Modern C++ for High-Performance Systems

Set up a cross-platform C++ project using CMake, separating declarations (.h) from definitions (.cpp).

Implement a class that manually manages dynamic memory to demonstrate stack vs. heap allocation.

Apply the Rule of Five (custom copy/move constructors/assignment, destructor) for a resource-managing class.

Prevent memory leaks by managing resource ownership with std::unique_ptr and std::shared_ptr.

Write template functions and classes to create generic, reusable code.

Pass large data structures efficiently using const-references, rvalue references, and move semantics.