C Programming

Expert

C Programming

Overview
Curriculum
Reviews
  • 1 Section
  • 120h Duration
Collapse All
C Programming

C programming is a versatile, high-level, procedural language developed in the early 1970s that provides direct memory access, enabling efficient execution and control over system hardware, making it ideal for operating systems, embedded systems, and applications like databases and compilers. Its concise syntax, small set of keywords, and ability to be compiled into native machine code contribute to its power, speed, and portability across different platforms. C is a fundamental language that has influenced modern languages such as C++ and Java and serves as the foundation for many core software technologies.  

 
 
Key Characteristics
  • Procedural:
    C organizes programs into a sequence of functions or procedures, allowing for a structured and step-by-step approach to problem-solving. 

     
     
  • Low-Level Access:
    It provides direct access to memory through pointers, enabling programmers to manipulate hardware and manage resources efficiently. 

     
     
  • Compiled Language:
    C code is compiled into machine code, resulting in fast and efficient execution on the target system. 

     
     
  • Portability:
    A C program written with portability in mind can be compiled and run on a variety of hardware and operating systems with minimal changes. 

     
     
  • High-Level Features & Low-Level Control:
    C balances high-level abstractions, making it easier to use, with the low-level control needed for system programming and hardware interaction. 

     
     
 
Applications
  • Operating Systems: Many operating systems, including versions of Unix and Windows, are written in C. 
     
  • Embedded Systems: C is a popular choice for embedded systems, such as those found in cars, smartphones, and washing machines, due to its efficiency and ability to run on resource-limited hardware. 
     
  • Compilers & Interpreters: C is used to create other programming language compilers and interpreters. 
     
  • Databases: C programming can be used to develop complex database systems. 
     
  • Text Editors & System Utilities: It is applied to write system-level tools and text-processing applications. 
     
 
How It Works
  1. Write Code:
    A programmer writes C code in a text editor and saves it with a .c extension. 

     
     
  • Compile:
    A C compiler translates the C source code into machine-readable object code. 

     
     
  • Link:
    The object code is linked with necessary library modules to create an executable file. 

     
     
  • Execute:
    The final executable file runs on the target system. 

     

Create a new review.

×

Free Lesson Videos:

Deleting Course Review

Are you sure? You can't restore this back

Course Access

This course is password protected. To access it please enter your password below:

Related Courses

Machine Learning

120h
0
0
0

Artificial Intelligence

120h
0
0
0

MEAN Stack web development

120h
0
0
0
Scroll to top