Ultimate C++: Basic Modern C++20 to Advanced Multithreading

C++, C++20, C++17, C++14, Classes, Pointers, STL, Templates, Multithreading, Ranges, Concurrency, OOPs, Coding Exercises

Created by: RougeNeuron Academy
200K+ Registrations | Decoding Software Careers in AI era

What Will I Learn?

• C++ Fundamentals: Grasp the core concepts including variables, data types, arithmetic operations, and basic I/O.
• Design Your Own Types: Learn the art of defining custom types using classes, structures, unions, and enumerations.
• Understanding Modularity: Organize and structure your code effectively using namespaces, source files, and headers. Introduction to C++20 Modules feature.
• Dive into OOP: Get introduced to the world of Object-Oriented Programming in C++ and understand classes, constructors, member functions, and overloading.
• Understand Essential Operations: Demystify copy and move semantics and lay the foundation for the Rule of Three/Five.
• Harness the Power of Templates: Delve into generic programming with C++ templates, ensuring type safety without limitations.
• Concepts (C++20) and Generic Programming: Dive deeper into ensuring type-safety at compile-time through concepts.
• Explore the C++ Library: Get familiarized with the C++ Standard Library, from containers and algorithms to a multitude of utilities.
• Strings and Beyond: Master string operations, string_view(C++17) and harness the power of regular expressions.
• Familiarize with I/O Streams: Navigate the world of I/O streams for efficient and formatted input-output operations.
• Container Proficiency: Explore powerful container classes such as vector, list, and map.
• Algorithmic Prowess: Understand the nuances of how algorithms work with containers and iterators.
• C++ Utilities: Equip yourself with knowledge on smart pointers, time/date utilities, and more.
• Concurrency & Parallelism: Get started with the concurrent world of C++, learning about threads, tasks, and synchronization mechanisms.
• 200+ coding exercises and assignments to immediately apply the learned knowledge.
• Details of C++ memory model on which atomics are built
• Concepts of memory barriers and memory order in C++
• Using Modern C++ to design lock free algorithms with C++ atomics and memory model
• Importance of sequential consistency in concurrency
• Getting high performane using C++ memory model
• External factors influencing performance of atomics
• Tools to use in production while working with C++ in production

Requirements

• Basic programming awareness is expected. Examples: Questions like "What is a variable?", "What is a processor?" etc. will NOT be answered in the course.
• Access to desktop based browser is mandatory to complete the coding exercises and the online compiler too access.
• Course guides about using online compiler enviroment and hence DOES NOT explain or expect usage of any IDE application.

Target audience

• Beginner programmers and students seeking starting point for learning modern C++ from software development perspective.
• Experienced programmers seeking a quick refresher to catch up with Modern C++ upto C++20
• NOT meant for interview preparation in coming weeks!
• Programmers from other languages like Java, Python willing to learn C++ to diversify their skill set.
• C++ developers curious to understand the details of C++11 memory model
• C++ developers exploring options to write high performance concurrent applications in C++
• C++ developers keen to catch up on Modern C++20 concurreny and multhreading features like Coroutines.