Procedural programming language is a type of programming language that follows a sequential, step-by-step approach to solve a problem or complete a task. It is based on the idea of a procedure or a set of instructions that are executed in order, one after the other.
Procedural programming languages are typically used for creating software that involves a series of simple, logical steps, such as performing calculations, printing text on the screen, or reading and writing data to a file. Some popular procedural programming languages include C, Pascal, and Fortran.
In procedural programming, the code is organized into functions, which are subroutines that perform a specific task and can be called multiple times throughout the program. The functions can be written separately from the main program, and then combined to create a complete software application.
Procedural programming languages offer several benefits, including ease of learning and use, faster execution speed, and greater control over system resources. However, they can become more complex as the program grows larger, and the code can become harder to maintain and debug.
Overall, procedural programming languages are a good choice
for developing software that requires a sequential and logical approach, and
where speed and resource management are important factors.