C++14 → C++23Complete Learning Path

Master Modern C++From C++14 to C++23

Comprehensive 300+ page educational platform covering C++14 through C++23. Deep dive into concepts, ranges, coroutines, and modern C++ idioms with 50+ executable examples and practical exercises.

14 Major Topics

Comprehensive coverage of type system, memory management, functional programming, and more

50+ Code Examples

Executable examples with CMake setup. Copy, compile, and run immediately

Progressive Difficulty

From fundamentals to advanced patterns with clear prerequisites and learning paths

C++23 Ready

Latest features including std::expected, std::generator, mdspan, and deducing this

C++14

Generic lambdas, variable templates, relaxed constexpr

  • Generic Lambdas
  • Return Type Deduction
  • Variable Templates
C++17

Structured bindings, if constexpr, string_view

  • Structured Bindings
  • if constexpr
  • Optional & Variant
C++20

Concepts, ranges, coroutines, modules

  • Concepts
  • Ranges & Views
  • Coroutines
C++23

expected, generator, mdspan, deducing this

  • std::expected
  • std::generator
  • Deducing This

Learning Path

Follow our structured 4-week curriculum to go from C++11 knowledge to C++23 mastery

1

Week 1-2: Foundation

C++14/17 features, modern type system, structured bindings

2

Week 3-4: Modern C++

Move semantics, smart pointers, lambdas in depth

3

Week 5-6: C++20

Concepts, ranges, coroutines foundation

4

Week 7-8: C++23

expected, generator, mdspan, advanced patterns

What You Will Learn

// Modern C++23: Concepts + Ranges + Generator
#include <concepts>
#include <ranges>
#include <generator>
#include <print>

template<std::floating_point T>
std::generator<T> fibonacci() {
    T a = 0, b = 1;
    while (true) {
        co_yield a;
        auto next = a + b;
        a = b;
        b = next;
    }
}

int main() {
    // Pipeline of computations
    for (auto n : fibonacci<double>()
            | std::views::take(10)
            | std::views::filter([](double x) { return x > 10; })) {
        std::print("{} ", n);
    }
}