Have you ever thought about the apps you use daily, how they were created, and what reasons? You may have but might not have given it much attention. Millions of applications are present for each operating system, making connecting easier. Moreover, it provides a platform where brands and users can easily communicate. Look around you, and you will find everyone engrossed in their smartphones, chatting away or on calls. It wouldn’t be wrong to say we have become mobile app dependent.
It has given rise to a mobile app development company that builds futuristic and feature-rich apps for businesses worldwide. And if you think creating apps is easy, then you are mistaken. It is one of the most strategic implementations of techniques that require specific skills, experiences, and knowledge. It makes it possible for iOS and Android developers to use their creativity and add some new functions. However, quality services with an intelligent user interface should be the priority. All the industries seen today have an app made keeping their customers updated about the new products and services besides informing them about what the company works for.
What’s mobile app development?
The use of advanced processes for writing software for small devices like mobile phones is known as app development. Unlike other app development, mobile apps use traditional software for development where developers use multiple programming languages to build an app. It needs to be completed carefully as it takes care of the features and functions the app will have. One must remember that the coding language that is best for one industry or project cannot always be good for others. It varies according to the functions, goals, and requirements of a business.
The smartphone app development company goes through a long process that starts with planning, where the designers, developers, and tester sit together to brainstorm and discuss the business idea. They look for ways to build the best app with the least resources and in a short time. This often leads to the integration of next-age technologies to optimize productivity and enhance user experiences. For example, artificial intelligence is being integrated into apps to automate significant work processes. Here testing is the essential factor in the success of any application.
An app goes through various stages, from planning to deployment, but choosing the correct programming language is crucial. Various coding languages like Java, Kotlin, C+, Swift, etc., are used to run apps smoothly. These needed to be selected keeping in mind the business concept, the app features, and the operating system it is being made for. Lastly, it gets launched on the Google Play Store or Apple App Store. Let’s look at some of the languages developers use that make the apps a success.
Four Types of Programming Languages
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Java
It is the first official language for Android app development, but this doesn’t mean other coding languages cannot be used for it. However, if you look at all the mobile applications developed, the majority of them use Java, which Google immensely supports. Furthermore, it is recognized as one of the first languages with top online community support. But if you are a beginner trying to develop an app, it might not be the one for you. It is a complicated system that uses advanced tools and contains topics like concurrency, constructors, null pointers, and others, making it challenging.
It has a unique SDK that can add new features to the app if professional developers use it but is not meant for beginners. We recommend you start from simpler and easier ones before opting for Java.
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C#
Another language that is similar to Java is C#. The mobile app development experts use it for building fast applications. It has a robust system that prevents memory leaks. Besides this, it facilitates them with a cleaner and syntax, making coding more accessible. However, it does not support any other operating system than Windows. It uses a .NET framework that acts as a block for its usage. To solve the issue, Xamarin took over and solved the issue in real-time. Here it uses the Android tools to create native apps while sharing codes across various platforms to make the process swift and less costly.
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Kotlin
Recently, Google announced Kotlin to be the official coding language of android. It is a cross-platform programming language often used as an alternative to Java for the development of apps. The best part about the language is that it can interoperate with Java. Moreover, it runs seamlessly on Java Virtual Machine, making it the most demanded coding framework for Android.
If you ask us for the difference between the two so we would say Kotlin eradicates prominent features of Java-like the null pointer exceptions. Upon this, it removes the need to end the coding line with a semicolon. Hence, making it a dynamic language simpler for beginners compared to other languages. Many even use it as an entry point for app-building.
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Objective-C and Swift
These two are the ley programming languages or frameworks for iOS apps. These are object-centric. Above this, they are known for grouping similar tasks together in the coding procedure that speeds up the development process and simplifies the work for front-end development. However, they can also use C#, Java, or HTML5.
Many other languages like JavaScript, HTML5, Dart, Python, C++, and others are used in developing iOS and Android apps for companies worldwide. However, here all the developers do not have the expertise in both the platforms, specializing them in a specific field. Therefore the development need to take time. It even adds to the overall cost. But if we talk about cross-platform apps, the scenario is quite the opposite.
Conclusion
The mobile app development company takes a keen interest in building applications for organizations to serve the customers better. These apps can be for any industry for the consumer’s ease. However, the app a user selects depends on their smartphone, which in turn depends on its operating system. Either it is an iOS or an Android system. If you are new in this field, we suggest you start with simpler languages that are easy to understand and implement and later move on to the advanced versions.