utilizing the NDK, an app cannot be entirely developed in C++. This makes it easier to use the app’s C++ code libraries as needed.

While C++ is often beneficial for developing Android apps, it is significantly less versatile and much more complicated to set up. A result of the complexity increase might be an increase in defects. As a result, it is preferable to choose Java over C++ since the latter does not deliver enough advantages to compensate for the work necessary.

Lua

Although Lua is less well-known these days, it is still a viable solution for creating Android apps. It is mostly used in conjunction with the Corona SDK, which offers functionality for creating native Android apps. Both Corona Native and Corona Simulator are shown.

Although Corona SDK is simple to use, it is mostly used to create graphics programs and video games. You may use it to create native apps as well, however.

Python

Even though Android doesn’t enable native Python programming, Python may still be used to create Android applications. This may be done by converting Python programs into Android Packages, which can then be launched on Android-compatible devices, using a variety of tools.

The open-source Python package Kivy, which is used to create mobile applications, serves as an illustration of this. It promotes the use of Android and quick app development, which, in my opinion, is a win-win scenario. The drawback of this is that because Kivy is not natively supported, there won’t be any natural advantages for it.

C#

Because C# and Java are so similar, it is perfect for creating Android apps. Garbage collection is implemented in C# as it is in Java to reduce the likelihood of memory leaks. Additionally, Cgrammar #’s is clearer and simpler than Java’s, which makes developing with it relatively easy.

Before now, Chain #’s disadvantage was that, since it made use of the.NET Framework, it could only be utilized on Windows platforms. However, Xamarin took care of this issue. Android (previously Mono for Android) is a Common Language Infrastructure cross-platform implementation. Xamarin, now. Native Android applications can be created using Android tools, and the code may be shared across other platforms.

Conclusion

You learned about programming languages in this post that assist us in creating Android apps. You saw the operation of programming languages while creating Android apps. The best 6 programming languages for Android development were shown to you in the next section.