C language Vs C++ language in 2024

Is learning C/C++ still relevant in 2024?

Inferable from an inescapable absence of mindfulness inside understudy networks and scholastic organizations, a tragically normal misinterpretation has flourished, proposing that C and c++ programming  dialects are obsolete relics inside the contemporary scene of programming improvement. Learning C and C++ in future stays pertinent, and all things considered, their significance endures in 2024. Here are a few justifications for why C and C++ keep on being significant dialects in the programming scene:

Foundational Knowledge:

C and C++ give areas of strength for an in programming ideas, memory the board, and framework level comprehension. Learning these dialects improves your general comprehension of how PCs work.

System Programming:

Both C and C++ are widely used in system programming including operating systems, embedded systems, and hardware-level programming. Knowledge of these languages is essential for working on low-level aspects of software development.

Performance-Critical Applications:

In fields like game turn of events, ongoing frameworks, and elite execution figuring, C and C++ 

are frequently liked because of their proficiency and command over equipment assets..

Legacy Codebases:

Many existing programming frameworks, libraries, and systems are written in C and C++. Understanding these dialects is essential for keeping up with, refreshing, or coordinating with inheritance codebases..

Game Development:

C++ is a primary language for game development, and the gaming industry continues to grow. Learning C++ is valuable for those interested in pursuing a career in this field.

Embedded Systems:

C is usually utilized in implanted frameworks programming, where assets are obliged. Assuming that you're keen on dealing with gadgets like microcontrollers or IoT gadgets, information on C is valuable.

Competitive Programming:

C and C++ are well known decisions for serious programming because of their speed and productivity. Cutthroat software engineers frequently utilize these dialects to streamline code for speedy execution.

Cross-Platform Development:

C and C++ are used for cross-platform development, allowing developers to create applications that can run on various operating systems without significant modifications.

While the programming landscape continues to evolve, the relevance 

of C and C++ is sustained by their unique strengths and the ongoing use

 of these languages in various domains. Keep in mind that the choice of 

programming languages also depends on your specific interests, career 

goals, and the industry you plan to work in.

Execution Basic Libraries:

Many execution basic libraries and structures, for example, TensorFlow and 

OpenCV, have parts written in C and C++. Realizing these dialects empowers 

commitments to and use of such libraries.

Understanding Memory Management:

C and C++ give direct command over memory the board, assisting designers with

 understanding the subtleties of memory allotment and deallocation, which is useful 

for composing proficient code.

If you are willing to learn C/C++ languages along with the data structures

 and algorithms, you can check these resources.

Functions in c++

A capability is a bunch of explanations that takes input, does some particular calculation, and produces yield. The thought is to put some normally or more than once taken care of errands together to make a capability so that as opposed to composing a similar code over and over for various data sources, we can call this capability.

In basic terms, a capability is a block of code that runs just when it is called.

Syntax:

Syntax of Function

Example:

• C++

// C++ Program to demonstrate working of a function #include <iostream> using namespace std;   // Following function that takes two parameters 'x' and 'y' // as input and returns max of two input numbers int max(int x, int y) {     if (x > y)         return x;     else         return y; }   // main function that doesn't receive any parameter and // returns integer int main() {     int a = 10, b = 20;       // Calling above function to find max of 'a' and 'b'     int m = max(a, b);       cout << "m is " << m;     return 0; }

Output

           m is 20

For what reason Do We Want Capabilities?

Capabilities help us in diminishing code overt repetitiveness. On the off chance that usefulness is performed at various spots in programming, as opposed to composing a similar code, over and over, we make a capability and call it all over the place. This additionally assists in support as we with making changes in just a single spot in the event that we make changes to the usefulness in future.

Capabilities make code particular. Consider a major record having many lines of code. It turns out to be truly easy to peruse and utilize the code, in the event that the code is partitioned into capabilities.

Capabilities give deliberation. For instance, we can utilize library capabilities without stressing over their inward work.

Capability Announcement

A capability statement educates the compiler concerning the quantity of boundaries, information kinds of boundaries, and returns sort of capability. Composing boundary names in the capability statement is discretionary yet placing them in the definition is essential. The following is an illustration of capability statements. (boundary names are absent in the underneath statements)

Capability Announcement in C++

Capability Announcement

Model:

C++

// C++ Program to show function that takes

// two integers as parameters and returns

// an integer

int max(int, int);

 

// A function that takes an int

// pointer and an int variable

// as parameters and returns

// a pointer of type int

int* swap(int*, int);

 

// A function that takes

// a char as parameter and

// returns a reference variable

char* call(char b);

 

// A function that takes a

// char and an int as parameters

// and returns an integer

int fun(char, int);




You must vist the following links.it helps you a lot:

1. loops in c++
2. conditional structures in c++
3. Importance of c++
4. what is c++?