Master Pointers, Memory Management & Smart Pointers in C++20

Mastering C++20 Pointers, Dynamic Memory Management, and Smart Pointers: A Comprehensive Guide

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Description

Welcome to "Master Pointers, Memory Management & Smart Pointers in C++20" a comprehensive course designed to provide you with a solid understanding of pointers and smart pointers in C++. Whether you're a beginner or an experienced programmer looking to deepen your knowledge, this course will equip you with the essential skills to confidently work with pointers and effectively manage memory in your C++ programs.

Throughout this course, you will embark on a journey starting with the fundamentals of C++ and gradually delve into advanced topics related to pointers and smart pointers. Here's what you'll learn:

  1. Introduction to C++ Basics:

    • Gain a foundational understanding of the C++ programming language, including syntax, variables, functions, arrays and vectors.

  2. Understanding Pointers:

    • Learn the basics of pointers, including declaration, initialization, and dereferencing.

  3. Pointer Arithmetic and Dynamic Memory Allocation:

    • Explore pointer arithmetic and dynamic memory allocation techniques to efficiently manage memory in your programs.

  4. Managing Hazards of Dynamic Memory Allocation:

    • Understand common pitfalls and memory management issues associated with dynamic memory allocation and learn how to mitigate them.

  5. Smart Pointers: Unique_ptr, Shared_ptr, Weak_ptr:

    • Dive into smart pointers, including unique_ptr, shared_ptr, and weak_ptr, and understand their advantages over raw pointers.

  6. Utilizing Smart Pointers with Containers:

    • Learn how to effectively use smart pointers with standard C++ containers to enhance memory management and resource handling.

  7. Deep Dive into References:

    • Explore the nuances of references in C++, including initialization and usage patterns.

  8. Pointers and Functions:

    • Understand the role of pointers in function parameters and return values, and learn best practices for working with them.

  9. Reference Function Parameters and Return:

    • Master the use of reference parameters and return values in function declarations and implementations.

  10. Input and Output Parameters in Functions:

    • Learn how to design functions that accept input parameters, modify them, and return output parameters using pointers and references.

  11. Arrays, Functions, and Pointers Interaction:

    • Understand how arrays, functions, and pointers interact in C++ programs and explore advanced techniques for manipulating array elements.

  12. Pointer and Function Overloading:

    • Delve into the concept of function overloading with pointers and explore how it enhances code readability and maintainability.

  13. Practical Example: Building an Inventory System:

    • Apply your newfound knowledge to a real-world scenario by building an inventory system using pointers, smart pointers, and various C++ features.

By the end of this course, you will have a comprehensive understanding of pointers, smart pointers, and their applications in C++ programming. You'll be equipped with the skills to write efficient, robust, and memory-safe C++ code, ready to tackle complex projects with confidence.

Enroll now and take the next step towards mastering C++ pointers and smart pointers!

What You Will Learn!

  • Introduction to C++ Basics
  • Understanding Pointers: Declaration, Initialization, Dereferencing
  • Pointer Arithmetic and Dynamic Memory Allocation
  • Managing Hazards of Dynamic Memory Allocation
  • Smart Pointers: Unique_ptr, Shared_ptr, Weak_ptr
  • Utilizing Smart Pointers with Containers
  • Deep Dive into References: Initialization, Usage
  • Pointers and Functions: Parameters, Return Values
  • Reference Function Parameters and Return
  • Input and Output Parameters in Functions
  • Arrays, Functions, and Pointers Interaction
  • Pointer and Function Overloading
  • Practical Example: Building an Inventory System

Who Should Attend!

  • Intermediate C++ learners
  • Seeking mastery in Pointers, Dynamic Memory Allocation, and Smart Pointers
  • Interested in advanced memory management concepts and techniques
  • Ideal for those aiming to enhance their C++ programming skills
  • Looking to strengthen their skills in handling dynamic memory in C++
  • Aspiring to become proficient in leveraging smart pointers for efficient memory management