Definition – What is System Programming
System programming is a type of computer programming that involves the development of the core system (e.g: Operating System). The main function of system programming is to connect the system interface with physical hardware.
Unlike application programming, system programming does not work with the development of the software/application that only works for the users. In general, the aim of system programming is to create an environment for running or using application programming.
For example, creating an application for Microsoft Windows is application programming. But creating the Microsoft windows is obviously system programming. Similarly, creating an android application using android studio is application programming. But creating the android studio is system programming.
Explanation – System Programming
Computer programmers maintain a variety of tasks individually. Every programmer cannot handle all the tasks in the computing fields. Programmers who do system programming is called the system programmer, and who do application programming is called application programmer.
Becoming a system programming is tricky hard than application programming. Because system programmers must have to know about a variety of knowledge including hardware, firmware, bios, and many more depending on the type of project. For example, working with a networking project programmers must have prior knowledge hardware, protocol, application programming concept plus networking concepts.
System programming often allows low facilities while writing the source code and working with the project than application programming. Most of the time, system programming works with low-level assembly language that’s why in system programming debugging the error is not so easy like application programming with high-level languages. Moreover, system programming does not allow running the project in the debugger. Assembly languages like C, C++, C#, BLISS, BCPL, AlGOL, etc most often used in system programming.