C Sharp or C# is one of the widely used object oriented programming languages in the world. The C# Development platform was introduced by Microsoft within its .Net Initiative. This language, later, was approved as a standard by ECMA and ISO. It is one of the well-known programming languages designed for the Common Language Infrastructure. The C Sharp Development platform is best suitable for writing applications for both hosted and embedded systems including large ones that use sophisticated operating systems and small which use dedicated functions. In recent years, C Sharp is widely used for developing powerful mobile applications for cross platforms. Discussed below are some reasons why developers prefer C# for mobile development.

C sharp being an object oriented programming language offers complete flexibility and power to developers in terms of developing a mobile application. The encapsulation makes it simpler to structure the code for reusing it. And, features such as dependency injection and reflection further help developers in churning out unique apps.

Advanced runtime is another reason why C sharp is most sought after. Now what happens is that garbage collection absolutely eases the development process by reducing the cognitive overhead of the manual memory management. C# Developer India can focus on solving problems which matter instead of fighting with pointers.

C # makes it easier for developers to find out bug-issues and resolve these on time. With the help of compile-time checking, ASP .Net Developers do not have to wait until the program crashes in order to locate errors.

C# on iPhone operating system is based on the LLVM optimizing compiler. Now this is the same backend used by C and C++ which powers the operating system. On Android, C# performs better than Java both because of language design choices (support for value types, real generic types, non-virtual method defaults).

Platforms such as C# and ASP .Net development help developers hare large subset of an applications’ code across multiple platforms while still building a completely native user interface on top of it for each platform. Now the mobile applications developed with this approach will look and feel native. Why? Well, because they’re using the exact same APIs and toolkits exposed by the platform. In some cases, the tools even help to clean up the platform APIs to make them easier to work with than those exposed by the native language.