C language tutorialslearning manual

C language tutorial, provides programming methods for beginners and professionals to help you understand C language tutorial easily. Our C tutorial explains each topic through the program.

The C language was developed by Dennis Ritchie to create system applications that interact directly with hardware devices such as drivers, kernels, etc.

C programming is considered the basis of other programming languages, which is why it is called the native language.

It can be defined in the following ways:

C is considered the native language of all modern programming languages because most compilers, JVMs, kernels, etc. are written in C, and most programming languages follow C syntax, such as C++, Java, C#, etc.

It provides core concepts such as arrays, strings, functions, file handling, etc., which are already used in many languages such as C++, Java, C#, etc

System programming languages are used to create system software. C is a systems programming language because it can be used to perform low-level programming such as drivers and kernels. It is often used to create hardware devices, operating systems, drivers, kernels, etc. For example, the Linux kernel is written in C.

It cannot be used for Internet programming such as Java, .Net, PHP, etc. wait

Procedures are called functions, methods, routines, subroutines, etc. A procedural language specifies a series of procedural steps to solve a problem.

Programming languages divide programs into functions, data structures, etc.

C is a programming language. In C, variable and function prototypes must be declared before use.

Structured programming languages are a subset of procedural languages. Structure refers to breaking down a program into parts or modules for easy understanding.

In C, we use functions to divide a program into parts. It makes the program easier to understand and modify.

C is considered an intermediate programming language because it supports both the features of low-level and high-level languages and high-level languages. C programs are converted into assembly code, which supports pointer arithmetic (low-level), but it has nothing to do with machines (high-level functions).

A low-level language is specific to one machine, i.e. machine-dependent. It depends on the machine and runs fast. But this is not easy to understand.

A high-level language is not specific to one machine, i.e. machine-independent. Very easy to understand.

In this tutorial, all C programs are provided with a C compiler so that you can quickly change the C program code.

File: main.c

#include <stdio.h>
int main() {
printf("Hello C Programming\n");
return 0;
}