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Course Content
Introduction to C++ Programming
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Control Flow Statements
Control flow statements in C++ allow the program to make decisions, repeat tasks, or jump to specific parts of code based on conditions. These statements give a program logical structure and control over the sequence of execution. Mastering control flow is essential for writing efficient and responsive programs. This section covers decision-making statements, looping constructs, and jump statements in detail with syntax and examples.
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Functions in C++
Functions in C++ are blocks of reusable code designed to perform a specific task. They help break large programs into smaller, manageable pieces and improve readability, modularity, and reusability. Functions reduce code duplication by allowing programmers to call the same block of logic from multiple places. This modular approach also makes debugging easier and enhances program structure and clarity.
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Modern C++ and Concurrency
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Dynamic Memory Allocation with Pointers

Used to allocate memory during runtime using:

  • new and delete operators (modern C++)

int *p = new int; // allocation

*p = 10;

delete p; // deallocation

  • For arrays:

int *arr = new int[5];

delete[] arr;

Prevents memory wastage and improves flexibility.

 

Smart Pointers (C++11)

Modern replacement for raw pointers to avoid memory leaks.

  • unique_ptr: Owns the object and deletes it when out of scope.

#include <memory>

std::unique_ptr<int> p(new int(10));

  • shared_ptr: Shared ownership among multiple pointers.

std::shared_ptr<int> sp1 = std::make_shared<int>(10);

  • weak_ptr: Used with shared_ptr to avoid circular references.